Physico-chemistry, destratification and nutrient budget of a lowland eutrophicated Malaysian reservoir and its limnological implications

Subang Lake (3° 10′N, 101°29′E) is a stratified lowland reservoir with a marked chemocline of some variables that probably contributes to a greater species diversity and vertical layering of plankton communities. Destratification occurs in the reservoir and is probably seasonal. Destratification res...

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Main Authors: Arumugam, P. T., Furtado, J. I.
Format: Article
Language:English
Published: Kluwer Academic Publishers 1980
Online Access:http://psasir.upm.edu.my/id/eprint/28662/1/28662.pdf
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author Arumugam, P. T.
Furtado, J. I.
author_facet Arumugam, P. T.
Furtado, J. I.
author_sort Arumugam, P. T.
collection UPM
description Subang Lake (3° 10′N, 101°29′E) is a stratified lowland reservoir with a marked chemocline of some variables that probably contributes to a greater species diversity and vertical layering of plankton communities. Destratification occurs in the reservoir and is probably seasonal. Destratification results in toxic and deoxygenated waters as well as nutrient replenishment from the hypolimnion and could cause sudden mass fish and zooplankton mortality and consequent algal blooms. The nutrient budget study indicates that the reservoir is naturally oligotrophic with phosphate as a limiting factor and the high nutrient loading of the auxiliary water intake from a nearby river, Buloh River, is the cause of eutrophication in the reservoir.
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spelling upm.eprints-286622016-02-01T05:04:54Z http://psasir.upm.edu.my/id/eprint/28662/ Physico-chemistry, destratification and nutrient budget of a lowland eutrophicated Malaysian reservoir and its limnological implications Arumugam, P. T. Furtado, J. I. Subang Lake (3° 10′N, 101°29′E) is a stratified lowland reservoir with a marked chemocline of some variables that probably contributes to a greater species diversity and vertical layering of plankton communities. Destratification occurs in the reservoir and is probably seasonal. Destratification results in toxic and deoxygenated waters as well as nutrient replenishment from the hypolimnion and could cause sudden mass fish and zooplankton mortality and consequent algal blooms. The nutrient budget study indicates that the reservoir is naturally oligotrophic with phosphate as a limiting factor and the high nutrient loading of the auxiliary water intake from a nearby river, Buloh River, is the cause of eutrophication in the reservoir. Kluwer Academic Publishers 1980 Article PeerReviewed application/pdf en http://psasir.upm.edu.my/id/eprint/28662/1/28662.pdf Arumugam, P. T. and Furtado, J. I. (1980) Physico-chemistry, destratification and nutrient budget of a lowland eutrophicated Malaysian reservoir and its limnological implications. Hydrobiologia, 70 (1-2). pp. 11-24. ISSN 0018-8158; ESSN: 1573-5117 http://link.springer.com/article/10.1007%2FBF00015484 10.1007/BF00015484
spellingShingle Arumugam, P. T.
Furtado, J. I.
Physico-chemistry, destratification and nutrient budget of a lowland eutrophicated Malaysian reservoir and its limnological implications
title Physico-chemistry, destratification and nutrient budget of a lowland eutrophicated Malaysian reservoir and its limnological implications
title_full Physico-chemistry, destratification and nutrient budget of a lowland eutrophicated Malaysian reservoir and its limnological implications
title_fullStr Physico-chemistry, destratification and nutrient budget of a lowland eutrophicated Malaysian reservoir and its limnological implications
title_full_unstemmed Physico-chemistry, destratification and nutrient budget of a lowland eutrophicated Malaysian reservoir and its limnological implications
title_short Physico-chemistry, destratification and nutrient budget of a lowland eutrophicated Malaysian reservoir and its limnological implications
title_sort physico chemistry destratification and nutrient budget of a lowland eutrophicated malaysian reservoir and its limnological implications
url http://psasir.upm.edu.my/id/eprint/28662/1/28662.pdf
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