Faculty of Geography and Geoinformation Technology

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Bachelor’s programme

Book

Атлас изменений окружающей среды - Кыргызская Республика (Atlas of Environmental Change - Kyrgyz Republic)

Medvedev A., Alekseenko N., Kuramagomedov B. et al.

United Nations Environment Programme, 2025.

Article

Ecosystem–Atmosphere Exchange of CO2 in Ombrotrophic and Mesotrophic Peatlands in the Taiga Zone of European Russia and West Siberia

Mamkin V., Avilov V., Dmitrichenko A. et al.

Global Biogeochemical Cycles. 2026. Vol. 40. No. 1. P. 1-21.

Book chapter

Thermodynamic Properties of Landscape Cover

Robert Sandlersky.

In bk.: Reference Module in Earth Systems and Environmental Sciences. Oxford: Elsevier, 2025. P. 1-11.

Working paper

The ‘Pivot to the East‘ and China in Russian Discourse

Колосов В. А., Zotova M.

Published online. 10.1080/14650045.2021.1952184. Taylor and Francis, 2021

All publications

A Russian-American team of researchers used convolutional neural networks to study high-resolution satellite images of three Siberian landscapes taken at intervals of 10-15 years

Russian coauthors research A. Derkacheva and K. Ermokhina (in the foreground) on their way to the fieldwork site, near Harp, 2018

The neural network analysed nearly a million 12×12 m plots and found that the rate of shrub spread varies from 2.4% to 26.1% per decade, depending on local conditions. The study showed that mature shrubs prefer well-drained slopes, while new colonisation occurs on flatter areas, which opens up opportunities for predicting further shrubification of the Arctic under climate change conditions

Research & Expertise publications research projects international cooperation HSE Development Programme until 2030 International Laboratory of Landscape Ecology

November 24, 2025

Geography of Global Changes and Geoinformation Technology

Spatial Data and Applied Geoanalytics

Low Carbon Development

Tag "HSE Development Programme until 2030" – News

A Russian-American team of researchers used convolutional neural networks to study high-resolution satellite images of three Siberian landscapes taken at intervals of 10-15 years