Date of Award
Master of Science in Engineering Management
Department of Systems Engineering and Management
Steven J. Schuldt, PhD
The DoD is executing over $500M in military construction on Eielson Air Force Base (AFB) within the next three years. This construction program will expand the footprint of facilities and change parts of the storm water management scheme, which may have second order effects on the underlying permafrost layers. These changes in permafrost will drive engineering decision, and help shape the overall strategy for military readiness in the Arctic. Little site-specific knowledge exists on the human caused effects to permafrost at this location. In 2016, the permafrost degradation rates at Eielson AFB were modeled using the Geophysical Institute Permafrost Laboratory (GIPL) 2.1 model and limited available geotechnical and climate data. To further refine an understanding of the permafrost at Eielson AFB and help engineers and commanders make more informed decisions on engineering and operations in the arctic, this project established two long term permafrost monitoring stations. The data generated by these stations are the first of their kind at Eielson AFB and represent the first modern systematic effort in the DoD to quantify permafrost condition before, during, and after construction activities. The data collected during this study indicates that there are permafrost losses occurring at this research site and the increased construction activities associated with the F-35 bed down are the likely cause of permafrost degradation.
DTIC Accession Number
Labedz, Theodore J., "Quantifying Permafrost Extent, Condition, and Degradation at Eielson Air Force Base" (2019). Theses and Dissertations. 2342.