Member Since 2019
Joel Eklof
Ph.D. Candidate, University of Washington Seattle
AGU Research
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Environmental Interactions Controlling Thermal Regimes and Permafrost Progression in Interior, Alaska
ADVANCES IN OBSERVING, QUANTIFYING, AND MODELING PERMAFROST, SNOW, AND VEGETATION DYNAMICS IN HIGH-LATITUDE OR HIGH-ELEVATION ENVIRONMENTS I ORAL
cryosphere | 11 december 2023
Joel Eklof, Jessica D. Lundquist, Mark P. Waldrop,...
Northern high latitudes are projected to get warmer and wetter, which is expected to accelerate rates of permafrost degradation. However, other enviro...
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Environmental Controls on Subsurface Temperature and Permafrost Thaw Progression at a Discontinuous Permafrost Site in Interior, AK
IMPACTS OF A CHANGING CLIMATE ON ALASKA'S PERMAFROST LANDSCAPES AND INFRASTRUCTURE II POSTER
global environmental change | 16 december 2022
Joel Eklof, Jessica D. Lundquist, Mark P. Waldrop,...
Northern high latitudes are projected to get warmer and wetter in the future which will affect rates of permafrost degradation by affecting environmen...
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The role of advective heat transfer in affecting permafrost thaw and methane emissions at a hillslope thermokarst bog
MONITORING THERMOKARST DEVELOPMENT AND TERRESTRIAL HYDROLOGY AND ECOSYSTEM RESPONSES OVER THE PAN-ARCTIC WITH OBSERVATIONS AND MODELS II POSTER
cryosphere | 17 december 2021
Jing Tao, Qing Zhu, William J. Riley, Gautam Bisht...
Recent Arctic amplification has warmed permafrost unprecedently, causing widespread thermokarst formation, especially over discontinuous and sporadic ...
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High-Resolution Thaw Dynamics of Two Latitudinally Distant Alaska Thermokarst Sites: A Field Study
OBSERVING AND MODELING OF EARTH SURFACE CRYOGENIC PROCESSES AND THE STATE OF PERMAFROST II POSTER
cryosphere | 15 december 2021
Joel Eklof, Mark P. Waldrop, Baptiste Dafflon, Ben...
Permafrost thaw and resultant landscape change have a net warming effect on the climate. Northern high latitudes are projected to get warmer and wette...
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Thermal Transport by Rain into Thawing Permafrost Landscapes
PERMAFROST SYSTEMS IN TRANSITION: INTERDISCIPLINARY APPROACHES AND RESEARCH CHALLENGES I
cryosphere | 08 december 2020
Rebecca B. Neumann, Joel Eklof, Mark P. Waldrop, B...
Northern high latitudes are expected to get warmer and wetter. There is consensus that warming will intensify permafrost thaw and increase wetland met...
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Ability of thermal energy from rainfall to warm and thaw soils at a thermokarst site in south-central Alaska
PERMAFROST SYSTEMS IN TRANSITION: INTERDISCIPLINARY APPROACHES AND RESEARCH CHALLENGES III POSTERS
cryosphere | 08 december 2020
Joel Eklof, Mark P. Waldrop, Benjamin M. Jones, Je...
Northern-high latitudes are experiencing rapid climate change. These changes are resulting in permafrost thaw, landscape subsidence, and the release o...
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Thaw dynamics of a rapidly degrading isolated permafrost plateau in south-central Alaska
OBSERVATIONS, INTERACTIONS, AND IMPLICATIONS OF PERMAFROST SYSTEMS IN TRANSITION III POSTERS
cryosphere | 09 december 2019
Joel Eklof, Mark P. Waldrop, Benjamin M. Jones, Re...
Northern high latitudes are projected to get warmer and wetter in the future which will affect rates of permafrost thaw and the mechanisms by which th...
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