Stefan Schreier

Dr.rer.nat. Stefan Schreier
Status aktuell nicht an der BOKU tätig

ORCID: 0000-0002-2119-4743
53881938600: AuthorId

Umweltphysik Meteorologie Optik

Laufbahn

2016 - 2020 Projektleiter VINDOBONA, Institut für Meteorologie, Universität für Bodenkultur, Wien, Österreich
2015 - 2016 Postdoc, Institut für Umweltphysik, Universität Bremen, Deutschland
2011 - 2014 Dr.rer.nat, Institut für Umweltphysik, Universität Bremen, Deutschland
2005 - 2010 Mag.rer.nat, Institut für Geographie und Raumforschung, Universität Wien

Auszeichnungen

Jahr: 2012 Auszeichnung: Peccei Award, Young Scientists Summer Program (YSSP), International Institute for Applied Systems Analysis (IIASA), Laxenburg

Projekte

Es wurden 0 Projekte gefunden.

Publikationen

Wissentransfer in die Gesellschaft

Medienbeiträge

Vorträge

Jahr: 2022 - Five years of ground-based MAX-DOAS measurements in Vienna, Austria: Overview and highlights of the VINDOBONA project

Autoren: Schreier, S., Richter, A., Weihs, P., Schmalwieser, A., and Burrows, J.

Veranstaltung: European Geosciences Union EGU General Assembly 2022
Jahr: 2022 - Analysis of the dependency of atmospheric formaldehyde - as a proxy for bVOC emissions - on vegetation status over a Central European city and potential implications for surface ozone exceedances

Autoren: Heidelinde Trimmel, Monika Mayer, Harald Rieder, Stefan Schreier, Christian Schmidt, Ramiro Checa-Garcia, Josef Eitzinger, Anne Charlott Fitzky, Thomas Karl, Peter Huszár, Jan Karlický, Paul Hamer, Philipp Koehler, and Christian Frankenberg

Veranstaltung: European Geosciences Union EGU General Assembly 2022
Jahr: 2022 - CHARACTERIZATION OF THE RADIATION FIELD IN THE VICINITY OF PV PLANTS

Autoren: P. Weihs, C. Gützer, H. Zsiborács, G. Pintér, N. Hegedűsné Baranyai, A. Vincze, E. Mursch-Radlgruber, J. Eitzinger and S. Schreier

Veranstaltung: 28th Workshop on Energy and Environment 2022
Jahr: 2022 - THE POTENTIAL BENEFITS OF USING BIFACIAL PHOTOVOLTAIC TECHNOLOGY IN THE NEIGHBOURING NATIONS OF AUSTRIA AND HUNGARY

Autoren: H. Zsiborács, G. Pintér, N. Hegedűsné Baranyai A. Vincze,P. Weihs, E. Mursch Radlgruber, J. Eitzinger, C. Gützer, S. Schreier

Veranstaltung: 28th Workshop on Energy and Environment 2022
Jahr: 2021 - INFLUENCE OF TECHNICAL SNOWMAKING ON THE RADIATION BUDGET IN AN ALPINE AREA

Autoren: P. Weihs, J. Laimighofer, M. Revesz, S. Schreier,H.Formayer.

Veranstaltung: 27th Workshop on Energy and Environment 2021
Jahr: 2020 - Spatial and temporal distributions of NO2 and aerosols over the urban environment of Vienna during the VINDOBONA project (2017-2019)

Autoren: Schreier, S., Richter, A., Bösch, T., Lange, K., Revesz, M., Hilboll, A., Peters, E., Vrekoussis, M., Weihs, P., Schmalwieser, A., and Burrows, J

Veranstaltung: European Geosciences Union EGU General Assembly 2020
Jahr: 2020 - Retrieving the spatial distribution of trace gases using measurements of three ground-based MAX-DOAS instruments and vertical concentration profiles

Autoren: Revesz, M; Schreier, S; Weihs, P; Bösch, T; Lange, L; Richter, A; Vrekoussis, M; Schmalwieser, A

Veranstaltung: 9th DOAS Workshop 2020
Jahr: 2020 - Potential of digital cameras for scientific investigations: case studies

