2026-11-07T11:39:28Z https://www.fdr.uni-hamburg.de/oai2d

oai:fdr.uni-hamburg.de:129 2019-09-13T10:25:40Z user-uhh

Pietro Liuzzo 2019-05-26 Application and related data used for the preparation of the book Digital Approaches to Ethiopian and Eritrean Studies. DHEth-0.1.xar is an eXist-db application containing all the scripts and data for the book. DHEth.rdf is an export of the Zotero Library https://www.zotero.org/pietroliuzzo/items/collectionKey/Z5MQAVPK which contains the bibliography of this book DHEthGithub is the code of the website associated with the book https://pietroliuzzo.github.io/DHEth/ https://www.fdr.uni-hamburg.de/record/129 10.25592/uhhfdm.129 oai:fdr.uni-hamburg.de:129 doi:10.25592/uhhfdm.128 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode xsl-fo xquery zotero bibliography book production Digital Approaches to Ethiopian and Eritrean Studies Application info:eu-repo/semantics/other software

oai:fdr.uni-hamburg.de:644 2019-09-26T15:51:39Z user-uhh

Schwenn, Fabian Meuser, John 2019-09-25 3D-model of a plaster cast of the Kritios Boy https://www.fdr.uni-hamburg.de/record/644 10.25592/uhhfdm.644 oai:fdr.uni-hamburg.de:644 deu doi:10.25592/uhhfdm.643 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by-nc/4.0/legalcode 3d-model Kritios-Knabe plaster cast 3d-model of a plaster cast of the Kritios Boy info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:682 2019-10-24T13:23:50Z user-uhh

Guojiao Wu, Uttam Chakraborty and Axel Jacobi von Wangelin 2018-10-04 Hydrofunctionalizations of unsaturated hydrocarbons are key strategies for the synthesis of functionalized building blocks. Here, we report highly versatile cobalt-catalyzed hydrosilylations of alkynes that operate with minute amounts of the inexpensive, bench-stable pre-catalyst Co(OAc)24H2O under mild conditions (0.1–1 mol%, THF, r.t., 1 h). Near-perfect regiocontrol/stereocontrol was induced by the choice of the ligand: bidentate phosphines afforded (E)-b-vinylsilanes; a-vinylsilanes formed with bipyridine ligands. https://www.fdr.uni-hamburg.de/record/682 10.1039/c8cc07267a oai:fdr.uni-hamburg.de:682 eng info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Regiocontrol in the cobalt-catalyzed hydrosilylation of alkynes info:eu-repo/semantics/article publication-article

oai:fdr.uni-hamburg.de:686 2019-10-24T13:23:47Z user-uhh

Sebastian Sandl, Thomas M. Maier, Nicolaas P. van Leest, Susanne Kröncke, Uttam Chakraborty, Serhiy Demeshko, Konrad Koszinowski, Bas de Bruin, Franc Meyer, Michael Bodensteiner, Carmen Herrmann, Robert Wolf, and Axel Jacobi von Wangelin 2019-08-28 Redox noninnocent ligands are a promising tool to moderate electron transfer processes within base-metal catalysts. This report introduces bis(imino)acenaphthene (BIAN) cobaltate complexes as hydrogenation catalysts. Sterically hindered trisubstituted alkenes, imines, and quinolines underwent clean hydrogenation under mild conditions (2−10 bar, 20−80 °C) by use of the stable catalyst precursor [(DippBIAN)CoBr2] and the cocatalyst LiEt3BH. Mechanistic studies support a homogeneous catalysis pathway involving alkene and hydrido cobaltates as active catalyst species. Furthermore, considerable reaction acceleration by alkali cations and Lewis acids was observed. The dinuclear hydridocobaltate anion with bridging hydride ligands was isolated and fully characterized. https://www.fdr.uni-hamburg.de/record/686 10.1021/acscatal.9b01584 oai:fdr.uni-hamburg.de:686 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Cobalt-Catalyzed Hydrogenations via Olefin Cobaltate and Hydride Intermediates info:eu-repo/semantics/article publication-article

oai:fdr.uni-hamburg.de:688 2019-10-24T13:23:47Z user-uhh

Josef Bernauer, Guojiao Wu and Axel Jacobi von Wangelin 2019-09-25 An iron-catalysed allylation of organomagnesium reagents (alkyl, aryl) with simple allyl acetates proceeds under mild conditions (Fe(OAc)2 or Fe(acac)2, Et2O, r.t.) to furnish various alkene and styrene derivatives. Mechanistic studies indicate the operation of a homotopic catalyst. The sequential combination of such iron-catalysed allylation with an iron-catalysed hydrogenation results in overall C(sp3)–C(sp3)-bond formation that constitutes an attractive alternative to challenging direct cross-coupling protocols with alkyl halides. https://www.fdr.uni-hamburg.de/record/688 10.1039/c9ra07604b oai:fdr.uni-hamburg.de:688 eng info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Iron-catalysed allylation–hydrogenation sequences as masked alkyl–alkyl cross-couplings info:eu-repo/semantics/article publication-article

oai:fdr.uni-hamburg.de:694 2019-10-29T10:12:24Z user-uhh

Pietro Maria Liuzzo 2019-10-29 web ontology in OWL based on the book "La Syntaxe du Codex. Essai de codicologie structurale" by Patrick Andrist, Paul Canart and Marilena Maniaci, Turnhout: Brepols 2013. and Andrist, P. 2015. ‘Syntactical Description of Manuscripts’, in A. Bausi, P. G. Borbone, F. Briquel Chatonnet, P. Buzi, J. Gippert, C. Macé, M. Maniaci, Z. Melissakis, L. Parodi, W. Witakowski, and E. Sokolinski, eds, Comparative Oriental Manuscript Studies: An Introduction (Hamburg: Tredition, 2015), 511–520. https://www.fdr.uni-hamburg.de/record/694 10.25592/uhhfdm.694 oai:fdr.uni-hamburg.de:694 doi:10.25592/uhhfdm.693 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Web Ontology based on La Syntaxe du Codex info:eu-repo/semantics/other other

oai:fdr.uni-hamburg.de:673 2020-10-08T11:05:35Z user-uhh

Thiemann, Kathrin 2019-11-07 Diese Broschüre des Zentrums für nachhaltiges Forschungsdatenmanagement der Universität Hamburg dient als Informationsmaterial für alle Forschenden (insbesondere der Universität Hamburg) zum Thema Forschungsdatenmanagement. Inhalte sind u. a. Datenmanagementplan, Anforderungen der Förderer, Organisation von Daten, Dokumentation, Archivierung, Publikation und Rechtliche Aspekte. https://www.fdr.uni-hamburg.de/record/673 10.25592/uhhfdm.673 oai:fdr.uni-hamburg.de:673 deu doi:10.25592/uhhfdm.672 info:eu-repo/semantics/openAccess https://creativecommons.org/publicdomain/zero/1.0/legalcode Forschungsdatenmanagement Forschungsdaten Open Data Hamburg Open Science Datenmanagementplan Broschüre Nachhaltiges Forschungsdatenmanagement info:eu-repo/semantics/other publication-other

oai:fdr.uni-hamburg.de:702 2019-11-19T21:03:35Z user-uhh

Alessandro Bausi Andreas Ellwardt Magdalena Krzyżanowska Susanne Hummel Vitagrazia Pisani Wolfgang Dickhut Pietro Liuzzo 2019-11-19 eXist-db application for the online visualisation of the Online Lexicon Linguae Aethiopicae https://betamasaheft.eu/Dillmann/ maintained at https://github.com/BetaMasaheft/Dillmann https://www.fdr.uni-hamburg.de/record/702 10.25592/uhhfdm.702 oai:fdr.uni-hamburg.de:702 eng doi:10.25592/uhhfdm.130 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode lexicon Ethiopic TEI Dictionary Online Lexicon Linguae Aethiopicae Application info:eu-repo/semantics/other software

oai:fdr.uni-hamburg.de:723 2019-12-11T17:18:01Z user-uhh

Korte, Dominic Meuser, John Schwenn, Fabian 2019-12-11 3D-model of a plaster cast of the Gänsewürger https://www.fundus.uni-hamburg.de/collection_records/63518 https://www.fdr.uni-hamburg.de/record/723 10.25592/uhhfdm.723 oai:fdr.uni-hamburg.de:723 eng doi:10.25592/uhhfdm.715 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by-nc-sa/4.0/legalcode Plaster Cast Archaeology classical archaeology 3D-model of a plaster cast of the Ganswürger info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:766 2021-02-23T14:08:42Z user-uhh user-csmc

Wiebke Beyer Eric Werner 2020-01-31 ID: KUG 15 Object type: tablet Material: clay Measurements: 6,5 x 5,8 x 2 cm Provenience: Kanesh (mod. Kültepe) Period/Date: Old Assyrian (c. 1950-1850 BCE) Language: Akkadian Genre: legal Museum/Collection: Universitätsbibliothek, University of Giessen, Germany CDLI: P357976 The research for this 3D object was funded by the Deutsche Forschungsgemeinschaft (DFG, German Research Foundation) under Germany´s Excellence Strategy – EXC 2176 ‘Understanding Written Artefacts: Material, Interaction and Transmission in Manuscript Cultures’, project no. 390893796. The research was conducted within the scope of the Centre for the Study of Manuscript Cultures (CSMC) at Universität Hamburg. https://www.fdr.uni-hamburg.de/record/766 10.25592/uhhfdm.766 oai:fdr.uni-hamburg.de:766 url:https://www.csmc.uni-hamburg.de/publications/aom/001-de.html doi:10.25592/uhhfdm.765 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode 3D Akkadian KUG Old Assyrian legal document 3D model clay clay tablet cuneiform 3D model 3D scan Clay Tablet (KUG 15) from the University Library Giessen (3D model) info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:788 2020-11-13T11:02:29Z user-uhh user-csmc

Cécile Michel Eric Werner 2020-01-31 ID: AO 8245 Object type: tablet Material: clay Measurements: ? Provenience: Kanesh (mod. Kültepe) Period/Date: Old Assyrian (c. 1950-1850 BCE) Language: Akkadian Genre: letter Museum/Collection: Louvre Museum, Paris, France CDLI: P357654 The research for this 3D object was funded by the Deutsche Forschungsgemeinschaft (DFG, German Research Foundation) under Germany´s Excellence Strategy – EXC 2176 ‘Understanding Written Artefacts: Material, Interaction and Transmission in Manuscript Cultures’, project no. 390893796. The research was conducted within the scope of the Centre for the Study of Manuscript Cultures (CSMC) at Universität Hamburg. https://www.fdr.uni-hamburg.de/record/788 10.25592/uhhfdm.788 oai:fdr.uni-hamburg.de:788 doi:10.25592/uhhfdm.787 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode 3D 3D Scan 3D Model Louvre Paris Clay Tablet Cuneiform Akkadian Old Assyrian letter Clay Tablet (AO 8245) from the Louvre in Paris (3D model) info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:770 2020-11-13T10:53:06Z user-uhh user-csmc

Wiebke Beyer Eric Werner 2020-01-31 ID: KUG 28 Object type: tablet Material: clay Measurements: 6 x 5,5 x 1,5 cm Provenience:Kanesh (mod. Kültepe) Period/Date: Old Assyrian Language: Akkadian Genre: letter Museum/Collection: Universitätsbibliothek, University of Giessen, Germany CDLI: P283885 https://www.fdr.uni-hamburg.de/record/770 10.25592/uhhfdm.770 oai:fdr.uni-hamburg.de:770 doi:10.25592/uhhfdm.769 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode 3D 3D model 3D Scan Giessen University Clay Tablet Cuneiform Old Assyrian Akkadian letter Clay Tablet (KUG 28) from the University Library Giessen (3D model) info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:786 2020-11-13T11:02:02Z user-uhh user-csmc

Cécile Michel Eric Werner 2020-01-31 ID: AO 7153 Object type: tablet Material: clay Measurements: ? Provenience: Kanesh (mod. Kültepe) Period/Date: Old Assyrian (c. 1950-1850 BCE) Language: Akkadian Genre: letter Museum/Collection: Louvre Museum, Paris, France CDLI: P357364 The research for this 3D object was funded by the Deutsche Forschungsgemeinschaft (DFG, German Research Foundation) under Germany´s Excellence Strategy – EXC 2176 ‘Understanding Written Artefacts: Material, Interaction and Transmission in Manuscript Cultures’, project no. 390893796. The research was conducted within the scope of the Centre for the Study of Manuscript Cultures (CSMC) at Universität Hamburg. https://www.fdr.uni-hamburg.de/record/786 10.25592/uhhfdm.786 oai:fdr.uni-hamburg.de:786 doi:10.25592/uhhfdm.785 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode 3D 3D Scan 3D Model Louvre Paris Clay Tablet Cuneiform Old Assyrian letter Akkadian Clay Tablet (AO 7153) from the Louvre in Paris (3D model) info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:816 2020-10-25T17:43:32Z user-sign-lang user-uhh

Wagner, Sven 2014-12-17 Internal working paper for work package 02 “Datenerhebung / Data Collection” produced in the DGS-Korpus project. https://www.fdr.uni-hamburg.de/record/816 10.25592/uhhfdm.816 oai:fdr.uni-hamburg.de:816 eng doi:10.25592/dgs.korpus.aps doi:10.25592/uhhfdm.815 info:eu-repo/semantics/openAccess http://www.opendefinition.org/licenses/cc-by H.264 and iLex info:eu-repo/semantics/workingPaper publication-workingpaper

oai:fdr.uni-hamburg.de:830 2022-10-06T13:59:23Z user-sign-lang user-uhh

Berding, Sven Hanke, Thomas 2015-03-31 Internal working paper for work package 04 “Tools” produced in the DGS-Korpus project. https://www.fdr.uni-hamburg.de/record/830 10.25592/uhhfdm.830 oai:fdr.uni-hamburg.de:830 eng doi:10.25592/dgs.korpus.aps doi:10.25592/uhhfdm.829 info:eu-repo/semantics/openAccess http://www.opendefinition.org/licenses/cc-by Documentation of the Feedback-System and its Integration into iLex info:eu-repo/semantics/workingPaper publication-workingpaper

oai:fdr.uni-hamburg.de:845 2020-10-25T20:59:01Z user-sign-lang user-uhh

Matthes, Silke Hanke, Thomas König, Susanne Langer, Gabriele 2014-03-30 Internal working paper for work package 07 “Grundwortschatz / Basic Vocabulary“ produced in the DGS-Korpus project. https://www.fdr.uni-hamburg.de/record/845 10.25592/uhhfdm.845 oai:fdr.uni-hamburg.de:845 deu doi:10.25592/dgs.korpus.aps doi:10.25592/uhhfdm.844 info:eu-repo/semantics/openAccess http://www.opendefinition.org/licenses/cc-by Entwicklung des DGS Feedback-Systems info:eu-repo/semantics/workingPaper publication-workingpaper

oai:fdr.uni-hamburg.de:843 2020-10-25T17:58:18Z user-sign-lang user-uhh

Schulder, Marc Hanke, Thomas 2019-12-09 Internal working paper for work package 06 “Korpusveröffentlichung / Corpus Publishing” produced in the DGS-Korpus project. https://www.fdr.uni-hamburg.de/record/843 10.25592/uhhfdm.843 oai:fdr.uni-hamburg.de:843 eng doi:10.25592/dgs.korpus.aps doi:10.25592/uhhfdm.1866 doi:10.25592/uhhfdm.842 info:eu-repo/semantics/openAccess http://www.opendefinition.org/licenses/cc-by OpenPose in the Public DGS Corpus info:eu-repo/semantics/workingPaper publication-workingpaper

oai:fdr.uni-hamburg.de:854 2021-06-14T09:47:09Z user-uhh

Rohlf, Sophie 2020-02-16 Data for Experiment 1 and Experiment 2 (related to the publication Rohlf et al., 2020. Multisensory integration develops prior to crossmodal recalibration. Current Biology) https://www.fdr.uni-hamburg.de/record/854 10.25592/uhhfdm.854 oai:fdr.uni-hamburg.de:854 doi:10.25592/uhhfdm.799 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Multisensory Integration and Crossmodal Recalibration During Development info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:867 2021-07-06T18:32:11Z user-csmc user-uhh

Eric 2020-04-15 ID: MK&G 1966.130 Title: Fragment of a Relief from the Palace of Tiglathpileser III. (two honorables) Object type: relief Origin: Nimrud (Iraq) Date/Period: c. 750-725 BC Material: limestone Measurements: 77 cm (heights); 57 cm (width) Language: Assyrian Museum/Collection: Museum für Kunst und Gewerbe Hamburg Inv. 1966.130 Eigentum der Stiftung für die Hamburger Kunstsammlungen St. 246 MK&G: dc00126293 https://www.fdr.uni-hamburg.de/record/867 10.25592/uhhfdm.867 oai:fdr.uni-hamburg.de:867 doi:10.25592/uhhfdm.866 info:eu-repo/semantics/openAccess http://www.opendefinition.org/licenses/cc-zero 3D MKG UWA CSMC Relief from Tiglathpileser III. (3D Scan, MK&G: 1966.30) info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:916 2020-11-13T11:06:59Z user-csmc user-uhh

Cécile Michel Eric Werner 2020-04-23 ID: AO 29560 Object type: tablet Material: clay Measurements: 7,4 x 4,7 x 1,8 cm Provenience: Uruk (mod. Warke)? Period/Date: Uruk III (c. 3200-3000 BCE) Language: undetermined Genre: administrative Museum/Collection: Louvre Museum, Paris, France CDLI: P005339 The research for this 3D object was funded by the Deutsche Forschungsgemeinschaft (DFG, German Research Foundation) under Germany´s Excellence Strategy – EXC 2176 ‘Understanding Written Artefacts: Material, Interaction and Transmission in Manuscript Cultures’, project no. 390893796. The research was conducted within the scope of the Centre for the Study of Manuscript Cultures (CSMC) at Universität Hamburg. https://www.fdr.uni-hamburg.de/record/916 10.25592/uhhfdm.916 oai:fdr.uni-hamburg.de:916 doi:10.25592/uhhfdm.915 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode 3D Louvre 3D Scan 3D Model Paris Clay Tablet Cuneiform Uruk Sumerian administrative document Clay Tablet (AO 29560) from the Louvre in Paris (3D model) info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:924 2020-11-13T11:07:54Z user-csmc user-uhh

Cécile Michel Eric Werner 2020-04-23 ID: AO 17199 Object type: tablet Material: clay Measurements: ? Provenience: Ugarit (mod. Ras Shamra) Period/Date: Middle Babylonian (c. 1400-1100 BCE) Language: Sumerian, Akkadian Genre: lexical (ur5-ra, wooden objects) Museum/Collection: Louvre Museum, Paris, France CDLI: P332930 The research for this 3D object was funded by the Deutsche Forschungsgemeinschaft (DFG, German Research Foundation) under Germany´s Excellence Strategy – EXC 2176 ‘Understanding Written Artefacts: Material, Interaction and Transmission in Manuscript Cultures’, project no. 390893796. The research was conducted within the scope of the Centre for the Study of Manuscript Cultures (CSMC) at Universität Hamburg. https://www.fdr.uni-hamburg.de/record/924 10.25592/uhhfdm.924 oai:fdr.uni-hamburg.de:924 doi:10.25592/uhhfdm.923 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode 3D Louvre 3D Scan 3D Model Paris Clay Tablet Cuneiform Middle Babylonian Ugarit Sumerian Akkadian lexical list school Clay Tablet (AO 17199) from the Louvre in Paris (3D model) info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:899 2021-03-22T15:40:57Z user-uhh

Nowak, Ulrike Lincoln, Tania Marie 2020-04-16 Dataset Abstract of submitted manuscript: Affective functioning is compromised in people who develop persecutory delusions, but the specifics of these affective disturbances remain unclear. To better understand the precise nature of affective disturbance in this group, it could prove helpful to focus not only on average or momentary affect intensities but also on the dynamic properties of affect, that is, the patterns and regularities with which affect fluctuates over time. This study used experience-sampling in a community sample with varying levels of paranoid ideation (n = 144) to capture different aspects of temporal affect dynamics in the two affective dimensions of valence and arousal. Specifically, we aimed to elucidate whether paranoid ideation is associated with high affective instability (i.e., both high affective variability and low inertia) or only with high affective variability or low affective inertia, and whether these effects would be maintained when mean affect levels are controlled for. Results showed that paranoid ideation was significantly associated with low inertia in affective valence, high variability in affective arousal, and also high average arousal levels. We discuss the implications of these findings for future research and clinical practice. Please contact the first author via ulrike.nowak@uni-hamburg.de for further information. https://www.fdr.uni-hamburg.de/record/899 10.25592/uhhfdm.899 oai:fdr.uni-hamburg.de:899 doi:10.25592/uhhfdm.898 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Dataset re the manuscript entitled "An Experience-Sampling Study on the Relevance of Affect Dynamics to Paranoid Ideation" info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:930 2021-07-06T19:20:33Z user-csmc user-uhh

Michel, Cécile Beyer, Wiebke Werner, Eric 2020-04-23 ID: AO 11315 Object type: tablet Material: clay Measurements: ? Provenience: Umma (mod. Tell Jokha) Period/Date: Old Akkadian (c. 2340-2200 BCE) Language: Genre: administrative) Museum/Collection: Louvre Museum, Paris, France CDLI: P215238 https://www.fdr.uni-hamburg.de/record/930 10.25592/uhhfdm.930 oai:fdr.uni-hamburg.de:930 doi:10.25592/uhhfdm.929 info:eu-repo/semantics/openAccess http://www.opendefinition.org/licenses/cc-zero 3D 3D Scan 3D Model Louvre Paris Clay Tablet Written Artefacts UWA Clay Tablet (AO 11315) from the Louvre in Paris (3D model) info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:934 2020-11-13T11:08:39Z user-csmc user-uhh

Cécile Michel Eric Werner 2020-04-23 ID: AO 10290 Object type: tablet Material: clay Measurements: ? Provenience: Period/Date: Neo-Babylonian (c. 626-539 BCE) Language: Akkadian Genre: legal (contract) Museum/Collection: Louvre Museum, Paris, France CDLI: P387155 The research for this 3D object was funded by the Deutsche Forschungsgemeinschaft (DFG, German Research Foundation) under Germany´s Excellence Strategy – EXC 2176 ‘Understanding Written Artefacts: Material, Interaction and Transmission in Manuscript Cultures’, project no. 390893796. The research was conducted within the scope of the Centre for the Study of Manuscript Cultures (CSMC) at Universität Hamburg. https://www.fdr.uni-hamburg.de/record/934 10.25592/uhhfdm.934 oai:fdr.uni-hamburg.de:934 doi:10.25592/uhhfdm.933 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode 3D Louvre 3D Scan 3D Model Paris Cuneiform Neo-Babylonian Akkadian Babylonian legal document contract Clay Tablet (AO 10290) from the Louvre in Paris (3D model) info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:978 2020-05-28T09:49:44Z user-sign-lang user-uhh

