The concern of scientific communities and international politicians about
climate change and environmental degradation has highlighted the requirement
for better information on the dynamics of biomass burning at all scales from
local to global, in order to evaluate the role of fire as an agent of change.
Only spaceborne observation can provide the required information on High Temperature Events (HTE), such as wildfires but also volcanic activities, on a global scale.
Existing spaceborne sensors are able to provide globally information on fire
risk as well as to monitor burnt areas. However, existing spaceborne sensors --
used for active fire recognition -- suffer from serious limitations.
Taking into account these limitations a feasibility study on a Fire Recognition Satellite System (FIRES) was conducted by DLR and OHB-System in 1994-95.
Two dedicated spaceborne precursor missions for fire recognition are in
preparation now as a continuation of the FIRES initiative:
FOCUS is a prototype mission combining a number of proven and new technologies
and observation techniques to provide the scientific and potential operational
user community with key data for the classification and monitoring of HTE and
their gaseous and aerosol emissions. European industry partners Ð led by the
Prime Contractor OHB-Systems - and science partners are working on FOCUS on
request of ESA. The DLR
Institute of Space Sensor Technology and Planetary Exploration -- with the
Principal Investigator Hans-Peter
Röser -- and the DLR Remote Sensing
Technology Institute are involved in the FOCUS project. Please see for more
details the FOCUS web page of the FOCUS Prime Contractor OHB-Systems: http://www.fuchs-gruppe.com/eo/focus/.
| Author: Dr. Dieter Oertel, Web maintainer: René Laufer | ||||||||||||
| Last Modification: Friday, 23-Jul-2004 15:20:57 CEST | ||||||||||||
|