Lihat Juga

• Study of land use change effect on the runoff using lisem (Limburg soil erosion model) rainfall-runoff model :: A Case study Kreo sub catchment, Central Java Province Indonesia
  oleh: , SETIAWAN, Andi, et al.
  Terbitan: (2009)
• Land Use Changes with a Particular Reference to Spatial Planning REgulation at Kelara Catchment Area: An Analysis using Geospatial Information Technology
  oleh: Ramlan, Andi, et al.
  Terbitan: (2015)
• The change of environmental problem is very complex. The highest population growth caused supply of land and natural resources to be increased. If it does not control, it can influence natural resources stock and disturbs environmental balance system land use control is part of Bogor land use planning. The objectives of this research were (1) to analyze the dynamics of land use and population in the period of 1972-2005 in Bogor Municipality, (2) to develop dynamics model and analyze the relation between the instrument of land use control and the factors related to the sustaina tozbility of Bogor Municipality, and (3) to analyze stakeholders’ roles benefited to space control system in Bogor Municipality. The methods used for this research were (1) GIS analysis to observe the alteration influence landcover in period 1972-2005, (2) dynamic system analysis for landcover using in Bogor Municipality, and (3) AHP analysis to observe stakeholders’ role controlling use of landcover in Bogor Municipality. This research indicate that the dynamic of landcover such as forestry, mixed plantation, and open area (1972, 1983 and 1990) before to be extended were larger than after. For the landcover change such as resettlement, bush, water and wetland showed that were larger than before extended (2000 and 2005). The population dynamic analysis showed the optimum increasing on 1985-2020 (22,38%) but was not followed by good landcover use planning as indicated by forestry depletion from 25% to 2%, depletion of mixed plantation from 42% to 36%, resettlement need increased from 12% to 43%, and declining open area from 17% to 2%. These showed that Bogor developments were unsustainable. The dynamic analysis showed the correlation between the environmental component and land use control. Land use control to achieve Bogor sustainable development need many aspect such as land area, population number waste number, vehicle number, the length of roads and the role of stakeholder on land use control system in Bogor municipality though license mechanism and control. The government can influence land use control at level of controlling and level of licensing. For the government input as the authority that gives the permission of land using need to be consistent on the regulation they made. Key words: the dynamic, land use model, and controlling
  oleh: Suryadi, Yadi, et al.
  Terbitan: (2012)
• Prediction of Water Availability by Using Tank Model and Artificial Neural Network (Case Study at Ciriung Sub-catchment Serang District)
  oleh: Suprayogi, Slamet, et al.
  Terbitan: (2010)
• Objective of this study was to provide spatial information of Javan gibbon habitat suitability and distribution in Gunung (Mt.) Salak area for Management Authority of Mt. Halimun-Salak National Park. Informations on Javan gibbon distribution was collected through a number of survey during December 2005–June 2006 in Kawah Ratu (Parakan Salak, Sukabumi), Pondok Wisata Cangkuang (Cidahu, Sukabumi), and Bobojong Village (Bogor). Twenty two groups were identified using direct count and triangle count method from over 47 identified positions. Habitat suitability was formulated based on10 ecogeographical variables (criteria), consisting of forest type (primary forest, secondary forest, low-land forest, and submontane forest), slope (0–15%, 15–45%, >45%), and distance to non-forested land, river/water body, and road/tracks. The result showed that Mt. Salak consisted of 13.20% (17.53 km2), 26.25% (34.86 km2), 19.40% (25.77 km2), 4.16% (5.53 km2), and 20.17% (26.78 km2) of high-suitable, suitable, moderate suitable, less and low suitable level subsequently, and 12.69 km2 or 9.56% was not suitable for Javan gibbon habitat. It was also revealed that that 3 and 9 groups were living in high suitable and suitable habitat respectively; 13 groups in moderate suitable, while for each less and low suitable habitat, 2Javan gibbon groups lived in. Keywords: GIS, wildlife, habitat suitability, Javan gibbon, Mt. Salak
  oleh: Ikbal, Wim, et al.
  Terbitan: (2011)