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2005-2007 (www.mpic.de): Contribution to the EC(Nest Insight)-Project, ANTISTORM, “Anthropogenic Aerosols Triggering and Invigorating Severe Storms”; http://cordis.europa.eu/project/rcn/74754_en.html. Outcome: “ANTISTORM provided one of the first insights into the science of 'man- made' weather in Europe. In fact, some weather phenomena may not be as natural as commonly thought. Recent studies suggested that man-made particulate pollution can substantially increase the severity of certain storms or even trigger their inception.”
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2010-2011 (www.mpic.de): „BZ-Life“, Research collaboration of MPI-C, Mainz and Fraunhofer ISE (https://www.ise.fraunhofer.de/en), Freiburg, with partner DWD, section Medizin Meteorologie, Freiburg.
Investigation of potential degradation effects of proton-exchange membrane (PEM) fuel cells when exposed to stationary atmospheric air pollution.
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2015–2018 (www.cyi.ac.cy): Contribution to the H2020-EINFRA-2015-1, Energy oriented Centre of Excellence (EoCoE), DNI forecasting, Optimal operation of Concentrated Solar Power under Weather Uncertainty for the Solar Power Plant Facility of the Cyprus Institute, Pentakomo, Cyprus.
ECHOES - The Newsletter of the EoCoE project,
http://www.eocoe.eu:
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Vol. 1, Issue 1, 10th February 2017.
EoCoE Project deliverable:
Formulation for optimization under uncertainty,
Cumpston, J.; Metzger, S.; Mitsos, A, Project end - September 30, 2018.
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2019–2019 (EMEP):
Contribution to the 2019 EMEP MSC-W & CCC & CEIP Status Report 1/2019 on "Transboundary particulate matter, photo-oxidants, acidifying and eutrophying components”, Chapter 9 (p133):
EQSAM4clim
(an evaluation of the aerosol thermodynamic code of
Metzger et al., 2016
and
Metzger et al., 2018
). Report (pdf 31 MB) is available from
http://emep.int/publ/emep2019_publications.html
.
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2019—present
(Eco-Serve):
Contribution to point forecasts of air pollution, weather and solar. Currently PM2.5 (wet vs dry), visibility, AOD and more.
--
Daily AOD observations
: Berlin, Freiburg and Karlsruhe (all Germany).
--
Meteogram -- 5 day forecasts
: Hamburg, Oldenburg, Hannover,
- München, Würzburg and Freiburg.
--
5 day PM & visibility forecasts
: Hamburg Fuhlsbüttel (air port).
--
Extended MOSMIX forecasts
: Hamburg Fuhlsbüttel (air port).
Our point forecasts are based on forecasts of
CAMS PM2.5,
DWD MOSMIX,
meteo forecasts and
EEA PM
observations, which all serve as input for our additional sophisticated point computations. Work is in progress.
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2020—2021
(ECMWF): Contribution to
CAMS_43: Development of global aerosol aspects of the
IFS model
of ECMWF.
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2021—present
(ECMWF): Contribution to
CAMS2_35: Developments for reactive gases and aerosol in the Global System;
IFS model
of ECMWF.
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2022—present
(urbisphere -- University of Freiburg): Support of the
uniWeather project of Gregor Feigel, which provides sophisticated visualisation to enable convenient real-time monitoring via an in-house developed iOS App and Swift based server framework for previewing and searching sensor data of the real-time weather sensor network in Freiburg.
For details, see his
- EGU23 presentation
- Press release of the University of Freiburg:
DE
EN
- News article of the Badische Zeitung (DE):
Wo die Freiburger Hitze-Spots liegen
Download the
uniWeather
App from the
App Store.
Compatibility:
Requires macOS 12.0 or later and a Mac with Apple Silicon chip. Requires iOS 15.0 or later. Compatible with iPod touch, iPad, and iPhone.
Consult
uniWeather.io for App support.
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2024—present
(HORIZON Europe: CAMAERA (101137682)): CAMS AERosol Advancement. CAMAERA will provide, for the Copernicus Service for Atmosphere Monitoring, strong improvements of the aerosol modelling capabilities, of the assimilation of new sources of data and of a better representation of secondary aerosols and their precursor gases. To achieve this, the project will develop new prototype service elements in close collaboration with the CAMS service providers and other projects.
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