Permafrost thaw can cause an intensification of climate change through the release of
carbon as greenhouse gases. While the effect of air temperature on permafrost thaw is well …

Abstract The “Xing'an-Baikal” permafrost is distributed in Eurasia's middle and high latitudes.
It incorporates features observed in high-altitude and high-latitude permafrost, yet it …

Investigation of the dynamical behavior related to environmental phenomena has received
much attention across a variety of scientific domains. One such phenomenon is global …

Under the continuing influence of global warming, resolving the inconsistency of permafrost
degradation rates and quantifying the spatial distribution characteristics are critical for high …

Ground subsidence caused by permafrost thawing causes the formation of thermokarst
ponds, where organic compounds from eroding permafrost accumulate. We photolyzed …

Abstract The Qinghai–Tibet Plateau (QTP) has responded to remarkable climate warming
with dramatic permafrost degradation over the past few decades. Previous studies have …

Oxidative weathering of sulfide minerals in sedimentary rocks releases carbon dioxide
(CO2) into the atmosphere. In permafrost zones, this could be a positive feedback on climate …

Flooding of low-lying Arctic regions has the potential to warm and thaw permafrost by
changing the surface reflectance of solar insolation, increasing subsurface soil moisture …

Rapid permafrost degradation is observed in northern regions as a result of climate change
and expanding economic development. Associated increases in active layer depth lead to …

Most residential buildings and capital structures in the permafrost zone are constructed on
the principle of maintaining the frozen state of the foundation soils. The changing climate …