Agricultural Land Carrying Capacity and Shift of Land Use in Upstream of Grompol Watershed, Central Java Province

Agustizar, A; Muryani, Chatarina; Sarwono, Sarlito Wirawan

doi:10.1088/1755-1315/145/1/012070

Cited by 8 publications

(7 citation statements)

References 4 publications

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“…The characteristics of an area are the basis needed to determine whether these needs are adequate with the ecological carrying capacity [12]. Assessing the environment's carrying capacity can be based on land capability, water availability, investment in environmental protection [13], population distribution, economic improvement, and quality of life [14]. The carrying capacity of resources and the environment is the foundation of sustainable development [15].…”

Section: Introductionmentioning

confidence: 99%

Environmental carrying capacity assessment of industrial growth center region

2023

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Sustainable economic development, especially the industrial sector, is an important agenda in improving the welfare of the population. The problem that arises is that land use for industry is dominant compared to considerations of the carrying capacity. This study aims to analyze the carrying capacity of the environment, especially land and water in the industrial growth center region (WPPI) South Riau. This study will quantify the potential of WPPI and its impact on the environment using the ECC approach. Data analysis was carried out using quantitative and descriptive analysis methods. Quantitative method is used to analyze the carrying capacity of the environment and descriptive method is used to analyze the recommendations resulting from the calculation of the carrying capacity of the environment. The land for the development of industrial areas is mainly peat domes and marine. The status of the carrying capacity of the land experienced a deficit, namely the regencies of Indragiri Hilir, Indragiri Hulu and Kuantan Singingi. The need for raw water/clean water in industrial growth centers reaches 3,758 liters/second. The land carrying capacity in the study area is dominantly low and the water carrying capacity is very low.

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Section: Introductionmentioning

confidence: 99%

Environmental carrying capacity assessment of industrial growth center region

2023

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“…Firstly, studies have dealt with carrying capacity development. More specifically, studies shifted from biological population carrying capacity to land carrying capacity marked by grain, that is “arable land–food–population,” carrying capacity research [ 3 , 4 , 5 , 6 ]. With urbanization and industrialization, land carrying capacity has shifted away from the upper limits of population that can be carried by single pieces of cultivated land and moved closer to the comprehensive socio-economic activities that land can support [ 7 , 8 ].…”

Section: Introductionmentioning

confidence: 99%

Estimation and Potential Analysis of Land Population Carrying Capacity in Shanghai Metropolis

Wang

Chen

et al. 2022

IJERPH

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It is of great practical significance to understand the current situation of urban land carrying capacity, explore its potential space, and continuously improve the economic adaptability and resilience and population carrying capacity of megacities. Based on the guiding principle of territorial spatial division and the concept of moderate-scale resilient cities, combined with GIS technology, this study aims to divide land spaces into three types and construct different index systems to evaluate the land carrying capacity of Shanghai in different spaces. Furthermore, we propose different schemes of estimating subspace land population carrying capacity, and the carrying potential of land population is analysed as well. The acquired results demonstrate three key points. Firstly, the total land population capacity of Shanghai is estimated at 25,476.61–32,047.27 people, with urban land space being the most dominant for the city’s population carrying capacity. Furthermore, the inner suburbs carry the largest population, and the urban centre carries a larger population density than other areas. Secondly, there are significant spatial differences in land population carrying potential. Compared with the demographic data from 2017, Shanghai still has a population carrying potential of 1293.30–7863.97 people and a suitable population carrying potential of 4578.64 people. The population of the urban centre is near the upper limit of the estimated population carrying capacity, and the suburbs, especially the outer suburbs, have large population carrying potential. Thirdly, the estimation method adopted in this study can effectively reveal the spatial differences in population carrying capacity and the potential of different land spaces and different regions in Shanghai, with the estimation results being highly credible. The results will provide references for the improvement of the multi-scenario population planning strategy in Shanghai, as well as enrich the research span and methods currently employed in land carrying capacity.

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“…Carrying capacity in each region has different things to be considered. For example in India, common commodities for analysing carrying capacity or agriculture sector are people and livestock [3].…”

Section: Introductionmentioning

confidence: 99%

“…Carrying capacity calculation is quite difficulty for exact result due to some variables associated with the production and consumption which is difference from each region [3]. Due to those differences, comparative and competitive advantage of each region must be considered [4].…”

Section: Introductionmentioning

confidence: 99%

Carrying Capacity of Agriculture Sector Based on Commodities’ Production in Kulonprogo Regency

Rozaki¹

2020

Proceedings of the 5th International Conference on Food, Agriculture and Natural Resources (FANRes 2019)

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Becoming one of leading sectors in supporting national economic, especially low middle people, agriculture has multi-function in regional development. This study aims to analyze the carrying capacity of agriculture sector based on commodities' production in Kulonprogo Regency. Those commodities come from agriculture, horticulture, plantation, livestock and aquaculture. Quantitative method was used based on supply and demand of land. The calculation was based on regulation by Ministry of Life Environment, Indonesia. Results show that the carrying capacity of agriculture sector has enough supportability for demand. The land availability is 108,019.05 ha and land requirement is 107,492, it means the carrying capacity is surplus. The demand of agriculture products in term or keeping land for human and environment come to problem if not balance. Both supply and demand must meet in the balance and support each other.

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Agricultural Land Carrying Capacity and Shift of Land Use in Upstream of Grompol Watershed, Central Java Province

Cited by 8 publications

References 4 publications

Environmental carrying capacity assessment of industrial growth center region

Environmental carrying capacity assessment of industrial growth center region

Estimation and Potential Analysis of Land Population Carrying Capacity in Shanghai Metropolis

Carrying Capacity of Agriculture Sector Based on Commodities’ Production in Kulonprogo Regency

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