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The Effect of Transpiration Rate towards Phytoremediation and<br />

Efficiency of Gelam Tree (Melaleuca cajuputi)<br />

Nur Asyiqin binti Dzolfakar<br />

Supervisor: Dr. Nik Mohd Shibli bin Nik Jaafar<br />

Bachelor of Applied Science<br />

(Biodiversity Conservation and Management)<br />

School of Marine and Environmental Sciences<br />

Phytoremediation is one of a method that using the plant to remove<br />

contaminants. This method is able to produce a clean area, low cost and safe<br />

to be used. However, due to the different availability of plants, there is lack of<br />

confidence among the researcher to use this technique. Therefore, a research<br />

was conducted in University Malaysia Terengganu and used Melaleuca cajuputi<br />

as phytoremediation agent. This research is to elucidate whether Melaleuca<br />

cajuputi is affected by a translocation factor (transpiration rate) on the heavy<br />

metal uptake. Transpiration rate was measured under a greenhouse for four<br />

weeks with different treatments ( Zink, Copper, and Cadmium). Concentrations<br />

of heavy metal were analyzed in different parts of trees (Shoot, stem, and root)<br />

by using microwave digestion method. The result was expected that high<br />

transpiration rate can increase the heavy metal uptake by plants.<br />

1731 | UMT UNDERGRADUATE RESEARCH DAY 2018

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