Siberian scientists recently analysed how much methane was stored in the Lena River, Tiksi Bay and .Lake Golzovoye because methane levels in water are not as well known. Between 2001-17 the atmospheric methane increased to 1932 ppb, recorded at Tiksi Hydrometeorological Observatory. They wanted to investigate the relationship between warmer water temperatures and increased methane…
Category: Arctic
Climate challenges for small indigenous groups in the Russian Arctic
[Ed. for further exploration of the topic, Matvienko cites 23 research studies from the last fifteen years included at the end of his article] Roshydromet’s data shows that the average annual air temperature in the Russian Arctic has warmed faster than other parts of the world. (Matvienko, 2023), affecting indigenous (Nenet, Evenk, Chutki) populations. These…
Surfing the Russian coast – an atlas of wind and wave energy
Russia’s coastline includes seas and oceans stretching along 40,000 km. Wave energy varies between 29kW/M – 35 kW/M (Myslenkov et al., 2023) The researchers investigated on and offline mapping and methodologies forecasting wind and wave movements. They developed an open-access atlas so that anyone can get updated wind and wave information. This is now available…
Arctic Science Diplomacy webinar recording
The Arctic Institute is a Washington based NGO. A recent article by Pavel Deyatkin summarises their view about cooperation prospects. The webinar was then streamed. Recording:
Measuring methane from the Russian Arctic shelf
CO2 (carbon dioxide) are widely publicised but CH4 (methane) emissions are less known. These more potent methane emissions in the atmosphere are also caused by either natural or anthropogenic sources. When oxidised, CH4 leads to the formation of CO2 emissions in atmospheric ozone. Studies of land and water sources of emissions are more widely known….
Economic vs climate strategy face-off in the Russian Arctic
Russian climate doctrine and strategy include climate change as one of the biggest 21st century challenges especially socio-economic development of the Arctic region with both opportunities and risks (Drachkova et al., 2023, Kremlin, 2020). The Arctic is warming twice as fast as other areas with reduced snow cover, reduced permafrost, increased precipitation. Sea ice is…
A regulatory shhh across Arctic coastal ecosystems?
Alongside the Arctic Ocean, the Barents, White, Kara, Laptev, East Siberian and Chukchi seas are marine ecosystems including seabeds, ocean floor and subsoils. Increases in drilling of the continental shelf increases environmental impact. Yakovleva noted the most common issues are emissions, oil / oil product spills, pollution, waste (including metals, radioactive, plastic etc ), and…
Space-Time irregularities in the Siberian troposphere
Air circulation in Russia has been changing in particular the North Atlantic Oscillation (NAO) influence, affected by global temperature increases. Extreme weather in 2020 produced 372 events causing significant damage to Russia’s economy and population.1 Regional climate changes have greater space-time irregularities most commonly surface air temperatures rising faster in high latitudes. However this changes…
What is lurking in Svalbard’s waters?
Researchers looked at marine biodiversity in Arctic waters near Svalbard, in particular the marine ecosystems in the Barents Sea and the Fram Strait region. In the lower benthic layers of the waters, there are greater biodiversity of e.g. zooplankton and fish species. There is a mix of warmer and saltier Atlantic water and colder Arctic…
Great Norilsk Expedition results in 2023
In 2020, scientists from across 14 branches of the Russian Academy of Sciences began the expedition in Taymyr. They are assessing the state of Arctic ecosystems in the area. Early results of impacts on Arctic waters, via TASS and the Institute of Biophysics (EN) at the Siberian Branch of the Russian Academy of Sciences (SB-RAS);…
Russian Climate Research 