Water Quality Index of Floodplain River Lubuk Lampam South Sumatera Indonesia
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- 英文论文题名：Water Quality Index of Floodplain River Lubuk Lampam South Sumatera Indonesia
- 论文作者：Dade Jubaedah ; Sigid Hariyadi ; Ismudi Muchsin ; M.Mukhlis Kamal
- 英文论文作者：Dade Jubaedah ; Sigid Hariyadi ; Ismudi Muchsin ; M.Mukhlis Kamal ; Departement of Aquatic Resources Management ; Faculty of Fisheries and Marine Sciences ; Institut Pertanian Bogor ; Indonesia and Aquaculture Faculty of Agriculture ; Sriwijaya University
- 年：2015
- 作者机构：Departement of Aquatic Resources Management,Faculty of Fisheries and Marine Sciences,Institut Pertanian Bogor;Indonesia and Aquaculture Faculty of Agriculture,Sriwijaya University;
- 英文论文关键词：Floodplain rivers ; Lubuk Lampam ; pollution ; pollution index ; water quality
- 会议召开时间：2015-04-01
- 会议录名称：International Journal of Environmental Science and Development Vol.6 No.4
- 语种：英文
- 分类号：X52
- 学会代码：CDYA
- 学会名称：成都亚昂教育咨询有限公司
- 页数：7
- 文件大小：1441k
- 原文格式：D
摘要
Lubuk Lampam is one of floodplain rivers area and part of this region had been determined as fisheries reserve. It is important to keep the sustainability of the ecosystem as floodplain fish resources. The main problem in this area is water quality degradation that was caused by both, natural and anthropogenic substances. The aims of this study are to determine water quality status and pollution level of the waters, related to the water level fluctuation(flooding periods) and pollutants from oil palm plantations and crude palm oil industry. Water quality status is determined using two methods based on Indonesian goverment regulation, i.e. water pollution index(WPI) and STORET index. The results indicated that Lubuk Lampam floodplain rivers is lightlymoderately polluted based on WPI value, while based on STORET method, the status is moderately-highly polluted.
Lubuk Lampam is one of floodplain rivers area and part of this region had been determined as fisheries reserve. It is important to keep the sustainability of the ecosystem as floodplain fish resources. The main problem in this area is water quality degradation that was caused by both, natural and anthropogenic substances. The aims of this study are to determine water quality status and pollution level of the waters, related to the water level fluctuation(flooding periods) and pollutants from oil palm plantations and crude palm oil industry. Water quality status is determined using two methods based on Indonesian goverment regulation, i.e. water pollution index(WPI) and STORET index. The results indicated that Lubuk Lampam floodplain rivers is lightlymoderately polluted based on WPI value, while based on STORET method, the status is moderately-highly polluted.
Lubuk Lampam is one of floodplain rivers area and part of this region had been determined as fisheries reserve. It is important to keep the sustainability of the ecosystem as floodplain fish resources. The main problem in this area is water quality degradation that was caused by both, natural and anthropogenic substances. The aims of this study are to determine water quality status and pollution level of the waters, related to the water level fluctuation(flooding periods) and pollutants from oil palm plantations and crude palm oil industry. Water quality status is determined using two methods based on Indonesian goverment regulation, i.e. water pollution index(WPI) and STORET index. The results indicated that Lubuk Lampam floodplain rivers is lightlymoderately polluted based on WPI value, while based on STORET method, the status is moderately-highly polluted.
引文
[1]F.D.Shields Jr,R.E.Lizotte Jr,and S.S.Knight.(18 August,2011).Floodplain river backwater restoration:A case study.River Res.and Applic.[Online].p.17.Available:http://www.wileyonlinelibrary.com
[2]C.Peacock,Rivers,Floodplains and Wetlands:Connectivity and Dynamics,RSPB,2003,pp.1-64.
[3]J.T.A.Verhoven and T.L.Setter.(August 2009).Agricultural use of wetlands:Opportunities and limitations.Ann Bot.[Online].105(1).pp155-163.Available:http://www.ncbi.nlm.nih.gov
[4]R.Firdaus and N.Nakagoshi.(November 2013).Assesment of the relationship between land use land cover and water quality status of the tropical watersheed:A case of Batang Merau watershed,Indonesia.J.Bio.&Env.Sci.[Online].3(11).pp.21-30.Available:http://www.innspub.net
[5]R.P.Singh,M.H.Ibrahim,N.Esa,and M.S.Iliyana,“Composting of waste from palm oil mill:A sustainable waste management practice,”Rev Environ Sci Biotechmol.,vol.9,pp.331-344,February2010.