BER-54 BER-15 ber-mod-2 Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu 2011-08-10 This is one out of 165 recordings done in the DGS-Korpus project (http://dgs-korpus.de) from 2010 to 2012 to collect a corpus of DGS (German Sign Language). The recording took place on 2011-08-10, the informants are from our data collection region Berlin (Berlin, Brandenburg, partially Saxony-Anhalt). This movie contains the following tracks:10:31:01:22-12:19:57:06 DGS-Korpus-A1_20110810T1000.mov 720p50 A1 (frontal view of informant A)12:38:57:10-13:47:55:30 DGS-Korpus-A1_20110810T1200.mov 720p50 A1 (frontal view of informant A)14:58:16:40-16:24:15:18 DGS-Korpus-A1_20110810T1400.mov 720p50 A1 (frontal view of informant A)16:38:37:43-17:33:01:20 DGS-Korpus-A1_20110810T1600.mov 720p50 A1 (frontal view of informant A)10:30:29:31-12:20:07:06 DGS-Korpus-A2_20110810T1000.mov 1080i25 A2 (bird’s eye view of informant A)12:38:24:48-13:48:05:05 DGS-Korpus-A2_20110810T1200.mov 1080i25 A2 (bird’s eye view of informant A)14:57:57:11-16:24:25:10 DGS-Korpus-A2_20110810T1400.mov 1080i25 A2 (bird’s eye view of informant A)16:38:24:09-17:33:10:46 DGS-Korpus-A2_20110810T1600.mov 1080i25 A2 (bird’s eye view of informant A)10:30:55:04-12:20:13:00 DGS-Korpus-A4L_20110810T1000.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))12:38:52:08-13:48:10:00 DGS-Korpus-A4L_20110810T1200.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))14:58:23:00-16:24:32:34 DGS-Korpus-A4L_20110810T1400.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))16:39:05:06-17:33:17:42 DGS-Korpus-A4L_20110810T1600.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))10:30:55:04-12:20:13:00 DGS-Korpus-A4R_20110810T1000.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))12:38:52:08-13:48:10:00 DGS-Korpus-A4R_20110810T1200.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))14:58:23:00-16:24:32:34 DGS-Korpus-A4R_20110810T1400.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))16:39:05:06-17:33:17:42 DGS-Korpus-A4R_20110810T1600.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))10:30:55:12-12:19:51:37 DGS-Korpus-B1_20110810T1000.mov 720p50 B1 (frontal view of informant A)12:38:52:46-13:47:48:08 DGS-Korpus-B1_20110810T1200.mov 720p50 B1 (frontal view of informant A)14:58:22:44-16:24:10:10 DGS-Korpus-B1_20110810T1400.mov 720p50 B1 (frontal view of informant A)16:38:45:17-17:32:56:22 DGS-Korpus-B1_20110810T1600.mov 720p50 B1 (frontal view of informant A)10:30:41:00-12:20:02:03 DGS-Korpus-B2_20110810T1000.mov 1080i25 B2 (bird’s eye view of informant A)12:38:45:05-13:48:00:30 DGS-Korpus-B2_20110810T1200.mov 1080i25 B2 (bird’s eye view of informant A)14:58:22:04-16:24:20:13 DGS-Korpus-B2_20110810T1400.mov 1080i25 B2 (bird’s eye view of informant A)16:38:43:31-17:33:05:26 DGS-Korpus-B2_20110810T1600.mov 1080i25 B2 (bird’s eye view of informant A)10:31:02:04-12:20:19:08 DGS-Korpus-B4L_20110810T1000.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))12:38:58:37-13:48:16:27 DGS-Korpus-B4L_20110810T1200.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))14:58:29:25-16:24:39:47 DGS-Korpus-B4L_20110810T1400.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))16:39:12:39-17:33:25:11 DGS-Korpus-B4L_20110810T1600.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))10:31:02:04-12:20:19:08 DGS-Korpus-B4R_20110810T1000.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))12:38:58:37-13:48:16:27 DGS-Korpus-B4R_20110810T1200.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))14:58:29:25-16:24:39:47 DGS-Korpus-B4R_20110810T1400.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))16:39:12:39-17:33:25:11 DGS-Korpus-B4R_20110810T1600.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))10:31:01:00-12:19:46:17 DGS-Korpus-C_20110810T1000.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)12:39:12:00-13:47:43:20 DGS-Korpus-C_20110810T1200.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)14:58:43:00-16:24:04:35 DGS-Korpus-C_20110810T1400.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)16:39:07:00-17:32:49:48 DGS-Korpus-C_20110810T1600.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)10:31:10:06-12:20:26:28 DGS-Korpus-C4L_20110810T1000.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))12:39:05:25-13:48:24:01 DGS-Korpus-C4L_20110810T1200.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))14:58:36:07-16:24:46:21 DGS-Korpus-C4L_20110810T1400.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))16:39:21:11-17:33:34:21 DGS-Korpus-C4L_20110810T1600.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))10:31:10:06-12:20:26:28 DGS-Korpus-C4R_20110810T1000.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))12:39:05:25-13:48:24:01 DGS-Korpus-C4R_20110810T1200.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))14:58:36:07-16:24:46:21 DGS-Korpus-C4R_20110810T1400.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))16:39:21:11-17:33:34:21 DGS-Korpus-C4R_20110810T1600.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) https://www.fdr.uni-hamburg.de/record/978 10.25592/uhhfdm.978 oai:fdr.uni-hamburg.de:978 gsg doi:10.25592/uhhfdm.977 info:eu-repo/semantics/closedAccess declaration of consent 1 open questions 1 introduction declaration of consent 2 open questions 2 subject areas Vater und Sohn [Father and Son] movie retelling: Signs what did you do when it happened closing interview retellings experience of deaf individuals calender task free conversation discussion regional specialities warning and prohibition signs description of procedures and travel story signed story: fire alarm route description new vs. old signs deaf events joke sign names elicitation of isolated signs dgskorpus_ber_03 info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1015 2020-06-12T09:20:27Z user-sign-lang user-uhh

BER-38 BER-30 ber-mod-2 Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu 2011-08-16 This is one out of 165 recordings done in the DGS-Korpus project (http://dgs-korpus.de) from 2010 to 2012 to collect a corpus of DGS (German Sign Language). The recording took place on 2011-08-16, the informants are from our data collection region Berlin (Berlin, Brandenburg, partially Saxony-Anhalt). This movie contains the following tracks:10:41:03:15-12:07:05:44 DGS-Korpus-A1_20110816T1000.mov 720p50 A1 (frontal view of informant A)12:25:45:01-13:37:46:26 DGS-Korpus-A1_20110816T1200.mov 720p50 A1 (frontal view of informant A)14:45:19:12-16:06:51:18 DGS-Korpus-A1_20110816T1400.mov 720p50 A1 (frontal view of informant A)16:25:09:27-17:22:13:35 DGS-Korpus-A1_20110816T1600.mov 720p50 A1 (frontal view of informant A)10:40:54:06-12:07:20:46 DGS-Korpus-A2_20110816T1000.mov 1080i25 A2 (bird’s eye view of informant A)12:25:12:49-13:38:00:25 DGS-Korpus-A2_20110816T1200.mov 1080i25 A2 (bird’s eye view of informant A)14:44:51:14-16:07:05:28 DGS-Korpus-A2_20110816T1400.mov 1080i25 A2 (bird’s eye view of informant A)16:24:50:11-17:22:31:33 DGS-Korpus-A2_20110816T1600.mov 1080i25 A2 (bird’s eye view of informant A)10:41:19:16-12:07:27:24 DGS-Korpus-A4L_20110816T1000.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))12:25:51:15-13:38:07:21 DGS-Korpus-A4L_20110816T1200.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))14:45:22:05-16:07:13:03 DGS-Korpus-A4L_20110816T1400.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))16:25:22:36-17:22:45:00 DGS-Korpus-A4L_20110816T1600.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))10:41:19:16-12:07:27:24 DGS-Korpus-A4R_20110816T1000.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))12:25:51:15-13:38:07:21 DGS-Korpus-A4R_20110816T1200.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))14:45:22:05-16:07:13:03 DGS-Korpus-A4R_20110816T1400.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))16:25:22:36-17:22:45:00 DGS-Korpus-A4R_20110816T1600.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))10:41:11:25-12:06:59:13 DGS-Korpus-B1_20110816T1000.mov 720p50 B1 (frontal view of informant A)12:25:42:10-13:37:39:43 DGS-Korpus-B1_20110816T1200.mov 720p50 B1 (frontal view of informant A)14:45:00:49-16:06:41:07 DGS-Korpus-B1_20110816T1400.mov 720p50 B1 (frontal view of informant A)16:25:18:32-17:22:06:43 DGS-Korpus-B1_20110816T1600.mov 720p50 B1 (frontal view of informant A)10:41:04:44-12:07:14:10 DGS-Korpus-B2_20110816T1000.mov 1080i25 B2 (bird’s eye view of informant A)12:25:35:35-13:37:52:29 DGS-Korpus-B2_20110816T1200.mov 1080i25 B2 (bird’s eye view of informant A)14:44:58:27-16:06:57:33 DGS-Korpus-B2_20110816T1400.mov 1080i25 B2 (bird’s eye view of informant A)16:25:01:17-17:22:22:33 DGS-Korpus-B2_20110816T1600.mov 1080i25 B2 (bird’s eye view of informant A)10:41:28:08-12:07:33:10 DGS-Korpus-B4L_20110816T1000.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))12:26:00:17-13:38:17:23 DGS-Korpus-B4L_20110816T1200.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))14:45:31:26-16:07:22:02 DGS-Korpus-B4L_20110816T1400.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))16:25:30:47-17:22:53:45 DGS-Korpus-B4L_20110816T1600.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))10:41:28:08-12:07:33:10 DGS-Korpus-B4R_20110816T1000.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))12:26:00:17-13:38:17:23 DGS-Korpus-B4R_20110816T1200.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))14:45:31:26-16:07:22:02 DGS-Korpus-B4R_20110816T1400.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))16:25:30:47-17:22:53:45 DGS-Korpus-B4R_20110816T1600.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))10:41:34:00-12:06:52:37 DGS-Korpus-C_20110816T1000.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)12:26:06:00-13:37:34:14 DGS-Korpus-C_20110816T1200.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)14:45:25:00-16:06:35:12 DGS-Korpus-C_20110816T1400.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)16:25:40:00-17:21:52:27 DGS-Korpus-C_20110816T1600.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)10:41:38:18-12:07:47:08 DGS-Korpus-C4L_20110816T1000.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))12:26:12:37-13:38:26:23 DGS-Korpus-C4L_20110816T1200.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))14:45:39:08-16:07:32:12 DGS-Korpus-C4L_20110816T1400.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))16:25:39:14-17:23:03:26 DGS-Korpus-C4L_20110816T1600.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))10:41:38:18-12:07:47:08 DGS-Korpus-C4R_20110816T1000.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))12:26:12:37-13:38:26:23 DGS-Korpus-C4R_20110816T1200.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))14:45:39:08-16:07:32:12 DGS-Korpus-C4R_20110816T1400.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))16:25:39:14-17:23:03:26 DGS-Korpus-C4R_20110816T1600.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) https://www.fdr.uni-hamburg.de/record/1015 10.25592/uhhfdm.1015 oai:fdr.uni-hamburg.de:1015 gsg doi:10.25592/uhhfdm.1014 info:eu-repo/semantics/closedAccess open questions 2 introduction sign names what did you do when it happened warning and prohibition signs deaf events closing interview declaration of consent 1 open questions 1 declaration of consent 2 joke experience of deaf individuals calender task retellings discussion free conversation regional specialities subject areas description of procedures and travel story new vs. old signs elicitation of isolated signs dgskorpus_ber_06 info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1013 2020-06-01T20:41:51Z user-sign-lang user-uhh

BER-20 BER-53 ber-mod-2 Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu 2011-08-13 This is one out of 165 recordings done in the DGS-Korpus project (http://dgs-korpus.de) from 2010 to 2012 to collect a corpus of DGS (German Sign Language). The recording took place on 2011-08-13, the informants are from our data collection region Berlin (Berlin, Brandenburg, partially Saxony-Anhalt). This movie contains the following tracks:10:24:55:35-12:06:49:04 DGS-Korpus-A1_20110813T1000.mov 720p50 A1 (frontal view of informant A)12:26:45:36-13:48:17:08 DGS-Korpus-A1_20110813T1200.mov 720p50 A1 (frontal view of informant A)15:00:19:00-16:23:37:46 DGS-Korpus-A1_20110813T1400_xdc.mov 720p50 A1 (frontal view of informant A)16:42:27:16-17:42:25:46 DGS-Korpus-A1_20110813T1600.mov 720p50 A1 (frontal view of informant A)10:24:42:15-12:07:00:15 DGS-Korpus-A2_20110813T1000.mov 1080i25 A2 (bird’s eye view of informant A)12:26:19:49-13:48:26:29 DGS-Korpus-A2_20110813T1200.mov 1080i25 A2 (bird’s eye view of informant A)15:01:37:02-16:22:34:28 DGS-Korpus-A2_20110813T1400.mov 1080i25 A2 (bird’s eye view of informant A)16:42:28:08-17:42:36:20 DGS-Korpus-A2_20110813T1600.mov 1080i25 A2 (bird’s eye view of informant A)10:24:49:46-12:07:06:34 DGS-Korpus-A4L_20110813T1000.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))12:26:42:30-13:48:31:04 DGS-Korpus-A4L_20110813T1200.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))15:01:57:24-16:22:39:30 DGS-Korpus-A4L_20110813T1400.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))16:42:35:05-17:42:41:37 DGS-Korpus-A4L_20110813T1600.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))10:24:49:46-12:07:06:34 DGS-Korpus-A4R_20110813T1000.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))12:26:42:30-13:48:31:04 DGS-Korpus-A4R_20110813T1200.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))15:01:57:24-16:22:39:30 DGS-Korpus-A4R_20110813T1400.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))16:42:35:05-17:42:41:37 DGS-Korpus-A4R_20110813T1600.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))10:24:49:39-12:06:44:31 DGS-Korpus-B1_20110813T1000.mov 720p50 B1 (frontal view of informant A)12:26:38:44-13:48:11:47 DGS-Korpus-B1_20110813T1200.mov 720p50 B1 (frontal view of informant A)15:01:42:41-16:22:20:19 DGS-Korpus-B1_20110813T1400.mov 720p50 B1 (frontal view of informant A)16:42:34:13-17:42:21:29 DGS-Korpus-B1_20110813T1600.mov 720p50 B1 (frontal view of informant A)10:24:35:43-12:06:54:09 DGS-Korpus-B2_20110813T1000.mov 1080i25 B2 (bird’s eye view of informant A)12:26:26:35-13:48:22:01 DGS-Korpus-B2_20110813T1200.mov 1080i25 B2 (bird’s eye view of informant A)15:01:44:44-16:22:29:26 DGS-Korpus-B2_20110813T1400.mov 1080i25 B2 (bird’s eye view of informant A)16:42:34:14-17:42:30:20 DGS-Korpus-B2_20110813T1600.mov 1080i25 B2 (bird’s eye view of informant A)10:24:57:11-12:07:15:09 DGS-Korpus-B4L_20110813T1000.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))12:26:49:31-13:48:38:11 DGS-Korpus-B4L_20110813T1200.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))15:02:04:42-16:22:47:04 DGS-Korpus-B4L_20110813T1400.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))16:42:42:02-17:42:51:10 DGS-Korpus-B4L_20110813T1600.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))10:24:57:11-12:07:15:09 DGS-Korpus-B4R_20110813T1000.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))12:26:49:31-13:48:38:11 DGS-Korpus-B4R_20110813T1200.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))15:02:04:42-16:22:47:04 DGS-Korpus-B4R_20110813T1400.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))16:42:42:02-17:42:51:10 DGS-Korpus-B4R_20110813T1600.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))10:25:09:00-12:06:39:23 DGS-Korpus-C_20110813T1000.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)12:25:19:00-13:49:20:44 DGS-Korpus-C_20110813T1200_xdc.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)15:01:51:00-16:22:15:32 DGS-Korpus-C_20110813T1400.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)16:42:54:00-17:42:16:36 DGS-Korpus-C_20110813T1600.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)10:25:03:34-12:07:23:28 DGS-Korpus-C4L_20110813T1000.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))12:26:56:35-13:48:44:49 DGS-Korpus-C4L_20110813T1200.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))15:02:11:20-16:22:53:26 DGS-Korpus-C4L_20110813T1400.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))16:42:48:34-17:42:57:48 DGS-Korpus-C4L_20110813T1600.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))10:25:03:34-12:07:23:28 DGS-Korpus-C4R_20110813T1000.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))12:26:56:35-13:48:44:49 DGS-Korpus-C4R_20110813T1200.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))15:02:11:20-16:22:53:26 DGS-Korpus-C4R_20110813T1400.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))16:42:48:34-17:42:57:48 DGS-Korpus-C4R_20110813T1600.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) https://www.fdr.uni-hamburg.de/record/1013 10.25592/uhhfdm.1013 oai:fdr.uni-hamburg.de:1013 gsg doi:10.25592/uhhfdm.1012 info:eu-repo/semantics/closedAccess open questions 1 declaration of consent 2 open questions 2 introduction sign names joke experience of deaf individuals calender task retellings what did you do when it happened discussion free conversation elicitation of isolated signs warning and prohibition signs regional specialities subject areas Vater und Sohn [Father and Son] movie retelling: Signs new vs. old signs description of procedures and travel story deaf events closing interview signed story: fire alarm declaration of consent 1 dgskorpus_ber_05 info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1021 2020-12-03T11:12:50Z user-uhh

Steffens, Kim Jakob Ezra 2020-07-02 List of lemur food plants (LFP). Including lemur food plants (S1.1), data sources (S1.2) and other literature cited (S1.3). While referring to this database, please also cite the corresponding article: Steffens, KJE (2020). Lemur food plants as options for forest restoration in Madagascar. Restoration Ecology 28: 1517-1527 https://www.fdr.uni-hamburg.de/record/1021 10.25592/uhhfdm.1021 oai:fdr.uni-hamburg.de:1021 doi:10.25592/uhhfdm.1020 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode lemur food plants restoration species selection planting seed dispersal facilitated regeneration conservation Madagascar List of lemur food plants (LFP) info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1041 2020-09-10T08:48:14Z user-sign-lang user-uhh

BER-43 BER-40 ber-mod-1 Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu 2011-08-28 This is one out of 165 recordings done in the DGS-Korpus project (http://dgs-korpus.de) from 2010 to 2012 to collect a corpus of DGS (German Sign Language). The recording took place on 2011-08-28, the informants are from our data collection region Berlin (Berlin, Brandenburg, partially Saxony-Anhalt). This movie contains the following tracks:09:20:09:29-11:08:42:41 DGS-Korpus-A1_20110828T1000.mov 720p50 A1 (frontal view of informant A)11:26:31:49-12:51:36:17 DGS-Korpus-A1_20110828T1200_xdc.mov 720p50 A1 (frontal view of informant A)13:57:52:18-15:11:00:26 DGS-Korpus-A1_20110828T1400.mov 720p50 A1 (frontal view of informant A)15:30:19:12-16:26:16:19 DGS-Korpus-A1_20110828T1600.mov 720p50 A1 (frontal view of informant A)09:19:17:08-11:08:57:00 DGS-Korpus-A2_20110828T1000.mov 1080i25 A2 (bird’s eye view of informant A)11:27:54:28-12:50:19:28 DGS-Korpus-A2_20110828T1200.mov 1080i25 A2 (bird’s eye view of informant A)13:58:01:19-15:11:15:35 DGS-Korpus-A2_20110828T1400.mov 1080i25 A2 (bird’s eye view of informant A)15:30:14:22-16:26:28:10 DGS-Korpus-A2_20110828T1600.mov 1080i25 A2 (bird’s eye view of informant A)09:19:40:09-11:09:02:39 DGS-Korpus-A4L_20110828T1000.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))11:28:07:17-12:50:28:43 DGS-Korpus-A4L_20110828T1200.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))13:58:19:42-15:11:21:46 DGS-Korpus-A4L_20110828T1400.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))15:30:31:03-16:26:33:21 DGS-Korpus-A4L_20110828T1600.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))09:19:40:09-11:09:02:39 DGS-Korpus-A4R_20110828T1000.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))11:28:07:17-12:50:28:43 DGS-Korpus-A4R_20110828T1200.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))13:58:19:42-15:11:21:46 DGS-Korpus-A4R_20110828T1400.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))15:30:31:03-16:26:33:21 DGS-Korpus-A4R_20110828T1600.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))09:19:39:47-11:08:33:07 DGS-Korpus-B1_20110828T1000.mov 720p50 B1 (frontal view of informant A)11:28:19:28-12:49:46:11 DGS-Korpus-B1_20110828T1200.mov 720p50 B1 (frontal view of informant A)13:58:16:27-15:10:52:41 DGS-Korpus-B1_20110828T1400.mov 720p50 B1 (frontal view of informant A)15:30:39:14-16:26:10:02 DGS-Korpus-B1_20110828T1600.mov 720p50 B1 (frontal view of informant A)09:19:37:17-11:08:49:49 DGS-Korpus-B2_20110828T1000.mov 1080i25 B2 (bird’s eye view of informant A)11:27:49:16-12:50:10:24 DGS-Korpus-B2_20110828T1200.mov 1080i25 B2 (bird’s eye view of informant A)13:58:09:14-15:11:06:34 DGS-Korpus-B2_20110828T1400.mov 1080i25 B2 (bird’s eye view of informant A)15:30:22:27-16:26:22:21 DGS-Korpus-B2_20110828T1600.mov 1080i25 B2 (bird’s eye view of informant A)09:19:48:17-11:09:10:25 DGS-Korpus-B4L_20110828T1000.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))11:28:15:08-12:50:37:26 DGS-Korpus-B4L_20110828T1200.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))13:58:30:48-15:11:30:12 DGS-Korpus-B4L_20110828T1400.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))15:30:38:08-16:26:39:48 DGS-Korpus-B4L_20110828T1600.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))09:19:48:17-11:09:10:25 DGS-Korpus-B4R_20110828T1000.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))11:28:15:08-12:50:37:26 DGS-Korpus-B4R_20110828T1200.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))13:58:30:48-15:11:30:12 DGS-Korpus-B4R_20110828T1400.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))15:30:38:08-16:26:39:48 DGS-Korpus-B4R_20110828T1600.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))09:20:22:00-11:08:27:49 DGS-Korpus-C_20110828T1000.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)11:28:14:00-12:49:40:25 DGS-Korpus-C_20110828T1200.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)13:58:26:00-15:10:46:22 DGS-Korpus-C_20110828T1400.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)15:30:38:00-16:26:04:48 DGS-Korpus-C_20110828T1600.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)09:19:54:46-11:09:18:00 DGS-Korpus-C4L_20110828T1000.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))11:28:23:00-12:50:47:34 DGS-Korpus-C4L_20110828T1200.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))13:58:39:20-15:11:38:38 DGS-Korpus-C4L_20110828T1400.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))15:30:46:39-16:26:47:41 DGS-Korpus-C4L_20110828T1600.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))09:19:54:46-11:09:18:00 DGS-Korpus-C4R_20110828T1000.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))11:28:23:00-12:50:47:34 DGS-Korpus-C4R_20110828T1200.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))13:58:39:20-15:11:38:38 DGS-Korpus-C4R_20110828T1400.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))15:30:46:39-16:26:47:41 DGS-Korpus-C4R_20110828T1600.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) https://www.fdr.uni-hamburg.de/record/1041 10.25592/uhhfdm.1041 oai:fdr.uni-hamburg.de:1041 gsg doi:10.25592/uhhfdm.1040 info:eu-repo/semantics/closedAccess experience of deaf individuals description of procedures and travel story what did you do when it happened declaration of consent 1 open questions 1 declaration of consent 2 open questions 2 introduction sign names joke retellings warning and prohibition signs regional specialities subject areas Vater und Sohn [Father and Son] calender task discussion free conversation elicitation of isolated signs movie retelling: Signs signed story: fire alarm new vs. old signs route description closing interview deaf events dgskorpus_ber_13 info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:877 2021-07-06T18:40:27Z user-uhh user-csmc

Harter-Uibopuu, Kaja Werner, Eric 2020-04-15 ID: MK&G 1968.3 Object type: Club with inscription of Eukrateia Date/Period: Greek, 2.-1. cent BC Material: bronze Measurements: 18 cm (height); 2 cm (diameter) Language: Greek Museum/Collection: Museum für Kunst und Gewerbe Hamburg Inv. 1968.3 https://www.fdr.uni-hamburg.de/record/877 10.25592/uhhfdm.877 oai:fdr.uni-hamburg.de:877 doi:10.25592/uhhfdm.876 info:eu-repo/semantics/openAccess https://creativecommons.org/publicdomain/zero/1.0/legalcode 3D MKG 3D Scan 3D Model UWA CSMC Written Artefacts Club with inscription of Eukrateia (3d Scan, MK&G: 1968.3) info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1094 2020-11-23T08:52:46Z user-sign-lang user-uhh

Hanke, Thomas Herrmann, Annika Konrad, Reiner Langer, Gabriele König, Lutz Wähl, Sabrina Hanke, Thomas Herrmann, Annika Konrad, Reiner Langer, Gabriele König, Lutz Wähl, Sabrina 2020-02-06 This is a studio recording in the DGS-Korpus project (http://dgs-korpus.de) to document lexical material of DGS (German Sign Language). The recording took place on 2020-02-06, the presenters are employees of the project. This movie contains the following tracks: 11:10:56:13-12:37:39:23 DGS-Korpus_feedback_S10L_20200206_s_0001.mov 1080i25 S10L (on actor (standing) from the right, left stereo image) 11:10:56:13-12:37:39:23 DGS-Korpus_feedback_S10R_20200206_s_0001.mov 1080i25 S10R (on actor (standing) from the right, right stereo image) 11:11:06:04-11:54:09:12 DGS-Korpus_feedback_S11_20200206_s_0001.mov 2160p50 S11 (frontal view on actor (standing), 4K) 11:54:09:12-12:37:12:22 DGS-Korpus_feedback_S11_20200206_s_0002.mov 2160p50 S11 (frontal view on actor (standing), 4K) 11:10:48:23-12:37:56:03 DGS-Korpus_feedback_S13L_20200206_s_0001.mov 1080i25 S13L (left channel of a stereoscopic view of the actor (standing), 45° from the right) 11:10:48:23-12:37:56:03 DGS-Korpus_feedback_S13R_20200206_s_0001.mov 1080i25 S13R (right channel of a stereoscopic view of the actor (standing), 45° from the right) 11:10:19:16-12:37:37:25 DGS-Korpus_feedback_S2-180_20200206_s_0001.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 11:11:00:08-12:37:47:06 DGS-Korpus_feedback_S4L_20200206_s_0001.mov 1080i25 S4L (left channel of a stereoscopic frontal view on actor (standing)) 11:11:00:08-12:37:47:06 DGS-Korpus_feedback_S4R_20200206_s_0001.mov 1080i25 S4R (right channel of a stereoscopic frontal view on actor (standing)) 11:11:02:29-11:54:05:37 DGS-Korpus_feedback_S61_20200206_s_0001.mov 2160p50 S61 (on actor (standing) from the right, 4K) 11:54:05:37-12:37:08:43 DGS-Korpus_feedback_S61_20200206_s_0002.mov 2160p50 S61 (on actor (standing) from the right, 4K) 11:11:08:21-11:54:11:29 DGS-Korpus_feedback_S91_20200206_s_0001.mov 2160p50 S91 (on actor (standing), 45° from the right, 4K) 11:54:11:29-12:37:14:36 DGS-Korpus_feedback_S91_20200206_s_0002.mov 2160p50 S91 (on actor (standing), 45° from the right, 4K) https://www.fdr.uni-hamburg.de/record/1094 10.25592/uhhfdm.1094 oai:fdr.uni-hamburg.de:1094 gsg doi:10.25592/uhhfdm.1093 info:eu-repo/semantics/closedAccess lexical items in isolation dgskorpus_studio_2020-02-06_s info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1106 2020-09-10T08:46:58Z user-uhh

