Stochastic Modeling of Natural Lacustrine Thermokarst Under Stable and Unstable Climate

Victorov, A. S.; Orlov, T. V.; Kapralova, V. N.; Trapeznikova, O. N.; Sadkov, S. A.; Зверев, А. В.

doi:10.1007/978-3-319-91833-4_18

Cited by 2 publications

(1 citation statement)

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“…Furthermore, the robustness of the revealed universality of the LN distribution of lake sizes was confirmed by successfully testing that lake sizes are LN distributed when alternative years were used as reference to extract waterbodies (Table S4, Figure S4 in the Supporting Information S1). Previous empirical (suggesting different distributions for arctic waterbodies) (Muster et al, 2019) and theoretical (suggesting a proportionate growth model) (Victorov et al, 2019) studies have failed to demonstrate this universality because thermokarst lakes and wetlands were analyzed together (Table S5 and Figure S6 in the Supporting Information S1), and as we show in the next section, wetlands do exhibit a different distribution.…”

Section: Lake Size Distributions and A Proportionate Growth Modelmentioning

confidence: 77%

Climate Signatures on Lake And Wetland Size Distributions in Arctic Deltas

Vulis

Tejedor

Zaliapin

et al. 2021

Geophysical Research Letters

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Coastal river deltas are landscapes at significant risk from sea level rise and sediment deprivation (Nienhuis et al., 2020;Syvitski et al., 2009). Arctic deltas are likely more vulnerable than their temperate counterparts due to the presence of thermokarst lakes in permafrost, which are sensitive to rapid Arctic warming (Emmerton et al., 2007;Walker, 1998). Pan-arctic thermokarst lake coverage is responding to warmer temperatures in complex ways, as temperature-driven ground ice loss drives lake growth through retrogressive thaw slumping along lake shorelines (Grosse et al., 2013) but also generates surface and subsurface hydrologic connectivity that can cause lake drainage (

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Section: Lake Size Distributions and A Proportionate Growth Modelmentioning

confidence: 77%