[6]A.N.Ma,“Environmental management for the oil palm industry,”Palm Oil Dev.,vol.30,pp.1-10,2000.
[7]R.L.Welcomme,Fisheries Ecology of Floodplain Rivers,Longman Inc.,New York,1979,pp.40-53.
[8]W.J.Junk,“Ecology of Floodplain-A Challenge for Tropical Limnology,”in Perspectives in Tropical Limnology,F.Schiemer and K.T.Bolands,Eds.RSPB Academic Publishing by Amsterdam,The Netherlands,2006,pp.255-265.
[9]W.J.Junk and P.B.Bayle,“The scope of the flood pulse concepts regarding riverine fish and fisheries,given geographic and man-made differences between systems,”in Proc.American Fisheries Society Symposium,2007,pp.587-603.
[10]Samuel,“The morphology of lubuk lampam floodplain,”in Fisheries Ecology and Management of Lubuk Lampam Floodplain River,South Sumatera,D.I.Hartoto,S.Koeshendrajana,E.S.Kartamihardja,A.D.Utomo,Z.Nasution,Eds.Research Institute for Inland Water Fisheries,Research Center for Capture Fisheries,Agency of Marine and Fisheries Research,Ministry of Marine and Fisheries Affairs,Palembang,2008,pp.1-7.
[11]A.D.Utomo,S.Kaban,and D.I.Hartoto,“Correlation of water level fluctuation to physico-chemical features of Lubuk Lampam floodplain,”in Fisheries Ecology and Management of Lubuk Lampam Floodplain River,South Sumatera,D.I.Hartoto,S.Koeshendrajana,E.S.Kartamihardja,A.D.Utomo,Z.Nasution,Eds.Research Institute for Inland Water Fisheries,Research Center for Capture Fisheries,Agency of Marine and Fisheries Research,Ministry of Marine and Fisheries Affairs,Palembang,2008,pp.8-15.
[12]APHA(American Public Health Associaton),Standar Methods for the Examinationof Water and Wastewater,18th edition,American Public Health Association,American Water Works Association and Water pollution Control Federation(APHA,AWWA and WPCF).Washington D.C.,1998.
[13]N.L.Nemerow and H.Sumitomo,“Benefit of water quality enhancement,”Water Pollution Control Reserach Series Report DAJ16110 12/70[Z],U.S Environmental Protection Agency,Water Quality Office,Syracuse University,Syracuse,New York,December1970.
[14]J.Chen,Q.Liu,and H.Qian,“Application of improved Nemerow index method based on entropy weight for groundwater quality evaluation,”International Journal of Environmental Sciences,vol.3,pp.1284-1290,February 2012.
[15]K.Nachiyunde,H.Ikeda,K.Tanaka,and Kozaki.(January 2013).Evaluation of portable water in five provinces of Zambia using a water pollution index.African Journal of Environmental Sciences and Technology.[Online].7(1).pp.14-29.Available:http://www.academicjournals.org/AJEST
[16]E.Suwandana,“Comparative study on water quality assesment between urban and rural watersheed:A case study of Ciliwung and Ciujung watersheed,Indonesia,”Ph.D.dissertation,International Development and Cooperation Hiroshima University,Japan,2012.
[17]Ministry of Environment of Indonesia,The Guidance of Water Quality Status in Indonesia Decree,no.115,2003.
[18]Indonesian Goverment Regulation,Regarding the Water Quality Management and Water Pollution Control,no.82,2001.
[19]B.C.Matahelumual,“STORET method to determine water quality status in Bantar Gebang(Penentuan status mutu air dengan sistem STORET di Kecamatan Bantar Gebang),”Journal Geologi Indonesia,vol.2,pp.113-118,June 2007.
[20]A.J.S.Debby,E.M.Adiwilaga,R.Dahuri,I.Muchsin,and H.Effendi,“Spatial distribution of polluted area and analysis organic pollution impact in Teluk Ambon Dalam(Sebaran spasial luasan area tercemar dan analisis beban pencemaran bahan organik pada perairan Teluk Ambon Dalam),”Torani,vol.19,pp.96-106,August 2009.