Schmidtke, Sabine 2020-06-30 This paper discusses patterns of manuscript sharing among European scholars during the second half of the nineteenth century, particularly in connection with Martin Schreiner (d. 1926), Ignaz Goldziherʼs former student, who, between 1894 and 1902, taught at the Lehranstalt für die Wissenschaft des Judenthums in Berlin. Both before and during his time in Berlin, Schreiner was given access to manuscripts that were in the possession of Moritz Steinschneider. The latter shared with him his copy of Moshe b. Ezraʼs (d. after 1135) Kitāb al-Muḥāḍara wa-l-muḏākara (nowadays preserved as MS Berlin, Staatsbibliothek zu Berlin, Ms. Or. Oct. 464). The copy, based on MS Oxford, Bodleian, Hunt. 599, had been produced by Steinschneider’s wife, Auguste, in 1851, through the painstaking process of tracing (Durchzeichnung) the original manuscript. Moreover, at the end of 1897 Steinschneider lent Schreiner a copy of Samawʾal al-Maġribīʼs (d. 570/1175) Ifḥām al-Yahūd, a codex completed on 20 Ǧumādā II 1315[/16 November 1897], which had been copied for Steinschneider from an earlier witness held at the Khedival library in Cairo. https://www.fdr.uni-hamburg.de/record/1106 10.25592/uhhfdm.1106 oai:fdr.uni-hamburg.de:1106 url:https://www.aai.uni-hamburg.de/en/comst/publications/bulletin/bulletin6-1.html doi:10.25592/uhhfdm.1105 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Comparative Oriental Manuscript Studies Bulletin 6(1) 51-71 Manuscript Studies Arabic Studies Auguste Steinschneider (Auerbach) Moritz Steinschneider Martin Schreiner Cesare Ansaldi Eduard Glaser Muʿtazila Ms. Berlin, Staatsbibliothek zu Berlin, Glaser 12 Ms. Berlin, Staatsbibliothek zu Berlin, Glaser 52 Moshe b. Ezra K. al-Muḥāḍara wa-l-mudhākara Ms. Berlin, Staatsbibliothek zu Berlin, Ms. Or. Oct. 464 Ms. Oxford, Bodleian, Hunt. 599 Durchzeichnung Samawʾal al-Maghribī Ifḥām al-Yahūd Scribal Practices among European Scholars during the Second Half of the Nineteenth Century: The Cases of Auguste Steinschneider (Auerbach), Moritz Steinschneider, and Martin Schreiner info:eu-repo/semantics/article publication-article

oai:fdr.uni-hamburg.de:1090 2020-09-10T08:47:27Z user-sign-lang user-uhh

dgskorpus-studio03 Hanke, Thomas Herrmann, Annika Konrad, Reiner Langer, Gabriele König, Lutz Wähl, Sabrina Hanke, Thomas Herrmann, Annika Konrad, Reiner Langer, Gabriele König, Lutz Wähl, Sabrina 2020-02-13 This is a studio recording in the DGS-Korpus project (http://dgs-korpus.de) to document lexical material of DGS (German Sign Language). The recording took place on 2020-02-13, the presenters are employees of the project. This movie contains the following tracks: 10:17:37:06-11:06:32:34 DGS-Korpus_feedback_S10L_20200213_s_0001.mov 1080i25 S10L (on actor (standing) from the right, left stereo image) 10:17:37:06-11:06:32:34 DGS-Korpus_feedback_S10R_20200213_s_0001.mov 1080i25 S10R (on actor (standing) from the right, right stereo image) 10:17:54:06-11:00:57:14 DGS-Korpus_feedback_S11_20200213_s_0001.mov 2160p50 S11 (frontal view on actor (standing), 4K) 11:00:57:14-11:06:25:45 DGS-Korpus_feedback_S11_20200213_s_0002.mov 2160p50 S11 (frontal view on actor (standing), 4K) 10:17:27:19-11:06:24:49 DGS-Korpus_feedback_S13L_20200213_s_0001.mov 1080i25 S13L (left channel of a stereoscopic view of the actor (standing), 45° from the right) 10:17:27:19-11:06:24:49 DGS-Korpus_feedback_S13R_20200213_s_0001.mov 1080i25 S13R (right channel of a stereoscopic view of the actor (standing), 45° from the right) 10:17:30:03-10:52:46:28 DGS-Korpus_feedback_S2-180_20200213_s_0002.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 10:53:00:43-11:06:21:37 DGS-Korpus_feedback_S2-180_20200213_s_0003.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 10:17:34:26-11:06:42:26 DGS-Korpus_feedback_S4L_20200213_s_0001.mov 1080i25 S4L (left channel of a stereoscopic frontal view on actor (standing)) 10:17:34:26-11:06:42:26 DGS-Korpus_feedback_S4R_20200213_s_0001.mov 1080i25 S4R (right channel of a stereoscopic frontal view on actor (standing)) 10:17:48:44-11:00:52:02 DGS-Korpus_feedback_S61_20200213_s_0001.mov 2160p50 S61 (on actor (standing) from the right, 4K) 11:00:52:02-11:06:33:41 DGS-Korpus_feedback_S61_20200213_s_0002.mov 2160p50 S61 (on actor (standing) from the right, 4K) 10:17:53:23-11:00:56:32 DGS-Korpus_feedback_S91_20200213_s_0001.mov 2160p50 S91 (on actor (standing), 45° from the right, 4K) 11:00:56:32-11:06:39:13 DGS-Korpus_feedback_S91_20200213_s_0002.mov 2160p50 S91 (on actor (standing), 45° from the right, 4K) https://www.fdr.uni-hamburg.de/record/1090 10.25592/uhhfdm.1090 oai:fdr.uni-hamburg.de:1090 gsg doi:10.25592/uhhfdm.1089 info:eu-repo/semantics/closedAccess lexical items in isolation dgskorpus_studio_2020-02-13_s info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1096 2020-09-10T08:47:22Z user-sign-lang user-uhh

oai:fdr.uni-hamburg.de:1098 2020-09-10T08:47:20Z user-sign-lang user-uhh

FRA-61 FRA-62 fra-mod-1 Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu 2011-01-21 This is one out of 165 recordings done in the DGS-Korpus project (http://dgs-korpus.de) from 2010 to 2012 to collect a corpus of DGS (German Sign Language). The recording took place on 2011-01-21, the informants are from our data collection region Frankfurt (Southern Hesse, Saarland, partially Rhineland-Palatinate). This movie contains the following tracks:09:57:10:09-11:15:44:32 DGS-Korpus-A1_20110121T01.mov 720p50 A1 (frontal view of informant A)11:34:51:31-12:45:15:33 DGS-Korpus-A1_20110121T02.mov 720p50 A1 (frontal view of informant A)14:04:31:19-15:31:37:45 DGS-Korpus-A1_20110121T03.mov 720p50 A1 (frontal view of informant A)15:53:24:19-16:53:04:21 DGS-Korpus-A1_20110121T04.mov 720p50 A1 (frontal view of informant A)09:57:16:01-11:15:24:03 DGS-Korpus-A2_20110121T01.mov 1080i25 A2 (bird’s eye view of informant A)11:34:44:28-12:45:09:40 DGS-Korpus-A2_20110121T02.mov 1080i25 A2 (bird’s eye view of informant A)14:04:36:47-15:31:31:11 DGS-Korpus-A2_20110121T03.mov 1080i25 A2 (bird’s eye view of informant A)15:54:07:29-16:52:42:45 DGS-Korpus-A2_20110121T04.mov 1080i25 A2 (bird’s eye view of informant A)09:57:49:10-11:15:12:42 DGS-Korpus-A4L_20110121T01.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))11:35:25:23-12:44:56:03 DGS-Korpus-A4L_20110121T03.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))14:05:00:49-15:31:18:33 DGS-Korpus-A4L_20110121T05.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))15:54:34:42-16:52:30:46 DGS-Korpus-A4L_20110121T07.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))09:57:49:10-11:15:12:42 DGS-Korpus-A4L_20110121T01_right.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))11:35:25:23-12:44:56:03 DGS-Korpus-A4L_20110121T03_right.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))14:05:00:49-15:31:18:33 DGS-Korpus-A4L_20110121T05_right.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))15:54:34:42-16:52:30:46 DGS-Korpus-A4L_20110121T07_right.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))09:57:11:46-11:15:50:35 DGS-Korpus-B1_20110121T01.mov 720p50 B1 (frontal view of informant A)11:34:45:35-12:45:20:03 DGS-Korpus-B1_20110121T02.mov 720p50 B1 (frontal view of informant A)14:04:12:41-15:31:43:40 DGS-Korpus-B1_20110121T03.mov 720p50 B1 (frontal view of informant A)15:53:18:43-16:52:51:01 DGS-Korpus-B1_20110121T04.mov 720p50 B1 (frontal view of informant A)09:58:13:44-11:15:19:12 DGS-Korpus-B2_20110121T01.mov 1080i25 B2 (bird’s eye view of informant A)11:35:04:22-12:45:03:12 DGS-Korpus-B2_20110121T02.mov 1080i25 B2 (bird’s eye view of informant A)14:04:43:33-15:31:24:41 DGS-Korpus-B2_20110121T03.mov 1080i25 B2 (bird’s eye view of informant A)15:55:49:45-16:52:38:31 DGS-Korpus-B2_20110121T04.mov 1080i25 B2 (bird’s eye view of informant A)09:57:40:32-11:15:06:16 DGS-Korpus-B4L_20110121T01.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))11:35:02:46-12:44:49:38 DGS-Korpus-B4L_20110121T02.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))14:05:09:16-15:31:12:08 DGS-Korpus-B4L_20110121T04.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))15:54:25:14-16:52:25:00 DGS-Korpus-B4L_20110121T06.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))09:57:40:32-11:15:06:16 DGS-Korpus-B4L_20110121T01_right.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))11:35:02:46-12:44:49:38 DGS-Korpus-B4L_20110121T02_right.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))14:05:09:16-15:31:12:08 DGS-Korpus-B4L_20110121T04_right.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))15:54:25:14-16:52:25:00 DGS-Korpus-B4L_20110121T06_right.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))09:56:41:00-11:14:46:22 DGS-Korpus-C_20110121T01.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)11:34:23:00-12:44:31:14 DGS-Korpus-C_20110121T02.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)14:04:21:00-15:30:39:43 DGS-Korpus-C_20110121T03.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)15:52:19:00-16:51:56:45 DGS-Korpus-C_20110121T04.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)09:57:29:49-11:15:01:01 DGS-Korpus-C4_20110121T01.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))11:35:09:48-12:44:43:14 DGS-Korpus-C4_20110121T02.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))14:05:17:03-15:30:57:27 DGS-Korpus-C4_20110121T04.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))15:54:13:47-16:52:18:43 DGS-Korpus-C4_20110121T06.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))09:57:29:49-11:15:01:01 DGS-Korpus-C4_20110121T01_right.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))11:35:09:48-12:44:43:14 DGS-Korpus-C4_20110121T02_right.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))14:05:17:03-15:30:57:27 DGS-Korpus-C4_20110121T04_right.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))15:54:13:47-16:52:18:43 DGS-Korpus-C4_20110121T06_right.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) https://www.fdr.uni-hamburg.de/record/1098 10.25592/uhhfdm.1098 oai:fdr.uni-hamburg.de:1098 gsg doi:10.25592/uhhfdm.1097 info:eu-repo/semantics/closedAccess declaration of consent 1 open questions 1 declaration of consent 2 open questions 2 introduction sign names joke experience of deaf individuals calender task retellings what did you do when it happened discussion free conversation elicitation of isolated signs warning and prohibition signs regional specialities subject areas Vater und Sohn [Father and Son] movie retelling: Signs description of procedures and travel story new vs. old signs route description deaf events closing interview dgskorpus_fra_06 info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1140 2020-09-10T08:46:26Z user-sign-lang user-uhh

FRA-55 FRA-36 fra-mod-2 Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu 2011-01-31 This is one out of 165 recordings done in the DGS-Korpus project (http://dgs-korpus.de) from 2010 to 2012 to collect a corpus of DGS (German Sign Language). The recording took place on 2011-01-31, the informants are from our data collection region Frankfurt (Southern Hesse, Saarland, partially Rhineland-Palatinate). This movie contains the following tracks: 10:27:10:48-12:01:33:16 DGS-Korpus-A1_20110131T1000.mov 720p50 A1 (frontal view of informant A) 12:18:09:20-13:29:24:16 DGS-Korpus-A1_20110131T1200.mov 720p50 A1 (frontal view of informant A) 14:51:58:01-16:21:49:35 DGS-Korpus-A1_20110131T1400.mov 720p50 A1 (frontal view of informant A) 16:40:21:34-17:51:43:32 DGS-Korpus-A1_20110131T1600.mov 720p50 A1 (frontal view of informant A) 10:27:18:39-12:01:28:49 DGS-Korpus-A2_20110131T1000.mov 1080i25 A2 (bird’s eye view of informant A) 12:18:15:46-13:29:19:48 DGS-Korpus-A2_20110131T1200.mov 1080i25 A2 (bird’s eye view of informant A) 14:52:03:35-16:21:45:21 DGS-Korpus-A2_20110131T1400.mov 1080i25 A2 (bird’s eye view of informant A) 16:40:28:21-17:51:38:27 DGS-Korpus-A2_20110131T1600.mov 1080i25 A2 (bird’s eye view of informant A) 10:26:51:07-12:01:16:19 DGS-Korpus-A4L_20110131T01.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera)) 12:19:06:36-13:29:10:14 DGS-Korpus-A4L_20110131T02.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera)) 14:52:20:42-16:21:37:04 DGS-Korpus-A4L_20110131T03.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera)) 16:39:50:11-17:51:26:15 DGS-Korpus-A4L_20110131T04.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera)) 10:26:51:07-12:01:16:19 DGS-Korpus-A4R_20110131T01.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera)) 12:19:06:36-13:29:10:14 DGS-Korpus-A4R_20110131T02.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera)) 14:52:20:42-16:21:37:04 DGS-Korpus-A4R_20110131T03.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera)) 16:39:50:11-17:51:26:15 DGS-Korpus-A4R_20110131T04.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera)) 10:27:16:48-12:01:38:16 DGS-Korpus-B1_20110131T1000.mov 720p50 B1 (frontal view of informant A) 12:18:03:22-13:29:28:08 DGS-Korpus-B1_20110131T1200.mov 720p50 B1 (frontal view of informant A) 14:51:51:49-16:21:53:15 DGS-Korpus-B1_20110131T1400.mov 720p50 B1 (frontal view of informant A) 16:40:16:03-17:51:49:12 DGS-Korpus-B1_20110131T1600.mov 720p50 B1 (frontal view of informant A) 10:26:59:09-12:01:22:19 DGS-Korpus-B2_20110131T1000.mov 1080i25 B2 (bird’s eye view of informant A) 12:18:38:40-13:29:15:40 DGS-Korpus-B2_20110131T1200.mov 1080i25 B2 (bird’s eye view of informant A) 14:52:10:27-16:21:41:31 DGS-Korpus-B2_20110131T1400.mov 1080i25 B2 (bird’s eye view of informant A) 16:40:22:28-17:51:32:36 DGS-Korpus-B2_20110131T1600.mov 1080i25 B2 (bird’s eye view of informant A) 10:26:44:32-12:01:10:30 DGS-Korpus-B4L_20110131T01.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera)) 12:18:48:12-13:29:05:18 DGS-Korpus-B4L_20110131T02.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera)) 14:51:01:45-16:22:37:21 DGS-Korpus-B4L_20110131T03_fcp.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera)) 15:09:16:37-16:21:30:35 DGS-Korpus-B4L_20110131T03.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera)) 16:40:34:41-17:51:19:37 DGS-Korpus-B4L_20110131T04.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera)) 10:26:44:32-12:01:10:28 DGS-Korpus-B4R_20110131T01.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera)) 12:18:48:12-13:29:05:18 DGS-Korpus-B4R_20110131T02.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera)) 14:51:01:45-16:22:37:21 DGS-Korpus-B4R_20110131T03_fcp.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera)) 15:09:16:37-16:21:30:35 DGS-Korpus-B4R_20110131T03.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera)) 16:40:34:41-17:51:19:37 DGS-Korpus-B4R_20110131T04.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera)) 10:27:36:00-12:00:54:12 DGS-Korpus-C_20110131T1000.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A) 12:17:58:07-13:28:45:39 DGS-Korpus-C_20110131T1200.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A) 14:51:46:32-16:21:14:28 DGS-Korpus-C_20110131T1400.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A) 16:40:09:33-17:51:02:26 DGS-Korpus-C_20110131T1600.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A) 10:27:42:49-12:01:05:24 DGS-Korpus-C4L_20110131T01.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) 12:18:54:49-13:28:59:19 DGS-Korpus-C4L_20110131T02.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) 14:51:10:04-16:22:27:18 DGS-Korpus-C4L_20110131T03_fcp.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) 15:09:30:00-16:21:24:18 DGS-Korpus-C4L_20110131T03.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) 16:40:41:48-17:51:13:24 DGS-Korpus-C4L_20110131T04.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) 10:27:42:49-12:01:05:24 DGS-Korpus-C4R_20110131T01.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) 12:18:54:49-13:28:59:19 DGS-Korpus-C4R_20110131T02.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) 14:51:10:04-16:22:27:18 DGS-Korpus-C4R_20110131T03_fcp.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) 15:09:30:00-16:21:24:18 DGS-Korpus-C4R_20110131T03.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) 16:40:41:48-17:51:13:24 DGS-Korpus-C4R_20110131T04.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) https://www.fdr.uni-hamburg.de/record/1140 10.25592/uhhfdm.1140 oai:fdr.uni-hamburg.de:1140 gsg doi:10.25592/uhhfdm.1139 info:eu-repo/semantics/closedAccess declaration of consent 1 open questions 1 declaration of consent 2 open questions 2 introduction sign names joke experience of deaf individuals calender task retellings what did you do when it happened discussion free conversation elicitation of isolated signs warning and prohibition signs regional specialities subject areas Vater und Sohn [Father and Son] movie retelling: Signs description of procedures and travel story new vs. old signs deaf events closing interview dgskorpus_fra_10 info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:9050 2021-05-20T21:23:56Z user-uhh

Schmidt, Thomas 2021-04-20 A quickstart introduction into transcribing in EXMARaLDA https://www.fdr.uni-hamburg.de/record/9050 10.25592/uhhfdm.9050 oai:fdr.uni-hamburg.de:9050 eng doi:10.25592/uhhfdm.9049 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode EXMARaLDA transcription quickstart Quickstart: Transcribing in EXMARaLDA info:eu-repo/semantics/technicalDocumentation publication-softwaredocumentation

oai:fdr.uni-hamburg.de:9046 2021-05-20T21:23:52Z user-uhh

Junjun, Fan 2021-04-20 A short version of the EXMARaLDA Partitur Editor manual in Chinese https://www.fdr.uni-hamburg.de/record/9046 10.25592/uhhfdm.9046 oai:fdr.uni-hamburg.de:9046 zho doi:10.25592/uhhfdm.9045 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode EXMARaLDA partitur manual EXMARaLDA Partitur Editor Manual (Chinese) info:eu-repo/semantics/technicalDocumentation publication-softwaredocumentation

oai:fdr.uni-hamburg.de:9104 2023-02-01T14:20:42Z user-cliccs user-uhh

Gresse, Eduardo Hedemann, Christopher Petzold, Jan Held, Hermann Aykut, Stefan Li, Chao Schneider, Uwe Ratter, Beate Oßenbrügge, Jürgen Fröhle, Peter Köhl, Michael Wiener, Antje Bassen, Alexander Beyer, Jürgen Brüggemann, Michael Busch, Timo d'Amico, Emilie Frisch, Thomas Guenther, Lars Jarke-Neuert, Johannes Johnson, Matthew Lange, Andres Pavenstädt, Christopher Perino, Grischa Sander, Junis Scheffran, Jürgen Schenuit, Felix Wickel, Martin Wilkens, Jan Zengerling, Cathrin Neuburger, Martina Datchoua-Tirvaudey, Alvine Schnegg, Michael Notz, Dirk Lüdemann, Jana Schmitt, Tobias Singer, Katrin Milinski, Sebastian Suarez-Gutierrez, Laura Stammer, Detlef Engels, Anita Marotzke, Jochem Gresse, Eduardo Hedemann, Christopher Petzold, Jan 2021-06-09 Series In the annual Hamburg Climate Futures Outlook, CLICCS researchers make the first systematic attempt to assess which climate futures are plausible, by combining multidisciplinary assessments of plausibility. Current Issue The inaugural 2021 Hamburg Climate Futures Outlook addresses the question: Is it plausible that the world will reach deep decarbonization by 2050? Websites www.cliccs.uni-hamburg.de/results/hamburg-climate-futures-outlook.html www.cliccs.uni-hamburg.de https://www.fdr.uni-hamburg.de/record/9104 10.25592/uhhfdm.9104 oai:fdr.uni-hamburg.de:9104 eng url:https://www.cliccs.uni-hamburg.de/results/hamburg-climate-futures-outlook.html url:https://www.cliccs.uni-hamburg.de doi:10.25592/uhhfdm.9103 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode CLICCS, Climate Research, Plausibility, Climate Futures, HCFO, Hamburg Climate Futures Outlook, DFG Project Number 390683824 Hamburg Climate Futures Outlook: Assessing the plausibility of deep decarbonization by 2050 info:eu-repo/semantics/report publication-report

oai:fdr.uni-hamburg.de:9152 2021-05-20T21:24:26Z user-uhh

Haas, Alexander 2021-04-21 Species: Xenopus laevis Collection number: captive breeding Institution of origin: Zoologisches Museum Hamburg Data: CT volume of destained specimen Coverage: full specimen Scanner: Skyscan1172 Scanning parameters: 49 kV; 200 µA; filter: Al 0.5 mm Voxel size: 18.40 µm https://www.fdr.uni-hamburg.de/record/9152 10.25592/uhhfdm.9152 oai:fdr.uni-hamburg.de:9152 eng doi:10.25592/uhhfdm.9151 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode DFG-Ha2323-14-1 387723284 Xenopus laevis Anura frog Amphibia Computed Tomography CT shoulder girdle project Xenopus laevis captive breeding, destained from iodine CT volume info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:9174 2021-07-06T18:33:08Z user-uhh user-csmc

Mörike, Tobias Werner, Eric 2021-05-20 ID: MK&G 2021.45 Object type: tomb stone Origin: Egypt, probably Fustat Date/Period: 850 c.E. Abbassid Material: marble Measurements: 46,3 cm (height); 50, 5 cm (width) Language: Arabic Provenance: received from Collection of Völkerkundemuseum Hamburg in 1925 Museum/Collection: Museum für Kunst und Gewerbe Hamburg Inv. 2021.45 https://www.fdr.uni-hamburg.de/record/9174 10.25592/uhhfdm.9174 oai:fdr.uni-hamburg.de:9174 doi:10.25592/uhhfdm.9173 info:eu-repo/semantics/openAccess http://www.opendefinition.org/licenses/cc-zero 3D MK&G 3D Scan 3D Model CSMC Written Artefacts Tomb stone of Fatima Ibnat Yaqub (3D Scan, MK&G: 2021.45) info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:9205 2021-08-12T10:23:30Z user-uhh

Schuster, Raphael Steffen, Pascal Dreyer, Benjamin Rohn, Sascha Schlüter, Hartmut Riedner, Maria 2021-06-11 Data for publication in Journal of Proteome Research https://www.fdr.uni-hamburg.de/record/9205 10.25592/uhhfdm.9205 oai:fdr.uni-hamburg.de:9205 doi:10.25592/uhhfdm.9204 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Identifying circulating Urotensin II and Urotensin II-related peptide generating enzymes in the human plasma fraction Cohn IV-4 info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:9234 2021-07-22T13:37:40Z user-uhh

Haiduk, Carolin 2021-07-08 Dissertation Project Haiduk, Carolin and Timo Mandler (2021), “Drivers of Pre-Release Consumer Buzz”, Working Paper All project-related files https://www.fdr.uni-hamburg.de/record/9234 10.25592/uhhfdm.9234 oai:fdr.uni-hamburg.de:9234 doi:10.25592/uhhfdm.9233 info:eu-repo/semantics/closedAccess Drivers of Buzz info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:9305 2021-07-22T13:36:22Z user-klima user-uhh

