Deep Learning Maps Oil Palm Plantations in Malaysia and Indonesia Without Manual Annotation
A deep learning model utilizing Sentinel-2 satellite imagery produces oil palm plantation maps at a resolution of 10 meters for Indonesia and Malaysia, covering the years 2020 to 2024, without requiring new manual annotations. The U-Net framework, enhanced with Determinant-based Mutual Information (DMI), effectively mitigates label noise stemming from the less precise 100-meter historical maps. When validated against 2,058 points that were manually confirmed, the technique demonstrates overall accuracies of 70.64% for 2020, 63.53% for 2022, and 60.06% for 2024. This innovative method facilitates precise and current monitoring of swift land-use transformations, addressing both economic and environmental issues in Southeast Asia.
Key facts
- Deep learning framework generates 10-meter resolution oil palm plantation maps
- Covers Indonesia and Malaysia from 2020 to 2024
- Uses Sentinel-2 imagery without new manual annotations
- U-Net architecture optimized with Determinant-based Mutual Information (DMI)
- Addresses resolution mismatch between 100-meter historical labels and 10-meter imagery
- Validated against 2,058 manually verified points
- Overall accuracies: 70.64% (2020), 63.53% (2022), 60.06% (2024)
- Published on arXiv (arXiv:2604.23776v1)
Entities
Institutions
- arXiv
Locations
- Indonesia
- Malaysia
- Southeast Asia