| dc.description.abstract | The Cakung Drain river ends at the water system of Cilincing Fisheries Port. As the river is highly polluted by domestics and industrial waste, it contributes significantly to the pollution of Cilincing fisheries port. The aim of this research is to estimate the pollution load and the assimilation capacity of the Cilincing Fisheries Port and to formulate a strategy for management of Cilincing Fisheries Port. Sample analysis and fied survey dery were conducted September 2005 uatil Mei 2006. SWOT analysis was used for formulating an effective strategy for management of the Cilincing Fisheries. Results from a research showed that the estimed pollution load from the river are as follow (each in ton/month) are BOD5 365,85, NO3 10,66, NH3 17,27, PO4 10,82, Pb 20,11 and COD 10.235. The assimilation capacities of each parameter observed for 500 m and 1.000 m from the coastal are as follow (each in ton/month) BOD5 (1.997,72 and 3.11,52), NO3 (-0.57 and -6,92), NH3 (22,65 and 19,94), PO4 (15,43 and 13,59), Pb (9,73 and 8,86), and COD (-22.150 and 434,31). Based on the result of SWOT analysis, the main strategies for management Cilincing Fisheries port, are namely : (1) To increase stakeholder attention relating to the management and utilization of marine resources that is supported by qualified human resources in order to get good sanitary; and (2) Rearrange of fisheries area and improve fisheries society by developing a comprehensive and integrated of Cakung Drain create high economy value. | id |
