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Universitas Hasanuddin
Research output:Contribution to journalArticlepeer-review

Land Use Suitability based on Spatial Pattern in the Biang Loe Watershed

Wahyuni

Iop Conference Series Earth and Environmental Science

Published: 2025

Abstract

Abstract This study aims to identify land use and spatial pattern in the watershed on Biang Loe, analyze the suitability of land use with the spatial pattern, and provide direction for land use that is not suitable with the Spatial Pattern in the Biang Loe watershed. The method used in this study was map overlay and determining land use directions by following these steps: (1) preparation and data collection stages (primary data and secondary data); (2) data processing stages, namely combining data between land use and spatial patterns; (3) data presentation stages in the form of land unit results of suitability data; and (4) data analysis stages are details of suitability data and providing direction on data that is not suitable with the spatial pattern. The results obtained in this analysis are the land use that suitable in the Biang Loe watershed is 4,319.08 ha (91%), which is detailed in the cultivation area is 3,751.59 ha and in the protected area is 567.50 ha. Meanwhile, the land use that not suitable is 426.97 ha (9%), which is detailed in the cultivation area of 244.16 ha and in the protected area of 182.81 ha. The direction for land use that do not suitable with spatial patterns include protected forest areas, forest management with agroforestry patterns, settlements with garden yard systems, rehabilitation/enrichment, and intensification patterns on rice fields as existing land.

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Land useSciences
WatershedSciences
Environmental scienceSciences
Common spatial patternSciences
Spatial ecologySciences
Remote sensingSciences
Spatial analysisSciences
Land useSciences
land-use change and forestrySciences
Land information systemSciences
Geographic information systemSciences
GeographySciences
Spatial variabilitySciences
ForestrySciences
Land developmentSciences
Land-use planningSciences
Spatial distributionSciences
Land managementSciences
Spatial databaseSciences
Watershed areaSciences
Agricultural landSciences
Unit (ring theory)Sciences
Hydrology (agriculture)Sciences