A sustainable development strategy for mining industries in Citatah karst area in Bandung Basin

Rohaendi, Nendi; Sukiyah, Emi; Muslim, Dicky; Cipta, Athanasius

doi:10.1088/1755-1315/882/1/012074

Cited by 3 publications

(4 citation statements)

References 16 publications

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“…For that reason, people need appropriate assessments for the future of mining areas. The main purpose of this assessment as the way to maintain a sustainable future for mining areas (Rohaendi et al, 2021). The assessment of geosites is usually using either qualitative approaches or quantitative approaches (Hose & Vasiljevic, 2012).…”

Section: Methodsmentioning

confidence: 99%

Mining-based tourism in Sawahlunto National Geopark

Rohaendi¹,

Salajar²,

Prata³

et al. 2022

IJASTE

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Determining post-mining land use is a challenging process for mining cities. The new rapid development of geopark is an alternative solution to how to deal with mined land. The objective of the research is to study potential anthropogenic landforms (mining landforms) or geosite as a tourism object in Sawahlunto national geopark. Sawahlunto in west Sumatra province is the oldest coal mining industry. This mining area mostly belongs to state-owned companies in Indonesia. The potential tourism in geoparks will be assessed using the ABC concepts. The method will be useful information for alternative post-mining land use. Primary data were obtained through field observations at Sawahlunto Regency and in-terviews with the stakeholders. Secondary data were collected through desk study in the form of spatial information and policy documents, especially from The Agency of Local Spatial Plan, and The Agency of Culture, Heritage, and Museum of Sawahlunto Regency. Filed observation activities aim to determine the position of geodiversity, biodiversity, and cultural diversity potential using Global Positioning System (GPS) technology. The results of field observational data are processed using Geographic Information System (GIS) software including data inputting, data plotting, and data analysis. Interviews were conducted with ac-tors directly involved in the tourism development of the Sawahlunto Regency such as The Agency of Spatial Planning and The Agency of Culture, Heritage, and Museum of Sawahlunto Regency. The result of the research shows that there are four mining-based tourism zones in Sawahlunto national geopark. The identification of mining-based tourism is broadly useful for the future development of Sawahlunto geopark. However, since there is complexity in terms of the management of geopark, people need to carefully consider spatial plan for geopark area.

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Section: Methodsmentioning

confidence: 99%

Mining-based tourism in Sawahlunto National Geopark

Rohaendi¹,

Salajar²,

Prata³

et al. 2022

IJASTE

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“…Many cities in Indonesia heavily rely on mining industries, such as Bangka and Belitung -Bangka Belitung Province (tin mining), Dumai -Riau Province (oil mining), Muara Enim -South Sumatera Province (coal mining), Kutai Kertanegara and Sangata -East Kalimantan Province (coal mining), Bontang -East Kalimantan (coal and gas Mining), Tembagapura and Timika -Papua Province (copper and gold mining) and Sawahlunto -West Sumatera Province (coal mining). However, some mining cities have to start a mine closure program to deal with the problem of mine closure, and a strategic plan is needed to ensure sustainable development in mining cities (Rohaendi et al, 2021a). For example, Sawahlunto (Figure 1) is the oldest coal mining city in Indonesia; since coal mining is the main source of the economic sector, Sawahlunto has economic difficulties when PT.…”

Section: Introductionmentioning

confidence: 99%

“…In this case, we try to exercise the possibility of geotourism as a post-mining land use alternative in Indonesia. The development of geotourism as an alternative post-mining land use has been exercised for two mining areas: Sawahlunto in west Sumatera and Cipatat in west Java (Rohaendi et al, 2012(Rohaendi et al, , 2021a(Rohaendi et al, , 2021b(Rohaendi et al, , 2022. In the same case, the possibility of tourism for the abandoned mining on Lombok Island has been proposed by other authors ( Kurniawan et al, 2019;Agustriani et al, 2020).…”

Section: Introductionmentioning

confidence: 99%

Developing sustainable geotourism as post-mining land use programs in Indonesia

Rohaendi,

Herlinawati

2024

J. Degrade. Min. Land Manage.

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The development of sustainable geotourism as a post-mining land use alternative has become a popular issue in Indonesia. The geological and mining heritage will attract people with different kinds of interests and encourage the development of tourism. The paper analyzed technical, economic, social, and mine site factors that contribute to the development of post-mining land use programs. The paper focuses on the developing criteria or aspects that should be taken into account for developing the geological and mining heritage to integrate the environment of geopark in the future. The Analytical Hierarchy Process (AHP) method is applied to measure the importance of the aspect. The results show that the economic aspect is very important to generate sustainable economic development, followed by the environmental aspect and social aspects. The result of this paper is intended to increase awareness of people for geological and mining heritage as a valuable site for geotourism objects.

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“…Besides that, there are mining industries for andesite, limestone, sand, and marble. Industries are the main economic sources for those areas, however, some of them must close operation, and the land will be converted for other land use [2]. The agriculture of the area is also quite renowned, as the area produces vegetables and various fruits such as avocado, guava, and banana.…”

Section: Introductionmentioning

confidence: 99%

Gravity Modeling to Understand the Subsurface Geology of the Central Part of West Bandung Regency (Citatah Karst Area, Cipatat-Padalarang)

et al. 2023

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Understanding the subsurface system of the central part of West Bandung Regency (including Karst Area), Indonesia, is an important undertaking carried out by geological and geophysical investigations. This research aims to identify geological subsurface features, especially faults,that have an impact on geohazards in the area. To achieve this goal, deep analysis of geology, geomorphology, and geophysical data is conducted. The central part of West Bandung regency is crossed by the Cimandiri Fault, which is located east of the transitional zone between the frontal subduction of Java and the oblique subduction of Sumatra. The preliminary result shows that the active fault has an impact on geohazards (earthquakes and landslides) in the area. Gravity reduction, regional and residual separation, as well as forward modeling with the Pluoff Equation, are all parts of the examination of the gravity data. A second-order polynomial trend surface was subtracted from the entire Bouguer gravity grid to create the residual gravity anomaly map. The amplitudes of the anomalies range from −12 to 8 mGal. The density distribution from the inverse calculation using 4 horizontal line sections (AB, CD, EF, and GH) was set up in the range of −0.3 to +0.3 g/cc. Geological surface markers for the model can be correlated with the information from the Cianjur Sheet geological map. Regional structure is also interpreted in the model to show the main structure of the reverse fault in the study area. HIGHLIGHTS The gravity method using density properties can provide good information about the subsurface karst system Modeling data gravity contributes to an understanding of geological subsurface interpretation Identifying geological subsurface features, especially faults that cause earthquakes and trigger landslides, is part of geohazard mitigation GRAPHICAL ABSTRACT

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A sustainable development strategy for mining industries in Citatah karst area in Bandung Basin

Cited by 3 publications

References 16 publications

Mining-based tourism in Sawahlunto National Geopark

Mining-based tourism in Sawahlunto National Geopark

Developing sustainable geotourism as post-mining land use programs in Indonesia

Gravity Modeling to Understand the Subsurface Geology of the Central Part of West Bandung Regency (Citatah Karst Area, Cipatat-Padalarang)

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