The work carried out by our team has resulted in a local geoinformation system entitled ‘Landscape fires in saiga habitats in the northwest pre-Caspian Sea region.’ The study was accomplished with the support of WWF Russia under the WWF001671 project ‘Geoinformation mapping and analysis of the dynamics of landscape fire areas in the saiga habitat in the North-West pre-Caspian Sea region.
An analysis of the burning of forests in the Tomsk region is given, using the example of three fores...
Abandoned drained peatlands pose the greatest danger in terms of peat fires. This is especially true...
The nature of catastrophic steppe fires in Siberia, which in recent decades have been spread over th...
The paper is aimed to detect burnt sites in Protected Areas (PAs) in the arid zone of Russia: Astrak...
A retrospective analysis of a previously proposed deterministic and probabilistic techniques is cond...
Abstract. Aim. The current state, variability, dynamics of natural and natural-anthropogenic landsca...
Landscape fires are one of the main factors of anthropogenic vegetation and soil transformation, as ...
Wildfires affect the structure and distribution of vegetation all over the globe and have their own ...
Forest wildfires cover vast territories of mountainous Siberia. As a result, the appearance of the l...
In the paper we summarized the data on wildfires in Siberian forests that was obtained on the basis ...
Recent fire management policy in Russia assumes the complete exclusion of fires from the statutory r...
Peat fires differ from other wildfires in their duration, carbon losses, emissions of greenhouse gas...
The vast Angara region, with an area of 13.8 million ha, is located in the southern taiga of central...
The history of wildfires along a latitudinal transect from forest–tundra to middle taiga in North-Ce...
The role of fire disturbances in boreal regions is of great importance for the global carbon cycle, ...
An analysis of the burning of forests in the Tomsk region is given, using the example of three fores...
Abandoned drained peatlands pose the greatest danger in terms of peat fires. This is especially true...
The nature of catastrophic steppe fires in Siberia, which in recent decades have been spread over th...
The paper is aimed to detect burnt sites in Protected Areas (PAs) in the arid zone of Russia: Astrak...
A retrospective analysis of a previously proposed deterministic and probabilistic techniques is cond...
Abstract. Aim. The current state, variability, dynamics of natural and natural-anthropogenic landsca...
Landscape fires are one of the main factors of anthropogenic vegetation and soil transformation, as ...
Wildfires affect the structure and distribution of vegetation all over the globe and have their own ...
Forest wildfires cover vast territories of mountainous Siberia. As a result, the appearance of the l...
In the paper we summarized the data on wildfires in Siberian forests that was obtained on the basis ...
Recent fire management policy in Russia assumes the complete exclusion of fires from the statutory r...
Peat fires differ from other wildfires in their duration, carbon losses, emissions of greenhouse gas...
The vast Angara region, with an area of 13.8 million ha, is located in the southern taiga of central...
The history of wildfires along a latitudinal transect from forest–tundra to middle taiga in North-Ce...
The role of fire disturbances in boreal regions is of great importance for the global carbon cycle, ...
An analysis of the burning of forests in the Tomsk region is given, using the example of three fores...
Abandoned drained peatlands pose the greatest danger in terms of peat fires. This is especially true...
The nature of catastrophic steppe fires in Siberia, which in recent decades have been spread over th...