You are here:
Applications and Projects
Earth Observation Center
Applications and Projects
Projects: Civil Security - Environment
Projects: Land Surface
Applications and Projects: Atmosphere
According to the current plans of space agencies and satellite operators, in the course of the next two decades over 100 satellite-based instruments will be providing a wealth of data about the earth’s atmosphere from ground level up to the border to outer space. The spectrum extends from detecting trace gases and aerosols to clouds, precipitation and radiation to global measurement of temperature and wind. In parallel, powerful data communication and analysis systems will be established in order to make these data available in a standardized format and ready to use worldwide in near-real-time.
Anwendungen und Projekte: Atmosphäre
Dragon-3: East Asian Monsoon & Air Quality
Dragon 3 is a cooperative program between ESA and MOST with the objective to promote the exploitation of ESA and Chinese EO data. This shall foster Sino-European collaborations in support of science and application developments. It succeeds the meanwhile accomplished programs Dragon 1 (2003-2008) and Dragon 2 (2008-2012). Among its wide portfolio of themes the topic ‘East Asian Monsoon and Air Quality’ is of particular concern for MF-ATP.
ENDORSE is involved in the user-driven creation of so-called ‘downstream services’ for the renewable energies sector of the European Union’s Global Monitoring for Environment and Security (GMES) Programme. Based on the GMES services for land, atmosphere and security, specific applications will be developed together with users from the fields of solar energy, wind energy, distributed power networks, bioenergy and daylighting for buildings.
The goal of the ESA project aerosol_cci, a climate change initiative, is to design consistent prototype algorithms for the production of long-term aerosol data sets from several European earth observation sensors. The project starts with an in depth analysis and comparison of the retrieval results for several existing algorithms. Based on this analysis, elements of community algorithms and harmonized retrieval are then developed. Topics of investigation are the different assumptions and approaches for modeling optical aerosol properties, how to deal with surface reflectance and its anisotropy, cloud masking, and the use of auxiliary data sets.
Within Europe’s family of GMES (Global Monitoring for Environment and Security) projects, MACC-II (Monitoring Atmospheric Composition and Climate, phase 2) deals with the atmosphere. DLR is in charge of the MACC solar radiation service and the interface to MACC-II users. Furthermore, DLR contributes satellite-based information on stratospheric ozone chemistry, tropospheric trace gases and aerosols.
SO2-Monitoring and Volcano Surveillance (EVOSS, SACS und SMASH)
Volcanic eruptions not only seriously endanger local populations; they can also be a more or less long-term hazard for air traffic. Ash clouds released by volcanic eruptions can damage airplane engines. Aircraft operators are accordingly greatly interested in receiving timely information about volcanic eruptions so that flight paths can be modified as necessary.
Virtual Institute "Environmental Research Station Schneefernerhaus" (UFS)
The Environmental Research Station Schneefernerhaus (2650 a.s.l.) on the mountain Zugspitze is an internationally linked center of competence for high altitude, climate and environmental research with focus on development, demonstration and operation of innovative technologies in the context of atmospheric and climate research, satellite validation, model verification, quality assurance for value added products (e.g. in the framework of GMES), analyses for the understanding of climate system processes, environmental and high altitude medicine, early detection of natural hazards, cosmic radiation and radioactivity. The UFS has the status of a global station within the Global Atmosphere Watch Programme (GAW) of the World Meteorological Organization (WMO). It is in addition part of the NDACC program and linked with the ICSU/WMO World Data Center for Remote Sensing of the Atmosphere (WDC-RSAT), which is hosted by DFD.
As part of the EU Seventh Framework Program, the EnerGEO project was established to devise a strategy for estimating the influence of the exploitation and use of energy resources on the environment and various ecosystems. This assessment will be based on models and remote sensing data. The strategy is to be demonstrated making use of pilot projects involving a variety of energy sources, including fossil fuels, biomass, solar energy and wind power.
Helmholtz Alliance "Planetary Evolution and Life"
The Helmholtz Alliance is using an interdisciplinary approach to investigate the relationships between the formation of planets and the evolution of life. Entire planets are included in the study, from their outer envelopes of magnetosphere and atmosphere to their core. Beginning with Earth, other planetary bodies in our solar system will also be studied, such as the earthlike planets Venus and Mars. But moons are also a subject of investigation, on which life is at least theoretically possible according to present knowledge. The wide-ranging methodologies being developed may also even involve planets outside our solar system.
The efficient operation of concentrating solar technologies requires reliable forecasts of the incident irradiance. DNIcast will focus on nowcasting strategies by using sky cameras, satellites for cloud and aerosol monitoring and nowcasting, and numerical weather prediction schemes. DFD will contribute its forecasting experience and enhance its methods to the nowcasting range of the upcoming hour.
Hybride Energie-Netze aus thermischen, Gas- und Stromversorgungsnetzen werden im Rahmen der Energiewende bedeutender. Die Steuerung benötigt zusätzliche Informationen, es werden zunehmend Smart Grid-Methoden untersucht und eingesetzt. Orpheus beschäftigt sich mit solchen Kontrollstrategien – wir sind als Energie-Meteorologen zur Untersuchung der Testgebiete in Ulm(D) und Schweden beteiligt. Außerdem nutzen wir unsere Messungen in Demmin um die Sub-Pixel-Variabilität in Satellitendaten und Wettervorhersagen zu quantifizieren.
In ResGrow sollen neue Nutzungsmöglichkeiten der EO für die erneuerbaren Energien (Solar, Wind, Wellen/Tiden, Biomasse, Wasserkraft) in enger Zusammenarbeit mit Nutzern evaluiert werden. DFD mit seinem Partner Transvalor fokussiert sich dabei auf die ergänzende Nutzung von wolkenphysikalischen Parametern aus MSG-APOLLO für die detailliertere Charakterisierung von Standorten für die Solarenergie. Zusätzlich wird die erweiterte Nutzung der EO für Bioenergie-Anwendungen untersucht.
Copyright © 2014 German Aerospace Center (DLR). All rights reserved.