In an article originally published in Project Syndicate, the authors discuss the changing landscape of forest management and how corporations are making stronger sustainable business commitments.
The UN has announced that March 21 be recognized as the International Day of Forests. In tandem with the celebration of forests worldwide, is an awareness that we are still losing forests and trees much faster than they can regrow.
Many people are working to reverse tree cover loss in the world’s largest remaining forests. But several hugely important deforestation hotspots are still flying under the radar. These forest areas are seeing alarming trends and/or have lost much of their tree cover. We are using the latest data from Global Forest Watch, an online forest monitoring and alert system, to dive deeper into some under-reported deforestation hotspots.
Di awal Maret 2014, kebakaran hutan dan lahan gambut di provinsi Riau, Sumatera, Indonesia, melonjak hingga titik yang tidak pernah ditemukan sejak krisis kabut asap Asia Tenggara pada Juni 2013. Hampir 50.000 orang mengalami masalah pernapasan akibat kabut asap tersebut, menurut Badan Penanggulangan Bencana Indonesia. Citra-citra satelit dengan cukup dramatis menggambarkan banyaknya asap polutan yang dilepaskan ke atmosfer, yang juga berkontribusi kepada perubahan iklim.
Clearing land for timber and agriculture is likely to blame for Indonesia's latest bout of fires. According to data from Global Forest Watch—a new online system that tracks tree cover change, fires, and other information in near-real time—roughly half of these fires are burning on land managed by oil palm, timber, and logging companies—despite the fact that using fire to clear land is illegal in Indonesia.
With Global Forest Watch, everyone from business executives to policymakers to indigenous groups can find out what’s happening in forests around the world—and use this information to take action. Now that we have the ability to peer into forests around the globe, a number of telling stories are beginning to emerge.
Learn more about how you can make your own map, here.
Indonesia has the world’s third-largest rainforest, which is a haven for biodiversity and an economic lifeline for many rural communities. However, Indonesian forests are in rapid decline and the country regularly tops deforestation hotspots lists. The key to protecting Indonesia’s forests remains reforming its massive forestry and agriculture sectors. By giving these industries the tools to produce commodities such as palm oil and wood pulp sustainably, Indonesia can increase agricultural production without contributing to deforestation.
WRI has produced a new issue brief to address this challenge, How to Change Legal Land Use Classifications to Support More Sustainable Palm Oil in Indonesia. This publication provides a “how-to guide” for companies to shift their palm oil operations from forested to degraded land, as well as recommendations on how Indonesian policymakers can make this process easier.
WRI mempublikasikan analisis singkat untuk membahas tantangan tersebut: How to Change Legal Land Use Classifications to Support More Sustainable Palm Oil in Indonesia (Bagaimana Mengubah Klasifikasi Legal Penggunaan Kawasan untuk Mendukung Kelapa Sawit yang Lebih Berkelanjutan di Indonesia). Publikasi ini memberikan panduan praktis bagi perusahaan untuk memindahkan operasi kelapa sawitnya dari lahan berhutan ke lahan terdegradasi, sekaligus menawarkan beberapa rekomendasi kepada para pembuat kebijakan di Indonesia untuk membuat proses ini dapat berlangsung dengan lebih mudah.
How to Change Legal Land Use Classifications to Support More Sustainable Palm Oil Production in Indonesia
Indonesia's industry and government leaders have announced goals to expand palm oil production while avoiding forest loss and social conflict. Achieving those goals depends on establishing new plantations on suitable, non-forested land and respecting local rights. Land classification in...
The Suitability Mapper enables users to identify potentially suitable sites for sustainable palm oil production.
The Forest Cover Analyzer enables users to assess forest cover change and risks related to sustainable palm oil production in areas of their choice in Kalimantan, Indonesia.