THE STUDY OF RELATIONSHIP BETWEEN WATER QUALITY AND THE PRODUCTION OF BARNACLES USING MARINE GRADE ALUMINIUM

This research is a study about the relationship between water quality and the growth rate of barnacles using marine grade alluminium as the medium. The water quality on proposed locations are examined base on several parameters; pH, dissolved oxygen, salinity and nitrate phosphate. This study focus...

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Main Authors: MUHAMMAD SYAFEELAN BIN ZOL, UNIKL MIMET
Format: Book
Language:English
Published: 2015
Online Access:http://localhost/xmlui/handle/123456789/10254
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spelling my.unikl.ir-102542015-06-19T03:43:02Z THE STUDY OF RELATIONSHIP BETWEEN WATER QUALITY AND THE PRODUCTION OF BARNACLES USING MARINE GRADE ALUMINIUM MUHAMMAD SYAFEELAN BIN ZOL UNIKL MIMET This research is a study about the relationship between water quality and the growth rate of barnacles using marine grade alluminium as the medium. The water quality on proposed locations are examined base on several parameters; pH, dissolved oxygen, salinity and nitrate phosphate. This study focus in three selected locations which are UniKl MIMET Slipway, Damar Laut seashore, and Lumut Port. Observation from the experiment is then collected and analyse using graphical method and area estimation method. The results shows the growth rate of barnacles, which is directly interrelated with the quality of water where Mimet Slipways gained the highest water quality while Lumut Port’s location has the lowest quality of water. There upon that, from the analysis it can be proved that those parameters of water quality is important for the growth rate of barnacles with regards of the estimated time. 2015-06-19T03:43:02Z 2015-06-19T03:43:02Z 2015-06-19 Book http://localhost/xmlui/handle/123456789/10254 en
institution Universiti Kuala Lumpur
building UniKL Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Kuala Lumpur
content_source UniKL Institutional Repository
url_provider http://ir.unikl.edu.my/
language English
description This research is a study about the relationship between water quality and the growth rate of barnacles using marine grade alluminium as the medium. The water quality on proposed locations are examined base on several parameters; pH, dissolved oxygen, salinity and nitrate phosphate. This study focus in three selected locations which are UniKl MIMET Slipway, Damar Laut seashore, and Lumut Port. Observation from the experiment is then collected and analyse using graphical method and area estimation method. The results shows the growth rate of barnacles, which is directly interrelated with the quality of water where Mimet Slipways gained the highest water quality while Lumut Port’s location has the lowest quality of water. There upon that, from the analysis it can be proved that those parameters of water quality is important for the growth rate of barnacles with regards of the estimated time.
format Book
author MUHAMMAD SYAFEELAN BIN ZOL
UNIKL MIMET
spellingShingle MUHAMMAD SYAFEELAN BIN ZOL
UNIKL MIMET
THE STUDY OF RELATIONSHIP BETWEEN WATER QUALITY AND THE PRODUCTION OF BARNACLES USING MARINE GRADE ALUMINIUM
author_facet MUHAMMAD SYAFEELAN BIN ZOL
UNIKL MIMET
author_sort MUHAMMAD SYAFEELAN BIN ZOL
title THE STUDY OF RELATIONSHIP BETWEEN WATER QUALITY AND THE PRODUCTION OF BARNACLES USING MARINE GRADE ALUMINIUM
title_short THE STUDY OF RELATIONSHIP BETWEEN WATER QUALITY AND THE PRODUCTION OF BARNACLES USING MARINE GRADE ALUMINIUM
title_full THE STUDY OF RELATIONSHIP BETWEEN WATER QUALITY AND THE PRODUCTION OF BARNACLES USING MARINE GRADE ALUMINIUM
title_fullStr THE STUDY OF RELATIONSHIP BETWEEN WATER QUALITY AND THE PRODUCTION OF BARNACLES USING MARINE GRADE ALUMINIUM
title_full_unstemmed THE STUDY OF RELATIONSHIP BETWEEN WATER QUALITY AND THE PRODUCTION OF BARNACLES USING MARINE GRADE ALUMINIUM
title_sort study of relationship between water quality and the production of barnacles using marine grade aluminium
publishDate 2015
url http://localhost/xmlui/handle/123456789/10254
_version_ 1644485109439528960
score 13.160551