School of Natural Resources and Environment

Environmental Informatics

Assistant Professor

Educational Background: 

Postdoc (Geography & Remote Sensing) University of Wisconsin, Madison 2011
Postdoc (Geography & Ecology) University of Wisconisn, Madison 2010
Ph.D. (Geography) Michigan State University 2007
Graduate Fellow International Livestock Research Institute 2007
M.A.  (Geography) Michigan State University 2002


Bilal Butt is an assistant professor at the School of Natural Resources and Environment and a faculty affiliate of the African Studies Center. Bilal is a people-environment geographer with regional specialization in sub-Saharan Africa and technical expertise in geospatial technologies (GPS, GIS & Remote Sensing), ecological monitoring and social-scientific appraisals.

His general research interests lie at the intersection of the natural and social sciences to answer questions of how people and wildlife are coping with, and adapting to changing climates, livelihoods and ecologies in arid regions of sub-Saharan Africa.  His current projects investigate: (1) the spatiality of livelihood strategies (resource access and utilization) among pastoral peoples under regimes of increasing climatic variability and uncertainty; (2) the nature of the relationships between wildlife and livestock in dry land pastoral ecosystems of East Africa; (3) violent and non-violent conflicts over natural resources, and; (4) how mobile information technologies such as cell phones influence natural resource management strategies among pastoral peoples in dry lands.

Contact:

2502 Dana Building

734-615-6149

Publication Date: 
2011

Dronova, I, Bergen, K., Ellsworth, D. 2011. Forest Canopy Properties and Variation in Aboveground Net Primary Production over Upper Great Lakes Landscapes. Ecosystems DOI: 10.1007/s10021-011-9451-9.

Citation type: 
Journal Article
Publication Date: 
2011

Hofmockel, Kirsten, Anne Gallet-Budynek, Heather McCarthy, William S. Currie, Robert B Jackson, and Adrien C Finzi.  Sources of increased N uptake in forest trees growing under elevated CO2:  Results of a large-scale 15N tracer study.  Global Change Biology, In press.  

Citation type: 
Journal Article

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