Lozán, José L. Breckle, Siegmar-W. Escher-Vetter, Heidi Graßl, Hartmut Kasang, Dieter Paul, Frank Schickhoff, Udo Hock, Regine 2020-11-01 Gletscherabflüsse unterscheiden sich markant von Abflüssen nicht vergletscherter Gebiete, da sie weitgehend vom Massenhaushalt der Gletscher geprägt sind und so starke saisonale und tägliche Schwankungen aufweisen. Der weltweite Gletscherschwund führt zu Veränderungen im Wasserhaushalt vergletscherter Gebiete, aber der Einfluss ist komplex und variiert regional stark. In vielen vor allem stark vergletscherten Einzugsgebieten steigt der Jahresabfluss derzeit infolge der Klimaerwärmung und entsprechend erhöhter Gletscherschmelze. In anderen Gebieten, wo sich die Gletscher massiv zurückgezogen haben und so das im Gletscher gespeicherte Wasservolumen entsprechend verringert ist, hat der Abfluss einen Wendepunkt (‚Peak Wasser‘) erreicht und nimmt nun kontinuierlich ab. Zunehmende Gletscherabflüsse vor Peak Wasser können zu Hochwasser und Überflutungen führen, während abnehmende Abflüsse in der Schmelzsaison selbst in weit entfernten umliegenden Ebenen zu reduzierten Gebietsabflüssen führen kann, und in Gebieten mit ausgeprägten Trockenmonaten auch zu Wassermangel. Kontinuierliches Monitoring von Gletscherschwund und Gletscherabflüssen sind von kritischer Bedeutung, um dessen Einfluss auf die Hydrologie vergletscherter Gebiete zu quantifizieren und vorherzusagen. Hydrological changes in glacierized drainage basins: Glacier runoff differs strongly from runoff in unglacierized drainage basins due to its dependence on glacier mass budgets causing pronounced seasonal and daily runoff variations. Worldwide glacier decline has led to significant hydrological changes in many glacierized catchments, but the impact is complex and varies regionally. In many catchments annual runoff is increasing in response to enhanced glacier melt due to atmospheric warming. In other regions, where glaciers have strongly declined in recent decades, and thus their ice storage is significantly depleted, a turning point (peak water) has been reached and annual runoff is continuously decreasing. Before peak water is reached increasing glacier runoff poses a flood hazard. In contrast decreasing runoff amounts, especially in regions with pronounced dry seasons can lead to water shortage even in lowlands far away from the glacierized mountains. Continued monitoring of glacier mass changes and resulting runoff changes is critical to quantify and project the hydrological consequences of glacier decline in glacierized drainage basins https://www.fdr.uni-hamburg.de/record/9305 10.25592/uhhfdm.9305 oai:fdr.uni-hamburg.de:9305 deu Verlag Wissenschaftliche Auswertungen in Kooperation mit GEO Magazin-Hamburg info:eu-repo/semantics/altIdentifier/doi/10.25592/warnsignal.klima.hochgebirge-im-wandel.32 doi:10.25592/uhhfdm.9304 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Hydrological changes, glacierized drainage basins, Glacier runoff, hydrological changes, peak water, annual runoff, hydrological consequences Hydrologische Veränderungen in vergletscherten Einzugsgebieten info:eu-repo/semantics/bookPart publication-section

oai:fdr.uni-hamburg.de:9343 2021-07-22T13:35:39Z user-klima user-uhh

Lozán, José L. Breckle, Siegmar-W. Escher-Vetter, Heidi Graßl, Hartmut Kasang, Dieter Paul, Frank Schickhoff, Udo Frey, Holger Haeberli, Wilfried 2020-11-01 Gletscherseen sind charakteristische Landschaftselemente im Hochgebirge, die verschiedene Nutzungspotenziale haben, aber auch eine mögliche Gefahr für Menschen und Infrastruktur in den Tälern darstellen. Im Zuge des fortschreitenden Rückzugs der Gletscher werden sich in Zukunft in vergletscherten Gebirgsregionen weltweit neue Gletscherseen bilden. Ein nachhaltiger Umgang mit den Risiken und Potenzialen dieser Seen erfordert eine langfristige und integrale Planung, die neben geo-technischen Aspekten auch sozio-ökonomische Faktoren und Entwicklungen berücksichtigt. Risks from Glacial Lakes under Climatic Change: Glacial lakes are characteristic landscape elements in mountains, comprising a variety of potential uses, but at the same time posing a potential risk to humans and infrastructure downstream. Wth the continued retreat of glaciers, new glacial lakes will form in glacierized mountain regions worldwide during the coming decades. A sustainable approach to deal with both the risks and opportunities provided by such lakes requires a long-term, integral planning, which considers besides geo-technical aspects also socio-economic factors and developments. https://www.fdr.uni-hamburg.de/record/9343 10.25592/uhhfdm.9343 oai:fdr.uni-hamburg.de:9343 deu Verlag Wissenschaftliche Auswertungen in Kooperation mit GEO Magazin-Hamburg info:eu-repo/semantics/altIdentifier/doi/10.25592/warnsignal.klima.hochgebirge-im-wandel.52 doi:10.25592/uhhfdm.9342 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Glacial lakes, mountains potential risk, glacierized mountain, lakes risks and opportunities Risiken durch Gletscherseen im Klimawandel info:eu-repo/semantics/bookPart publication-section

oai:fdr.uni-hamburg.de:9355 2021-07-22T13:35:27Z user-klima user-uhh

Lozán, José L. Breckle, Siegmar-W. Escher-Vetter, Heidi Graßl, Hartmut Kasang, Dieter Paul, Frank Schickhoff, Udo Messerli, Paul Wymann von Dach, Susanne Kohler, Thomas 2020-11-01 Die Hochland-Tiefland Beziehungen in den Gebirgen der Welt betrachten wir in einer historischen Perspektive. Als zentrales Element erkennen wir die Mobilität von Menschen, Gütern und Kapital, die den zeitbedingten Kraftlinien unterschiedlicher Interessen zwischen oben und unten folgten. Wir stellen diese Beziehungen dann in den Rahmen der wissenschaftlichen, politischen und zivilgesellschaftlichen Diskurse, die insbesondere seit der UNO Konferenz in Rio 1992 die Wahrnehmung und Bewertung der Gebirgsräume im globalen und regionalen Maßstab signifikant verändert haben. Ein neues partnerschaftliches Verständnis hat sich seither herausgebildet, dem wir in ausgewählten Institutionen zur Stärkung der Position der Gebirgsräume nachgehen. Noch fehlt in vielen dieser Arrangements die Begegnung auf Augenhöhe, die wir als Voraussetzung einer nachhaltigen Entwicklungsstrategie betrachten. Highland-lowland relationships and their importance for sustainable development in mountain regions: This study takes a historical perspective of highland-lowland relationships in the mountains of the world. Central to this perspective is the mobility of people, goods, and capital, which follow temporal constellations of power between the different interests at high and low altitudes. We place these relationships within the framework of scientific, political, and civil-society discourses, which have significantly changed the perception and assessment of mountain areas on a global and regional scale – particularly since the Rio Earth Summit of 1992. A new, partnership-based understanding has emerged, but to what extent is it being implemented in institutions created to strengthen the position of mountain areas? Our findings show that many of these arrangements are still missing what we consider a prerequisite for a sustainable development strategy: encounters that take place on an equal footing. https://www.fdr.uni-hamburg.de/record/9355 10.25592/uhhfdm.9355 oai:fdr.uni-hamburg.de:9355 deu Verlag Wissenschaftliche Auswertungen in Kooperation mit GEO Magazin-Hamburg info:eu-repo/semantics/altIdentifier/doi/10.25592/warnsignal.klima.hochgebirge-im-wandel.57 doi:10.25592/uhhfdm.9354 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode highland-lowland relationships, interests at high and low altitudes, perception of mountain areas, assessment of mountain areas, Rio Earth Summit of 1992, sustainable development Hochland–Tiefland Beziehungen in ihrer Bedeutung für eine nachhaltige Entwicklung in Gebirgsräumen info:eu-repo/semantics/bookPart publication-section

oai:fdr.uni-hamburg.de:9370 2021-07-22T13:35:13Z user-klima user-uhh

Lozán, José L. Breckle, Siegmar-W. Graßl, Hartmut Kuttler, Wilhelm Matzarakis, Andreas Katzschner, Lutz Kupski, Sebastian 2019-11-01 Über die Hälfte der Bevölkerung weltweit lebt inzwischen in Städten. Die Städte nehmen an Zahl, Größe, Höhe und Verdichtung zu. Daraus ergeben sich Wärme-Belastungen und Luftverschmutzung Dem kann die Belüf- tung entgegenwirken. Das Stadtklima ist charakterisiert durch eine Erhöhung der mittleren Lufttemperatur bei gleichzeitiger Reduzierung der mittleren Windgeschwindigkeit im Vergleich zu den Flächen im städtischen Umland. Dabei hat eine wirkungsvolle Belüftung der Städte einen positiven Einfluss auf die Verdünnung und den Abtransport der Luftschadstoffe sowie die Abkühlung des Stadtgebietes. Wirksam sind sowohl regionale als auch lokale Belüftungssysteme z, die je nach Lage und Gestaltung der Stadt unterschiedlich wirken. In Stadtklimakarten werden sie als Luftleitbahnen oder Frischluftzufuhrräume kenntlich gemacht. The Importance of Ventilation in Cities: More than half of the world population now lives in cities. Urban develop in size, height and density. This results in thermal and air pollution loads. Ventilation can counteract. The urban climate is characterized by an increase in the average air temperature and lower average wind speed in comparison to the surroundings. Effective ventilation of cities has a positive influence on the dilution and removal of air pollutants and the cooling of the urban area. Both mesoclimatic and microclimatic ventilation systems are effective, depending on the location and design of the city. In urban climate maps, they are identified as air paths or fresh air supply from the surroundings. https://www.fdr.uni-hamburg.de/record/9370 10.25592/uhhfdm.9370 oai:fdr.uni-hamburg.de:9370 deu Verlag Wissenschaftliche Auswertungen in Kooperation mit GEO Magazin-Hamburg info:eu-repo/semantics/altIdentifier/doi/10.25592/warnsignal.klima.die-staedte.07 doi:10.25592/uhhfdm.9369 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Urban develop, ventilation in cities, microclimatic ventilation, mesoclimatic ventilation, urban climate Bedeutung der Kaltluft und Ventilation in Städten info:eu-repo/semantics/bookPart publication-section

oai:fdr.uni-hamburg.de:9388 2021-07-22T13:34:46Z user-klima user-uhh

Lozán, José L. Breckle, Siegmar-W. Graßl, Hartmut Kuttler, Wilhelm Matzarakis, Andreas Kemen, Juliane Kistemann, Thomas 2019-11-01 Die Zunahme langer Episoden extremer Hitze in den vergangenen Jahrzehnten hat einen Anstieg hitzeassoziierter Morbidität und Mortalität zur Folge, insbesondere in Verbindung mit den Charakteristika des städtischen Klimas, die zur Ausbildung urbaner Hitzeinseln führen. In Städten und Kommunen steht daher zunehmend neben dem Klimaschutz die gesundheitsbezogene Klimaanpassung im Fokus. Gemäß den Empfehlungen der Weltgesundheitsorganisation (WHO) spielt dabei die Entwicklung von Hitzeaktionsplänen eine wichtige Rolle. Urban Heat as a health burden: The characteristics of cities are generating urban heat islands. The increase of episodes of extreme heat during the last decades is a major health burden. Heat waves in populated areas are accompanied by an increase of morbidity and mortality. Preparedness for climate change includes mitigation as well as health-related adaptation. Heat-Health Action Plans as recommended by World Health Organization (WHO) play an important role. https://www.fdr.uni-hamburg.de/record/9388 10.25592/uhhfdm.9388 oai:fdr.uni-hamburg.de:9388 deu Verlag Wissenschaftliche Auswertungen in Kooperation mit GEO Magazin, Hamburg info:eu-repo/semantics/altIdentifier/doi/10.25592/warnsignal.klima.die-staedte.16 doi:10.25592/uhhfdm.9387 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode urban heat islands, extreme heat, Heat waves, increase of morbidity, mortality, health-related adaptation, heat-health Der Einfluss urbaner Hitze auf die menschliche Gesundheit info:eu-repo/semantics/bookPart publication-section

oai:fdr.uni-hamburg.de:9394 2021-07-22T13:34:39Z user-klima user-uhh

Lozán, José L. Breckle, Siegmar-W. Graßl, Hartmut Kuttler, Wilhelm Matzarakis, Andreas Hertig, Elke 2019-11-01 Aufgrund des hohen Zusammenhangs zwischen Lufttemperatur und Ozonbildung, der potentiell starken Ver- änderungen im Rahmen des Klimawandels und im Hinblick auf kombinierte Einflüsse auf die menschliche Gesundheit werden bodennahe Lufttemperaturen und Ozonkonzentrationen gemeinsam betrachtet. Als räum- liches Beispiel werden verschiedene Städte in Bayern fokussiert. Während für das tägliche Temperaturma- ximum (Tmax) eine geringere Abhängigkeit von der Urbanität angenommen werden kann, zeigt sich, dass an städtischen, verkehrsnahen Stationen die mittleren sowie extremen täglich maximalen einstündigen Ozonkon- zentrationen (O3 max) deutlich geringer ausfallen im Vergleich zu Stationen, die im städtischen oder ländlichen Hintergrund verortet sind. Vorwiegend in der »Ozonsaison« zwischen April und September besteht zwischen O3 max und Tmax ein starker Zusammenhang, der nichtlinear ausgeprägt ist. Trendanalysen für den Zeitraum 1990-2017 zeigen eine Erhöhung von Tmax, jedoch ein heterogenes Bild für O3 max. Im Hinblick auf Auswirkungen von Tmax und O3 max auf die Gesundheit wird eine deutliche Exposition zwischen April und September sichtbar. Mit Ausnahme städtischer Verkehrsstandorte, liegt eine häufige Belastung durch O3 max vor. Bei Auftreten von thermischen Belastungssituationen sind diese nahezu immer durch eine gleichzeitige Ozon-Belastungssituation gekennzeichnet, so dass es zu einer thermischen und lufthygienischen Ereigniskombination kommt, sowohl in weiten Teilen des urbanen und suburbanen Raums, als auch insbesondere in ruralen Gebieten. Aufgrund der projizierten Erhöhung der Lufttemperatur als direkte Folge des anthropogen verstärkten Treibhauseffekts, sowie der möglichen Zunahme der bodennahen Ozonkonzentrationen durch klimawandelbedingte und luftchemische Änderungen, könnte zukünftig die Exposition gegenüber gesundheitsrelevanten Temperatur-Ozon-Ereignissen weiter ansteigen. Temperature-ozone events relevant for human health using Bavaria as an example: Ground-level air temperature and ozone concentrations are jointly analysed, due to the strong relationship between air temperature and ozone formation, the potentially large changes in the scope of climate change and in view of combined impacts on human health. Cities in the state of Bavaria are taken as an example. The daily temperature maximum (Tmax) shows a weak dependence from conurbation, whereas mean and extreme daily maximum 1-hour ozone concentrations (O3 max) are markedly lower at urban traffic stations compared to stations which are located in an urban or rural background setting. A strong non-linear relationship exists between O3 max and Tmax, particularly in the »ozone season« from April to September. Trend analysis in the period 1990-2017 shows an increase of Tmax, but heterogeneous results for O3 max. With respect to impacts of Tmax and O3 max on human health, high exposure between April and September becomes apparent. High O3 max exposure occurs frequently. High thermal load is in general connected with a concurrent O3 max exposure, thus usually combined events prevail. Due to the projected increases of air temperature as a direct consequence of climate change, and because of potential increases of ground-level ozone as a result of climate and air chemistry changes, the exposure to temperature-ozone events relevant for human health might further increase in the future. https://www.fdr.uni-hamburg.de/record/9394 10.25592/uhhfdm.9394 oai:fdr.uni-hamburg.de:9394 deu Verlag Wissenschaftliche Auswertungen in Kooperation mit GEO Magazin-Hamburg info:eu-repo/semantics/altIdentifier/doi/10.25592/warnsignal.klima.die-staedte.19 doi:10.25592/uhhfdm.9393 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Ground-level air temperature, ozone, temperature and ozone formation, human health, urban traffic, relationship O3 max and Tmax, air chemistry changes Gesundheitsrelevante Temperatur-Ozon-Ereignisse am Beispiel Bayern info:eu-repo/semantics/bookPart publication-section

oai:fdr.uni-hamburg.de:9400 2021-07-22T13:34:26Z user-klima user-uhh

Lozán, José L. Breckle, Siegmar-W. Graßl, Hartmut Kuttler, Wilhelm Matzarakis, Andreas Graw, Kathrin Muthers, Stefan Matzarakis, Andreas 2019-11-01 Stadtbewohner sind von Hitzewellen, die in Folge des Klimawandels häufiger, intensiver und länger auftreten, stärker betroffen als Bewohner auf dem Land. Die während des Tages aufgeheizten Gebäude in Städten kühlen nachts weniger stark aus als Gebäude im geringer verdichteten Umland. Dadurch wird das bereits beanspruchte Thermoregulationssystem des Körpers zusätzlich gefordert und nächtliche Ruhephasen werden verkürzt. Anhaltend hohe Temperaturen wirken auf diese Weise besonders belastend auf den menschlichen Körper. In Deutschland verstarben 2003 ca. 7.600 Menschen an den Folgen hitzebedingter Gesundheitsbelastung. Um auf bevorstehende Hitzewellen rechtzeitig reagieren zu können und Maßnahmen für den Gesundheitsschutz einzuleiten, hat sich das Hitzewarnsystem des Deutschen Wetterdienstes etabliert. Die besondere Belastung in Städten infolge des Effekts der Städtischen Wärmeinsel wird seit 2017 bei Hitzewarnungen besonders berücksichtigt. Untersuchungen in Berlin und Brandenburg haben ergeben, dass während der Hitzewelle 1994 die höchsten Abweichungen der Mortalität vom Erwartungswert in den am dichtesten bebauten Gebieten Berlins auftraten. Um zukünftig mit den intensiveren Hitzewellen umgehen zu können und Gesundheitsrisiken zu vermeiden, sollten daher insbesondere im städtischen Raum Anpassungsmaßnahmen entwickelt werden. Heat waves and heat warnings in cities: Urban dwellers are more affected by heat waves, which will occur more frequently, more intensively and will last longer as a result of climate change, than rural dwellers. The buildings in cities that are heated during the day cool down less at night than buildings in less densely populated areas. This places additional demands on the body‘s already stressed thermoregulation system and shortens rest periods at night. In this way, persistently high temperatures have a particularly stressful effect on the human body. In Germany, around 7600 people died in 2003 as a result of heat-related health problems. The heat warning system of the German Meteorological Service has established itself in order to be able to react in time to impending heat waves and to initiate measures for health protection. Since 2017, the specific heat stress in cities due to the Urban-Heat-Island effect has been given special consideration in heat warnings. Studies in Berlin and Brandenburg have revealed that during the heatwave in 1994 the highest deviation of mortality from the expected value occurred in the most densely built-up areas of Berlin. In order to be able to deal with the more intense heat waves in the future and to avoid health risks, adaptation measures should therefore be developed, especially in urban areas. https://www.fdr.uni-hamburg.de/record/9400 10.25592/uhhfdm.9400 oai:fdr.uni-hamburg.de:9400 deu Verlag Wissenschaftliche Auswertungen in Kooperation mit GEO Magazin-Hamburg info:eu-repo/semantics/altIdentifier/doi/10.25592/warnsignal.klima.die-staedte.22 doi:10.25592/uhhfdm.9399 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Urban dwellers, heat waves, heat warnings cities, stressed thermoregulation, human body, heat-related health problems, heat warning system, heat stress in cities, Urban-Heat-Island Hitzewellen und Hitzewarnungen in Städten info:eu-repo/semantics/bookPart publication-section

oai:fdr.uni-hamburg.de:9402 2021-07-22T13:34:25Z user-klima user-uhh

Schmidt, Katharina Poppendieck, Hans-Helmut 2019-11-01 Die Umweltbedingungen für Pflanzen in Städten sind vor allem durch erhöhte Temperaturen (städtische Wärmeinsel), einem hohem Versiegelungsgrad, hohem Störungsgrad und hoher Dynamik geprägt. Das Stadtklima wirkt sich auf die Phänologie vieler Arten aus, die in Städten z.B. früher blühen als im Umland, außerdem werden wärmeliebende Arten häufig gefördert. Eine weitere Reaktion sind Arealverschiebungen, z.B. des Schilfrohrs und immergrüner Gehölze. Evolutionäre Prozesse können in urbanen Räumen beschleunigt werden. Urbane Floren können sich in Richtung erhöhter Anteile wärmeliebender Neophyten verschieben. Die spontane Stadtflora kann gut auf Veränderungen reagieren und sich anpassen, sie wird aber zurückgedrängt, daher muss gepflanzte Stadtvegetation wohl durchdacht sein. Einflüsse auf die Vegetation durch den Klimawandel sind von denen der Urbanisierung oftmals schwer zu trennen. Plant reactions to the urban climate: Environmental conditions for plants in urban areas are characterised by higher temperatures (urban heat island), high degrees of soil sealing, disturbance as well as by a highly dynamic environment. Urban climate affects the phenology of several plant species and often favours thermophilic species. Furthermore, plant species‘ ranges can shift as a reaction to urban climate. In urban areas evolutionary processes can be accelerated and urban floras harbour more and more thermophilic non-native species. The spontanously occuring flora is able to adapt to changes, but it is threatened by human activities. Therefore, planted vegetation has to be thoroughly planned. Effects on vegetation by climate change and ur- banisation are often difficult to distinguish https://www.fdr.uni-hamburg.de/record/9402 10.25592/uhhfdm.9402 oai:fdr.uni-hamburg.de:9402 deu Verlag Wissenschaftliche Auswertungen in Kooperation mit GEO Magazin-Hamburg info:eu-repo/semantics/altIdentifier/doi/10.25592/warnsignal.klima.die-staedte.23 doi:10.25592/uhhfdm.9401 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode plants in urban areas, urban heat island, highly dynamic environment, soil sealing, phenology, thermophilic species, urban climate, non-native species, adapt to changes Pflanzenreaktionen auf das Stadtklima info:eu-repo/semantics/bookPart publication-section

oai:fdr.uni-hamburg.de:9408 2021-07-22T13:34:12Z user-klima user-uhh

Lozán, José L. Breckle, Siegmar-W. Graßl, Hartmut Kuttler, Wilhelm Matzarakis, Andreas Zimmermann-Timm, Heike Teubner, Katrin 2019-11-01 Gewässer prägen die Landschaft und gestalten auch das Bild unserer Städte und Gemeinden. Im urbanen Raum müssen Fließgewässer unterschiedliche Funktionen erfüllen. Diese Funktionen, so zeigt die Geschichte, unterliegen einem historischen Wandel, der von der Beziehung Mensch-Wasser geprägt ist. Obgleich die Gewässer mit der EU-Wasserrahmenrichtlinie zunehmend in den Fokus gerückt sind, ist die überwiegende Zahl der Gewässer in keinem guten Zustand. Der Klimawandel und die Urbanisierung wirken als zusätzliche Stressoren, welche die Funktionalität gefährden. Gleichwohl kann festgestellt werden, dass sich die Gewässer zunehmender Beliebtheit im Stadtbild erfreuen, gleichzeitig kommt es zur schleichenden Aufgabe öffentlichen Raums zugunsten privaten Eigentums. The City and the Country - Urban Waters in Transition: Waters shape the landscape as well as the image of our cities and communities. In urban areas, watercourses have to fulfill different functions, which are subject to historical change marked by the relationship between man and water. Although the waters under the EU Water Framework Directive have increasingly come into focus, the majority of the waters are not in good shape. Climate change and urbanization act as additional stressors that endanger the rivers’ functionality. Nevertheless, the waters have enjoyed increasing popularity in the cityscape, even as the public space is being gradually abandoned in favor of private property. https://www.fdr.uni-hamburg.de/record/9408 10.25592/uhhfdm.9408 oai:fdr.uni-hamburg.de:9408 deu Verlag Wissenschaftliche Auswertungen in Kooperation mit GEO Magazin-Hamburg info:eu-repo/semantics/altIdentifier/doi/10.25592/warnsignal.klima.die-staedte.26 doi:10.25592/uhhfdm.9407 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode urban areas, urban waters, water additional stressors, rivers' functionality, EU Water Framework, relationship man-water. Stadt und Land - Gewässer im Wandel info:eu-repo/semantics/bookPart publication-section

oai:fdr.uni-hamburg.de:9414 2021-07-22T13:34:07Z user-klima user-uhh

Lozán, José L. Breckle, Siegmar-W. Graßl, Hartmut Kuttler, Wilhelm Matzarakis, Andreas Baumüller, Nicole 2019-11-01 Der Klimawandel schreitet voran und die Folgen werden immer stärker sichtbar. Insbesondere in Städten besteht Handlungsbedarf, um mit den zunehmenden Wetterextremen wie Hitze, Trockenheit, Starkregen und Hochwasser umzugehen. Bei der Umsetzung von Klimaanpassungsmaßnahmen auf lokaler Ebene nehmen die Kommunen eine Schlüsselrolle ein. Im Rahmen ihrer Planungshoheit können sie Einfluss auf die räumliche Entwicklung und städtebauliche Ordnung in den Städten nehmen. Der Beitrag beschäftigt sich mit der Klima- anpassung in der Stadtplanung, den planungs- und fachrechtlichen Rahmenbedingungen und beleuchtet die Bedeutung der Planungsinstrumente bei der Umsetzung von Anpassungsmaßnahmen. Climate adaptation as a task of urban planning: Climate change is progressing and the consequences are becoming increasingly visible. Especially in cities, there is a need for action to deal with the increasing extreme weather like heat, drought, heavy rain and flooding. Local authorities play a key role in implementing climate adaptation measures at local level. Within the framework of their planning authority, they can influence the spatial development and urban planning order in the cities. The article deals with climate adaptation in urban planning, the planning and technical framework conditions and sheds light on the importance of planning instruments in the implementation of adaptation measures. https://www.fdr.uni-hamburg.de/record/9414 10.25592/uhhfdm.9414 oai:fdr.uni-hamburg.de:9414 deu Verlag Wissenschaftliche Auswertungen in Kooperation mit GEO Magazin-Hamburg info:eu-repo/semantics/altIdentifier/doi/10.25592/warnsignal.klima.die-staedte.29 doi:10.25592/uhhfdm.9413 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode urban planning, increasing extreme weather, heat, drought, heavy rain, flooding, climate adaptation measures, climate adaptation, planning instruments Planungsrechtliche Instrumente zur Umsetzung von Klimaanpassungsmaßnahmen info:eu-repo/semantics/bookPart publication-section

