Ideas Marketplace presentation from WRI - the World Resources Institute. Presented at Agriculture, Landscapes and Livelihoods Day 5 in Doha Qatar, 3 December 2012. http://www.agricultureday.org
2. The Facts
• The Indonesian government has committed to reduce greenhouse gas
emissions by 26 percent by 2020.
• 87% of this goal is planned to be achieved via reducing deforestation,
forest degradation, and peatland conversion (DNPI 2010).
• The country also aims to increase production of 15 major crops,
including doubling palm oil production by 2020.
• This will require ~ 4 Million ha of additional land area (Miettenen
2012).
• If historic conversion patterns continue, up to 90% of this expansion
will occur at the expense of forests (Carlson et al 2012).
5. The Approach
1. Defining and mapping suitable land for expansion of
sustainable palm oil on low carbon, low biodiversity
land.
2. Publishing an online web mapping application that can support ‘greening’ of
the palm oil supply chain
- Focus in Kalimantan, where 65% of current permits for Palm Oil are located
8. The Approach
1. Defining and mapping suitable land for expansion of sustainable palm oil on
low carbon, low biodiversity land.
2. Publishing an online web mapping application that
can support ‘greening’ of the palm oil supply chain
- Focus in Kalimantan, where 65% of current permits for Palm Oil are located
9. WRI’s “Forest Cover Analyzer” alerts past and new
forest cover change in an area of the user’s choice
Netween 9 and 96 M ha of degraded land in Indonesia (of 192 Mha total land area)
But note: Issue of suitability: Some of these lands may not be suitable for oil palm Issue of availability: “Degraded” does not necessarily mean “vacant” or unoccupied. Communities living in or near these lands may not necessarily want them converted to oil palm plantations Fairhurst: Tropical Crop Consultants, U.K. McLaughlin: WWF-US