Mapping Together helps people use Collect Earth mapathons to monitor tree-based restoration. Collect Earth enables users to create precise data that can show where trees are growing outside the forest across farms, pasture, and urban areas and how the landscape has changed over time.

A new report from WRI India found that the Sidhi district could economically and ecologically benefit from landscape restoration. When implemented at scale in Sidhi, restoring land could conserve biodiversity, improve water recharge, sequester carbon, enhance rural livelihoods and spur rural development.

This working paper examines case studies of three communities in Bhutan, Ethiopia, and Costa Rica that are already experiencing severe impacts of climate change. These case studies explore the incremental and transformative adaptation measures they have adopted or will need to in the future.

It is estimated that 20% of global land is either degraded or undergoing degradation, leading to an annual loss of 12 million hectares of productive land (UNCCD 2017). In Africa, some 715 million ha are degraded, including 65% of all arable land, 30% of all grazing land and 20% of all forests.

Recent major international reports have highlighted the alarming impact of food production systems on climate change, land and biodiversity.

Land degradation exacerbates the unique vulnerabilities of Small Island Developing States (SIDS) to environmental challenges, such as climate change, flash floods, soil erosion, lagoon siltation, coastal erosion and sea level rise, undermining their economic potential.

Water scarcity is already widespread and remains on the rise: it is found in nearly every region in the world. Around 36% of the world’s population is currently living in water-scarce regions. This publication shows that avoiding, reducing and reversing land degradation have positive long-term gains in water security.