Measuring two and a half centuries of Ammonia emissions from the Russian Caucuses

Abstract: Atmospheric ammonia (NH3) is a key transboundary air pollutant that contributes to the impacts of nitrogen and acidity on terrestrial ecosystems. Ammonia also contributes to the atmospheric aerosol that affects air quality. Emission inventories indicate that NH3 was predominantly emitted by agriculture over the 19th and 20th centuries but, up to now, these estimates have…

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…

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,…

Carbon update from the Ladoga polygon

The Ladoga polygon is part of a network of carbon monitoring sites, with Ladoga providing data for this north-west region of Russia. It stores large volumes of carbon in soils, approx 208 tC/ha which is the largest volume outside of permafrost affected soil. The region has not had any significant agricultural activity for over 40…

Siberian honeybees holding their own

Some tourists don’t take the Transbaikal Siberian train. They fly in and like it so much they want to stay and mingle with the locals. But what do resident bees really think? Zoology researchers from Tomsk State University decided to find out. Bee threats are well researched – pests, pathogens, fertilisers, habitat destruction and Russian…

How is climate change affecting public health in Russia?

The researchers reviewed 1740 papers and reports which show increasing interest in the impact of climate change on public health in Russia: They were stimulated by the World Climate Change Conference held in Moscow in 2003 with the support of the United Nations and other international organizations, including WHO. The same year, the first review…

Climate concerns of Russian businesses

In October 2023, Russian President Vladimir Putin signed an updated version of a climate doctrine for Russia, 2023 version (RU), 2009 version (EN), which will be reviewed as part of development of a future state policy.1 In November, a group of researchers from four Russian universities published their analysis of the mission statements of the…

Highway to decomposed organic matter – heavy metals in Central Siberian forests

Mining and potential toxic elements (PTE) causing soil contamination is an internationally researched issue due to the transfer and resilience of the metallic elements in the soil affecting ecosystem health. Metals move from mining dump sites either as airborne elements or through plant root structures into the soil. The researchers studied the Vilyui plain on…

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…

Predicting carbon friendly and investment friendly climates in Russia

Between 1990 and 2019, Russia had halved its GHG emissions, with 2019 emissions at 2.1 GtCO2e with carbon dioxide (CO2) emitted during energy consumption representing the bulk, alongside methane CH4 from oil and gas infrastructure, waste and nitrous oxide (NO) from agriculture. As previously mentioned, Russia’s energy mix includes natural gas, nuclear, some coal, oil…