The Impact of War: Deforestation and Reforestation in Ukraine’s Emerald Network

The Impact of War: Deforestation and Reforestation in Ukraine’s Emerald Network

Modern warfare profoundly affects not only the population ⁤and⁢ economy of the countries involved but also ⁣their‌ ecosystems. The⁢ war‌ between Russia and ​Ukraine, ongoing since 2014,⁣ impacted an‍ area ‍containing Emerald Network ‌ecological protection sites in the occupied Ukrainian​ regions of ⁣Donetsk and Luhansk.

Ukraine joined the Convention ‌in 1996⁢ and started implementing the associated policies, environmental protection legislation, and Emerald Network‍ sites in 2000. Hence, analyzing changes in implementing those policies provides ‌a⁣ unique opportunity for investigating the ​consequences ‌of modern warfare on‌ environmental sustainability and conservation.

In a ⁤study published in ‍the journal Communications Earth⁣ & Environment, ⁢researchers in Ukraine and the United States employed Landsat and Copernicus Sentinel 1 and ⁢2 satellite imagery to​ analyze changes in forest cover⁢ between 1996 and 2020 in Ukraine’s Emerald Network protected areas located in the ‌Luhansk region,⁣ under partial⁣ Russian control since 2014.

In their analysis, the group verified that ⁣between 1996 ‍and 2000, before the creation of‍ the Emerald Network,⁤ deforestation trends were similar in the ⁣territories‌ currently ‌controlled by Ukraine and Russia, with around 4% of forest loss. Additionally, from 2000 to 2013, during the Emerald Network establishment⁢ and before the conflict, ⁢reforestation rates were ‍significant and comparable in both. (8% and 10%, respectively).

However, ⁣from 2013⁢ to 2020, ‍the researchers found a stark difference in ‌conservation between the ‌territories after the beginning of the conflict.⁢ Territories that remained under ‌Ukrainian control gained 9% ⁤of​ forest area,​ even ‌under military conflict‍ and increased ecological⁤ vulnerability. ⁤On the other hand, territories under Russian control lost 20 years ​of⁣ sustainable development progress, ‍with 25%⁢ of forest loss‌ when‍ compared to ‌2013 estimates.

2023-12-11 13:00:05
Source from phys.org rnrn

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