Erweiterte Suche der Leibniz Universität Hannover

Nov. 2023 16:15 17:45 Doctoral students seminar Soil Science Mengxia Zhou: Impact of vegetation and microorganisms on SOC accumulation in the process of vegetation restoration in typical Karst Areas of SW China Doctoral student s seminar at the Institute of Soil Science Time: Thursdays as announced from 16:15 to 17:45 Join the seminar online via Webex: Link to meeting Date 30.

Projects in GWK Wave Dissipation and Transformation over Coastal Vegetation under extreme Hydrodynamic Loading Led by: Dr. Iris Möller Year: 2013 Funding: HYDRALAB IV Transnational Access Further information http://www.geog.cam.ac.uk/research/projects/hydralab/ Remarks: 10 weeks The multiple services provided by salt marsh ecosystems to the local, regional, and global community are being increasingly recognised and valued. At the same...

Projekte im GWK Wave Dissipation and Transformation over Coastal Vegetation under extreme Hydrodynamic Loading Leitung: Dr. Iris Möller Jahr: 2013 Förderung: HYDRALAB IV Transnational Access Weitere Informationen http://www.geog.cam.ac.uk/research/projects/hydralab/ Bemerkungen: 10 Wochen The multiple services provided by salt marsh ecosystems to the local, regional, and global community are being increasingly recognised and valued. A...

Wave Dissipation and Transformation over Coastal Vegetation under extreme Hydrodynamic Loading Led by: Dr. Iris Möller Year: 2013 Funding: HYDRALAB IV Transnational Access Further information http://www.geog.cam.ac.uk/research/projects/hydralab/ Remarks: 10 weeks The multiple services provided by salt marsh ecosystems to the local, regional, and global community are being increasingly recognised and valued. At the same time, however, ...

Wave Dissipation and Transformation over Coastal Vegetation under extreme Hydrodynamic Loading Leitung: Dr. Iris Möller Jahr: 2013 Förderung: HYDRALAB IV Transnational Access Weitere Informationen http://www.geog.cam.ac.uk/research/projects/hydralab/ Bemerkungen: 10 Wochen The multiple services provided by salt marsh ecosystems to the local, regional, and global community are being increasingly recognised and valued. At the same time,...

Wave Dissipation and Transformation over Coastal Vegetation under extreme Hydrodynamic Loading Led by: Dr. Iris Möller Year: 2013 Funding: HYDRALAB IV Transnational Access Further information http://www.geog.cam.ac.uk/research/projects/hydralab/ Remarks: 10 weeks The multiple services provided by salt marsh ecosystems to the local, regional, and global community are being increasingly recognised and valued. At the same time, however, ...

Nevertheless, for many important applications the restriction of modeling the buildings only by neglecting the vegetation impact will not yield satisfying results. A city model without vegetation, for instance, is not a suitable basis to run simulations aiming at noise propagation, flooding, or microclimate analysis.

Nevertheless, for many important applications the restriction of modeling the buildings only by neglecting the vegetation impact will not yield satisfying results. A city model without vegetation, for instance, is not a suitable basis to run simulations aiming at noise propagation, flooding, or microclimate analysis.

Nevertheless, for many important applications the restriction of modeling the buildings only by neglecting the vegetation impact will not yield satisfying results. A city model without vegetation, for instance, is not a suitable basis to run simulations aiming at noise propagation, flooding, or microclimate analysis.

Nevertheless, for many important applications the restriction of modeling the buildings only by neglecting the vegetation impact will not yield satisfying results. A city model without vegetation, for instance, is not a suitable basis to run simulations aiming at noise propagation, flooding, or microclimate analysis.

Nevertheless, for many important applications the restriction of modeling the buildings only by neglecting the vegetation impact will not yield satisfying results. A city model without vegetation, for instance, is not a suitable basis to run simulations aiming at noise propagation, flooding, or microclimate analysis.

Nevertheless, for many important applications the restriction of modeling the buildings only by neglecting the vegetation impact will not yield satisfying results. A city model without vegetation, for instance, is not a suitable basis to run simulations aiming at noise propagation, flooding, or microclimate analysis.

Vegetation strategies for nitrogen and potassium acquisition along a climate and vegetation gradient From semi desert to temperate rainforest verfasst von Svenja C.

Publications FIS Vegetation und Strömung authored by Marian Ahrens, Jacob Bernhardt, Tim Brinkmann, Anna Muhrmann, Vitus Prommer, Maike Senne, Anna Uecker, Felix Wussow Organisation s Institute of Environmental Planning Type Article Journal Hochweit : Jahrbuch der Fakultät für Architektur und Landschaft Volume 2017 Pages 156 157 Publication date 2017 Publication status Published BibTeX article 6dfc4e0be6644984bbadff1db91acb86, title <...

Vegetation Management and Planning related Plant Ecology Topics, research questions and study content Vegetation management focuses on the effects of anthropogenic changes.