Cause analysis fine dust and analysis ozone
Further development and operation of an information system for current meteorological advice for the purpose of supporting the root cause analysis of air pollution, in particular by particulate matter (PM10/2.5) and partly ozone Senate Department for Urban Development and Environment ...
Nov 01, 2020 — Oct 31, 2022
HoTC - High-resolution anthropogenic greenhouse gas emissions from Copernicus services for German states, counties, and cities. Currently, targets and commitments to reduce greenhouse gas emissions are being pursued with high societal attention. There is a societal need for information, ...
MOSAIK-II - Second phase of the project "Model-based urban planning and application in climate change".
Leibniz Universität Hannover (FU extrern), Dr. Sabine Banzhaf (FU intern)
Sep 01, 2019 — Aug 31, 2022
MOSAIK-II is a German research project funded by the BMBF within the research network "Urban Climate in Change" [UC]²), which aims to further develop the PALM-4U urban climate model following the MOSAIK-I project and to establish it as an operational tool for municipalities and urban ...
Biodiversity in Germany is threatened by the input of air pollutants. The exceeding of critical load rates due to deposition is regulated on a national and international level. The area-wide, Germany-wide recording of substance inputs has been carried out since 2004 in the course of several ...
Sentinel-based atmospheric products for assessing the impact of traffic emissions on air quality in Germany (S-VELD).
M.Sc. Markus Thürkow
Air quality plays an important role in the current environmental discussion. In fact, millions of people worldwide now live in regions with heavily polluted air. Exceedances of the limit values for nitrogen dioxide and particulate matter are mainly found at locations close to traffic. In the ...
M.Sc. Markus Thürkow
In the research project OzonEval, funded by the German Federal Environment Agency, the uncertainty of dispersion calculations of ozone concentration with chemical transport models is estimated. The model quality of current climatic conditions is investigated and a new method for the dynamic ...
List of finished research projects > HERE