Autoren: P. Weihs, A. Frisch-Niggemeyer, S. Schreier, M. Revesz, C. Gützer

Veranstaltung: 26th Workshop on Energy and Environment 2020
Jahr: 2020 - Spatial variability of vertical NO2 and aerosols profiles in Vienna observed by three ground-based MAX-DOAS instruments

Autoren: Schreier, S F; Richter, A; Bösch, T; Lange, K; Revesz, M; Vrekoussis, M; Weihs, P; Schmalwieser, A W; Burrows, J P

Veranstaltung: 9th DOAS Workshop 2020
Jahr: 2020 - A method for retrieving the spatial distribution of trace gases using measurements of three ground-based MAX-DOAS instruments

Autoren: Revesz, M., Schreier, S. F., Weihs, P., Bösch, T., Lange, K., Richter, A., Vrekoussis, M., and Schmalwieser, A. W.

Veranstaltung: European Geosciences Union EGU General Assembly 2020
Jahr: 2019 - New results from Vienna MAX-DOAS measurements

Autoren: Schreier, S.F.

Veranstaltung: IUP Bremen DOAS Seminar
Jahr: 2019 - Station presentation - Vienna

Autoren: Schreier, S.F.

Veranstaltung: 1st Pandonia Global Network (PGN) Workshop
Jahr: 2019 - Retrieval of tropospheric NO2vertical column densities from multipleground-based MAX-DOAS measurements in Vienna and comparison withsatellite data

Autoren: Stefan Schreier, Philipp Weihs, Andreas Richter, Tim Bösch, Kezia Lange, Andreas Hilboll, Mihalis Vrekoussis, John Burrows, Enno Peters and Alois Schmalwieser

Veranstaltung: European Geosciences Union EGU General Assembly 2019
Jahr: 2019 - ARBEITSGRUPPE ATMOSPHÄRISCHE STRAHLUNG UND BODENGEBUNDENE FERNERKUNDUNG

Autoren: Weihs, P., Schreier, S., Trimmel, H., Revesz, M., Gützer, C.

Veranstaltung: ARAD Workshop
Jahr: 2019 - Retrieval of tropospheric NO2 vertical column densities from multiple MAX-DOAS measurements in Vienna and comparison with satellite data

Autoren: Schreier, S F; Weihs, P; Bösch, T; Burrows, J P; Hilboll, A; Lange, K; Richter, A; Vrekoussis, M; Peters, E; Schmalwieser, A W

Veranstaltung: European Geosciences Union EGU General Assembly 2019
Jahr: 2018 - Retrieval of CHOCHO using observations from the IUPB and BOKU MAX-DOAS instruments

Autoren: Schreier, S.F.

Veranstaltung: CINDI-2 Workshop 2018
Jahr: 2018 - Vienna horizontal and vertical distribution observations of nitrogen dioxide and aerosols

Autoren: Schreier, S.F.

Veranstaltung: A1 Workshop 2018 - Wiener Luftschadstoffmessungen - Messstation am Arsenalturm
Jahr: 2018 - The VINDOBONA MAX-DOAS instruments: Characterization and first comparison results

Autoren: Schreier, S.F.; Weihs, P.; Peters, E.; Richter, A.; Burrows, J.P.; Schmalwieser, A.W.

Veranstaltung: EGU General Assembly 2018
Jahr: 2018 - Ground-based DOAS-type measurements of tropospheric trace gases in Vienna

Autoren: Schreier, S.F.

Veranstaltung: ACINN Graduate Seminar
Jahr: 2018 - nvestigation of aerosol and water vapor effects on shortwave and longwave downward irradiance using different ground-based measurements during clear sky conditions

Autoren: Philipp Weihs, Selina Köstenberger, Marc Olefs, Marcus Rennhofer, Martin Hallwachs, Stefan Schreier, Sandro Oswald, Christian Guetzer, Heidelinde Trimmel, Alois Schmalwieser, and Andreas Richter

Veranstaltung: EGU General Assembly 2018
Jahr: 2017 - Tower DOAS off-axis measurements of NO2 in Vienna

Autoren: Schreier, S.F.; Richter, A.

Veranstaltung: DPG Spring Meeting
Jahr: 2017 - Research in the domain of “atmospheric radiation”

Autoren: Schreier, S.F.