oai:fdr.uni-hamburg.de:9465 2021-07-28T08:52:14Z user-klima user-uhh

Lozán, José L. Breckle, Siegmar-W. Graßl, Hartmut Kasang, Dieter Weisse, Ralf Sillmann, Jana Russo, Simone 2018-11-01 Globale Erwärmung und Hitzewellen: Durch den Klimawandel werden Hitzewellen mit höherer Intensität, Frequenz und Dauer auftreten. Mit einem neuen Hitzewellenindex, der sowohl Intensität als auch Dauer der Hitzewellen berücksichtigt, können Hitzewellen über Regionen und Zeit hinweg verglichen werden. Hitzewellen, wie die in Russland im Jahr 2010, werden am Ende des 21. Jahrhunderts zur Normalität werden, wenn der Mensch weiterhin unvermindert fossile Brennstoffe verwendet. Extreme Hitzewellen werden Afrika wahrscheinlich am härtesten treffen. Es wird erwartet, dass extreme Hitzewellen schon in naher Zukunft (10-20 Jahre) das ganze Jahr hindurch in Afrika auftreten können. In einigen der am dichtesten besiedelten Regionen, wie Indien, dem Osten der USA, oder Südostasien, wird die Belastung der Menschen durch Hitzewellen noch zusätzlich durch erhöhte Luftfeuchtigkeit verstärkt, mit massiven Folgen für die Gesundheit. Global warming and heat waves: As the global mean temperature rises due to anthropogenic emissions, heat waves will occur with higher intensity, frequency and duration. By using a new heat wave index that takes into account both the intensity and duration of a heat wave, heat waves can be compared across regions and time. Heat waves, such as the one in Russia in 2010, will become the norm by the end of the 21st century if humans continue to use fossil fuels unabated. Extreme heat waves will most likely hit Africa the hardest. Extreme heat waves are expected to occur throughout the year across Africa already in the near future (10-20 years). In some of the most densely populated regions, such as India, the eastern United States, or Southeast Asia, heat waves can be further intensified by high levels of relative humidity, with severe consequences for human health https://www.fdr.uni-hamburg.de/record/9465 10.25592/uhhfdm.9465 oai:fdr.uni-hamburg.de:9465 deu Verlag Wissenschaftliche Auswertungen in Kooperation mit GEO Magazin-Hamburg info:eu-repo/semantics/altIdentifier/doi/10.25592/warnsignal.klima.extremereignisse.10 doi:10.25592/uhhfdm.9464 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode heat waves, higher intensity, frequency & duration, heat wave index, Russia in 2010, heat waves Africa, densely populated regions, relative humidity Globale Erwärmung und Hitzewellen info:eu-repo/semantics/bookPart publication-section

oai:fdr.uni-hamburg.de:9489 2021-07-28T08:51:46Z user-klima user-uhh

Lozán, José L. Breckle, Siegmar-W. Graßl, Hartmut Kasang, Dieter Weisse, Ralf Hagemann, Stefan Stacke, Tobias 2018-11-01 Wechselwirkungen von Klima und Hydrologie: Zwischen Landoberfläche und Atmosphäre gibt es verschiedene Kopplungsmechanismen, die zu großräumigen Auswirkungen auf Klima und Hydrologie führen können. Einige von ihnen sind noch nicht ausreichend verstanden und auch in modernen Klimamodellen nur in vereinfachter Form vertreten. Die neueste Generation von Klimamodellen ermöglicht jedoch eine wesentlich bessere Berücksichtigung und Implementierung wichtiger Kopplungsprozesse. Daher geben wir im vorliegenden Kapitel einen Überblick über relevante Wechselwirkungen von Klima und Hydrologie, die potentiell die Entstehung extremer Niederschlagsereignisse beeinflussen können. Diese beinhalten die Wechselwirkungen zwischen Bodenfeuchte und Atmosphäre sowie die anthropogene Landnutzung und insbesondere die Bewässerung, von der gezeigt wurde, dass sie sogar entfernte Regionen beeinflussen kann. An dieser Stelle präsentieren wir einen Überblick über den aktuellen Wissensstand in Verbindung mit einigen beispielhaften Studien aus einer großräumigen Perspektive. Daher konzentrieren wir uns auf die Wechselwirkungen zwischen Klima und Hydrologie, die auf Skalen relevant sind, die in aktuellen oder bevorstehenden globalen und regionalen Klimamodellstudien verwendet werden. Climate Hydrology Interactions: Various land-atmosphere coupling mechanisms exist that may lead to large-scale impacts on climate and hydrology. Some of them are still poorly understood and not adequately represented in state of the art climate modelling. But as the current generation of climate models enables consideration and implementation of important coupling processes, the present study provides an overview on relevant climate-hydrology interactions that potentially may influence the generation of extreme rainfall events. These comprise soil moisture – atmosphere interactions as well as anthropogenic land use and especially irrigation, which has been shown to even affect remote regions. Here, we present a review of current knowledge combined with some exemplary studies from a large-scale point of view. Therefore, we focus on climate-hydrology interactions that are relevant on scales utilized in current or forthcoming global and regional climate modelling exercises. https://www.fdr.uni-hamburg.de/record/9489 10.25592/uhhfdm.9489 oai:fdr.uni-hamburg.de:9489 deu Verlag Wissenschaftliche Auswertungen in Kooperation mit GEO Magazin-Hamburg info:eu-repo/semantics/altIdentifier/doi/10.25592/warnsignal.klima.extremereignisse.22 doi:10.25592/uhhfdm.9488 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode land-atmosphere mechanisms, hydrology, climate models, coupling processes, climate-hydrology interactions, extreme rainfall events, anthropogenic land-use Wechselwirkungen von Klima und Hydrologie info:eu-repo/semantics/bookPart publication-section

oai:fdr.uni-hamburg.de:9527 2021-07-28T14:40:23Z user-klima user-uhh

Lozán, José L. Breckle, Siegmar-W. Graßl, Hartmut Kasang, Dieter Weisse, Ralf Büker, Patrick 2018-11-01 Einflüsse von Wetterextremen auf die Landwirtschaft - Eine globale Bewertung: Der Großteil aller agro-ökologischen Zonen der Erde ist in den letzten Jahrzehnten immer wieder und in zunehmendem Maße Wetterextremen, wie zum Beispiel Dürren, Überflutungen, Hitze- und Kältewellen oder Orkanen, ausgesetzt gewesen. Laut neuester modellgestützter Berechnungen wird sich dieser Trend auf absehbare Zeit fortsetzen. Die entsprechenden Auswirkungen auf die landwirtschaftliche Produktion variieren stark, je nach Art und Ausmaß (räumlich und zeitlich) des meteorologischen Extremereignisses, der Art und Prädisposition des jeweiligen Agrarökosystems sowie der Spezies, Varietät und des Entwicklungsstadiums betroffener Nutzpflanzen. Der Umfang einhergehender monetärer Verluste und ihrer Bedeutsamkeit für die betroffene Agrarbevölkerung ist bedingt vom individuellen sozioökonomischem Status, der Ausprägung volkswirtschaftlicher Instrumente (z.B. Versicherungen, Subventionen) und der Elastizität des Marktes. Dieser Artikel gibt einen kondensierten aber facettenreichen Überblick über die globale Relevanz der Auswirkungen von Wetterextremen auf den Agrarsektor und zeigt Strategien für die zukünftige Bewältigung dieser Problematik auf. Weather extremes and their impacts on agriculture - A global appraisal: During the last decades, the majority of all agro-ecological zones on earth have been repeatedly and increasingly affected by weather extremes such as droughts, floods, heat waves, cold spells and hurricanes. According to latest model-based forecasts, this trend will persist for the foreseeable future. Respective impacts on the agricultural production vary strongly depending on the type and scale (spatially and temporally) of the weather extreme, the type and predisposition of the respective agro-ecosystem and the species, cultivar and development stage of the affected crop. The extent of the monetary loss and its significance for the concerned farming population is determined by the individual socio-economic status, the availability of financial services such as insurance schemes or subsidies, and the elasticity of the market. This article aims at giving a condensed but multifaceted overview of the global relevance of the effects of weather extremes on the agricultural sector and presents strategies how to tackle these challenges in the near future. https://www.fdr.uni-hamburg.de/record/9527 10.25592/uhhfdm.9527 oai:fdr.uni-hamburg.de:9527 deu Verlag Wissenschaftliche Auswertungen in Kooperation mit GEO Magazin-Hamburg info:eu-repo/semantics/altIdentifier/doi/10.25592/warnsignal.klima.extremereignisse.41 doi:10.25592/uhhfdm.9526 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode agro-ecological zones, weather extremes, droughts, floods, heat waves, cold spells, hurricanes, impacts on agricultural, monetary loss Einflüsse von Wetterextremen auf die Landwirtschaft: Eine globale Bewertung info:eu-repo/semantics/bookPart publication-section

oai:fdr.uni-hamburg.de:1154 2020-09-10T08:46:24Z user-sign-lang user-uhh

dgskorpus-studio03 Hanke, Thomas Herrmann, Annika Konrad, Reiner Langer, Gabriele König, Lutz Wähl, Sabrina Hanke, Thomas Herrmann, Annika Konrad, Reiner Langer, Gabriele König, Lutz Wähl, Sabrina 2019-12-17 This is a studio recording in the DGS-Korpus project (http://dgs-korpus.de) to document lexical material of DGS (German Sign Language). The recording took place on 2019-12-17, the presenters are employees of the project. This movie contains the following tracks: 10:57:49:07-11:41:56:31 DGS-Korpus_feedback_S10L_20191217_s_0001.mov 1080i25 S10L (on actor (standing) from the right, left stereo image) 10:57:49:07-11:41:56:31 DGS-Korpus_feedback_S10R_20191217_s_0001.mov 1080i25 S10R (on actor (standing) from the right, right stereo image) 10:58:08:28-11:41:11:32 DGS-Korpus_feedback_S11_20191217_s_0001.mov 2160p50 S11 (frontal view on actor (standing), 4K) 11:41:11:32-11:41:43:01 DGS-Korpus_feedback_S11_20191217_s_0002.mov 2160p50 S11 (frontal view on actor (standing), 4K) 10:57:56:02-11:42:15:18 DGS-Korpus_feedback_S13L_20191217_s_0001.mov 1080i25 S13L (left channel of a stereoscopic view of the actor (standing), 45° from the right) 10:57:56:02-11:42:15:18 DGS-Korpus_feedback_S13R_20191217_s_0001.mov 1080i25 S13R (right channel of a stereoscopic view of the actor (standing), 45° from the right) 10:58:00:00-10:58:34:04 DGS-Korpus_feedback_S2-180_20191217_s_0001.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 10:58:37:10-10:59:18:33 DGS-Korpus_feedback_S2-180_20191217_s_0002.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 10:59:28:08-11:00:18:31 DGS-Korpus_feedback_S2-180_20191217_s_0003.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 10:59:36:15-11:00:15:28 DGS-Korpus_feedback_S2-180_20191217_s_0004.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 11:01:58:04-11:02:49:09 DGS-Korpus_feedback_S2-180_20191217_s_0005.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 11:03:02:01-11:03:49:03 DGS-Korpus_feedback_S2-180_20191217_s_0006.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 11:05:12:04-11:05:48:27 DGS-Korpus_feedback_S2-180_20191217_s_0007.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 11:06:09:07-11:10:49:26 DGS-Korpus_feedback_S2-180_20191217_s_0008.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 11:11:17:18-11:28:19:22 DGS-Korpus_feedback_S2-180_20191217_s_0009.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 11:28:30:24-11:41:47:30 DGS-Korpus_feedback_S2-180_20191217_s_0010.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 10:57:46:29-11:42:06:48 DGS-Korpus_feedback_S4L_20191217_s_0001.mov 1080i25 S4L (left channel of a stereoscopic frontal view on actor (standing)) 10:57:46:29-11:42:06:48 DGS-Korpus_feedback_S4R_20191217_s_0001.mov 1080i25 S4R (right channel of a stereoscopic frontal view on actor (standing)) 10:58:10:06-11:41:13:10 DGS-Korpus_feedback_S61_20191217_s_0001.mov 2160p50 S61 (on actor (standing) from the right, 4K) 11:41:13:10-11:41:28:31 DGS-Korpus_feedback_S61_20191217_s_0002.mov 2160p50 S61 (on actor (standing) from the right, 4K) 10:58:14:37-11:41:17:42 DGS-Korpus_feedback_S91_20191217_s_0001.mov 2160p50 S91 (on actor (standing), 45° from the right, 4K) 11:41:17:42-11:41:34:05 DGS-Korpus_feedback_S91_20191217_s_0002.mov 2160p50 S91 (on actor (standing), 45° from the right, 4K) https://www.fdr.uni-hamburg.de/record/1154 10.25592/uhhfdm.1154 oai:fdr.uni-hamburg.de:1154 gsg doi:10.25592/uhhfdm.1153 info:eu-repo/semantics/closedAccess lexical items in isolation dgskorpus_studio_2019-12-17_s_01 info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1158 2020-09-10T08:46:21Z user-sign-lang user-uhh

dgskorpus-studio02 Hanke, Thomas Herrmann, Annika Konrad, Reiner Langer, Gabriele König, Lutz Wähl, Sabrina Hanke, Thomas Herrmann, Annika Konrad, Reiner Langer, Gabriele König, Lutz Wähl, Sabrina 2019-12-17 This is a studio recording in the DGS-Korpus project (http://dgs-korpus.de) to document lexical material of DGS (German Sign Language). The recording took place on 2019-12-17, the presenters are employees of the project. This movie contains the following tracks: 14:34:03:10-15:36:06:27 DGS-Korpus_feedback_S10L_20191217_s2_0002.mov 1080i25 S10L (on actor (standing) from the right, left stereo image) 14:34:03:10-15:36:06:27 DGS-Korpus_feedback_S10R_20191217_s2_0002.mov 1080i25 S10R (on actor (standing) from the right, right stereo image) 14:33:49:24-15:16:52:28 DGS-Korpus_feedback_S11_20191217_s2_0001.mov 2160p50 S11 (frontal view on actor (standing), 4K) 15:16:52:28-15:35:50:41 DGS-Korpus_feedback_S11_20191217_s2_0002.mov 2160p50 S11 (frontal view on actor (standing), 4K) 14:33:30:01-15:36:17:01 DGS-Korpus_feedback_S13L_20191217_s2_0001.mov 1080i25 S13L (left channel of a stereoscopic view of the actor (standing), 45° from the right) 14:33:30:01-15:36:17:01 DGS-Korpus_feedback_S13R_20191217_s2_0001.mov 1080i25 S13R (right channel of a stereoscopic view of the actor (standing), 45° from the right) 14:33:36:10-15:35:58:22 DGS-Korpus_feedback_S2-180_20191217_s2_0001.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 14:33:33:30-15:36:03:32 DGS-Korpus_feedback_S4L_20191217_s2_0001.mov 1080i25 S4L (left channel of a stereoscopic frontal view on actor (standing)) 14:33:33:30-15:36:03:32 DGS-Korpus_feedback_S4R_20191217_s2_0001.mov 1080i25 S4R (right channel of a stereoscopic frontal view on actor (standing)) 14:33:45:00-15:16:48:04 DGS-Korpus_feedback_S61_20191217_s2_0001.mov 2160p50 S61 (on actor (standing) from the right, 4K) 15:16:48:03-15:35:33:22 DGS-Korpus_feedback_S61_20191217_s2_0002.mov 2160p50 S61 (on actor (standing) from the right, 4K) 14:33:49:15-15:16:52:19 DGS-Korpus_feedback_S91_20191217_s2_0001.mov 2160p50 S91 (on actor (standing), 45° from the right, 4K) 15:16:52:18-15:35:40:18 DGS-Korpus_feedback_S91_20191217_s2_0002.mov 2160p50 S91 (on actor (standing), 45° from the right, 4K) https://www.fdr.uni-hamburg.de/record/1158 10.25592/uhhfdm.1158 oai:fdr.uni-hamburg.de:1158 gsg doi:10.25592/uhhfdm.1157 info:eu-repo/semantics/closedAccess lexical items in isolation dgskorpus_studio_2019-12-17_s_02 info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1210 2020-09-10T08:46:16Z user-csmc user-uhh

Bonnerot, Olivier Shevchuk, Ivan Rabin, Ira Helou, Kasser Bonnerot, Olivier Shevchuk, Ivan Rabin, Ira 2020-07-13 XRF (Elio: 40kV, 20 µA, spot measurements of 30-60s each), and reflectography (DinoLite: x50 magnification, vis, NIR and UV light) analysis of pigments from miniatures of BNF Ms Fr9084 from the Bibliothèque nationale de France (France). Analysis of 8 folios BNF Français 9084_report.docx - report in French French9084.pptx - protocol and results Reflectography_BNF_French9084.zip - complete reflectography Dataset XRF_BNF_French9084.zip - complete XRF Dataset MSI was also performed to recover damaged writing. Link to dataset is included in related identifier. https://www.fdr.uni-hamburg.de/record/1210 10.25592/uhhfdm.1210 oai:fdr.uni-hamburg.de:1210 fra doi:10.25592/uhhfdm.1209 info:eu-repo/semantics/restrictedAccess CSMC SFB950 Manuscript Written Artefacts Artefact Profiling BAM Bibliothèque Nationale de France Z02 X-Ray Fluorescence (XRF) UV-VIS-NIR Reflectography Bruker XGLab ELIO DinoLite USB Microscope Parchment Pigment Identification Miniatures BNF Ms Fr 9084 13th century CE French Acre X-Ray Fluorescence and Reflectography Data from Paris, Bibliothèque Nationale de France, Ms Fr9084 info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1294 2020-12-09T10:23:54Z user-uhh

Kleinteich, Thomas Engelkes, Karolin Haas, Alexander 2020-07-15 Species: Barbourula busuangensis Collection number: CAS-SUA 21247 Institution of origin: California Academy of Sciences, San Francisco Data: CT volume of unstained specimen Coverage: partial specimen, pelvic girdle and hindlimbs cut Scanner: Skyscan1172 Scanning paramters: 100 kV; 100 µA; filter: Al+Cu Voxel size: 26.68090 µmDataset used in: Engelkes, K., Kath, L., Kleinteich, T., Hammel, J. U., Beerlink, A., Haas, A. (2020) Ecomorphology of the pectoral girdle in anurans (Amphibia, Anura): Shape diversity and biomechanical considerations. Ecology and Evolution 10(20): 11467–11487. https://doi.org/10.1002/ece3.6784. https://www.fdr.uni-hamburg.de/record/1294 10.25592/uhhfdm.1294 oai:fdr.uni-hamburg.de:1294 eng doi:10.1002/ece3.6784 doi:10.25592/uhhfdm.1293 info:eu-repo/semantics/restrictedAccess DFG-Ha2323-14-1 387723284 Barbourula busuangensis Anura frog Amphibia Computed Tomography CT pectoral girdle morphometrics project Anomaly-Project Barbourula busuangensis CAS-SUA 21247, unstained CT volume info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1262 2020-12-09T10:23:50Z user-uhh

Engelkes, Karolin Haas, Alexander 2020-07-13 Species: Oreobates quixensis Collection number: AMNH A94687 Institution of origin: American Museum of Natural History, New York Data: CT volume of unstained specimen Coverage: full specimen Scanner: Skyscan1172 Scanning paramters: 100 kV; 100 µA; filter: Al 0.5 mm Voxel size: 26.68090 µmDataset used in: Engelkes, K., Kath, L., Kleinteich, T., Hammel, J. U., Beerlink, A., Haas, A. (2020) Ecomorphology of the pectoral girdle in anurans (Amphibia, Anura): Shape diversity and biomechanical considerations. Ecology and Evolution 10(20): 11467–11487. https://doi.org/10.1002/ece3.6784. https://www.fdr.uni-hamburg.de/record/1262 10.25592/uhhfdm.1262 oai:fdr.uni-hamburg.de:1262 eng doi:10.1002/ece3.6784 doi:10.25592/uhhfdm.1261 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode DFG-Ha2323-14-1 387723284 Oreobates quixensis Anura frog Amphibia Computed Tomography CT pectoral girdle morphometrics project Anomaly-Project Oreobates quixensis AMNH A94687, unstained CT volume info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1188 2021-01-11T20:32:47Z user-uhh

Beerlink, André Engelkes, Karolin Haas, Alexander 2020-07-13 Species: Bufo bufo Collection number: ZMH A04660 Institution of origin: Zoologisches Museum Hamburg Data: CT volume of unstained specimen Coverage: full specimen Scanner: YXLON FF35 CT Scanning paramters: 70 kV; 120 µA; filter: no filter Voxel size: 25.8 µmDataset used in: Engelkes, K., Kath, L., Kleinteich, T., Hammel, J. U., Beerlink, A., Haas, A. (2020) Ecomorphology of the pectoral girdle in anurans (Amphibia, Anura): Shape diversity and biomechanical considerations. Ecology and Evolution 10(20): 11467–11487. https://doi.org/10.1002/ece3.6784. https://www.fdr.uni-hamburg.de/record/1188 10.25592/uhhfdm.1188 oai:fdr.uni-hamburg.de:1188 eng doi:10.1002/ece3.6784 doi:10.25592/uhhfdm.1187 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode DFG-Ha2323-14-1 387723284 Bufo bufo Anura frog Amphibia Computed Tomography CT pectoral girdle morphometrics project Anomaly-Project Bufo bufo ZMH A04660, unstained CT volume info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1320 2020-09-10T08:45:45Z user-csmc user-uhh

Bonnerot, Olivier Shevchuk, Ivan Rabin, Ira Lorusso, Vito Brockmann, Christian Bonnerot, Olivier Shevchuk, Ivan Rabin, Ira Lorusso, Vito 2020-07-23 XRF (Elio: 40kV, 20 µA, spot measurements of 60s each), and reflectography (DinoLite: x50 magnification, vis, NIR and UV light) analysis of inks from BNF Parisinus Coislin 330 (11th centrury CE) & Parisinus Graecus 1843 (ca 14th century CE) from the Bibliothèque nationale de France (France). Analysis of 11 folios (37 spots on ink + 11 spots on parchment) from Parisinus Coislin 330; 18 folios (66 spots on ink + 18 spots on paper) from Parisinus Graecus 1843 Preliminary report analyses BNF Paris.docx - results & report in English Reflectography_BNFCoisl330.zip - complete reflectography Dataset for BNF Parisinus Coislin 330 Reflectography_Gr1843.zip - complete reflectography Dataset for Parisinus Graecus 1843 XRF_Coisl330.zip - complete XRF Dataset for BNF Parisinus Coislin 330 XRF_Gr1843.zip - complete XRF Dataset for BNF Parisinus Graecus 1843 https://www.fdr.uni-hamburg.de/record/1320 10.25592/uhhfdm.1320 oai:fdr.uni-hamburg.de:1320 eng doi:10.25592/uhhfdm.1319 info:eu-repo/semantics/restrictedAccess CSMC SFB950 Manuscript Written Artefacts Artefact Profiling BAM Bibliothèque Nationale de France Z02 C06 X-Ray Fluorescence (XRF) UV-VIS-NIR Reflectography Bruker XGLab ELIO DinoLite USB Microscope Parchment Paper Iron Gall Ink Red Ink Carbon Ink Cinnabar Byzantine 11th century CE 14th century CE BNF Parisinus Coislin 330 BNF Parisinus Graecus 1843 X-Ray Fluorescence and Reflectography Data from Paris, Bibliothèque Nationale de France, Ms Parisinus Coislin 330 and Ms Parisinus Graecus 1843 info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1250 2021-01-11T20:32:53Z user-uhh

Engelkes, Karolin Haas, Alexander 2020-07-13 Species: Leiopelma hochstetteri Collection number: CAS-SUA 9609 Institution of origin: California Academy of Sciences, San Francisco Data: CT volume of unstained specimen Coverage: partial specimen, hindlimbs cut Scanner: Skyscan1172 Scanning paramters: 70 kV; 139 µA; filter: Al+Cu Voxel size: 20.27123 µmDataset used in: Engelkes, K., Kath, L., Kleinteich, T., Hammel, J. U., Beerlink, A., Haas, A. (2020) Ecomorphology of the pectoral girdle in anurans (Amphibia, Anura): Shape diversity and biomechanical considerations. Ecology and Evolution 10(20): 11467–11487. https://doi.org/10.1002/ece3.6784. https://www.fdr.uni-hamburg.de/record/1250 10.25592/uhhfdm.1250 oai:fdr.uni-hamburg.de:1250 eng doi:10.1002/ece3.6784 doi:10.25592/uhhfdm.1249 info:eu-repo/semantics/restrictedAccess DFG-Ha2323-14-1 387723284 Leiopelma hochstetteri Anura frog Amphibia Computed Tomography CT pectoral girdle morphometrics project Anomaly-Project Leiopelma hochstetteri CAS-SUA 9609, unstained CT volume info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1204 2021-05-25T08:29:25Z user-uhh

Kleinteich, Thomas Engelkes, Karolin Haas, Alexander 2020-07-13 Species: Ceratophrys aurita Collection number: ZMH A01393 Institution of origin: Zoologisches Museum Hamburg Data: CT volume of unstained specimen Coverage: full specimen Scanner: Phoenix v|tome|x L 450 Scanning paramters: 170 kV; 500 µA; filter: no filter Voxel size: 106.0085296630859 µmDataset used in: Engelkes, K., Kath, L., Kleinteich, T., Hammel, J. U., Beerlink, A., Haas, A. (2020) Ecomorphology of the pectoral girdle in anurans (Amphibia, Anura): Shape diversity and biomechanical considerations. Ecology and Evolution 10(20): 11467–11487. https://doi.org/10.1002/ece3.6784. https://www.fdr.uni-hamburg.de/record/1204 10.25592/uhhfdm.1204 oai:fdr.uni-hamburg.de:1204 eng doi:10.1002/ece3.6784 doi:10.25592/uhhfdm.1203 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode DFG-Ha2323-14-1 387723284 Ceratophrys aurita Anura frog Amphibia Computed Tomography CT pectoral girdle morphometrics project Anomaly-Project Ceratophrys aurita ZMH A01393, unstained CT volume info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1178 2021-05-25T08:29:24Z user-uhh

