Abstract Climate change mitigation increasingly relies on carbon pricing as a core policy tool. This study investigates the applicability of such mechanisms within the Russian context, given the country’s heavy fossil fuel dependence and evolving energy landscape. A mixed-method approach is used, combining case studies (EU ETS, Nordic carbon taxes, Sakhalin pilot) with scenario modeling based…
Category: CO2
Measuring freezing and thawing in the Kola peatlands with GPR
The active layer of permafrost which freezes and thaws is seasonally monitored using ground-penetrating radar (GPR) for variation in activity and thickness, especially in response to recent climate change. Ryazantsev wanted to find out whether GPR can provide useful information about thermal factors such as soil temperature change, thermal insulation and thermal conductivity. Remote sensing…
Decarbonising economies – Russia, China, Brazil, Germany, Japan, India
All six countries have strategies towards achieving carbon neutrality. The researchers report that they have 44% of global population, 39.2% global GDP, 44.8% primary energy consumption and 49% global CO2 emissions. They note that different views on economic development and energy transition affect an overall international climate outlook from agreements such as Paris 2015. They…
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…
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…
What is in defrosted Russian Arctic ice?
Carbon deposits in thawing permafrost include widely reported methane gases released as bubbles and present in craters across Siberia. Scientists wanted to find out more about the greenhouse emissions and what was in the defrosted ground ice including dissolved organic matter (DOM) and particulate organic matter (POM). They studied four locations across the Russian arctic…
Soviet and Russian perspectives on geoengineering and climate management
With geoengineering being a hot topic in climate change discussions, Jonathan Oldfield and Marianna Poborezhskaya reviewed the history and current thinking from both Soviet and Russian perspectives. During Soviet history, discussions mirrored other countries about human influence on climate change such as stratospheric sulfur aerosols to mitigate the effect. Even within the 1950s Soviet scientists…
Do carbon emissions affect investor returns in Russian stock markets?
Russia is a signatory to the Paris Climate Agreement and currently developing carbon trading options. The financial researchers wanted to find out more about the relationship between GHG emissions especially CO2 and the profitability of carbon or carbon-free firms. They define carbon risk as “the uncertain possibility of charging polluters for air pollution which depends…
What are soil CO2 emissions after Siberian wildfires?
Siberian boreal forest regions act as carbon sinks but are also affected by climate change impacts such as wildfires. Wildfires release carbon into the atmosphere and change soil decomposition and respiration. The scientists wanted to examine soil emissions, temperature, moisture and properties during successions after wildfires, using taiga study sites in Central Siberia. They expected…
Russian Climate Research 