Veranstaltung: ARAD Workshop
Jahr: 2017 - MAX-DOAS measurements of NO2 column densities in Vienna

Autoren: Stefan Schreier, Philipp Weihs, Enno Peters, Andreas Richter, Mareike Ostendorf, Anja Schönhardt, John P. Burrows, and Alois Schmalwieser

Veranstaltung: European Geosciences Union EGU General Assembly 2017
Jahr: 2017 - Ground-based remote sensing of atmospheric aerosols

Autoren: Schreier, S.F.

Veranstaltung: 1st Vienna Atmospheric Aerosol Workshop 2017
Jahr: 2016 - Horizontal and temporal evolution of tropospheric NO2 in Vienna as inferred from car DOAS measurements

Autoren: Schreier, S.F.; Richter, A.; Li, Z.; Burrows, J.P.

Veranstaltung: European Geosciences Union EGU General Assembly 2016

Stefan Schreier

Laufbahn

Auszeichnungen

Projekte

Publikationen

Wissentransfer in die Gesellschaft

Medienbeiträge

Vorträge

Jahr: 2022 - Five years of ground-based MAX-DOAS measurements in Vienna, Austria: Overview and highlights of the VINDOBONA project

Jahr: 2022 - Analysis of the dependency of atmospheric formaldehyde - as a proxy for bVOC emissions - on vegetation status over a Central European city and potential implications for surface ozone exceedances

Jahr: 2022 - CHARACTERIZATION OF THE RADIATION FIELD IN THE VICINITY OF PV PLANTS

Jahr: 2022 - THE POTENTIAL BENEFITS OF USING BIFACIAL PHOTOVOLTAIC TECHNOLOGY IN THE NEIGHBOURING NATIONS OF AUSTRIA AND HUNGARY

Jahr: 2021 - INFLUENCE OF TECHNICAL SNOWMAKING ON THE RADIATION BUDGET IN AN ALPINE AREA

Jahr: 2020 - Spatial and temporal distributions of NO2 and aerosols over the urban environment of Vienna during the VINDOBONA project (2017-2019)

Jahr: 2020 - Retrieving the spatial distribution of trace gases using measurements of three ground-based MAX-DOAS instruments and vertical concentration profiles

Jahr: 2020 - Potential of digital cameras for scientific investigations: case studies

Jahr: 2020 - Spatial variability of vertical NO2 and aerosols profiles in Vienna observed by three ground-based MAX-DOAS instruments

Jahr: 2020 - A method for retrieving the spatial distribution of trace gases using measurements of three ground-based MAX-DOAS instruments

Jahr: 2019 - New results from Vienna MAX-DOAS measurements

Jahr: 2019 - Station presentation - Vienna

Jahr: 2019 - Retrieval of tropospheric NO2vertical column densities from multipleground-based MAX-DOAS measurements in Vienna and comparison withsatellite data

Jahr: 2019 - ARBEITSGRUPPE ATMOSPHÄRISCHE STRAHLUNG UND BODENGEBUNDENE FERNERKUNDUNG

Jahr: 2019 - Retrieval of tropospheric NO2 vertical column densities from multiple MAX-DOAS measurements in Vienna and comparison with satellite data

Jahr: 2018 - Retrieval of CHOCHO using observations from the IUPB and BOKU MAX-DOAS instruments

Jahr: 2018 - Vienna horizontal and vertical distribution observations of nitrogen dioxide and aerosols

Jahr: 2018 - The VINDOBONA MAX-DOAS instruments: Characterization and first comparison results

Jahr: 2018 - Ground-based DOAS-type measurements of tropospheric trace gases in Vienna

Jahr: 2018 - nvestigation of aerosol and water vapor effects on shortwave and longwave downward irradiance using different ground-based measurements during clear sky conditions

Jahr: 2017 - Tower DOAS off-axis measurements of NO2 in Vienna

Jahr: 2017 - Research in the domain of “atmospheric radiation”

Jahr: 2017 - MAX-DOAS measurements of NO2 column densities in Vienna

Jahr: 2017 - Ground-based remote sensing of atmospheric aerosols

Jahr: 2016 - Horizontal and temporal evolution of tropospheric NO2 in Vienna as inferred from car DOAS measurements

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