Javascript must be enabled to continue!
Overlapping Land Claims Limit the Use of Satellites to Monitor No‐Deforestation Commitments and No‐Burning Compliance
View through CrossRef
Abstract
Worldwide many businesses have recently pledged to sourcing agricultural and timber products exclusively from deforestation and fire‐free supply chains. Geoinvestigations—monitoring the activities of plantation companies using satellites and concession maps—are now applied to identify which companies breach their commitments and regulations. We investigate the limitations of geoinvestigations by analyzing land‐use and fire in and around 163 Indonesian concessions of oil‐palm and pulpwood, where recurring forest and peatland fires are a national and international concern.
We reveal a mismatch between de jure and de facto land occupancy inside and outside concessions. Independent farmers are present in concessions while some companies expand outside concessions. Thus, both actors may be responsible for deforestation and fire inside and outside concessions. On peatland, fire can start outside and spread into concessions, while draining in concessions may promote fire outside. These dynamics make attribution of fire and deforestation in Indonesian concessions impossible without detailed field investigations.
This study highlights the need to combine very high‐resolution satellite data with extensive field investigations of de facto land ownership, claims and disputes inside and outside concessions. In Indonesia, such activities could fall under the One Map Policy, whose remit is to identify and resolve overlapping land claims.
Title: Overlapping Land Claims Limit the Use of Satellites to Monitor
No‐Deforestation
Commitments and
No‐Burning
Compliance
Description:
Abstract
Worldwide many businesses have recently pledged to sourcing agricultural and timber products exclusively from deforestation and fire‐free supply chains.
Geoinvestigations—monitoring the activities of plantation companies using satellites and concession maps—are now applied to identify which companies breach their commitments and regulations.
We investigate the limitations of geoinvestigations by analyzing land‐use and fire in and around 163 Indonesian concessions of oil‐palm and pulpwood, where recurring forest and peatland fires are a national and international concern.
We reveal a mismatch between de jure and de facto land occupancy inside and outside concessions.
Independent farmers are present in concessions while some companies expand outside concessions.
Thus, both actors may be responsible for deforestation and fire inside and outside concessions.
On peatland, fire can start outside and spread into concessions, while draining in concessions may promote fire outside.
These dynamics make attribution of fire and deforestation in Indonesian concessions impossible without detailed field investigations.
This study highlights the need to combine very high‐resolution satellite data with extensive field investigations of de facto land ownership, claims and disputes inside and outside concessions.
In Indonesia, such activities could fall under the One Map Policy, whose remit is to identify and resolve overlapping land claims.
Related Results
Med bragende flammer. Brændingskulturens metoder i fortid og nutid.
Med bragende flammer. Brændingskulturens metoder i fortid og nutid.
In Crackling FlamesA series of examples of burning in association with cultivation shows that fire was used for a variety of purposes connected with the winning of the necessities ...
Tipping the Amazon Rainforest: Regional deforestation and land-climate interactions
Tipping the Amazon Rainforest: Regional deforestation and land-climate interactions
The Amazon rainforest is globally relevant and is considered a tipping element in the global climate system. Studies suggest that deforestation in the Amazon by around 30% may dist...
Deforestation as a Systemic Risk: The Case of Brazilian Bovine Leather
Deforestation as a Systemic Risk: The Case of Brazilian Bovine Leather
Tropical deforestation and forest degradation driven by agricultural commodity production remains one of the important sustainability challenges of our times. The responses to trop...
Predicting the Deforestation - Trend Under Different Carbon - Prices
Predicting the Deforestation - Trend Under Different Carbon - Prices
Background: Global carbon stocks in forest biomass are decreasing by 1.1 Gt of carbon annually, owing to continued deforestation and forest degradation. Deforestation emissions are...
Beyond deforestation: water use in global agricultural commodity supply chains
Beyond deforestation: water use in global agricultural commodity supply chains
Interest is increasing within the European Union (EU) policy space to understand the link between tropical deforestation and imports of agricultural commodities. In 2017, the EU27’...
Approche juridictionnelle infranationale et zéro déforestation : reconstitution du processus en Amazonie
Approche juridictionnelle infranationale et zéro déforestation : reconstitution du processus en Amazonie
La déforestation est au cœur des processus de transformation de l'Amazonie, et ses multiples impacts ont conduit à l'émergence de différentes approches pour la contenir. Parmi elle...
Deforestation and Connectivity among Protected Areas of Tanzania
Deforestation and Connectivity among Protected Areas of Tanzania
Protected Areas (PAs) in Tanzania had been established originally for the goal of habitat, landscape and biodiversity conservation. However, human activities such as agricultural e...
Deforestation in the Brazilian Amazon Could Be Halved by Zero Deforestation Commitments
Deforestation in the Brazilian Amazon Could Be Halved by Zero Deforestation Commitments
Deforestation for agriculture is the primary threat to global aboveground carbon stocks. In the absence of strong territorial-governance, zero-deforestation commitments (ZDCs), cor...

