Environmental Management of Industrial Estate Based on Eco-Industrial Parks: A System Dynamics Modeling

Sjaifuddin, Sjaifuddin

doi:10.7232/iems.2020.19.1.211

Cited by 5 publications

(4 citation statements)

References 64 publications

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“…A strengthening relationship (R) will occur if X increases, then Y also increases; an increase in Y will cause an increase in X again. A balancing relationship (B) will occur if Y increases, then Z also increases; increasing Z will decrease Y (Sjaifuddin, 2020). After the CLD has been formed, an FD (Figure 2 (b)) is built.…”

Section: Methodsmentioning

confidence: 99%

Sustainable management of freshwater swamp forest as an ecotourism destination in Indonesia: a system dynamics modeling

Sjaifuddin¹

2020

JESI

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As a freshwater swamp forest that still remains in Java, the existence of Rawa Danau as an ecotourism destination is important to be explored, because its utilization is not yet based on sustainable management principles. For this reason, a system dynamics modeling was then made that integrates various factors in the biophysical, social, and economic dimensions to obtain the best alternative for managing the future ecotourism destinations. Management alternatives are designed in three scenarios: deep ecotourism oriented to very strong/strong sustainability; shallow ecotourism oriented to weak sustainability; and mass tourism oriented to very weak sustainability. The results showed that deep ecotourism was the most suitable scenario to be implemented. Through this scenario, the control of several parameters that were successfully carried out during the 10 years of the simulation are as follows: 1) restrain the growth rate of tourist numbers so as not to burden the environment; 2) reforesting almost all forest land converted so that the restoration of forest functions goes well; 3) increase local community income so that the community gets adequate economic benefits; 4) increase environmental investment so that stakeholders benefit economically, ecologically, and socially in an integrated manner; 5) maintaining biodiversity at a high level; 6) maintain swamp water reserves at a very good level; 7) reduce the volume of solid waste so that it does not burden the environment.

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Section: Methodsmentioning

confidence: 99%

Sustainable management of freshwater swamp forest as an ecotourism destination in Indonesia: a system dynamics modeling

Sjaifuddin¹

2020

JESI

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“…Dinamika sistem merupakan salah satu strategi perencanaan pemanfaatan DAS yang memerlukan hubungan timbal balik antara situasi sosial ekonomi masyarakat yang tinggal di DAS dan variabel lingkungan yang mempengaruhinya (Junaidi & Maryani, 2013). Dinamika sistem mampu menyederhanakan dan mensimulasikan perilaku sistem pengelolaan lingkungan yang berguna untuk mengelaborasi peluang pengembangan di masa depan sebagai alternatif dalam pengambilan keputusan bagi pengelola kawasan dan pemerintah (Sjaifuddin, 2020). Dinamika sistem melibatkan beberapa variabel yang saling mempengaruhi (Siregar et al, 2021).…”

Section: Pendahuluanunclassified

Analisis dan Prediksi Pemanfaatan DAS Sebangau Secara Berkelanjutan di Desa Garung Provinsi Kalimantan Tengah

Perkasa,

Gumiri,

Wahyudi

et al. 2023

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People who have lived in watersheds for a long time rely on fish and wood for their livelihoods, but these resources are still getting worse because of people. On the one hand, growth keeps going, and the population keeps growing yearly without anyone stopping it. This means that market demand keeps increasing, which makes people using the watershed do too much fishing and logging. Along the Sebangau watershed, social and environmental problems are now, such as the loss of peat swamp forest land cover and fewer fish. There are also social and cultural problems, such as the incomes of the people who really do sustainable fishing are still decreasing. To solve these complicated and interconnected problems, we need methods from different fields that work together. The system dynamics methodology is one way to figure out policy scenarios for how watersheds will be used in the future in a complicated, dynamic way that involves many parts and pieces. System dynamics can make the behaviour of the environmental management system easier to understand and model. This helps area managers and the government devise other ways to make decisions about the future. Palangka Raya University's academics did this study to give TNS managers and local governments information about climate change and the global environment and to predict symptoms or events that are bad for the people, nation, and state of RI. This study is about the University of Palangka Raya's Principal Scientific Pattern (PIP), the Development of Science and Technology in Tropical Peat Swamp Areas and River Streams, also known as Science and Technology Innovation.

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“…Under the current land system in China, local governments have absolute control over the primary land supply market [6]. This intertwining of land allocation and local government behavior is driven by the pursuit of financial resources through market-driven land supply, maximizing land transfer revenue to bolster local finances [7][8][9] and promoting industrial competition through preferential supply of industrial land for increased investment and local economic growth [10,11]. This dual land supply strategy, undertaken by local governments in the context of fiscal constraints and the promotion tournament mechanism, is considered a significant factor contributing to China's economic miracle over the past three decades [12,13].…”

Section: Introductionmentioning

confidence: 99%

An Evolutionary Game Analysis of Heterogeneous Local Government Land Supply Behavior and Industrial Transfer Competition

Hu,

Wang,

Zhao

2024

Systems

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The implicit assumption of homogeneity in traditional economics fails to adequately explain the complex and contradictory behavior exhibited by different local governments in China during the land supply process. The issue of land supply is characterized by practical chaos and has fallen into a theoretical research dilemma. Starting from two dimensions of heterogeneity—preferences and income—this study establishes an evolutionary game model of the limited rationality of local governments. It explores the behavioral evolution process of local governments in the context of industrial competition for land supply and its convergence trends. The research findings indicate that the land supply behavior of local governments is primarily determined by the degree of heterogeneity in preferences and income, as well as the level of compensation for losses to cooperative partners and the severity of penalties for non-cooperative behavior. If local governments’ preferences converge towards a certain threshold or if their income continually increases, they are more inclined towards cooperative behavior; otherwise, they tend to act non-cooperatively. If local governments’ revenues are heavily reliant on industrial transfers, they are more likely to engage in non-cooperative land supply behavior. This research offers theoretical insights and policy recommendations to enhance the optimal allocation of land resources in China.

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Environmental Management of Industrial Estate Based on Eco-Industrial Parks: A System Dynamics Modeling

Cited by 5 publications

References 64 publications

Sustainable management of freshwater swamp forest as an ecotourism destination in Indonesia: a system dynamics modeling

Sustainable management of freshwater swamp forest as an ecotourism destination in Indonesia: a system dynamics modeling

Analisis dan Prediksi Pemanfaatan DAS Sebangau Secara Berkelanjutan di Desa Garung Provinsi Kalimantan Tengah

An Evolutionary Game Analysis of Heterogeneous Local Government Land Supply Behavior and Industrial Transfer Competition

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