The recent rapid population and economic growth in Southeast Asia has brought about drastic socio-economic changes, such as urbanization and an agricultural shift. Urbanization consists of concentrating a population from a rural to an urban area and expanding urban areas, which pushes farmland outward. The current development diagram generates and accumulates disaster risk as an extensive risk; however, the relationship between developmental progress and the increase in disaster risk must be determined for sustainable development to be achieved.
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Showing items 1 through 9 of 84.-
Library ResourceArticles et Livresjanvier, 2017Indonésie
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Library ResourceRapports et recherchesdécembre, 1995Indonésie
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Library ResourceArticles et Livresdécembre, 2014Indonésie
This paper examines the size and intensity of changes among five land categories during the two time intervals in a region of Indonesia that is pioneering negotiations concerning reducing emissions from deforestation and forest degradation (REDD). Maps at 1973, 1993, and 2005 indicate that land-cover change is accelerating, while carbon loss is decelerating in Jambi Province, Sumatra. Land dynamics have shifted from Forest loss during 1973–1993 to Agroforest loss during 1993–2005.
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Library ResourceArticles et Livresdécembre, 2003Indonésie
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Library ResourceArticles et Livresdécembre, 2001Indonésie
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Library ResourceArticles et Livresdécembre, 2014Indonésie
Luwu is one of the regencies located on the east coast of South Sulawesi Province, Indonesia which has large brackishwater ponds area, but it has a low productivity of shrimp and fish. Therefore, a study was carried out to know the land characteristics for determining suitability and management of land for tiger prawn (Penaeus monodon) culture in brackishwater ponds to increase the productivity and sustainability. Factors considered in land characteristics are: topography and tidal range, soil quality, water quality and climate.
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Library ResourceArticles et Livresdécembre, 2013Indonésie
Improving the understanding of land use and land cover is a major research challenge for the human-environmental sciences and is essential for many aspects of global environmental research. Considering seasonal vegetation dynamics or phenological dynamics in multi-year series leads to a broader view of land use and land cover. This study is based on the hypothesis that a pixel representing a complex but consistent land use has a typical, distinct and repeated temporal pattern of vegetation index inter-annually, which can be used as characteristic signatures for land use classification.
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Library ResourceDocuments de politique et mémoiresmars, 2005Indonésie
Various forms of coastal landuse covering study site (46,785.69 hectares) were observed to underwent changes as evidently detected between satellite images sensed in 1994 and 2001 at the Banten Bay. It was important to identify what these changes were. Therefore, appropriate change detection must be selected. The image preprocessing step involved removing errors from raster data. This was done by performing basic processes, such as, radiometric correction, geometric correction and image calibration.
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Library ResourceDocuments et rapports de conférencejuillet, 2008Indonésie
This study presents an approach to analyzing decentralized forestry and naturalresource management and land property rights issues, and catalyzing collectiveaction among villages and district governments. It focuses on understanding thecurrent policies governing local people’s access to property rights and decisionmaking processes, and learning how collective action among community groups andinteraction among stakeholders can enhance local people’s rights over lands,resources, and policy processes for development.
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Library ResourceArticles et Livresdécembre, 2012Indonésie
Industrial agricultural plantations are a rapidly increasing yet largely unmeasured source of tropical land cover change. Here, we evaluate impacts of oil palm plantation development on land cover, carbon flux, and agrarian community lands in West Kalimantan, Indonesian Borneo. With a spatially explicit land change/carbon bookkeeping model, parameterized using high-resolution satellite time series and informed by socioeconomic surveys, we assess previous and project future plantation expansion under five scenarios.
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