[21]M.N.Suparjo,“Water pollution in Babon river,Semarang(Kondisi pencemaran perairan sungai Babon Semarang),”Journal Saintek Perikanan,vol.4,pp.38-45,2009.
[22]T.Setiadi and J.Fahana,“Development application to determine polluted area home industry pollution based on system information geografis(Pengembangan aplikasi untuk menentukan daerah pencemaran limbah home industry berbasis sistem informasi geografis),”Journal Informatika,vol.4,pp.488-495,July 2010.
[23]L.W.Canter,Environmental Impact Assesment,University of Oklahoma,Mc Graw-Hill Book Company,New York,1977,pp.86-118.
[24]N.Mesner and J.Geiger.(December 2010).Nitrogen.Utah State University water Quality Extention.[Online].pp.1-4.Available:http://extenxion.usu.edu/waterquality/
[25]R.C.Galavoti,A.A.V.A.Ohnuma Jr.,J.P.M.de Andrade,N.P.de Almeida,F.Bottino,and E.M.Mendiondo,“Sustainable handling of the river basin/river/floodplain system for the conservation of water resources in urban areas,”Novatech,2010,pp.1-10.
[26]A.O.Alade,A.T.Jameel,S.A.Muyubi,M.I.A.Karim,and M.Z.Alam,“Removal of oil and grease as emerging pollutants of concer(EPC)in wastewater stream,”IIUM Engineering Journal,vol.12,pp.161-169,2011.
[27]T.Vegas-Vilarr?bia and R.Herrera,“Seasonal alternation of lentic/lotic conditions in the Mapire system,a tropical floodplain lake in Venezuela,”Hydrobiologia,vol.262,pp.43-55,1993.
[2]C.Peacock,Rivers,Floodplains and Wetlands:Connectivity and Dynamics,RSPB,2003,pp.1-64.
[3]J.T.A.Verhoven and T.L.Setter.(August 2009).Agricultural use of wetlands:Opportunities and limitations.Ann Bot.[Online].105(1).pp155-163.Available:http://www.ncbi.nlm.nih.gov
[4]R.Firdaus and N.Nakagoshi.(November 2013).Assesment of the relationship between land use land cover and water quality status of the tropical watersheed:A case of Batang Merau watershed,Indonesia.J.Bio.&Env.Sci.[Online].3(11).pp.21-30.Available:http://www.innspub.net
[5]R.P.Singh,M.H.Ibrahim,N.Esa,and M.S.Iliyana,“Composting of waste from palm oil mill:A sustainable waste management practice,”Rev Environ Sci Biotechmol.,vol.9,pp.331-344,February2010.
[6]A.N.Ma,“Environmental management for the oil palm industry,”Palm Oil Dev.,vol.30,pp.1-10,2000.
[7]R.L.Welcomme,Fisheries Ecology of Floodplain Rivers,Longman Inc.,New York,1979,pp.40-53.
[8]W.J.Junk,“Ecology of Floodplain-A Challenge for Tropical Limnology,”in Perspectives in Tropical Limnology,F.Schiemer and K.T.Bolands,Eds.RSPB Academic Publishing by Amsterdam,The Netherlands,2006,pp.255-265.
[9]W.J.Junk and P.B.Bayle,“The scope of the flood pulse concepts regarding riverine fish and fisheries,given geographic and man-made differences between systems,”in Proc.American Fisheries Society Symposium,2007,pp.587-603.
[10]Samuel,“The morphology of lubuk lampam floodplain,”in Fisheries Ecology and Management of Lubuk Lampam Floodplain River,South Sumatera,D.I.Hartoto,S.Koeshendrajana,E.S.Kartamihardja,A.D.Utomo,Z.Nasution,Eds.Research Institute for Inland Water Fisheries,Research Center for Capture Fisheries,Agency of Marine and Fisheries Research,Ministry of Marine and Fisheries Affairs,Palembang,2008,pp.1-7.
