Siberia is one of the most fire-prone regions of northern Eurasia and also the region with the
greatest warming in the Eastern Hemisphere over the last decades. In this study, …

Yakutia (Eastern Siberia) is one of the most fire-prone regions of Russia, which is frequently
affected by large-scale wildfires despite a relatively short warm period, which usually lasts …

Several recent studies have indicated a strong relationship between extensive wildfires in
Siberia and synoptic-scale weather processes. In this study, we used the concept of fire …

Aerosol optical thickness and aerosol index variations, caused by large-scale forest fires in
central Yakutia in 2002 were studied using remote-sensing data (Earth Observing System (…

The paper presents the results of burned area (BA) mapping in Eastern Siberian forests using
Land Long Term Data Record (LTDR) project data. A combined approach that includes an …

The results of estimation of burned area from wildfires in Eastern Siberia using a threshold
algorithm and expert evaluation are presented. Atmospheric emissions of CO 2 and PM 10 …

The results of studies of the dynamics of forest fires in the boreal forests of Yakutia (Eastern
Siberia) for 2001-2016 are presented. Variations of aerosol optical thickness (AOT), aerosol …

Wildfires seasonal cycle, air temperature anomalies and precipitation in four latitudinal zones
of Eastern Siberia are analyzed by multidecadal remote sensing data and CRU TS dataset…

Introduction. Forest fires play an important role in natural cycles, performing the ecological
functions of natural forest renewal and maintaining a balance of biodiversity. The release of …

Aerosol index variations, caused by large-scale forest fires in Siberia, Russia in 2012, 2013
were studied on remote sensing data (EOS Terra, Aqua and Aura). Analysis of the forest fire …