Study of climatically active gas flows on carbonic polygons

The study of climatically active gas flows on carbonic polygons is a topic of growing significance in the field of environmental science and climate research. Carbonic polygons, also known as ice-wedge polygons, are distinctive geomorphological features found in permafrost regions. These polygonal patterns play a critical role in the dynamics of greenhouse gas emissions, particularly methane and carbon dioxide, which are potent contributors to global warming. As our planet experiences the effects of climate change, understanding the mechanisms and factors influencing gas emissions from these carbonic polygons becomes essential. This study delves into the complex interactions between permafrost, vegetation, and gas fluxes, shedding light on how these interactions can impact our climate. Investigating climatically active gas flows on carbonic polygons is not only a scientific endeavor but also a proactive step toward addressing the challenges posed by climate change

Biomorphological analysis and occurance of plant species in the central area of the Way carbon polygon

When studying the biodiversity of regional flora, various floristic studies are carried out. An important role is played by the analysis of plant life forms. Life forms of plants are one of the main characteristics that make it possible to assess the current state of the flora and are an important indicator for assessing the study of the biodiversity of a floristic object. This article provides a biomorphological analysis and occurrence of plant species at the central site of the WAY CARBON carbon test site (in the vicinity of the village of Khoy, Vedeno district, Chechen Republic). The analysis is based on the processing of herbarium materials and field observations of the authors

“Oxygen Factory” at the CSU Carbon Farm them A. A. Kadyrov

This paper presents studies carried out at the carbon farm of the ChSU named after A.A. Kadyrov from April to November 2022 in order to identify factors affecting CO2 fluxes in different environmental conditions. On the territory of the carbon farm, where paulownia was planted, CO2 emissions were measured, air temperature, temperature and soil moisture were simultaneously recorded. Soil samples of 0-10 cm layers were taken. Field methods of analysis were carried out by the chamber method, gas analyzer LI-COR 7810 in the area where the foundations were installed in the amount of 10 pieces

The Low Carbon Trend from a Sustainability Perspective: Limiting Greenhouse Gas Emissions

Climate change is the main global risk in the next 10 years, and international organizations, businesses and governments are paying more and more attention to decarbonization strategies and energy transition. In line with the general trend, the popularity of the climate agenda in Russia has grown rapidly in recent years. Until recently, many Russian companies calculated their carbon footprint, planned the development and implementation of climate strategies, and the state was actively developing the regulatory infrastructure for low-carbon development. Banking organizations have also announced climate goals and implemented decarbonization activities. However, a sharp change in the geopolitical and economic situation calls into question the future of the national climate agenda. At first glance, it may seem that the importance of low-carbon development principles has decreased, and banks, which have just begun their journey within the framework of the sustainable development agenda, have lost momentum. Increasingly, there are opinions that the main driver for the development of climate strategies, the request of international investors, has lost its relevance

Biomorphological analysis and occurance of plant species in the central area of the Way carbon polygon

When studying the biodiversity of regional flora, various floristic studies are carried out. An important role is played by the analysis of plant life forms. Life forms of plants are one of the main characteristics that make it possible to assess the current state of the flora and are an important indicator for assessing the study of the biodiversity of a floristic object. This article provides a biomorphological analysis and occurrence of plant species at the central site of the WAY CARBON carbon test site (in the vicinity of the village of Khoy, Vedeno district, Chechen Republic). The analysis is based on the processing of herbarium materials and field observations of the authors