Beerlink, André Engelkes, Karolin Haas, Alexander 2020-07-13 Species: Bombina orientalis Collection number: ZMH A05681 Institution of origin: Zoologisches Museum Hamburg Data: CT volume of unstained specimen Coverage: full specimen Scanner: YXLON FF35 CT Scanning paramters: 100 kV; 120 µA; filter: no filter Voxel size: 22.7454 µm Dataset used in: Engelkes, K., Helfsgott, J., Hammel, J. U., Büsse, S., Kleinteich, T., Beerlink, A., Gorb, S. N., Haas, A. (2019) Measurement error in μCT-based three-dimensional geometric morphometrics introduced by surface generation and landmark data acquisition. Journal of Anatomy 235(2): 357–378. https://doi.org/10.1111/joa.12999. Engelkes, K., Kath, L., Kleinteich, T., Hammel, J. U., Beerlink, A., Haas, A. (2020) Ecomorphology of the pectoral girdle in anurans (Amphibia, Anura): Shape diversity and biomechanical considerations. Ecology and Evolution 10(20): 11467–11487. https://doi.org/10.1002/ece3.6784. https://www.fdr.uni-hamburg.de/record/1178 10.25592/uhhfdm.1178 oai:fdr.uni-hamburg.de:1178 eng doi:10.1002/ece3.6784 doi:10.25592/uhhfdm.1177 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode DFG-Ha2323-14-1 387723284 Bombina orientalis Anura frog Amphibia Computed Tomography CT pectoral girdle morphometrics project Anomaly-Project Bombina orientalis ZMH A05681, unstained CT volume info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1166 2021-05-25T08:29:29Z user-uhh

Beerlink, André Engelkes, Karolin Haas, Alexander 2020-07-13 Species: Bombina bombina Collection number:ZMH A05617 Institution of origin: Zoologisches Museum Hamburg Data: CT volume of unstained specimen Coverage: full specimen Scanner: YXLON FF20 CT Scanning paramters: 80 kV; 80 µA; filter: no filter Voxel size: 25.8364 µm Dataset used in: Engelkes, K., Helfsgott, J., Hammel, J. U., Büsse, S., Kleinteich, T., Beerlink, A., Gorb, S. N., Haas, A. (2019) Measurement error in μCT-based three-dimensional geometric morphometrics introduced by surface generation and landmark data acquisition. Journal of Anatomy 235(2): 357–378. https://doi.org/10.1111/joa.12999. Engelkes, K., Kath, L., Kleinteich, T., Hammel, J. U., Beerlink, A., Haas, A. (2020) Ecomorphology of the pectoral girdle in anurans (Amphibia, Anura): Shape diversity and biomechanical considerations. Ecology and Evolution 10(20): 11467–11487. https://doi.org/10.1002/ece3.6784. https://www.fdr.uni-hamburg.de/record/1166 10.25592/uhhfdm.1166 oai:fdr.uni-hamburg.de:1166 eng doi:10.1002/ece3.6784 doi:10.25592/uhhfdm.1165 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode DFG-Ha2323-14-1 387723284 Bombina bombina Anura frog Amphibia Computed Tomography CT pectoral girdle morphometrics project Anomaly-Project Bombina bombina ZMH A05617, unstained CT volume info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1214 2020-12-09T10:23:44Z user-uhh

Engelkes, Karolin Haas, Alexander 2020-07-13 Species: Discoglossus montalentii Collection number: ZSM 1300/2006 Institution of origin: Zoologische Staatssammlung, Munich Data: CT volume of unstained specimen Coverage: partial specimen, pelvic girdle and hindlimbs cut Scanner: Skyscan1172 Scanning paramters: 60 kV; 165 µA; filter: Al+Cu Voxel size: 21.07881 µmDataset used in: Engelkes, K., Kath, L., Kleinteich, T., Hammel, J. U., Beerlink, A., Haas, A. (2020) Ecomorphology of the pectoral girdle in anurans (Amphibia, Anura): Shape diversity and biomechanical considerations. Ecology and Evolution 10(20): 11467–11487. https://doi.org/10.1002/ece3.6784. https://www.fdr.uni-hamburg.de/record/1214 10.25592/uhhfdm.1214 oai:fdr.uni-hamburg.de:1214 eng doi:10.1002/ece3.6784 doi:10.25592/uhhfdm.1213 info:eu-repo/semantics/restrictedAccess DFG-Ha2323-14-1 387723284 Discoglossus montalentii Anura frog Amphibia Computed Tomography CT pectoral girdle morphometrics project Anomaly-Project Discoglossus montalentii ZSM 1300/2006, unstained CT volume info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1346 2020-09-10T08:42:52Z user-sign-lang user-uhh

KOE-13 KOE-74 koe-mod-1 Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu 2011-10-22 This is one out of 165 recordings done in the DGS-Korpus project (http://dgs-korpus.de) from 2010 to 2012 to collect a corpus of DGS (German Sign Language). The recording took place on 2011-10-22, the informants are from our data collection region Cologne (North Rhine, partially Rhineland-Palatinate). This movie contains the following tracks:09:40:06:49-10:47:42:44 DGS-Korpus-A1_20111022T1000.mov 720p50 A1 (frontal view of informant A)11:08:53:43-12:14:01:44 DGS-Korpus-A1_20111022T1200.mov 720p50 A1 (frontal view of informant A)13:10:15:21-14:46:14:31 DGS-Korpus-A1_20111022T1400.mov 720p50 A1 (frontal view of informant A)15:02:49:30-16:10:57:24 DGS-Korpus-A1_20111022T1600.mov 720p50 A1 (frontal view of informant A)09:39:53:07-10:47:53:47 DGS-Korpus-A2_20111022T1000.mov 1080i25 A2 (bird’s eye view of informant A)11:08:36:39-12:14:11:21 DGS-Korpus-A2_20111022T1200.mov 1080i25 A2 (bird’s eye view of informant A)13:10:01:29-14:46:26:17 DGS-Korpus-A2_20111022T1400.mov 1080i25 A2 (bird’s eye view of informant A)15:02:38:20-16:11:08:44 DGS-Korpus-A2_20111022T1600.mov 1080i25 A2 (bird’s eye view of informant A)09:40:20:35-10:48:07:25 DGS-Korpus-A4L_20111022T1000.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))11:09:11:12-12:14:24:46 DGS-Korpus-A4L_20111022T1200.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))13:10:28:03-14:46:38:21 DGS-Korpus-A4L_20111022T1400.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))15:03:06:45-16:11:23:43 DGS-Korpus-A4L_20111022T1600.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))09:40:20:35-10:48:07:25 DGS-Korpus-A4R_20111022T1000.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))11:09:11:12-12:14:24:46 DGS-Korpus-A4R_20111022T1200.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))13:10:28:03-14:46:38:21 DGS-Korpus-A4R_20111022T1400.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))15:03:06:45-16:11:23:43 DGS-Korpus-A4R_20111022T1600.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))09:40:14:45-10:47:38:21 DGS-Korpus-B1_20111022T1000.mov 720p50 B1 (frontal view of informant A)11:09:00:39-12:13:56:49 DGS-Korpus-B1_20111022T1200.mov 720p50 B1 (frontal view of informant A)13:08:34:20-14:47:52:48 DGS-Korpus_B1_20111022T1400_xdc.mov 720p50 B1 (frontal view of informant A)13:10:21:47-14:46:09:46 DGS-Korpus-B1_20111022T1400.mov 720p50 B1 (frontal view of informant A)15:02:57:48-16:10:52:32 DGS-Korpus-B1_20111022T1600.mov 720p50 B1 (frontal view of informant A)09:40:00:17-10:47:48:27 DGS-Korpus-B2_20111022T1000.mov 1080i25 B2 (bird’s eye view of informant A)11:08:59:13-12:14:06:41 DGS-Korpus-B2_20111022T1200.mov 1080i25 B2 (bird’s eye view of informant A)13:10:09:27-14:46:20:33 DGS-Korpus-B2_20111022T1400.mov 1080i25 B2 (bird’s eye view of informant A)15:02:44:09-16:11:02:45 DGS-Korpus-B2_20111022T1600.mov 1080i25 B2 (bird’s eye view of informant A)09:40:14:09-10:48:00:29 DGS-Korpus-B4L_20111022T1000.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))11:09:04:38-12:14:17:20 DGS-Korpus-B4L_20111022T1200.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))13:10:21:08-14:46:32:12 DGS-Korpus-B4L_20111022T1400.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))15:03:00:22-16:11:17:04 DGS-Korpus-B4L_20111022T1600.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))09:40:14:09-10:48:00:29 DGS-Korpus-B4R_20111022T1000.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))11:09:04:38-12:14:17:20 DGS-Korpus-B4R_20111022T1200.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))13:10:21:08-14:46:32:12 DGS-Korpus-B4R_20111022T1400.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))15:03:00:22-16:11:17:04 DGS-Korpus-B4R_20111022T1600.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))09:40:21:00-10:47:31:40 DGS-Korpus-C_20111022T1000.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)11:09:09:00-12:13:51:26 DGS-Korpus-C_20111022T1200.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)13:10:28:00-14:46:04:45 DGS-Korpus-C_20111022T1400.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)15:03:08:00-16:10:47:18 DGS-Korpus-C_20111022T1600.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)09:40:27:45-10:48:15:09 DGS-Korpus-C4L_20111022T1000.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))11:09:18:31-12:14:31:29 DGS-Korpus-C4L_20111022T1200.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))13:10:34:18-14:46:45:12 DGS-Korpus-C4L_20111022T1400.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))15:03:13:28-16:11:30:14 DGS-Korpus-C4L_20111022T1600.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))09:40:27:45-10:48:15:09 DGS-Korpus-C4R_20111022T1000.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))11:09:18:31-12:14:31:29 DGS-Korpus-C4R_20111022T1200.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))13:10:34:18-14:46:45:12 DGS-Korpus-C4R_20111022T1400.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))15:03:13:28-16:11:30:14 DGS-Korpus-C4R_20111022T1600.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) https://www.fdr.uni-hamburg.de/record/1346 10.25592/uhhfdm.1346 oai:fdr.uni-hamburg.de:1346 gsg doi:10.25592/uhhfdm.1345 info:eu-repo/semantics/closedAccess declaration of consent 1 open questions 1 declaration of consent 2 open questions 2 introduction sign names joke experience of deaf individuals calender task retellings what did you do when it happened discussion free conversation elicitation of isolated signs warning and prohibition signs regional specialities subject areas Vater und Sohn [Father and Son] movie retelling: Signs description of procedures and travel story new vs. old signs deaf events closing interview dgskorpus_koe_01 info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1357 2020-09-10T08:42:44Z user-uhh

Bubalo, Branko 2020-08-05 Supplementary Data to the dissertation "Airport Capacity and Performance - A study of transport economics, service quality and sustainability" submitted to the Faculty of Business Administration (Hamburg Business School) of University of Hamburg by Branko Bubalo. Hamburg / Berlin, August 5th, 2020 https://www.fdr.uni-hamburg.de/record/1357 10.25592/uhhfdm.1357 oai:fdr.uni-hamburg.de:1357 eng doi:10.25592/uhhfdm.1356 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode air transport performance benchmarking simulation airports delay profitability Low-Cost Carriers Supplementary Data to Dissertation Airport Capacity and Performance in Europe info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1359 2020-09-10T08:42:39Z user-sign-lang user-uhh

KOE-47 KOE-58 koe-mod-2 Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu 2011-10-26 This is one out of 165 recordings done in the DGS-Korpus project (http://dgs-korpus.de) from 2010 to 2012 to collect a corpus of DGS (German Sign Language). The recording took place on 2011-10-26, the informants are from our data collection region Cologne (North Rhine, partially Rhineland-Palatinate). This movie contains the following tracks:11:23:02:02-13:04:17:04 DGS-Korpus-A1_20111026T1000.mov 720p50 A1 (frontal view of informant A)13:26:35:11-14:40:08:26 DGS-Korpus-A1_20111026T1200.mov 720p50 A1 (frontal view of informant A)15:52:09:15-17:19:23:30 DGS-Korpus-A1_20111026T1400.mov 720p50 A1 (frontal view of informant A)17:38:27:09-18:36:03:20 DGS-Korpus-A1_20111026T1600.mov 720p50 A1 (frontal view of informant A)11:21:50:30-13:04:27:30 DGS-Korpus-A2_20111026T1000.mov 1080i25 A2 (bird’s eye view of informant A)13:26:20:14-14:40:18:00 DGS-Korpus-A2_20111026T1200.mov 1080i25 A2 (bird’s eye view of informant A)15:51:55:13-17:19:33:45 DGS-Korpus-A2_20111026T1400.mov 1080i25 A2 (bird’s eye view of informant A)17:37:34:17-18:36:12:33 DGS-Korpus-A2_20111026T1600.mov 1080i25 A2 (bird’s eye view of informant A)11:22:17:18-13:04:41:00 DGS-Korpus-A4L_20111026T1000.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))13:26:49:17-14:40:30:11 DGS-Korpus-A4L_20111026T1200.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))15:52:23:06-17:19:47:12 DGS-Korpus-A4L_20111026T1400.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))17:38:50:45-18:36:24:39 DGS-Korpus-A4L_20111026T1600.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))11:22:17:18-13:04:41:00 DGS-Korpus-A4R_20111026T1000.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))13:26:49:17-14:40:30:11 DGS-Korpus-A4R_20111026T1200.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))15:52:23:06-17:19:47:12 DGS-Korpus-A4R_20111026T1400.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))17:38:50:45-18:36:24:39 DGS-Korpus-A4R_20111026T1600.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))11:22:38:48-13:04:12:09 DGS-Korpus-B1_20111026T1000.mov 720p50 B1 (frontal view of informant A)13:26:42:08-14:40:03:19 DGS-Korpus-B1_20111026T1200.mov 720p50 B1 (frontal view of informant A)15:52:15:23-17:19:18:35 DGS-Korpus-B1_20111026T1400.mov 720p50 B1 (frontal view of informant A)17:38:28:39-18:35:58:46 DGS-Korpus-B1_20111026T1600.mov 720p50 B1 (frontal view of informant A)11:21:57:11-13:04:22:01 DGS-Korpus-B2_20111026T1000.mov 1080i25 B2 (bird’s eye view of informant A)13:26:28:48-14:40:13:14 DGS-Korpus-B2_20111026T1200.mov 1080i25 B2 (bird’s eye view of informant A)15:52:02:27-17:19:28:31 DGS-Korpus-B2_20111026T1400.mov 1080i25 B2 (bird’s eye view of informant A)17:37:41:45-18:36:08:07 DGS-Korpus-B2_20111026T1600.mov 1080i25 B2 (bird’s eye view of informant A)11:22:11:29-13:04:34:43 DGS-Korpus-B4L_20111026T1000.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))13:26:43:34-14:40:23:20 DGS-Korpus-B4L_20111026T1200.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))15:52:16:09-17:19:41:15 DGS-Korpus-B4L_20111026T1400.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))17:38:43:34-18:36:18:18 DGS-Korpus-B4L_20111026T1600.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))11:22:11:29-13:04:34:43 DGS-Korpus-B4R_20111026T1000.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))13:26:43:34-14:40:23:20 DGS-Korpus-B4R_20111026T1200.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))15:52:16:09-17:19:41:15 DGS-Korpus-B4R_20111026T1400.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))17:38:43:34-18:36:18:18 DGS-Korpus-B4R_20111026T1600.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))11:22:49:00-13:04:07:07 DGS-Korpus-C_20111026T1000.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)13:26:50:00-14:39:58:03 DGS-Korpus-C_20111026T1200.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)15:52:23:00-17:19:13:27 DGS-Korpus-C_20111026T1400.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)17:38:34:00-18:35:53:12 DGS-Korpus-C_20111026T1600.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)11:22:28:42-13:04:48:00 DGS-Korpus-C4L_20111026T1000.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))13:26:55:29-14:40:37:19 DGS-Korpus-C4L_20111026T1200.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))15:52:30:43-17:19:53:17 DGS-Korpus-C4L_20111026T1400.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))17:39:00:36-18:36:33:16 DGS-Korpus-C4L_20111026T1600.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))11:22:28:42-13:04:47:48 DGS-Korpus-C4R_20111026T1000.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))13:26:55:29-14:40:37:19 DGS-Korpus-C4R_20111026T1200.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))15:52:30:43-17:19:53:17 DGS-Korpus-C4R_20111026T1400.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))17:39:00:36-18:36:33:16 DGS-Korpus-C4R_20111026T1600.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) https://www.fdr.uni-hamburg.de/record/1359 10.25592/uhhfdm.1359 oai:fdr.uni-hamburg.de:1359 gsg doi:10.25592/uhhfdm.1358 info:eu-repo/semantics/closedAccess declaration of consent 1 open questions 1 declaration of consent 2 open questions 2 introduction sign names joke experience of deaf individuals calender task retellings what did you do when it happened discussion free conversation elicitation of isolated signs warning and prohibition signs regional specialities subject areas Vater und Sohn [Father and Son] movie retelling: Signs description of procedures and travel story new vs. old signs deaf events closing interview dgskorpus_koe_05 info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1423 2020-09-10T08:41:35Z user-sign-lang user-uhh

KOE-80 KOE-36 koe-mod-1 Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu 2011-11-13 This is one out of 165 recordings done in the DGS-Korpus project (http://dgs-korpus.de) from 2010 to 2012 to collect a corpus of DGS (German Sign Language). The recording took place on 2011-11-13, the informants are from our data collection region Cologne (North Rhine, partially Rhineland-Palatinate). This movie contains the following tracks:10:14:47:45-11:54:51:03 DGS-Korpus-A1_20111113T1000.mov 720p50 A1 (frontal view of informant A)12:10:47:29-13:20:34:05 DGS-Korpus-A1_20111113T1200.mov 720p50 A1 (frontal view of informant A)14:09:10:17-15:44:06:14 DGS-Korpus-A1_20111113T1400.mov 720p50 A1 (frontal view of informant A)16:02:20:40-17:09:31:45 DGS-Korpus-A1_20111113T1600.mov 720p50 A1 (frontal view of informant A)10:14:41:28-11:55:02:24 DGS-Korpus-A2_20111113T1000.mov 1080i25 A2 (bird’s eye view of informant A)12:10:41:18-13:20:44:48 DGS-Korpus-A2_20111113T1200.mov 1080i25 A2 (bird’s eye view of informant A)14:08:18:38-15:44:19:22 DGS-Korpus-A2_20111113T1400.mov 1080i25 A2 (bird’s eye view of informant A)16:01:49:45-17:09:48:01 DGS-Korpus-A2_20111113T1600.mov 1080i25 A2 (bird’s eye view of informant A)10:15:11:45-11:55:15:09 DGS-Korpus-A4L_20111113T1000.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))12:11:06:00-13:21:00:10 DGS-Korpus-A4L_20111113T1200.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))14:08:48:45-15:44:32:35 DGS-Korpus-A4L_20111113T1400.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))16:02:44:42-17:09:59:24 DGS-Korpus-A4L_20111113T1600.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))10:15:11:45-11:55:15:09 DGS-Korpus-A4R_20111113T1000.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))12:11:06:00-13:21:00:10 DGS-Korpus-A4R_20111113T1200.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))14:08:48:45-15:44:32:35 DGS-Korpus-A4R_20111113T1400.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))16:02:44:42-17:09:59:24 DGS-Korpus-A4R_20111113T1600.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))10:15:30:24-11:54:44:46 DGS-Korpus-B1_20111113T1000.mov 720p50 B1 (frontal view of informant A)12:10:57:23-13:20:27:33 DGS-Korpus-B1_20111113T1200.mov 720p50 B1 (frontal view of informant A)14:06:46:24-15:45:36:04 DGS-Korpus-B1_20111113T1400_xdc.mov 720p50 B1 (frontal view of informant A)16:02:29:05-17:09:24:36 DGS-Korpus-B1_20111113T1600.mov 720p50 B1 (frontal view of informant A)10:14:38:24-11:54:56:36 DGS-Korpus-B2_20111113T1000.mov 1080i25 B2 (bird’s eye view of informant A)12:10:49:48-13:20:40:00 DGS-Korpus-B2_20111113T1200.mov 1080i25 B2 (bird’s eye view of informant A)14:08:25:26-15:44:11:48 DGS-Korpus-B2_20111113T1400.mov 1080i25 B2 (bird’s eye view of informant A)16:02:24:04-17:09:39:30 DGS-Korpus-B2_20111113T1600.mov 1080i25 B2 (bird’s eye view of informant A)10:15:00:18-11:55:07:48 DGS-Korpus-B4L_20111113T1000.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))12:10:59:06-13:20:50:48 DGS-Korpus-B4L_20111113T1200.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))14:08:41:23-15:44:25:23 DGS-Korpus-B4L_20111113T1400.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))16:02:33:34-17:09:53:20 DGS-Korpus-B4L_20111113T1600.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))10:15:00:18-11:55:07:48 DGS-Korpus-B4R_20111113T1000.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))12:10:59:06-13:20:50:48 DGS-Korpus-B4R_20111113T1200.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))14:08:41:23-15:44:25:23 DGS-Korpus-B4R_20111113T1400.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))16:02:33:34-17:09:53:20 DGS-Korpus-B4R_20111113T1600.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))10:15:06:00-11:54:40:03 DGS-Korpus-C_20111113T1000.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)12:11:05:00-13:20:22:06 DGS-Korpus-C_20111113T1200.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)14:08:39:00-15:43:55:44 DGS-Korpus-C_20111113T1400.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)16:03:07:00-17:09:18:49 DGS-Korpus-C_20111113T1600.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)10:15:21:04-11:55:24:16 DGS-Korpus-C4L_20111113T1000.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))12:11:13:45-13:21:07:21 DGS-Korpus-C4L_20111113T1200.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))14:08:56:02-15:44:39:38 DGS-Korpus-C4L_20111113T1400.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))16:02:53:12-17:10:06:46 DGS-Korpus-C4L_20111113T1600.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))10:15:21:04-11:55:24:16 DGS-Korpus-C4R_20111113T1000.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))12:11:13:45-13:21:07:21 DGS-Korpus-C4R_20111113T1200.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))14:08:56:02-15:44:39:38 DGS-Korpus-C4R_20111113T1400.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))16:02:53:12-17:10:06:46 DGS-Korpus-C4R_20111113T1600.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) https://www.fdr.uni-hamburg.de/record/1423 10.25592/uhhfdm.1423 oai:fdr.uni-hamburg.de:1423 gsg doi:10.25592/uhhfdm.1422 info:eu-repo/semantics/closedAccess declaration of consent 1 open questions 1 declaration of consent 2 open questions 2 introduction sign names joke experience of deaf individuals calender task retellings what did you do when it happened discussion free conversation elicitation of isolated signs warning and prohibition signs regional specialities subject areas Vater und Sohn [Father and Son] movie retelling: Signs description of procedures and travel story new vs. old signs signed story: fire alarm route description deaf events closing interview dgskorpus_koe_13 info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1440 2022-12-07T10:12:05Z user-hzsk user-uhh

Bührig, Kristin Meyer, Bernd 1997-07-11 Transcriptions of audio recordings of various kinds of doctor-patient communication in hospitals. There are both monolingual conversations in German, Portuguese and Turkish, recorded in the respective country, and interpreted conversations recorded in Germany (i.e. in German-Turkish, German-Portuguese, and German-Portuguese/Spanish), about 15-20 recordings of each kind. The persons interpreting are bilingual hospital employees or relatives of the patients, who are all adults living in Germany but with varying knowledge of German. The corpus Dolmetschen im Krankenhaus (DiK - Interpreting in Hospitals) was compiled between July 1999 and June 2005 in the research project "Interpreting in Hospitals" (K2, principal investigator: Kristin Bührig), part of the Collaborative Research Centre "Multilingualism", funded by the German Research Foundation (Deutsche Forschungsgemeinschaft, DFG) and hosted by the University of Hamburg. The corpus is based on doctor-patient-communications between German doctors or nursing staff and patients with Turkish or Portuguese as their mother tongue. These conversations were translated by laypersons (nursing staff, relatives). Furthermore, the corpus comprises monolingual doctor-patient-communications from Germany, Portugal and Turkey as comparative data. Bührig, Kristin; Kliche, Ortrun; Meyer, Bernd and Pawlack, Birte. 2012. "The Corpus 'Interpreting in Hospitals'. Possible Applications for Research and Communication Training." In Multilingual Corpora and Multilingual Corpus Analysis, edited by Thomas Schmidt and Kai Wörner, pp. 305–15. Hamburg Studies in Multilingualism. John Benjamins. CLARIN Metadata summary for Dolmetschen im Krankenhaus (DiK) (CMDI-based) Title: Dolmetschen im Krankenhaus (DiK) Description: Audio recordings of various kinds of doctor-patient communication in hospitals. There are both monolingual conversations in German, Portuguese and Turkish, recorded in the respective country, and interpreted conversations recorded in Germany (i.e. in German-Turkish, German-Portuguese, and German-Portuguese/Spanish), about 15-20 recordings of each kind. The persons interpreting are bilingual hospital employees or relatives of the patients, who are all adults living in Germany but with varying knowledge of German. Publication date: 2009-01-05 Data owner: Kristin Bührig, kristin.buehrig@uni-hamburg.de, Bernd Meyer, meyerb@uni-mainz.de Contributors: Kristin Bührig, Institut für Germanistik I / Von-Melle-Park 6 / D-20146 Hamburg, kristin.buehrig@uni-hamburg.de (compiler), Bernd Meyer, Arbeitsbereich Interkulturelle Kommunikation / Fachbereich 06: Translations-, Sprach- und Kulturwissenschaft / Johannes Gutenberg-Universität Mainz / An der Hochschule 2 / D-76726 Germersheim, meyerb@uni-mainz.de (compiler) Project: K2 "Interpreting in Hospitals", German Research Foundation (DFG) Keywords: community interpreting, consecutive interpreting, interpreted communication, doctor-patient communication, communication in institutions, EXMARaLDA Languages: German (deu), Portuguese (por), Spanish (spa), Turkish (tur) Size: 187 speakers (98 female, 89 male), 91 communications, 92 transcriptions, 170925 words Annotation types: transcription (manual): HIAT, k: free comment, sup: suprasegmental information, akz: accentuation/stress, de: German translation, en: English translation, mt: morphological transliteration Temporal Coverage: 1997-07-11/2005-01-12 Spatial Coverage: Hamburg, DE; Viana do Castelo, PT; Vila do Conde, PT; Viana do castelo, PT; Ankara, TR Genre: discourse Modality: spoken References: Bührig, Kristin; Kliche, Ortrun; Meyer, Bernd; Pawlack, Birte (2012) The corpus "Interpreting in Hospitals": Possible applications for research and communication training. In: Schmidt, Thomas and Wörner, Kai (eds.): Multilingual Corpora and Multilingual Corpus Analysis. Hamburg Studies in Multilingualism (14), 305-315. Amsterdam: John Benjamins. https://www.fdr.uni-hamburg.de/record/1440 10.25592/uhhfdm.1440 oai:fdr.uni-hamburg.de:1440 doi:10.25592/uhhfdm.1439 info:eu-repo/semantics/restrictedAccess community interpreting consecutive interpreting interpreted communication doctor-patient communication communication in institutions EXMARaLDA linguistics German Portuguese Spanish Turkish Dolmetschen im Krankenhaus (DiK) info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1458 2020-12-03T10:43:02Z user-hzsk user-uhh

