Global palm oil production has greatly increased in recent years with the adoption of renewable energy policies by the E.U. and U.S.A. and growing demand for its use in food, biodiesel, and other commodities. Indonesia, the world's largest oil palm producer, has leased large tracts of forested and tribal lands as new concessions, thereby expanding oil palm plantations. While previous studies have focused on some of the important social and environmental consequences of this process, the full suite of potential environmental impacts from land conversion and cultivation remains poorly understood. Here we quantify these impacts in terms of forest loss and fragmentation, CO 2 emissions from land use change, and freshwater pollution from fertilizer application. Within all concession types, forest cover decreased by 20% and forest fragmentation increased by 44%, both of which are significantly higher than in comparable non-concession areas. We also assess to what extent CO 2 emissions and freshwater pollution are attributable to increasing palm oil demand abroad. We find that four-fifths of Indonesia's palm oil production is for export markets and that 66% of this is destined for just eight countries – India, China, Pakistan, Malaysia, Italy, Egypt, Bangladesh, and the United Kingdom. Examining these multiple impacts highlights the importance of remote policies and consumption patterns in dictating local production decisions in a telecoupled world. This work demonstrates that - in order to be truly sustainable - bioenergy initiatives must ensure that adverse environmental impacts (and the demands that drive them) are reduced globally and not simply displaced elsewhere.

Interdependencies and telecoupling of oil palm expansion at the expense of Indonesian rainforest

Rulli, Maria Cristina;Dell'Angelo, Jampel;D'Odorico, Paolo
2019-01-01

Abstract

Global palm oil production has greatly increased in recent years with the adoption of renewable energy policies by the E.U. and U.S.A. and growing demand for its use in food, biodiesel, and other commodities. Indonesia, the world's largest oil palm producer, has leased large tracts of forested and tribal lands as new concessions, thereby expanding oil palm plantations. While previous studies have focused on some of the important social and environmental consequences of this process, the full suite of potential environmental impacts from land conversion and cultivation remains poorly understood. Here we quantify these impacts in terms of forest loss and fragmentation, CO 2 emissions from land use change, and freshwater pollution from fertilizer application. Within all concession types, forest cover decreased by 20% and forest fragmentation increased by 44%, both of which are significantly higher than in comparable non-concession areas. We also assess to what extent CO 2 emissions and freshwater pollution are attributable to increasing palm oil demand abroad. We find that four-fifths of Indonesia's palm oil production is for export markets and that 66% of this is destined for just eight countries – India, China, Pakistan, Malaysia, Italy, Egypt, Bangladesh, and the United Kingdom. Examining these multiple impacts highlights the importance of remote policies and consumption patterns in dictating local production decisions in a telecoupled world. This work demonstrates that - in order to be truly sustainable - bioenergy initiatives must ensure that adverse environmental impacts (and the demands that drive them) are reduced globally and not simply displaced elsewhere.
2019
Biofuel; Deforestation; Fragmentation; Globalization; Indonesia; Oil palm; Rainforest; Telecoupling; Water scarcity, CO2 emissions; Renewable Energy, Sustainability and the Environment
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/1084107
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