Ayu Mardalena, Dedy Swandy Banurea, Renita Purwanti

Spatial Analysis of Land Carrying Capacity in Majalengka Regency

Introduction

Spatial analysis of land carrying capacity in majalengka regency. Spatial analysis reveals Majalengka Regency's land carrying capacity, highlighting impacts of high population density and land conversion. 18 of 26 sub-districts are in deficit.

Abstract

Majalengka Regency is one of the administrative areas in West Java Province which has a high population density of 1,096 people/km2. The large population density in this area results in a large amount of land conversion which can cause a decrease in the carrying capacity of land in Majalengka Regency. This study aims to analyze the land carrying capacity of each sub-district in the Majalengka Regency and analyze the efforts that can be made based on the physical characteristics of the region and the RTRW of the Majalengka Regency. The methods used are descriptive quantitative and spatial analysis in the evaluation of land suitability. The results of this study are that out of 26 sub-districts in Majalengka Regency, 18 sub-districts are included in the deficit category while 8 sub-districts are included in the surplus category. Efforts in the management of each region are different according to the characteristics of the local area and the direction of regional functions based on the RTRW.

Review

This study, "Spatial Analysis of Land Carrying Capacity in Majalengka Regency," tackles a highly relevant and pressing issue in regional planning and environmental management, particularly within the context of rapidly growing populations in West Java, Indonesia. The abstract effectively highlights the core problem: high population density and associated land conversion leading to a decrease in the land's ability to support its inhabitants. The research clearly aims to quantify this land carrying capacity at a localized sub-district level and subsequently propose tailored management strategies, leveraging descriptive quantitative methods and spatial analysis for land suitability evaluation. This methodological approach signals a data-driven investigation into a critical socio-environmental challenge. The primary finding, indicating that 18 out of 26 sub-districts are in a "deficit" category while only 8 are in "surplus," provides a compelling and concerning overview of land resource pressures within Majalengka Regency. This granular spatial analysis is crucial for identifying specific areas requiring immediate intervention and differentiated management. The study's emphasis on tailoring management efforts according to the unique physical characteristics and the existing Regional Spatial Plan (RTRW) of each locality is a significant strength, suggesting a practical and context-sensitive approach to policy formulation. Such targeted recommendations are vital for effective and sustainable land use planning. Overall, the research demonstrates strong practical relevance and a clear objective. The application of spatial analysis to assess land carrying capacity, combined with its direct linkage to regional planning documents (RTRW), positions this study as a valuable contribution to regional development and environmental sustainability. To further enhance its impact, a more detailed articulation within the full paper regarding the specific criteria and indicators used for defining "land carrying capacity" and "land suitability evaluation" would be beneficial for methodological transparency and reproducibility. Nevertheless, this work appears to offer crucial insights for policymakers and planners striving to balance population growth with sustainable land resource management in Majalengka Regency and similarly challenged regions.

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