February 15, 2009
Gatot Irianto, head of research and development for the Agriculture Ministry, said the department is drafting a decree that would allow the drainage and conversion of peatland areas into oil palm estates.
“We still need land for oil palm plantations. We must be honest: the sector has been the main driver for the people’s economy,” he told The Jakarta Post on the sidelines of a meeting organized by the National Commission on Climate Change.
“We’ve discussed the draft with stakeholders, including hard-line activists, to convince them that converting peatland is safe,” he said. “We promise to promote eco-friendly management to ward off complaints from overseas buyers and international communities.”
Peatlands, formed by organic deposits comprised of partially decayed plant matter that accumulates over time, cover more than 400 million hectares of land worldwide. Most of these exist in permafrost in the far north, though some are found in the lowlands of tropical Asia, especially in the swampy forests of Indonesia and Malaysia. Peatlands, which form over hundreds of years and sometimes more than 66 feet (20 meters) deep, are giant reservoirs of carbon, storing around 2,000,000 million tons of carbon dioxide globally. However, when peatlands are drained, cut, or burned this stored carbon is released into the atmosphere, contributing to climate change. Photo by Rhett Butler.
While burning releases enormous amounts of carbon dioxide, merely draining peatlands also contributes to global warming — upon exposure to air, peat rapidly oxidizes, decomposes, and releases carbon dioxide. A study led by Dr. Susan Page University of Leicester found that producing one ton of palm oil on peatland generates 15 to 70 tons of CO2 over 25 years as a result of forest conversion, peat decomposition and emission from fires associated with land clearance.
Indonesia is home to some 20 million hectares of peatlands, which store billions of tons of carbon. Clearance, drainage and fires in peatlands worldwide accounts for more than 3 billion tons of carbon dioxide emissions every year, or about 10 percent of global emissions, according to Wetlands International, an environmental group.
Given the emissions associated with conversion of peatlands, some environmentalists are pushing for oil palm expansion on degraded and abandoned agricultural lands. Indonesia has tens of millions of hectares of such lands that would be suitable for oil palm cultivation, but industry has been slow to move because plantation owners usually rely on logging to subsidize the up-front cost of planting.
Indonesian political leaders have lately acknowledged the significance of peatlands to climate stability. Several governors have decreed temporary bans on peatland forest conversion, while President Susilo Bambang Yudhoyono is said to be preparing measures to more sustainably manage peatlands after declaring a country-wide ban on peatland development in December 2007. In is unclear how the Agriculture Ministry's proposal will affect these plans.
Environmental groups expressed concern over the announcement.
"We think it is a crazy proposal," Martin Baker, communications manager at Greenpeace International in Asia, told Reuters.
"The government needs to protect the remaining peatlands and forests if we are to slow down climate change and protect the livelihoods of forest-dependent communities and biodiversity," Greenpeace forest campaigner Yuyun Indradi told The Jakarta Post.
New model uses carbon credits, sustainable palm oil to save Indonesia's rainforests
(02/05/2009) The World Resources Institute (WRI) has launched an innovative avoided deforestation model that aims to deter conversion of Indonesian rainforest for oil palm plantations. The project, dubbed "POTICO" (Palm Oil, TImber, Carbon Offsets), integrates sustainable palm oil, FSC-certified timber, and carbon offsets in order to "divert new oil palm plantations onto degraded lands and bring the forests that were slated for conversion into certified sustainable forestry".
Drought and deforestation in southeast Asia linked to climate change
(12/09/2008) Researchers have linked drought and deforestation in southeast Asia to climate change. Analyzing six years of climate and fire data from satellites, Guido van der Werf and colleagues report that burning of rainforests and peatlands in Indonesia, Malaysia, and Papua New Guinea released an average of 128 million tons of carbon (470 million tons of carbon dioxide - CO2) per year between 2000 and 2006. Fire emissions showed highly variability during the period, but were greatest in dry years, such as those that occur during El Niño events. Borneo was the largest source of fire emissions during the period, averaging 74 million tons per year, followed by Sumatra, which showed a doubling in emissions between 2000 and 2006.
Degraded grasslands better option for palm oil production relative to rainforests, finds study
(12/03/2008) Producing biofuels from oil palm plantations established on degraded grasslands rather than tropical rainforests and peat lands would result in a net removal of carbon from the atmosphere rather than greenhouse gas emissions, report researchers writing in Conservation Biology. The results confirm that benefits to climate from biofuel production depend greatly on the type of land used for feedstocks.
Oil palm expansion in Indonesian Borneo increased 400-fold from 1991-2007
(10/30/2008) Annual forest conversion to palm oil plantations increased 400-fold from 1,163 hectares in 1991 to 461,992 hectares in 2007 in Central Kalimantan, on the island of Borneo, reports a new report published by Forest Watch Indonesia, a local NGO.