Pixel-oriented (left) and object-oriented (right) classification of VHR data (center)
     
  Projects  

overview

Research Projects of the Geomatics Lab:

Data integration and data mining

DHAKA-INNOVATE

DeSurvey

EnMAP-Box

EnMAP Core Science Team

Environmental justice

Graduate School on Urban Ecology

Land changes in Albania and Kosovo

Linking urban land use characteristics and mental illness

Metrik

Modeling cropland dynamics in Romania

Modeling with domain-specific languages

Risk model of Dengue Disease in Malaysia

Social and health characteristics in urban areas

Urban Environmental Monitoring

Urban Environmental Monitoring II

Urban growth in Greater Tirana

Research Collaborations:

ESF Exploratory Workshop:
EuCaRe


EARSeL workshop

Post-USSR land cover

Rapid urbanization

Other Projects of the Geomatics Lab:

Geodateninfrastruktur external link

imageSVM

Research Collaborations

Post-USSR land cover change in Eastern Europe – socioeconomic forcings, effects on biodiversity, and future scenarios

The basic scientific question underlying this study is to determine controls and forcings of land cover change. The breakdown of the USSR in 1990 offers a unique ‘natural experiment’ to test hypotheses on the relative importance of environmental versus socioeconomic factors and local decision-making versus broad-scale political and institutional change as forcings of LULCC. Due to post-USSR socioeconomic and political changes, more than half of the agricultural land is out of production in some regions and is undergoing succession to grass- and shrublands. Effectively, Eastern Europe is ‘re-wilding’ and that may offer opportunities for biodiversity conservation. This will be examined with a habitat suitability analysis for umbrella species for biodiversity.
This study proposes to: (1) Monitor land use and land cover change (LULCC) in Eastern Europe from 1985 to 2002 using MODIS and Landsat (“How is the global Earth changing?”); (2) Examine the role of socioeconomics and political changes as primary forcing functions affecting LULCC (“What are the primary forcing functions?”); (3) Examine effects of LULCC in Eastern Europe on habitat availability for umbrella species for biodiversity (“How does the Earth system respond to changes?”); and (4) Spatially model potential future LULCC scenarios across Eastern Europe and examine potential biodiversity changes (”How well can we predict the changes to the Earth system?”). The goal of the education plan is to increase geographic and environmental literacy and to highlight the role that remote sensing can play in understanding patterns and processes of LULCC and impacts for conservation. Activities will be (1) the development of a internet page where students can follow movements of a radio-collared bison, brown bear, and saiga antelope, and develop wildlife habitat models, and (2) a summer research intern program for young scientists from Eastern Europe interested in LULCC and remote sensing science.

Principal Institution:
SILVIS Lab external Link - Spatial analysis for conservation and sustainability
Dept. of Forest Ecology & Management
University of Wisconsin - Madison

Principal Investigators:
Prof. Dr. Volker C. Radeloff, Prof. Dr. Patrick Hostert

Project Investigator:
Tobias Kuemmerle

Funding:
NASA New Investigators Programme

Duration:
01/2005 – 12/2007

 
       
 
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Geomatics Lab,
Humboldt-Universität zu Berlin.
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