Meisel, Jürgen M. 2020-08-25 Video recordings of French and German children that start acquiring German or French as an L2 with varying AOAs, mainly of approx. 3 years. Some families use additional languages, mainly English. The child is addressed in the L2 in the recording sessions, which are of the type interviewer/child interaction. On an average, for each child there is data from two occasions each year during two years. Only transcripts and metadata are available. Orthographic transcription according to project internal conventions. https://www.fdr.uni-hamburg.de/record/1458 10.25592/uhhfdm.1458 oai:fdr.uni-hamburg.de:1458 doi:10.25592/uhhfdm.1457 info:eu-repo/semantics/restrictedAccess German French linguistics language acquisition bilingualism child language acquisition child L2 acquisition child bilingualism longitudinal data successive bilingualism l2 data EXMARaLDA CHILD-L2 info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1487 2020-09-10T08:41:18Z user-uhh

Dickhut, Wolfgang 2019-12-16 Vita of ʾAkāla Krǝstos from the Corpus of the Classical Ethiopic Language (Ge'ez), produced by the TraCES project (https://www.traces.uni-hamburg.de/en/about.html) in 2014-2019. The text is morphologically annotated. The archive contains three folders. Each of them contains the same annotated text in three different formats: GeTa, TEI and ANNIS. https://www.fdr.uni-hamburg.de/record/1487 10.25592/uhhfdm.1487 oai:fdr.uni-hamburg.de:1487 info:eu-repo/grantAgreement/EC/FP7/338756/ doi:10.25592/uhhfdm.707 doi:10.25592/uhhfdm.1486 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by-nc-nd/4.0/legalcode Ethiopic Morphologically annotated TraCES Corpus Vita of ʾAkāla Krǝstos info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1514 2020-09-10T08:40:08Z user-uhh

Dickhut, Wolfgang 2019-12-16 Gospel of Matthew from the Corpus of the Classical Ethiopic Language (Ge'ez), produced by the TraCES project (https://www.traces.uni-hamburg.de/en/about.html) in 2014-2019. The text is morphologically annotated. The archive contains three folders. Each of them contains the same annotated text in three different formats: GeTa, TEI and ANNIS. https://www.fdr.uni-hamburg.de/record/1514 10.25592/uhhfdm.1514 oai:fdr.uni-hamburg.de:1514 info:eu-repo/grantAgreement/EC/FP7/338756/ doi:10.25592/uhhfdm.707 doi:10.25592/uhhfdm.1513 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by-nc-nd/4.0/legalcode Ethiopic Morphologically annotated TraCES Corpus Gospel of Matthew info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1506 2020-09-10T08:40:15Z user-uhh

Bulakh, Maria 2019-12-16 Vita of Libānos from the Corpus of the Classical Ethiopic Language (Ge'ez), produced by the TraCES project (https://www.traces.uni-hamburg.de/en/about.html) in 2014-2019. The text is morphologically annotated. The archive contains several folders with one text each. There are 3 folders within each top-level folder. Each of them contains the same annotated text in three different formats: GeTa, TEI and ANNIS. https://www.fdr.uni-hamburg.de/record/1506 10.25592/uhhfdm.1506 oai:fdr.uni-hamburg.de:1506 info:eu-repo/grantAgreement/EC/FP7/338756/ doi:10.25592/uhhfdm.707 doi:10.25592/uhhfdm.1505 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by-nc-nd/4.0/legalcode Ethiopic Morphologically annotated TraCES Corpus Vita of Libānos info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1508 2020-09-10T08:40:14Z user-uhh

Bulakh, Maria Sokolinski, Eugenia 2019-12-16 Eight inscriptions (RIE187, RIE188, RIE189, RIE193-I, RIE193-II, RIE195-I, RIE195-II, RIE232) from the Corpus of the Classical Ethiopic Language (Ge'ez), produced by the TraCES project (https://www.traces.uni-hamburg.de/en/about.html) in 2014-2019. The text is morphologically annotated. The archive contains several folders with one text each. There are 3 folders within each top-level folder. Each of them contains the same annotated text in three different formats: GeTa, TEI and ANNIS. https://www.fdr.uni-hamburg.de/record/1508 10.25592/uhhfdm.1508 oai:fdr.uni-hamburg.de:1508 info:eu-repo/grantAgreement/EC/FP7/338756/ doi:10.25592/uhhfdm.707 doi:10.25592/uhhfdm.1507 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by-nc-nd/4.0/legalcode Ethiopic Morphologically annotated TraCES Corpus Inscriptions info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1535 2020-12-03T22:00:26Z user-hzsk user-uhh

Meisel, Jürgen M. 2020-09-07 Video recordings and transcriptions of three German/Portuguese simultaneous bilingual children, starting at approx. 1 year and 6 months. One or two recordings each month until approx. 5 years and 6 months. In each recording session (interviewer/child interaction) the child is addressed in both languages in one Portuguese and one German part. For privacy protection reasons, only the transcripts can be made available. Video recordings cannot be published. https://www.fdr.uni-hamburg.de/record/1535 10.25592/uhhfdm.1535 oai:fdr.uni-hamburg.de:1535 doi:10.25592/uhhfdm.1534 info:eu-repo/semantics/restrictedAccess German Portuguese European Portuguese Brazilian Portuguese Linguistics Language Acquisition Bilingualism simultaneous bilingualism child language acquisition child bilingualism longitudinal data L1 data L2 data EXMARaLDA BIPODE info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1539 2020-12-03T10:43:01Z user-hzsk user-uhh

Meisel, Jürgen M. 2020-09-07 Subcorpus 'Iberian Portuguese' (one child) from the BIPODE project. Video recordings of one German/Portuguese simultaneous bilingual child, starting at approx. 1 year and 6 months. One or two recordings each month until approx. 5 years and 6 months. In each recording session (interviewer/child interaction) the child is addressed in both languages in one Portuguese and one German part. For privacy protection reasons, only the transcripts can be made available. Video recordings cannot be published. https://www.fdr.uni-hamburg.de/record/1539 10.25592/uhhfdm.1539 oai:fdr.uni-hamburg.de:1539 doi:10.25592/uhhfdm.1075 doi:10.25592/uhhfdm.1535 doi:10.25592/uhhfdm.1538 info:eu-repo/semantics/restrictedAccess German Portuguese European Portuguese Linguistics Language Acquisition Bilingualism simultaneous bilingualism child language acquisition child bilingualism longitudinal data L1 data L2 data EXMARaLDA BIPODE_PT info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1541 2021-05-27T11:10:23Z user-hzsk user-uhh

Lleó, Conxita 2020-09-07 Audio recordings of three German/Spanish simultaneous bilingual children starting at approx. 1 year and ending between the ages 2;4 and 3 years. There are 125 recording sessions (interviewer/child interaction), half of them conducted in a German and half in a Spanish speaking environment. Phonologie-Erwerb Deutsch-Spanisch als Erste Sprachen (PEDSES) is a phonetically and orthographically transcribed corpus of German and Spanish, finalized in the project Prosodic constraints on phonological and morphological development in bilingual first language acquisition at the Research Center on Multilingualism, University of Hamburg. Lleó, Conxita. 2012. "Monolingual and Bilingual Phonoprosodic Corpora of Child German and Child Spanish." In Multilingual Corpora and Multilingual Corpus Analysis, edited by Thomas Schmidt and Kai Wörner, 14:pp. 107–22. Hamburg Studies in Multilingualism. John Benjamins. CLARIN Metadata summary for Phonologie-Erwerb Deutsch-Spanisch als Erste Sprachen (PEDSES) (CMDI-based) Title: Phonologie-Erwerb Deutsch-Spanisch als Erste Sprachen (PEDSES) Description: Audio recordings of three German/Spanish simultaneous bilingual children starting at approx. 1 year and ending between the ages 2;4 and 3 years. There are 125 recording sessions (interviewer/child interaction), half of them conducted in a German and half in a Spanish speaking environment. Data owner: Conxita Lleó, Institut für Romanistik / Von-Melle-Park 6 / D-20146 Hamburg, lleo@uni-hamburg.de Contributors: Conxita Lleó, Institut für Romanistik / Von-Melle-Park 6 / D-20146 Hamburg, lleo@uni-hamburg.de (compiler) Project: E3 "Prosodic Constraints on Phonological and Morphological development in Bilingual First Language Acquisition", German Research Foundation (DFG) Keywords: child language acquisition, child bilingualism, longitudinal data, simultaneous bilingualism, L2 data, L1 data, L1-Daten, L2-Daten, EXMARaLDA Languages: German (deu), Spanish (spa) Size: 21 speakers (15 female, 6 male), 127 communications, 125 recordings, 3897 minutes, 127 transcriptions, 101292 words Genre: discourse Modality: spoken References: Lleó, Conxita. 2012. "Monolingual and Bilingual Phonoprosodic Corpora of Child German and Child Spanish." In Multilingual Corpora and Multilingual Corpus Analysis, edited by Thomas Schmidt and Kai Wörner, 14:pp. 107–22. Hamburg Studies in Multilingualism. John Benjamins. https://www.fdr.uni-hamburg.de/record/1541 10.25592/uhhfdm.1541 oai:fdr.uni-hamburg.de:1541 doi:10.25592/uhhfdm.1540 info:eu-repo/semantics/restrictedAccess child language acquisition child bilingualism longitudinal data simultaneous bilingualism L2 data L1 data L1-Daten L2-Daten EXMARaLDA linguistics German Spanish Phonologie-Erwerb Deutsch-Spanisch als Erste Sprachen (PEDSES) info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1555 2020-09-07T19:00:06Z user-hzsk user-uhh

Lleó, Conxita 2020-09-07 Between 2003 and 2006 the project E3 collected the corpus Madrid-PhonBLA (Bilingual Language Acquisition), which contains cross-sectional data from 71 Spanish-German bilingual children, aged 2 to 6, growing up in Madrid (Spain), and the PhonMAS (Monolingual Acquisition of Spanish) corpus, which contains cross-sectional data from 45 monolingual Spanish children, aged 2 to 9. The Madrid-PhonBLA corpus contains 46 hours of bilingual (Spanish and German) spontaneous speech, and the PhonMAS contains 45 hours of monolingual Spanish speech. The recordings were made in Madrid, in various preschools. The purpose of such data was to use them as a larger basis for comparison with the bilingual corpus on sound phenomena a total of 45 monolingual children (between 2 and 6 years of age). Four adults were recorded by the E3 project in Madrid, too. The audio files of PhonMAS contain 17 hours of spontaneous speech. Two of the adults' corpora in these files have been orthographically transcribed and transferred to EXMARaLDA. From the 168 available audio files (from 116 bilinguals and 52 monolinguals), 37 are provided with orthographic and phonetic transcriptions, and 34 files have been transferred to EXMARaLDA. For the phonetic transcription of those 34 files the International Phonetic Alphabet (IPA) was used. The criteria used for transcribing these files were the same as those used for the transcription of the Hamburg-PhonBLA corpus. Lleó, Conxita. 2012. "Monolingual and Bilingual Phonoprosodic Corpora of Child German and Child Spanish." In Multilingual Corpora and Multilingual Corpus Analysis, edited by Thomas Schmidt and Kai Wörner, 14:pp. 107–22. Hamburg Studies in Multilingualism. John Benjamins. https://www.fdr.uni-hamburg.de/record/1555 10.25592/uhhfdm.1555 oai:fdr.uni-hamburg.de:1555 doi:10.25592/uhhfdm.1554 info:eu-repo/semantics/restrictedAccess German Spanish Linguistics Language Acquisition Bilingualism PhonBLA Querschnittsstudie Madrid info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1571 2020-10-27T21:16:18Z user-sign-lang user-uhh

dgskorpus-studio06 Hanke, Thomas Herrmann, Annika Konrad, Reiner Langer, Gabriele König, Lutz Wähl, Sabrina Hanke, Thomas Herrmann, Annika Konrad, Reiner Langer, Gabriele König, Lutz Wähl, Sabrina 2020-01-15 This is a studio recording in the DGS-Korpus project (http://dgs-korpus.de) to document lexical material of DGS (German Sign Language). The recording took place on 2020-01-15, the presenters are employees of the project. This movie contains the following tracks: 10:41:55:08-11:10:03:09 DGS-Korpus_feedback_S11_20200115_c_0001.mov 2160p50 S11 (frontal view on actor (standing), 4K) https://www.fdr.uni-hamburg.de/record/1571 10.25592/uhhfdm.1571 oai:fdr.uni-hamburg.de:1571 gsg doi:10.25592/uhhfdm.1570 info:eu-repo/semantics/closedAccess lexical items in context dgskorpus_studio_2020-01-15_c info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1575 2020-10-27T21:16:16Z user-sign-lang user-uhh

dgskorpus-studio01 Hanke, Thomas Herrmann, Annika Konrad, Reiner Langer, Gabriele König, Lutz Wähl, Sabrina Hanke, Thomas Herrmann, Annika Konrad, Reiner Langer, Gabriele König, Lutz Wähl, Sabrina 2019-01-18 This is a studio recording in the DGS-Korpus project (http://dgs-korpus.de) to document lexical material of DGS (German Sign Language). The recording took place on 2019-01-18, the presenters are employees of the project. This movie contains the following tracks: 10:09:44:30-11:29:22:44 DGS-Korpus_feedback_A10L_20190118_s_0001.mov 1080i25 S10L (on actor (standing) from the right, left stereo image) 10:09:44:30-11:29:22:44 DGS-Korpus_feedback_A10R_20190118_s_0001.mov 1080i25 S10R (on actor (standing) from the right, right stereo image) 10:09:56:04-10:52:59:12 DGS-Korpus_feedback_A11_20190118_s_0001.mov 2160p50 S11 (frontal view on actor (standing), 4K) 10:52:59:12-11:29:04:25 DGS-Korpus_feedback_A11_20190118_s_0002.mov 2160p50 S11 (frontal view on actor (standing), 4K) 10:09:50:30-11:29:15:20 DGS-Korpus_feedback_A13L_20190118_s_0001.mov 1080i25 S13L (left channel of a stereoscopic view of the actor (standing), 45° from the right) 10:09:50:30-11:29:15:20 DGS-Korpus_feedback_A13R_20190118_s_0001.mov 1080i25 S13R (right channel of a stereoscopic view of the actor (standing), 45° from the right) 10:09:31:19-10:10:12:19 DGS-Korpus_feedback_A2-180_20190118_s_0001.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 10:10:36:02-10:11:12:18 DGS-Korpus_feedback_A2-180_20190118_s_0002.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 10:11:33:20-11:29:29:24 DGS-Korpus_feedback_A2-180_20190118_s_0003.mov 1080p50 S2-180 (bird’s eye view on actor (standing, rotated 180° ) 10:09:28:04-10:38:50:42 DGS-Korpus_feedback_A4L_20190118_s_0001.mov 1080i25 S4L (left channel of a stereoscopic frontal view on actor (standing)) 10:09:28:04-10:38:50:42 DGS-Korpus_feedback_A4R_20190118_s_0001.mov 1080i25 S4R (right channel of a stereoscopic frontal view on actor (standing)) 10:09:50:27-10:52:53:37 DGS-Korpus_feedback_A61_20190118_s_0001.mov 2160p50 S61 (on actor (standing) from the right, 4K) 10:52:53:37-11:29:12:43 DGS-Korpus_feedback_A61_20190118_s_0002.mov 2160p50 S61 (on actor (standing) from the right, 4K) 10:09:56:22-10:52:59:32 DGS-Korpus_feedback_A91_20190118_s_0001.mov 2160p50 S91 (on actor (standing), 45° from the right, 4K) 10:52:59:32-11:29:17:36 DGS-Korpus_feedback_A91_20190118_s_0002.mov 2160p50 S91 (on actor (standing), 45° from the right, 4K) https://www.fdr.uni-hamburg.de/record/1575 10.25592/uhhfdm.1575 oai:fdr.uni-hamburg.de:1575 gsg doi:10.25592/uhhfdm.1574 info:eu-repo/semantics/closedAccess lexical items in isolation dgskorpus_studio_2019-01-18_s info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1573 2020-10-27T21:16:18Z user-sign-lang user-uhh

LEI-41 LEI-54 lei-mod-2 Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu 2012-02-17 This is one out of 165 recordings done in the DGS-Korpus project (http://dgs-korpus.de) from 2010 to 2012 to collect a corpus of DGS (German Sign Language). The recording took place on 2012-02-17, the informants are from our data collection region Leipzig (Saxony, Thuringia, partially Saxony-Anhalt). This movie contains the following tracks:10:02:20:22-11:34:41:26 DGS-Korpus-A1_20120217T1000.mov 720p50 A1 (frontal view of informant A)11:54:21:01-13:10:35:10 DGS-Korpus-A1_20120217T1200.mov 720p50 A1 (frontal view of informant A)14:15:24:30-15:42:27:34 DGS-Korpus-A1_20120217T1400.mov 720p50 A1 (frontal view of informant A)16:04:16:22-17:06:11:44 DGS-Korpus-A1_20120217T1600.mov 720p50 A1 (frontal view of informant A)10:02:28:25-11:34:46:35 DGS-Korpus-A2_20120217T1000.mov 1080i25 A2 (bird’s eye view of informant A)11:54:12:18-13:10:40:48 DGS-Korpus-A2_20120217T1200.mov 1080i25 A2 (bird’s eye view of informant A)14:15:17:16-15:42:33:18 DGS-Korpus-A2_20120217T1400.mov 1080i25 A2 (bird’s eye view of informant A)16:04:26:02-17:06:17:18 DGS-Korpus-A2_20120217T1600.mov 1080i25 A2 (bird’s eye view of informant A)10:03:10:26-11:35:10:44 DGS-Korpus-A4L_20120217T1000.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))11:55:10:04-13:11:08:18 DGS-Korpus-A4L_20120217T1200.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))14:16:05:09-15:42:59:13 DGS-Korpus-A4L_20120217T1400.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))16:02:59:12-17:07:32:42 DGS-Korpus-A4L_20120217T1600_fcp.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))16:05:08:06-16:40:07:20 DGS-Korpus-A4L_20120217T1600.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))16:40:21:04-17:06:42:28 DGS-Korpus-A4L_20120217T1634.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))10:03:10:26-11:35:10:44 DGS-Korpus-A4R_20120217T1000.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))11:55:10:04-13:11:08:18 DGS-Korpus-A4R_20120217T1200.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))14:16:05:09-15:42:59:13 DGS-Korpus-A4R_20120217T1400.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))16:02:59:12-17:07:32:42 DGS-Korpus-A4R_20120217T1600_fcp.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))16:05:08:06-16:40:07:20 DGS-Korpus-A4R_20120217T1600.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))16:40:21:04-17:06:42:28 DGS-Korpus-A4R_20120217T1634.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))10:03:25:32-11:34:35:01 DGS-Korpus-B1_20120217T1000.mov 720p50 B1 (frontal view of informant A)11:54:29:16-13:10:29:27 DGS-Korpus-B1_20120217T1200.mov 720p50 B1 (frontal view of informant A)14:15:31:03-15:42:21:35 DGS-Korpus-B1_20120217T1400.mov 720p50 B1 (frontal view of informant A)16:04:09:14-17:06:06:33 DGS-Korpus-B1_20120217T1600.mov 720p50 B1 (frontal view of informant A)10:03:02:38-11:34:53:22 DGS-Korpus-B2_20120217T1000.mov 1080i25 B2 (bird’s eye view of informant A)11:54:28:37-13:10:47:39 DGS-Korpus-B2_20120217T1200.mov 1080i25 B2 (bird’s eye view of informant A)14:15:22:29-15:42:39:21 DGS-Korpus-B2_20120217T1400.mov 1080i25 B2 (bird’s eye view of informant A)16:04:59:27-17:06:22:23 DGS-Korpus-B2_20120217T1600.mov 1080i25 B2 (bird’s eye view of informant A)10:03:02:14-11:35:05:12 DGS-Korpus-B4L_20120217T1000.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))11:55:02:15-13:11:01:23 DGS-Korpus-B4L_20120217T1200.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))14:14:15:48-15:43:39:24 DGS-Korpus-B4L_20120217T1400_fcp.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))14:15:56:42-14:39:42:18 DGS-Korpus-B4L_20120217T1400.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))14:40:42:30-15:42:52:06 DGS-Korpus-B4L_20120217T1436.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))16:05:00:12-17:06:34:30 DGS-Korpus-B4L_20120217T1600.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))10:03:02:14-11:35:05:12 DGS-Korpus-B4R_20120217T1000.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))11:55:02:15-13:11:01:23 DGS-Korpus-B4R_20120217T1200.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))14:14:15:48-15:43:39:24 DGS-Korpus-B4R_20120217T1400_fcp.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))14:15:56:42-14:39:42:18 DGS-Korpus-B4R_20120217T1400.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))14:40:42:30-15:42:52:06 DGS-Korpus-B4R_20120217T1436.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))16:05:00:12-17:06:34:30 DGS-Korpus-B4R_20120217T1600.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))10:03:38:00-11:34:29:17 DGS-Korpus-C_20120217T1000.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)11:54:46:00-13:10:24:15 DGS-Korpus-C_20120217T1200.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)14:15:41:00-15:42:16:42 DGS-Korpus-C_20120217T1400.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)16:04:43:00-17:06:00:42 DGS-Korpus-C_20120217T1600.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)10:02:54:22-11:34:58:44 DGS-Korpus-C4L_20120217T1000.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))11:54:53:45-13:10:54:15 DGS-Korpus-C4L_20120217T1200.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))14:15:49:20-15:42:45:12 DGS-Korpus-C4L_20120217T1400.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))16:04:53:17-17:06:27:33 DGS-Korpus-C4L_20120217T1600.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))10:02:54:22-11:34:58:44 DGS-Korpus-C4R_20120217T1000.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))11:54:53:45-13:10:54:15 DGS-Korpus-C4R_20120217T1200.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))14:15:49:20-15:42:45:12 DGS-Korpus-C4R_20120217T1400.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))16:04:53:17-17:06:27:33 DGS-Korpus-C4R_20120217T1600.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) https://www.fdr.uni-hamburg.de/record/1573 10.25592/uhhfdm.1573 oai:fdr.uni-hamburg.de:1573 gsg doi:10.25592/uhhfdm.1572 info:eu-repo/semantics/closedAccess declaration of consent 1 open questions 1 declaration of consent 2 open questions 2 introduction sign names joke experience of deaf individuals calender task retellings what did you do when it happened discussion free conversation elicitation of isolated signs warning and prohibition signs regional specialities subject areas Vater und Sohn [Father and Son] movie retelling: Signs description of procedures and travel story new vs. old signs deaf events closing interview dgskorpus_lei_04 info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1591 2020-09-14T19:57:09Z user-hzsk user-uhh

Fiedler, Ines 2020-09-14 The data sets for each language consist of a small number of mini-dialogues, chosen out of the 189 entries within the Focus Translation Task (cf. Skopeteas et al. 2006: 209ff.) in order to get a basic set of utterances for comparison between the languages dealt with in the project. Fiedler, Ines (2011) QUIS Data from Yom, Aja, Anii and Foodo. With Notes on Genetic and Areal Relations. In: Petrova & M. Grubic (eds.): Interdisciplinary Studies on Information Structure 16, Linguistic Fieldnotes III: Information structure in Gur and Kwa language. 49-96. Schwarz, Anne (2011) QUIS Data from Buli, Kɔnni and Baatɔnum. With Notes on the Comparative Approach. In: Petrova & M. Grubic (eds.): Interdisciplinary Studies on Information Structure 16, Linguistic Fieldnotes III: Information structure in Gur and Kwa language. 1-48. CLARIN Metadata summary for B1 Aja (CMDI-based) Title: B1 Aja Description: The data sets for each language consist of a small number of mini-dialogues, chosen out of the 189 entries within the Focus Translation Task (cf. Skopeteas et al. 2006: 209ff.) in order to get a basic set of utterances for comparison between the languages dealt with in the project. Publication date: 2015 Data owner: Dr. phil. Ines Fiedler Contributors: Manfred Krifka (editor), Katharina Hartmann (editor), Brigitte Reineke (editor) Project: Special Research Centre 632 Information structure, German Research Foundation Keywords: focus, Fokus Language: Aja (aja) Size: 257 Token Segmentation units: other Temporal Coverage: 2005-02-09/2005-02-12 Spatial Coverage: Hlassame, BJ Genre: discourse Modality: spoken References: Fiedler, Ines (2011) QUIS Data from Yom, Aja, Anii and Foodo. With Notes on Genetic and Areal Relations. In: Petrova & M. Grubic (eds.): Interdisciplinary Studies on Information Structure 16, Linguistic Fieldnotes III: Information structure in Gur and Kwa language. 49-96. References: Schwarz, Anne (2011) QUIS Data from Buli, Kɔnni and Baatɔnum. With Notes on the Comparative Approach. In: Petrova & M. Grubic (eds.): Interdisciplinary Studies on Information Structure 16, Linguistic Fieldnotes III: Information structure in Gur and Kwa language. 1-48. https://www.fdr.uni-hamburg.de/record/1591 10.25592/uhhfdm.1591 oai:fdr.uni-hamburg.de:1591 doi:10.25592/uhhfdm.1590 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/3.0/legalcode focus Fokus linguistics information structure Aja B1 Aja info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1593 2020-09-14T20:01:40Z user-hzsk user-uhh

