Features of sediment temperature on the shelf and continental slope areas of the Russian
Arctic seas and its physical properties are important for understanding the current state of …

Based on a regional ice-ocean model, we simulated the state of the water masses of the
Arctic Ocean to analyze the transport of dissolved methane on the Arctic shelves. From 1970 …

Significant reserves of methane (CH 4) are held in the Arctic shelf, but the release of CH 4 to
the overlying ocean and, subsequently, to the atmosphere has been believed to be …

Shallow-marine methane seeps, described here for the first time from the Australian Upper
Paleozoic, are among few reported globally from the Carboniferous–Permian. Carbonate …

Estimates of the intra-and intersentennial degradation of permafrost at different depths and
conditions of methane hydrate stability on the Yamal Peninsula under warming were …

This study explores the carbon stability in the Arctic permafrost following the sea‐level
transgression since the Last Glacial Maximum (LGM). The Arctic permafrost stores a …

The simulations with SMILES (the Sediment Model Invented for Long-tErm Simulations) for
100 kyr in the future driven by the output of an Earth System Model with internally calculated …

This paper analyzes the increase in water temperature in the Laptev Sea in the present
century. It is shown that such a phenomenon as “marine heat waves” can be isolated in the …

The East Siberian Arctic shelf is the area where the largest natural gas reserves are
concentrated. The formation of permafrost of the Arctic shelf during the Ice Age contributed to …

This paper presents the results of numerical modeling of the permafrost thermal regime and
thermobaric conditions of methane hydrates in the north of Western Siberia over the past 70 …