EEOS Department - 100 Morrissey Blvd. - Boston, MA 02125

David E. Tenenbaum

Assistant Professor
Geographic Information Science
Hydroecology
 
Office: (617) 287-7396
Fax: (617) 287-7474
Email: David.Tenenbaum@umb.edu
 
     
   
  • Ph.D. Geography
    University of North Carolina at Chapel Hill
  • M.Sc. Geography
    University of Toronto
  • B.Sc. Physical and Environmental Geography
    University of Toronto
   
     
   
   
  • Geographic infomation science, including digital terrain analysis, code development and application customization, integration of remotely sensed data
  • Watershed hydrology, focusing on the spatial distribution of hydrological processes and hydroecological simulation
  • Development of landscape representations for spatially-distributed models of ecosystem processes that emphasize scenario exploration
  • Hydrological modeling to support the development of instream flow needs standards
  • Remote sensing of vegetation properties for assessing surface moisture condition
  • Assessment of drought conditions using indicators derived from moderate resolution imagery
   
     
   
   
  • Development of ecohydrology (in-stream flow needs) standards for agricultural watersheds in Canada through the modeling of small catchments in the Okanagan Valley, British Columbia, Canada
  • Analysis of soil moisture dynamics in urbanizing landscapes using high-resolution LIDAR digital elevation datasets in Greater Baltimore, Maryland
  • Examining the covariation of high resolution land-use land-cover and landscape position characteristics in urbanizing landscapes in Greater Baltimore, Maryland
  • Using moderate resolution multi-spectral imagery to characterize controls on surface moisture conditions in mixed land use landscapes in the Piedmont

   
   
   
   
  • EEOS 265 Computer Applications in Geography/ Getting Started with Geographic Information Systems
  • EEOS 281 Introduction to Geographic Information Systems
  • EEOS 383 GIScience for Water Resources Research
  • EEOS 465 / EEOS 627 Environmental Modeling with Raster GIS
  • EEOS 472 Programming for GIScience Applications
   
     


 
   
   

Tenenbaum, D.E., Band, L.E., Moody, A., and J. Xiao. In preparation. MODIS Characterization of Controls on Surface Moisture Conditions in Mixed Land Use Landscapes. Remote Sensing of Environment.

Tenenbaum, D.E., Cadenasso, M.L., Band, L.E., and S.T.A. Pickett. 2006. Using Transects to Sample Digital Orthophotography of Urbanizing Catchments to Provide Landscape Position Descriptions. GIScience and Remote Sensing, 43(4):323-351.

Tenenbaum, D.E., Band, L.E., Kenworthy, S.T., and C.L. Tague. 2006. Analysis of Soil Moisture Patterns in Forested and Suburban Catchments in Baltimore, Maryland using High-resolution Photogrammetric and LIDAR Digital Elevation Datasets. Hydrological Processes, 20:219-240.

Band, L.E, Tague, C., Brun, S.E., Tenenbaum, D.E., and R.A. Fernandes. 2000. Modelling Watersheds as Spatial Object Hierarchies: Structure and Dynamics. Transactions in GIS, 4(3):181-196.

Simmons, S., Simmons, J., and D. Tenenbaum. 2000. Clusters of Commercial Locations in Canada: A Multivariate Analysis by FSA. Centre for the Study of Commercial Activity Research Report 2000-8, 40pp. http://www.csca.ryerson.ca/publications/2000-08.html

Simmons, J., Kamikihara, S., and D. Tenenbaum. 1998. Analyzing Market Share in Canadian Cities. Centre for the Study of Commercial Activity Research Report 1998-5, 27pp. http://www.csca.ryerson.ca/publications/1998-05.html