Forest communities of the Green Book for Bryansk

In full (RU)AbstractTo identify and describe the forest communities of the Green Book of the Bryansk region, the habitats of 10 natural monuments have been surveyed. Forest communities are represented by formations of oak forests and ash forests. Thanks to biomonitoring work followed by analysis of syntaxonomic diversity, observation bases have been created for 6…

Heartwood and carbon in NW Russian pine trees

Heartwood (HW) has a major proportion of a tree trunk, compared with its outer sapwood (SW). Researchers investigated the carbon accumulation to understand the depths of carbon sequestration in pine species in north-western Russia. They mentioned that 64% of the forests of Russian Karelia are Scots Pine which they compared across lingonberry (30% Karelia, 42%…

Forest carbon capture in the Russian carbon market

As part of Russia’s implementation of the Paris agreement, original plans and strategies suggested targets for net absorption in managed forests between 620 – 2500 mln tonnes of CO2e by 2030 (Romanovskaya, 2023). She suggests that 1.2bln tonnes CO2e by 2050 is still possible but needs restructuring of forest management systems. Also identification and validation…

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…

Climate change impact on birds in Tatarstan forests

Research from Tatarstan between 2018-23 reviewing winter bird species richness: We show for the first time the results of a study into the spatial distribution of birds in forests at the eastern edge of Europe (Republic of Tatarstan, Russia) and changes from early to late winter. A transect method was used to census randomly selected…

Can Steppe trees grow fast enough to suit international climate agreements?

Researchers from Voronezh reviewed the planned timeframes for carbon absorption / emissions reduction in the Paris climate agreement, which has separate credits for projects lasting 5, 10 and 15 years with some extensions. A common method is to use reforestation together with forestry management to help absorb carbon. They noted that most Reducing Emissions from…

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…

How West Siberia’s atmosphere may help prevent anti-microbial resistance

Russian scientists have been studying proteins and particles in atmosphere aerosols for over 20 years. Generally, microorganisms over marshlands are less well studied. The researchers wanted to investigate bioaerosols in the atmosphere over Vasyugan marshes in Siberia, approximately 52,000 km2. They wanted to measure the concentration of proteins and culturable microorganisms. The mix of forest,…

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…