A detailed analysis of climate change and its impact on boreal forests. Permafrost is a technical term referring to soil that remains continuously frozen for at least two consecutive years. In practice, this means that water in the ground is completely solidified and cannot transform into water.

The presence of this type of soil is mainly due to atmospheric temperature. Therefore, while the material that constitutes permafrost requires constant freezing to be considered as such, most of these areas formed during the last glacial period. The importance of this type of soil is not just theoretical.

It is fundamental for global planning because it contributes to determining the distribution of natural resources and economic profits from agricultural and industrial activities. Furthermore, permafrost is an important element of biodiversity, providing habitat for numerous types of living organisms. However, the current situation is different.

Global temperatures are increasing, causing a significant reduction in permafrost. This process, called 'thawing', is occurring at an accelerating rate, leading to a significant increase in greenhouse gas emissions. This impact on climate change is due to the decomposition of organic materials found under permafrost, which releases carbon in the form of greenhouse gases.

The results of this loss of permafrost could be catastrophic if not managed correctly. For example, recent wildfires have accelerated further the loss of permafrost, causing a series of negative consequences. For instance, fossil fuels have been consumed more, creating a negative feedback effect on global temperature.

Some researchers argue that we could save part of the carbon in permafrost through operations to cool boreal forests. This approach could be useful if carried out effectively, but not all countries have yet acquired the necessary experience to do so. In conclusion, the loss of permafrost represents only a part of a more extensive problem.

Climate change has a significant impact on many geographical and environmental areas, and long-term solutions must be found to find efficient and durable solutions.