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REGULARITIES OF PERMAFROST INTERACTION WITH GAS AND GAS

REGULARITIES OF PERMAFROST INTERACTION WITH GAS AND GAS 2025

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The document presents findings from the 7th International Permafrost Conference, focusing on the interaction between permafrost and gas/gas hydrate deposits in northern Eurasia. Using a two-dimensional mathematical model, the study investigates how climatic fluctuations over long periods affect permafrost thickness and geothermal anomalies above gas deposits. It highlights that gas deposits at depths of 300-500 m significantly influence permafrost dynamics, with both positive and negative anomalies observed during permafrost aggradation and degradation phases. The research suggests that secondary gas deposits may form due to gas emissions from deeper reservoirs, indicating potential for future hydrocarbon exploration.

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What does permafrost release?

Permafrost thaw contributes to a positive feedback loop that further accelerates the warming of Earth, releasing methane, which is a more powerful greenhouse gas than carbon, directly into the atmosphere, and contributing to the spread of devastating Arctic wildfires.

What gas is leaking from permafrost?

As the global climate warms up, this permafrost thaws and releases, in addition to carbon dioxide, methane, a potent if short-lived greenhouse gas. This causes even more warming, thus thawing more permafrost and releasing even more methane, and so on.

What gas is sealed in the permafrost?

As long as the cap of glaciers and permafrost remains frozen, the methane can stay sealed. But as glaciers melt away and permafrost thaws, the methane can find its way to the surface, where it is released into the atmosphere.

What gases are released by permafrost?

Observations confirm that it is rapidly warming, and releasing part of that thawed carbon into the atmosphere as both carbon dioxide (CO2) and methane. Permafrost thaw is projected to add as much greenhouse gas forcing as a large country, depending on just how much the planet warms.

How does permafrost affect greenhouse gases?

Additionally, organic matter (like the remains of plants) currently frozen in the permafrost will start to decompose when the ground thaws, resulting in the emission of methane and carbon dioxide into the atmosphere. This contributes to further global climate change.

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