Peta GIS adalah salah satu dari cara paling akurat untuk membagi informasi geografis. Untuk masyarakat desa di Indonesia, pemetaan GIS dapat menjadi alat penting untuk melihat batas wilayah adat dan juga untuk menyelesaikan konflik atas wilayah.
Inisiatif Kehutanan dari WRI menunjukkan empat manfaat dari pemetaan GIS untuk masyarakat pedesaan di Indonesia.
GIS maps are one of the most accurate ways to share geographic data. For local communities in Indonesia, it can be an invaluable tool to stake out traditional boundaries and resolve land conflicts with governments.
WRI's Forest and Landscapes in Indonesia project reveals four ways GIS mapping can empower forest communities in Indonesia.
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.
Indonesia’s forest moratorium, a policy aiming to protect an area the size of Japan from development, represents one of the most ambitious conservation schemes ever established in the country. But is it actually making progress in improving the forest sector?
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 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.
Less than four months ago, millions of people across Singapore, Malaysia and Indonesia were choking on the worst air pollution ever recorded in Southeast Asia as hundreds of fires burned across Sumatra. The fires caused serious damage, eliciting a public health emergency, closing schools and harming tourism and other businesses.
This week the Sultan of Brunei is hosting many of Asia’s heads of state for the 23rd Association of Southeast Asian Nations (ASEAN) Summit. Preventing new fires and haze are high on the agenda. Key decisions and actions are urgently needed from the presidents and prime ministers this week.
Fires were ablaze once more on the Indonesian island of Sumatra, reaching levels almost as high as those of June 2013, when neighboring Singapore and Malaysia were smothered by record-breaking smog and haze. NASA satellites registered a total of 734 high-confidence fire alerts in Sumatra’s provinces for the period August 22-27. Fire alert numbers declined significantly August 28-29.
Following record-breaking air pollution across Indonesia, Singapore and Malaysia, ministers from five Southeast Asian countries will meet in Kuala Lumpur this week for urgent talks on combating the haze.
New analysis of the patterns and causes of the fires in Sumatra that caused the haze highlights serious issues at the kickoff of this 15th meeting of the Sub-Regional Ministerial Steering Committee on Transboundary Haze Pollution.
1. First, pulpwood and oil palm concessions have a more significant role in the fires that we earlier thought.
WRI’s analysis shows that that the number of fire alerts per hectare, in other words their density, is three to four times higher within pulpwood and oil palm concession boundaries than outside those boundaries.