Professor of Geography and Science Director of ATIC, Karl Staenz's research is focused in the broad area of applications of hyperspectral remote sensing and quantitative remote sensing algorithm research and development.

Cathy is the ATIC Office Manager and Administrative Assistant to the CEO, providing day to day administration and in house bookkeeping to the ATIC office and staff.

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Graduated with a Master of Science in Geography from the University of Lethbridge in 2010, David works as a Remote Sensing Analyst for ATIC. He is currently working full-time on a riparian, wetland and remnant area mapping project in central Alberta. David Rolfson is the main contact for academic researchers interested in licensing SPOT satellite imagery.

Kean O'Shea is a Master of Science candidate through the Geography Department at the University of Lethbridge. His research involves the mapping of riparian areas using remote sensing.

Logan Pryor is a Master of Science candidate through the Geography Department at the University of Lethbridge.

Aaron Mullin is a Master of Science candidate through the Geography Department at the University of Lethbridge.

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Professor with Physics and Astronomy at the University of Lethbridge, as well as a Senior Research Scientist with the Alberta Terrestrial Imaging Centre, Dr. Teillet's research includes spectroradiometric imaging, satellite sensor and image radiometry, and vegetation canopy spectral reflectance characterisation.

Craigis an Assistant Professor of Geography at the University of Lethbridge. His primary research interests are in characterizing image texture, multiresolution data analysis, spatial statistics and remote sensing system development with applications in forestry and terrain modelling.

Derek is a Professor of Geography at the University of Lethbridge. His primary research interests are in the fields of remote sensing, GIS, and Earth System Science modeling in studies of global environmental change. Using an integrated research approach, key environmental indicators of potential global change are being investigated in different parts of the world at dynamic spatial and temporal scales.

She studies mountain hydrology using a combination of field-based process work and numerical modelling. She is most interested in snow and glacier melt contributions to runoff generation from headwater basins, and how these contributions could be affected by both forest disturbance and climate change. She works in alpine and Arctic regions: the southern Rocky Mountains, the eastern Canadian Arctic, and the north Coast Mountains. Her current research assesses the impact of forest disturbance (mountain pine beetle, wildfire) on snow hydrology, and the role of snowpack evolution in driving surface hydrology on Arctic glaciers.

Adriana is an Associate Professor in the Physics Department. Her research program focuses on laboratory spectroscopy with applications to remote sensing of Earth and planetary atmospheric constituents.