[11]A.D.Utomo,S.Kaban,and D.I.Hartoto,“Correlation of water level fluctuation to physico-chemical features of Lubuk Lampam floodplain,”in Fisheries Ecology and Management of Lubuk Lampam Floodplain River,South Sumatera,D.I.Hartoto,S.Koeshendrajana,E.S.Kartamihardja,A.D.Utomo,Z.Nasution,Eds.Research Institute for Inland Water Fisheries,Research Center for Capture Fisheries,Agency of Marine and Fisheries Research,Ministry of Marine and Fisheries Affairs,Palembang,2008,pp.8-15.
[12]APHA(American Public Health Associaton),Standar Methods for the Examinationof Water and Wastewater,18th edition,American Public Health Association,American Water Works Association and Water pollution Control Federation(APHA,AWWA and WPCF).Washington D.C.,1998.
[13]N.L.Nemerow and H.Sumitomo,“Benefit of water quality enhancement,”Water Pollution Control Reserach Series Report DAJ16110 12/70[Z],U.S Environmental Protection Agency,Water Quality Office,Syracuse University,Syracuse,New York,December1970.
[14]J.Chen,Q.Liu,and H.Qian,“Application of improved Nemerow index method based on entropy weight for groundwater quality evaluation,”International Journal of Environmental Sciences,vol.3,pp.1284-1290,February 2012.
[15]K.Nachiyunde,H.Ikeda,K.Tanaka,and Kozaki.(January 2013).Evaluation of portable water in five provinces of Zambia using a water pollution index.African Journal of Environmental Sciences and Technology.[Online].7(1).pp.14-29.Available:http://www.academicjournals.org/AJEST
[16]E.Suwandana,“Comparative study on water quality assesment between urban and rural watersheed:A case study of Ciliwung and Ciujung watersheed,Indonesia,”Ph.D.dissertation,International Development and Cooperation Hiroshima University,Japan,2012.
[17]Ministry of Environment of Indonesia,The Guidance of Water Quality Status in Indonesia Decree,no.115,2003.
[18]Indonesian Goverment Regulation,Regarding the Water Quality Management and Water Pollution Control,no.82,2001.
[19]B.C.Matahelumual,“STORET method to determine water quality status in Bantar Gebang(Penentuan status mutu air dengan sistem STORET di Kecamatan Bantar Gebang),”Journal Geologi Indonesia,vol.2,pp.113-118,June 2007.
[20]A.J.S.Debby,E.M.Adiwilaga,R.Dahuri,I.Muchsin,and H.Effendi,“Spatial distribution of polluted area and analysis organic pollution impact in Teluk Ambon Dalam(Sebaran spasial luasan area tercemar dan analisis beban pencemaran bahan organik pada perairan Teluk Ambon Dalam),”Torani,vol.19,pp.96-106,August 2009.
[21]M.N.Suparjo,“Water pollution in Babon river,Semarang(Kondisi pencemaran perairan sungai Babon Semarang),”Journal Saintek Perikanan,vol.4,pp.38-45,2009.
[22]T.Setiadi and J.Fahana,“Development application to determine polluted area home industry pollution based on system information geografis(Pengembangan aplikasi untuk menentukan daerah pencemaran limbah home industry berbasis sistem informasi geografis),”Journal Informatika,vol.4,pp.488-495,July 2010.
[23]L.W.Canter,Environmental Impact Assesment,University of Oklahoma,Mc Graw-Hill Book Company,New York,1977,pp.86-118.
[24]N.Mesner and J.Geiger.(December 2010).Nitrogen.Utah State University water Quality Extention.[Online].pp.1-4.Available:http://extenxion.usu.edu/waterquality/
[25]R.C.Galavoti,A.A.V.A.Ohnuma Jr.,J.P.M.de Andrade,N.P.de Almeida,F.Bottino,and E.M.Mendiondo,“Sustainable handling of the river basin/river/floodplain system for the conservation of water resources in urban areas,”Novatech,2010,pp.1-10.
[26]A.O.Alade,A.T.Jameel,S.A.Muyubi,M.I.A.Karim,and M.Z.Alam,“Removal of oil and grease as emerging pollutants of concer(EPC)in wastewater stream,”IIUM Engineering Journal,vol.12,pp.161-169,2011.
[27]T.Vegas-Vilarr?bia and R.Herrera,“Seasonal alternation of lentic/lotic conditions in the Mapire system,a tropical floodplain lake in Venezuela,”Hydrobiologia,vol.262,pp.43-55,1993.