Alaska Research Office - Fairbanks
Address9th Street, Building 4070
Prior to joining CRREL , he worked within the Climate Change Science Institute (CCSI) at Oak Ridge National Laboratory (ORNL) working on landscape to regional-scale questions in arctic permafrost degradation, ecological associations among permafrost and terrain properties, and permafrost carbon feedbacks to climate. Projects also include updated land cover mapping and decadal-scale change detection on Alaska’s Seward Peninsula. Balser pursued research in arctic and boreal ecology with the University of Alaska Fairbanks (1994-2014) and the US Forest Service (1993-1995) in Fairbanks, Alaska. Balser received his B.A. in Northern Studies/Geography from Middlebury College, Middlebury, VT in 1993, and worked closely with Dr. Steven B. Young and Dr. William G. Howland. He went on to earn an M.S. in Natural Resources Management at the University of Alaska Fairbanks (1996) under Dr. David L. Verbyla, examining boreal wetland ecology using optical and SAR remote sensing techniques. He worked on arctic ecology at The University of Alaska Fairbanks’ Toolik Field Station, on Alaska’s north slope, developing a Remote Sensing and GIS program for the field station and community of roughly 300 U.S. and international researchers, and engaging in collaborative research projects working closely with Dr. Donald A. Walker (UAF), Dr. W. Breck Bowden (UVM), and others. Balser went on to obtain his Ph.D. in Biological Sciences from the University of Alaska Fairbanks (2015) under Dr. Jeremy B. Jones as part of the ARCSS-Thermokarst Project (NSF), examining permafrost thermo-degradation and related ecology in the central and western Brooks Range of northern Alaska.
InterestsPermafrost, Land Ice/Glaciers, Physical Science, Life Science, Engineering
Permafrost / Remote Sensing / Ecosystems / Spatial Analysis / GIS / Surficial Processes / Geophysics / Cryostratigraphy / Vegetation
Research interests include terrain suitability for permafrost degradation (including thermokarst) processes, regional-scale changes in permafrost- related ecological processes and land cover, and linking permafrost cryostructure and ground ice distribution with surficial geology, geomorphology, and vegetation. Impacts to ecology and infrastructure are considered. These topics are examined using spatial analysis, typically scaling results from local to regional scales using remote sensing, GIS, and spatial statistics.