World Heritage forests are some of the most biodiversity-rich habitats on Earth and play a crucial role in climate regulation by absorbing carbon dioxide (CO2) from the atmosphere. However, these forests are under increasing anthropogenic pressures, including climate change. By combining remote鈥
袚谢邪薪写, 楔胁械泄褑邪褉懈褟, 23 懈褞谢褟 2020 谐. (袦小袨袩). 小械谐芯写薪褟 袦小袨袩 芯锌褍斜谢懈泻芯胁邪谢 袚谢芯斜邪谢褜薪褘泄 褋褌邪薪写邪褉褌 褉械褕械薪懈泄 褋 褍褔械褌芯屑 锌褉懈褉芯写薪褘褏 褎邪泻褌芯褉芯胁, 泻芯褌芯褉褘泄 胁锌械褉胁褘械 胁 屑懈褉械 褋芯蟹写邪谢 褌芯褔泻褍 芯褌褋褔械褌邪, 锌芯蟹胁芯谢褟褞褖褍褞 芯褑械薪懈胁邪褌褜 褌邪泻懈械 褉械褕械薪懈褟, 褟胁谢褟褞褖懈械褋褟 芯褌胁械褌芯屑 薪邪 谐谢芯斜邪谢褜薪褘械 胁褘蟹芯胁褘. 袧芯胁褘泄 袚谢芯斜邪谢褜薪褘泄 褋褌邪薪写邪褉褌 袦小袨袩鈥
小芯褏褉邪薪械薪懈械 斜懈芯谢芯谐懈褔械褋泻芯谐芯 褉邪蟹薪芯芯斜褉邪蟹懈褟 褟胁谢褟械褌褋褟聽薪械芯褌褗械屑谢械屑芯泄 褔邪褋褌褜褞 胁芯褋褋褌邪薪芯胁谢械薪懈褟 谢械褋薪褘褏聽谢邪薪写褕邪褎褌芯胁. 袩芯泻邪 袦械卸写褍薪邪褉芯写薪褘械 懈薪懈褑懈邪褌懈胁褘, 褌邪泻懈械 泻邪泻聽Bonn Challenge (芦袘芯薪薪褋泻邪褟 锌械褉褋锌械泻褌懈胁邪禄) 懈 袧褜褞-袡芯褉泻褋泻邪褟聽
袦械褌芯写芯谢芯谐懈褟 芯褑械薪泻懈 锌械褉褋锌械泻褌懈胁 胁芯褋褋褌邪薪芯胁谢械薪懈褟聽谢械褋薪褘褏 谢邪薪写褕邪褎褌芯胁 (袦袨袩袙)1 斜褘谢邪 褉邪蟹褉邪斜芯褌邪薪邪聽袦小袨袩聽懈 袠薪褋褌懈褌褍褌芯屑 锌芯 懈褋褋谢械写芯胁邪薪懈褞 屑懈褉芯胁褘褏 褉械褋褍褉褋芯胁聽(袠袠袦袪) 写谢褟 芯泻邪蟹邪薪懈褟 锌芯屑芯褖懈 褋褌褉邪薪邪屑 胁 胁褘褟胁谢械薪懈懈聽胁芯蟹屑芯卸薪芯褋褌械泄 胁芯褋褋褌邪薪芯胁谢械薪懈褟 谢械褋薪褘褏 谢邪薪写褕邪褎褌芯胁 (袙袥袥),聽芯锌褉械写械谢械薪懈懈 锌褉懈芯褉懈褌械褌薪褘褏 褌械褉褉懈褌芯褉懈懈泄 薪邪 薪邪褑懈芯薪邪谢褜薪芯屑聽懈鈥
Recent developments have seen forest landscape restoration (FLR) become widely recognized as an important means of not only restoring ecological integrity at scale but also generating additional local-to-global benefits. This handbook presents the Restoration Opportunities Assessment Methodology鈥