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Abstract In Indonesia, oil palm production positively impacts national income. A strategy is needed to expand the oil palm plantation by mapping and determining the potential land suitability according to climate parameters. This study uses Schmidt-Ferguson and Geographical Information Systems to produce spatial data. Climate classification data is overlapped by rainfall intensity, dry months, and elevation maps. Based on the results, Bogor Regency is divided into highly suitable (S1), slightly suitable (S2), marginally suitable (S3), and unsuitable (N) is 26,844 ha (9%), 128,257 ha (43%), 23,861 ha (8%), and 119,309 ha (40%) respectively. The accuracy of the map was 74%, and the KAPPA coefficient was 63%, so it can be used to indicate the potential area for oil palm cultivation in Bogor Regency.
Wardani et al. (2024) studied this question.
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