Land Stability Model for Sustainable Spatial Planning in Padang City-Indonesia based on Landslide Disaster
Land Stability Model for Sustainable Spatial Planning in Padang City-Indonesia based on Landslide Disaster
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基于滑坡灾害的印度尼西亚巴东市可持续空间规划土地稳定性模型
DOI：
10.15640/jges.v7n1a2
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发表时间：
2019
期刊：
影响因子：
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通讯作者：
D. Hermon
中科院分区：
文献类型：
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作者：
D. Hermon
本研究的主要目的是评价和制定土地稳定性水平区，并制定空间规划在巴塘市。利用地理信息系统（GIS）技术和MAFF-日本巴塘市空间规划模型，对巴塘市土地稳定性水平进行了评价和制定。研究结果表明，巴塘市土地稳定性可分为4个等级，即高稳定性区（18.613 ha）、中稳定性区（15.256 ha）、低稳定性区（27，614 ha）和极低稳定性区（7.633 ha）。A（A1）区已建成的土地面积（9.062公顷）和A区的总面积（18.613公顷），因此A（A2）区仍可开发的建成土地面积为9.551公顷。B区（B1）已建成的土地面积（2.080公顷）和B区的总面积（9.551公顷），因此B区（B2）仍可开发的已建成土地为8.923公顷。而C区已建成面积为5.465公顷。由于C区为建筑用地，面积大至可能发生山泥倾泻，因此C区（C1、C2、C3及C4）的所有发展项目（5.462公顷）需要逐步迁移至A区或B区。
The main objectives of this research are to evaluate and formulate land stability level zone and to formulate spatial planning in Padang city. Evaluation and formulation of land stability level in Padang city conducted using Geographic Information System (GIS) technique and MAFF-Japan Model for spatial planning in Padang city. The research result, show that there were four land stability zone levels in Padang city i.e zone of high land stability (18.613 ha), zone of medium land stability (15.256 ha), zone of low land stability (27,614 ha), and zone of very low land stability (7.633 ha). The land area that has been built-up in zone A (A1) (9.062 Ha) and the total area of zone A (18.613 Ha), so that zone A (A2) can still be developed for the built-up land is 9.551 Ha. The land area that has been built-up in zone B (B1) (2.080 Ha) and the total area of zone B (9.551 Ha), so that zone B (B2) can still be developed for the built-up land is 8.923 Ha. While the zone C that has been built-up is 5.465 Ha. The unsuitable characteristics of zone C as the built-up land and potentially large enough to occur landslides, then all development in zone C (C1, C2, C3 and C4) (5.462 Ha) need in relocated gradually to zone A or B.
减少灾害风险中的综合健康教育：印度尼西亚自然灾害后疾病爆发的经验教训。
DOI：
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发表时间：
2016
期刊：
影响因子：
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作者：
Pascapurnama DN;Murakami A;Chagan-Yasutan H;Hattori T;Sasaki H;Egawa S
通讯作者：
Egawa S