Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Study of Mangroves Ecosystem Management at Binalatung in Tarakan City of North Kalimantan
The results showed that the condition of mangrove ecosystem is damaged category (16-20 trees/ha). Ecosystem conditions show that value of species relative density (RDi) Avicennia sp (56,25%) and Sonneratia sp (43,75%), value of species relative frequency (RFi) Avicennia sp (50%) and Sonneratia sp (50%), value of species relative covered (RCi) Avicennia sp (51.54%) and Sonneratia sp (48.46%), important value index (INP) Avicennia sp (157,79) and Sonneratia sp (142,21). The results observation and analyze found that is the primary factor of degradation of mangrove ecosystem were sedimentation and freshwater fully. The alternative of mangrove ecosystem management to the future based on MCDM analysis were rehabilitation program and DAS management programs. The potential of coastal resources in Tarakan, until now there has not been managed optimally. Mangrove ecosystem is one of the potentials, and is currently very high degradation. These conditions will have an impact on sustainable development in the future. Resources management optimally and sustainable will provide benefits to society and regional development. The research aims are to know the existing condition and problems of mangrove ecosystems in Binalatung and then formulate an alternative program of mangrove ecosystems. The method used is existing condition analysis of mangrove ecosystem, and multi criteria decision making analysis.
Study of Mangroves Ecosystem Management at Binalatung in Tarakan City of North Kalimantan
The results showed that the condition of mangrove ecosystem is damaged category (16-20 trees/ha). Ecosystem conditions show that value of species relative density (RDi) Avicennia sp (56,25%) and Sonneratia sp (43,75%), value of species relative frequency (RFi) Avicennia sp (50%) and Sonneratia sp (50%), value of species relative covered (RCi) Avicennia sp (51.54%) and Sonneratia sp (48.46%), important value index (INP) Avicennia sp (157,79) and Sonneratia sp (142,21). The results observation and analyze found that is the primary factor of degradation of mangrove ecosystem were sedimentation and freshwater fully. The alternative of mangrove ecosystem management to the future based on MCDM analysis were rehabilitation program and DAS management programs. The potential of coastal resources in Tarakan, until now there has not been managed optimally. Mangrove ecosystem is one of the potentials, and is currently very high degradation. These conditions will have an impact on sustainable development in the future. Resources management optimally and sustainable will provide benefits to society and regional development. The research aims are to know the existing condition and problems of mangrove ecosystems in Binalatung and then formulate an alternative program of mangrove ecosystems. The method used is existing condition analysis of mangrove ecosystem, and multi criteria decision making analysis.
Study of Mangroves Ecosystem Management at Binalatung in Tarakan City of North Kalimantan
Rachmawani, Dori (Autor:in) / Yulianda, Fredinan (Autor:in) / Kusmana, Cecep (Autor:in) / Boer, Mennofatria (Autor:in) / Parwati, Ety (Autor:in)
02.05.2016
International Journal of Sciences: Basic and Applied Research (IJSBAR); Vol 26 No 3 (2016); 221-234 ; 2307-4531
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
DDC:
710
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