Fiedler, Ines 2020-09-14 The data sets for each language consist of a small number of mini-dialogues, chosen out of the 189 entries within the Focus Translation Task (cf. Skopeteas et al. 2006: 209ff.) in order to get a basic set of utterances for comparison between the languages dealt with in the project. Fiedler, Ines (2011) QUIS Data from Yom, Aja, Anii and Foodo. With Notes on Genetic and Areal Relations. In: Petrova & M. Grubic (eds.): Interdisciplinary Studies on Information Structure 16, Linguistic Fieldnotes III: Information structure in Gur and Kwa language. 49-96. Schwarz, Anne (2011) QUIS Data from Buli, Kɔnni and Baatɔnum. With Notes on the Comparative Approach. In: Petrova & M. Grubic (eds.): Interdisciplinary Studies on Information Structure 16, Linguistic Fieldnotes III: Information structure in Gur and Kwa language. 1-48. CLARIN Metadata summary for B1 Fon (CMDI-based) Title: B1 Fon Description: The data sets for each language consist of a small number of mini-dialogues, chosen out of the 189 entries within the Focus Translation Task (cf. Skopeteas et al. 2006: 209ff.) in order to get a basic set of utterances for comparison between the languages dealt with in the project. Publication date: 2015 Data owner: Dr. phil. Ines Fiedler Contributors: Ines Fiedler (editor) Project: Special Research Centre 632 Information structure, German Research Foundation Keywords: focus, Fokus Language: Fon (fon) Size: 264 Token Segmentation units: other Temporal Coverage: 2005-02-05/2005-02-06 Spatial Coverage: Cotonou, BJ Genre: discourse Modality: spoken References: Fiedler, Ines (2011) QUIS Data from Yom, Aja, Anii and Foodo. With Notes on Genetic and Areal Relations. In: Petrova & M. Grubic (eds.): Interdisciplinary Studies on Information Structure 16, Linguistic Fieldnotes III: Information structure in Gur and Kwa language. 49-96. References: Schwarz, Anne (2011) QUIS Data from Buli, Kɔnni and Baatɔnum. With Notes on the Comparative Approach. In: Petrova & M. Grubic (eds.): Interdisciplinary Studies on Information Structure 16, Linguistic Fieldnotes III: Information structure in Gur and Kwa language. 1-48. https://www.fdr.uni-hamburg.de/record/1593 10.25592/uhhfdm.1593 oai:fdr.uni-hamburg.de:1593 doi:10.25592/uhhfdm.1592 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/3.0/legalcode focus Fokus linguistics information structure Fon B1 Fon info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1607 2022-12-09T10:53:07Z user-csmc user-uhh

Bonnerot, Olivier Hennings, Till Depreux, Philippe Bonnerot, Olivier 2020-09-16 XRF (Elio: 40kV, 20 µA, spot measurements of 60s each) analysis of inks from Ms Codex Sang. 125 (8th century CE) and Ms Codex Sang. 550 (9th century CE) from the Abbey library of Saint Gall (switzerland). Analysis of 2 folios (6 spots on ink + 2 spots on parchment) from Ms Codex Sang. 125; 28 folios (63 spots on ink + 28 spots on paper) from Ms Codex Sang. 550 codex125.xlsx - complete XRF results for Ms Codex Sang. 125 codes125_xrf.zip - complete Dataset for Ms Codex Sang. 125 codex550.xlsx - complete XRF results for Ms Codex Sang. 550 codes550_xrf.zip- complete XRF Dataset for Ms Codex Sang. 550 CodSang125.pptx - protocol and results for Ms Codex Sang. 125 CodSang550.pptx - protocol and results for Ms Codex Sang. 550 https://www.fdr.uni-hamburg.de/record/1607 10.25592/uhhfdm.1607 oai:fdr.uni-hamburg.de:1607 eng doi:10.25592/uhhfdm.1606 info:eu-repo/semantics/restrictedAccess CSMC SFB950 Manuscript Written Artefacts Artefact Profiling BAM Abbey library of Saint Gall Z02 C08 X-Ray Fluorescence (XRF) X-Ray Fluorescence (XRF) Parchment Iron Gall Ink Ink Analysis 8th century CE 9th century CE Latin Switzerland X-Ray Fluorescence Data from Saint Gall (Switzerland), Abbey library of Saint Gall, Ms Codex Sangallensis 125 and Ms Codex Sangallensis 550 info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1615 2020-10-27T21:17:56Z user-sign-lang user-uhh

LEI-60 LEI-05 lei-mod-1 Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu Hanke, Thomas König, Susanne Konrad, Reiner Langer, Gabriele Barbeito Rey-Geißler, Patricia Blanck, Dolly Goldschmidt, Stefan Hofmann, Ilona Hong, Sung-Eun Jeziorski, Olga Kleyboldt, Thimo König, Lutz Matthes, Silke Nishio, Rie Rathmann, Christian Salden, Uta Wagner, Sven Worseck, Satu 2012-02-23 This is one out of 165 recordings done in the DGS-Korpus project (http://dgs-korpus.de) from 2010 to 2012 to collect a corpus of DGS (German Sign Language). The recording took place on 2012-02-23, the informants are from our data collection region Leipzig (Saxony, Thuringia, partially Saxony-Anhalt). This movie contains the following tracks:10:12:40:43-11:43:49:14 DGS-Korpus-A1_20120223T1000.mov 720p50 A1 (frontal view of informant A)12:05:30:09-13:17:22:41 DGS-Korpus-A1_20120223T1200.mov 720p50 A1 (frontal view of informant A)14:20:52:32-15:50:35:37 DGS-Korpus-A1_20120223T1400.mov 720p50 A1 (frontal view of informant A)16:13:51:44-17:17:27:02 DGS-Korpus-A1_20120223T1600.mov 720p50 A1 (frontal view of informant A)10:12:35:08-11:43:53:34 DGS-Korpus-A2_20120223T1000.mov 1080i25 A2 (bird’s eye view of informant A)12:05:22:44-13:17:27:28 DGS-Korpus-A2_20120223T1200.mov 1080i25 A2 (bird’s eye view of informant A)14:20:44:00-15:50:40:06 DGS-Korpus-A2_20120223T1400.mov 1080i25 A2 (bird’s eye view of informant A)16:13:46:10-17:17:32:18 DGS-Korpus-A2_20120223T1600.mov 1080i25 A2 (bird’s eye view of informant A)10:13:03:49-11:44:15:11 DGS-Korpus-A4L_20120223T1000.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))12:06:05:40-13:17:52:18 DGS-Korpus-A4L_20120223T1200.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))14:21:37:16-15:51:04:34 DGS-Korpus-A4L_20120223T1400.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))16:14:58:13-17:17:59:29 DGS-Korpus-A4L_20120223T1600.mov 1080i25 A4L (left channel of a stereoscopic frontal view of informant A (Panasonic camera))10:13:03:49-11:44:15:11 DGS-Korpus-A4R_20120223T1000.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))12:06:05:40-13:17:52:18 DGS-Korpus-A4R_20120223T1200.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))14:21:37:16-15:51:04:34 DGS-Korpus-A4R_20120223T1400.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))16:14:58:13-17:17:59:29 DGS-Korpus-A4R_20120223T1600.mov 1080i25 A4R (right channel of a stereoscopic frontal view of informant A (Panasonic camera))10:12:47:04-11:43:44:32 DGS-Korpus-B1_20120223T1000.mov 720p50 B1 (frontal view of informant A)12:05:37:17-13:17:16:13 DGS-Korpus-B1_20120223T1200.mov 720p50 B1 (frontal view of informant A)14:21:02:22-15:50:30:22 DGS-Korpus-B1_20120223T1400.mov 720p50 B1 (frontal view of informant A)16:14:31:46-17:17:22:46 DGS-Korpus-B1_20120223T1600.mov 720p50 B1 (frontal view of informant A)10:12:40:40-11:43:58:30 DGS-Korpus-B2_20120223T1000.mov 1080i25 B2 (bird’s eye view of informant A)12:05:26:48-13:17:33:08 DGS-Korpus-B2_20120223T1200.mov 1080i25 B2 (bird’s eye view of informant A)14:20:36:45-15:50:44:23 DGS-Korpus-B2_20120223T1400.mov 1080i25 B2 (bird’s eye view of informant A)16:13:52:04-17:17:37:48 DGS-Korpus-B2_20120223T1600.mov 1080i25 B2 (bird’s eye view of informant A)10:12:58:23-11:44:09:27 DGS-Korpus-B4L_20120223T1000.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))12:05:58:49-13:17:45:23 DGS-Korpus-B4L_20120223T1200.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))14:21:27:22-15:50:57:42 DGS-Korpus-B4L_20120223T1400.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))16:14:50:17-17:17:51:19 DGS-Korpus-B4L_20120223T1600.mov 1080i25 B4L (left channel of a stereoscopic frontal view of informant B (Panasonic camera))10:12:58:23-11:44:09:27 DGS-Korpus-B4R_20120223T1000.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))12:05:58:49-13:17:45:23 DGS-Korpus-B4R_20120223T1200.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))14:21:27:22-15:50:57:42 DGS-Korpus-B4R_20120223T1400.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))16:14:50:17-17:17:51:19 DGS-Korpus-B4R_20120223T1600.mov 1080i25 B4R (right channel of a stereoscopic frontal view of informant B (Panasonic camera))10:13:13:00-11:43:38:37 DGS-Korpus-C_20120223T1000.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)12:05:45:00-13:17:11:35 DGS-Korpus-C_20120223T1200.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)14:21:12:00-15:50:25:10 DGS-Korpus-C_20120223T1400.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)16:14:19:00-17:17:18:09 DGS-Korpus-C_20120223T1600.mov 720p50 C (total view with (from left to right) informant B, moderator, informant A)10:12:53:21-11:44:03:29 DGS-Korpus-C4L_20120223T1000.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))12:05:52:06-13:17:39:08 DGS-Korpus-C4L_20120223T1200.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))14:21:18:19-15:50:49:21 DGS-Korpus-C4L_20120223T1400.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))16:14:41:35-17:17:43:03 DGS-Korpus-C4L_20120223T1600.mov 1080i25 C4L (left channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))10:12:53:21-11:44:03:29 DGS-Korpus-C4R_20120223T1000.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))12:05:52:06-13:17:39:08 DGS-Korpus-C4R_20120223T1200.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))14:21:18:19-15:50:49:21 DGS-Korpus-C4R_20120223T1400.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera))16:14:41:35-17:17:43:03 DGS-Korpus-C4R_20120223T1600.mov 1080i25 C4R (right channel of a stereoscopic total view with (from left to right) informant B, moderator, informant A (Panasonic camera)) https://www.fdr.uni-hamburg.de/record/1615 10.25592/uhhfdm.1615 oai:fdr.uni-hamburg.de:1615 gsg doi:10.25592/uhhfdm.1614 info:eu-repo/semantics/closedAccess declaration of consent 1 open questions 1 declaration of consent 2 open questions 2 introduction sign names joke experience of deaf individuals calender task retellings what did you do when it happened discussion free conversation elicitation of isolated signs warning and prohibition signs regional specialities subject areas Vater und Sohn [Father and Son] movie retelling: Signs description of procedures and travel story new vs. old signs signed story: fire alarm deaf events closing interview dgskorpus_lei_09 info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1625 2020-11-23T08:53:04Z user-sign-lang user-uhh

dgskorpus-studio01 Hanke, Thomas Herrmann, Annika Konrad, Reiner Langer, Gabriele König, Lutz Wähl, Sabrina Hanke, Thomas Herrmann, Annika Konrad, Reiner Langer, Gabriele König, Lutz Wähl, Sabrina 2018-02-07 This is a studio recording in the DGS-Korpus project (http://dgs-korpus.de) to document lexical material of DGS (German Sign Language). The recording took place on 2018-02-07, the presenters are employees of the project. This movie contains the following tracks: 10:16:40:05-10:56:13:21 DGS-Korpus_feedback_A1_20180207_s_0001.mov 720p50 S1 (frontal view on actor (standing)) 10:17:06:44-10:56:45:04 DGS-Korpus_feedback_A10L_20180207_s_0001.mov 1080i25 S10L (on actor (standing) from the right, left stereo image) 10:17:06:44-10:56:45:04 DGS-Korpus_feedback_A10R_20180207_s_0001.mov 1080i25 S10R (on actor (standing) from the right, right stereo image) 10:17:07:45-10:56:04:30 DGS-Korpus_feedback_A11_20180207_s_0001.mov 2160p50 S11 (frontal view on actor (standing), 4K) 10:16:47:25-10:56:37:25 DGS-Korpus_feedback_A13L_20180207_s_0001.mov 1080i25 S13L (left channel of a stereoscopic view of the actor (standing), 45° from the right) 10:16:47:25-10:56:37:25 DGS-Korpus_feedback_A13R_20180207_s_0001.mov 1080i25 S13R (right channel of a stereoscopic view of the actor (standing), 45° from the right) 10:16:48:14-10:57:10:44 DGS-Korpus_feedback_A2_20180207_s_0001.mov 720p50 S2 (bird’s eye view on actor (standing)) 10:17:33:14-10:56:51:20 DGS-Korpus_feedback_A4L_20180207_s_0001.mov 1080i25 S4L (left channel of a stereoscopic frontal view on actor (standing)) 10:17:33:14-10:56:51:20 DGS-Korpus_feedback_A4R_20180207_s_0001.mov 1080i25 S4R (right channel of a stereoscopic frontal view on actor (standing)) 10:16:33:21-10:56:27:33 DGS-Korpus_feedback_A6_20180207_s_0001.mov 720p50 S6 (on actor (standing) 45° from the right) 10:17:40:19-10:57:09:07 DGS-Korpus_feedback_A9_20180207_s_0001.mov 720p50 S9 (on actor (standing), 45° from the right) https://www.fdr.uni-hamburg.de/record/1625 10.25592/uhhfdm.1625 oai:fdr.uni-hamburg.de:1625 gsg doi:10.25592/uhhfdm.1624 info:eu-repo/semantics/closedAccess lexical items in isolation dgskorpus_studio_2018-02-07_s_01 info:eu-repo/semantics/other video

oai:fdr.uni-hamburg.de:1641 2020-10-27T21:17:39Z user-uhh

Justus Bonz 2020-09-23 We extracted a subset of the track sections from the Infrastrukturregister and stored the length, maximum allowed velocity and slope for each track section. https://www.fdr.uni-hamburg.de/record/1641 10.25592/uhhfdm.1641 oai:fdr.uni-hamburg.de:1641 eng doi:10.25592/uhhfdm.1640 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Train Railroad German railroad track sections info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1645 2020-10-27T21:17:37Z user-uhh

Justus Bonz 2020-09-23 This dataset contains the input data for the product storage location problem with artificial historic orders in the variants. The 'product.csv' file contains a list of all products. Each product has a unique id, a number indicating how many products can be stored on a single pallet, a product description and a stacking priority defining that only products with a smaller stacking priority can be stored on top of products with a bigger stacking priority. The 'aisle.csv' file contains a list of all aisle in which the products can be stored. Each aisle has a unique id, a capacity how many rows of pallets can be stored in it and a number how many pallets can be stored in a single row. The pick and order files exist in the variants and contain a history of artificial orders. The order files contains a list of all historic orders. Each order has a unique id and a timestamp when the order was placed. The pick files contains a list of every product that was ordered per order. Each line reference the order by the unique id the product by the unique product id and a number how many units of the products where ordered. https://www.fdr.uni-hamburg.de/record/1645 10.25592/uhhfdm.1645 oai:fdr.uni-hamburg.de:1645 doi:10.25592/uhhfdm.1644 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode order picking warehouse storage picking Artificial generated order picking data info:eu-repo/semantics/other dataset

oai:fdr.uni-hamburg.de:1649 2020-10-27T21:17:35Z user-uhh

Justus Bonz 2020-09-23 This package contains the software code required to run various solution approaches for the storage location assignment problem. It is written in C#. https://www.fdr.uni-hamburg.de/record/1649 10.25592/uhhfdm.1649 oai:fdr.uni-hamburg.de:1649 eng doi:10.25592/uhhfdm.1648 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Software application for the storage location assignment problem info:eu-repo/semantics/other software

oai:fdr.uni-hamburg.de:103 2022-11-15T11:24:04Z user-uhh

Wörner, Kai 2019-04-03 Die Nutzungsbedingungen für das Forschungsdatenrepositorium (FDR) der Universität Hamburg (UHH) unter https://www.fdr.uni-hamburg.de/ https://www.fdr.uni-hamburg.de/record/103 10.25592/uhhfdm.103 oai:fdr.uni-hamburg.de:103 doi:10.25592/uhhfdm.1 info:eu-repo/semantics/openAccess http://www.opendefinition.org/licenses/cc-by invenio fdm rdm uhh Nutzungsbedingungen und Lizenz für das Forschungsdatenrepositorium (FDR) der Universität Hamburg (UHH) info:eu-repo/semantics/other publication-other

oai:fdr.uni-hamburg.de:253 2019-08-28T11:21:44Z user-uhh

Buzi, Paola Bogdani, Julian Berno, Francesco 2018-07-31 PAThs – Tracking Papyrus and Parchment Paths: An Archaeological Atlas of Coptic Literature. Literary Texts in their Geographical Context. Production, Copying, Usage, Dissemination and Storage is an ambitious digital project based in Rome, working towards a new historical and archaeological geography of the Coptic literary tradition. This aim implies a number of auxiliary tasks and challenges, including classification of authors, works, titles, colophons, and codicological units, as well as the study and wherever possible exact mapping of the relevant geographical sites related to the production, circulation, and storage of manuscripts. https://www.fdr.uni-hamburg.de/record/253 10.25592/uhhfdm.253 oai:fdr.uni-hamburg.de:253 doi:10.25592/uhhfdm.252 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Comparative Oriental Manuscript Studies Bulletin 4(1 (= Proceedings of the Workshop Linking Manuscripts from the Coptic, Ethiopian, and Syriac Domain: Present and Future Synergy Strategies Hamburg, 23 and 24 February 2018)) 39-58 Manuscript Studies Coptic Studies Archaeology Late Antiquity Codicology Scribal practice The 'PAThs' Project: an Effort to Represent the Physical Dimension of Coptic Literary Production (Third–Eleventh centuries) info:eu-repo/semantics/article publication-article

oai:fdr.uni-hamburg.de:255 2020-01-10T13:56:42Z user-uhh

Sokolinski, Eugenia 2018-07-31 The project TraCES introduces a novel research infrastructure for the computer assisted study of the Gǝʿǝz language as it is transmitted in written sources from various periods. This newly created corpus of annotated Ethiopic texts opens new horizons to linguists and philologist and can be subjected to an array of scientific queries. https://www.fdr.uni-hamburg.de/record/255 10.25592/uhhfdm.255 oai:fdr.uni-hamburg.de:255 doi:10.25592/uhhfdm.254 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Comparative Oriental Manuscript Studies Bulletin 4(1 (= Proceedings of the Workshop Linking Manuscripts from the Coptic, Ethiopian, and Syriac Domain: Present and Future Synergy Strategies Hamburg, 23 and 24 February 2018)) 59-66 Manuscript Studies Ethiopian Studies Linguistics Semitic Studies Ethiopic Gǝʿǝz Computational linguistics Lexicography The 'TraCES' Project: Towards a New Approach to Studying the Gǝʿǝz Language info:eu-repo/semantics/article publication-article

oai:fdr.uni-hamburg.de:195 2019-08-28T11:21:34Z user-uhh

Red. 2019-07-01 Conference Report: L'Africa nel mondo, il mondo in Africa. Africa in the World, the World in Africa, Accademia Ambrosiana, Classis Africana, V Dies Academicus, Milan, 24–25 January 2019 https://www.fdr.uni-hamburg.de/record/195 10.25592/uhhfdm.195 oai:fdr.uni-hamburg.de:195 doi:10.25592/uhhfdm.194 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Comparative Oriental Manuscript Studies Bulletin 5(1) 66 Conference Report: L'Africa nel mondo, il mondo in Africa. Africa in the World, the World in Africa, Accademia Ambrosiana, Classis Africana, V Dies Academicus, Milan, 24–25 January 2019 info:eu-repo/semantics/article publication-article

oai:fdr.uni-hamburg.de:299 2019-08-28T11:21:05Z user-uhh

Red. 2017-12-31 Comparative Oriental Manuscript Studies Bulletin 3/2 (2017) Front Matter See also https://www.aai.uni-hamburg.de/en/comst/publications/bulletin/bulletin3-2.html https://www.fdr.uni-hamburg.de/record/299 10.25592/uhhfdm.299 oai:fdr.uni-hamburg.de:299 doi:10.25592/uhhfdm.298 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Comparative Oriental Manuscript Studies Bulletin 3(2) 77-80 Front Matter info:eu-repo/semantics/article publication-article

oai:fdr.uni-hamburg.de:121 2019-07-01T14:30:31Z user-uhh

Möllenkamp, Andreas Apel, Linde 2019-05-22 Interview mit Linde Apel von Andreas Möllenkamp im Rahmen des Forschungsprojekts Open Interviews. Auf dem Weg zur Öffnung qualitativer Interviewforschung. Im Interview geht es um die Archivierung und Nutzung von Interviews in der Werkstatt der Erinnerung, einem Oral History-Archiv, das an der Forschungsstelle für Zeitgeschichte in Hamburg angesiedelt ist. Das Interview wurde zwischen Januar und Mai 2019 per Email geführt. Das Projekt wurde durch das Fellow-Programm Freies Wissen vom Stifterverband für die Deutsche Wissenschaft, Wikimedia Deutschland und der VolkswagenStiftung gefördert. https://www.fdr.uni-hamburg.de/record/121 10.25592/uhhfdm.121 oai:fdr.uni-hamburg.de:121 deu doi:10.25592/uhhfdm.120 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Oral History Zeitgeschichte Interviews Archivierung Nachnutzung Forschungsdaten Qualitative Forschung Open Science Sozialwissenschaften Kulturwissenschaften Geisteswissenschaften Archivierung und Nutzung von Interviews in der Werkstatt der Erinnerung info:eu-repo/semantics/other other

oai:fdr.uni-hamburg.de:141 2019-08-28T11:22:21Z user-uhh

Sourav, Suddha Kekunnaya, Ramesh Shareef, Idris Banerjee, Seema Bottari, Davide Röder, Brigitte 2019-07-03 Materials for the article "A Protracted Sensitive Period Regulates the Development of Crossmodal Sound-Shape Associations in Humans". Format: 3D objects (Stimulus pairs A and C) are in STL format and can be opened in most CAD software (a free and open-source CAD software is FreeCAD, available at www.freecadweb.org). The authors used the software Cura and printed the stimuli with an Ultimaker 2 3D printer. The stimuli can be verified/viewed at a web STL viewer like www.viewstl.com (MIT-licensed). 2/2.5D forms (Stimulus pairs B and E) are in svg and pdf formats which can be used with a compatible laser cutter/printer to produce the stimuli. For laser cutting the authors used the VisiCut sotware (visicut.org). Funding: European Research Council grant ERC-2009-AdG 249425-CriticalBrainChanges and DFG Ro 2625/10-1 to Brigitte Röder. Released under Creative Commons Attribution 4.0 International (CC BY 4.0): the materials can be used and modified freely given that there is attribution. Please cite the corresponding article! The authors assert that there are no competing interests. The materials are provided as-is and the authors cannot be held liable for any issues ensuing from the use of the materials. https://www.fdr.uni-hamburg.de/record/141 10.25592/uhhfdm.141 oai:fdr.uni-hamburg.de:141 eng doi:10.25592/uhhfdm.140 info:eu-repo/semantics/openAccess https://creativecommons.org/licenses/by/4.0/legalcode Sound-shape symbolism Cataract Blindness Visual deprivation Crossmodal correspondence Multisensory development Kiki-Bouba effect Open stimulus set Materials: A Protracted Sensitive Period Regulates the Development of Crossmodal Sound-Shape Associations in Humans info:eu-repo/semantics/other other .eJyNzUtugzAABNC7eJ1WYAgUpCySQlpRgSEYy80mMsZ8UlMiPqJylLsXqQcou5lZzLuDQYgCuNqzAW3nxbQNy3AMy9LgBtxYJYC7hK-Z9dUA3DtoxcgKNrK4F2XzA1zQseZScLBZbsalToPon6a6Bo9l4X0n5aVZ3gGnRPJvmbE3Mp1aon3Cyg7x3g5VppDnW1Fbm1i7lbjVU6oXMmv1OWn1A9ecU6EGFeHQRF4H2Xsdp9JBOQlKAkma08Nrnh0V1o8GUqEeqmqLrudO-M4H1bZjJh16JsHI_WBMaBRnlP-ZeL_KDK-rTLXK9JJVZoRXmXCdyf8zZzTvduDxC9VTqcA.HdCfcA.xZTE4y6GBq_LcvZQIR1KxycxWB4