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Russia's war against Ukraine is causing environmental damage through significant greenhouse gas emissions

Published Feb 12, 2025

Tridge summary

The article highlights the significant greenhouse gas emissions, totaling 341 million tons of CO₂, that have resulted from the ongoing war in Ukraine, contributing to the global climate crisis. The conflict has caused substantial environmental damage, with costs estimated to exceed $32 billion. The conflict has led to a rise in the average annual air temperature in Ukraine, from 7.8°C in the 1980s to 10.0°C in the 2020s, resulting in more days of extremely high temperatures, which are causing droughts and reducing agricultural yields. Despite similar rainfall patterns over the past 40 years, the uneven distribution of precipitation has resulted in prolonged droughts, harming soil conditions and crop growth. Comparisons of maps from the 1990s and 2020s show notable changes in natural zones, with projections for the period 2030-2049 suggesting a substantial decrease in crop yields if temperatures rise by 2°C or more, potentially leading to losses of up to 25% without adaptation measures.
Disclaimer: The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

The war has caused an increase in greenhouse gas emissions (341 million tons of CO₂), which exacerbates the climate crisis. Climate change in Ukraine is becoming increasingly noticeable, which threatens not only natural areas, but also the country's agriculture. This is reported by SuperAgronom.com, referring to the data of the infographic guide "Agribusiness of Ukraine" for 2023/24 MY, which can be downloaded online at the link. Greenhouse gas emissions: 341 million tons of CO₂ - total emissions caused by the war. 175 million tons of CO₂ - emissions from direct military actions. > $ 32 billion - estimated cost of eliminating environmental damage. Main sources of emissions: The average annual air temperature in Ukraine increased from 7.8°C in the 1980s to 10.0°C in the 2020s. This has led to an increase in the number of days with extremely high temperatures, which, in turn, leads to droughts and reduced yields. Despite the increase in temperature, the amount of ...
Source: Superagronom
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