Impacts from the annual Arctic 0.5°C increase continue to generate discussion and modelling within the Russian economic community. The researchers wanted to holistically assess the macroeconomic effects of climate change on the Russian economy, using the latest data. They used “a change in Russia’s annual GDP with an increase in the average annual temperature by…
Category: extreme temperatures
Climate change and soil happiness in Leningrad region
Russia has a lot of soil. Russian scientists have been investigating it for centuries and pointeered soil science through researchers such as Dokuchaev, Dokuchaeva, Glazoskaya, Glinka and others. Large soil data projects managed by land institutes e.g. GIZPROZEMs have since been updated using satellite data. Current researchers conducted an agroecological assessment. They investigated land suitable…
Pleistocene Park creators identify 3000 yr old Siberian weather using mummified wood
Nikita and Sergey Zimov of Pleistocene Park in Sakha Republic of Russia, co-authored a study reconstructing Holocene weather conditions. This will help predict the effects of climate change in today’s Russian Arctic. Even Siberian permafrost regions have seasonal variation, especially summer and winter cycles. Mean average annual temperatures and general mean average conditions were previously…
What happens to the forest floor after Siberian wildfires?
The main tree species in the Siberian taiga are larch, Scots pine, fir, spruce, Siberian pine and birch. Lightning is more a frequent cause of wildfires in northern Siberia with anthropogenic activity causing wildfires further south, however central and eastern Siberia have been more affected overall by wildfires. They decrease soil quality (organic matter, structure,…
Hot air in Kamchatka
Volcanoes, the Earth’s natural drama queens, have been getting chattier of late, especially in Kamchatka. The peninsula has 30 volcanoes and is one of the most volcanically active regions in the world. Klyuchevskoy has had a lot to say this week.. Unsurprisingly Russian volcanologists were already on the case, monitoring ash emissions, temperatures and explosive…
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…
Pine trees enjoying Russian warmth
A study by Krasnoyarsk Science Centre in 2019 caught attention, highlighting how birch trees are ‘climbing mountains’ with e.g., the increases in temperature affecting their habitats. Researchers from the Botanic Garden Institute in Yekaterinburg and the Institute of Soil and Water Conservation in Xianyang, recently studied Pinus Sibirica species (Siberian cedar/stone pine) in the Ural…
Climate risk planning for floods and droughts with a hint of Noah and Joseph
A team of researchers investigated the impact on health from floods and droughts between 2010 – 2020. Flooding can be caused by heavy rainfall, storm surges, tsunamis, snow and ice melt or damage to water infrastructure. Health impacts include injuries from flooding including collapsed buildings, floating objects, toxic water with increased pathogens. Regular flooding can…
Understanding rain, snow and cyclones across the Barents Sea
[Ed. Alexander Kislov and his team are some of Russia’s leading climate scientists] Interest in the effect of warming temperatures in the Arctic continues to grow, with researchers studying a range of impacts such as reduced sea ice, animal migration, flora changes and overall adaptation. However building an overall picture takes multiple projects and multiple…
Siberian trees are telling the humans it’s too hot !
Increases in sea ice melt, permafrost melt and wildfires are observed whilst Siberian temperatures continue to escalate beyond previous records, for example 38°C last year inside the Arctic Circle. To understand the changes, researchers looked at proxy records. Historically in the Siberian Arctic they have mostly included low-resolution pollen records and laminated lake sediments. They…
Russian Climate Research 