RESEARCHER ID

Scopus ID: 55918055800

ORCID (URL): 0000-0003-3502-5470

Google Scholar (URL): T3L11-4AAAAJ





EXPERTISE

Biologi



RESEARCH INTEREST

The study of chemical and microbiological water pollution in freshwater systems; Understanding the dynamics of toxic cynabacterial bloom with a special emphasize on the environmental triggers of hepatotoxic microsystin production in freshwater







i-Profile UPSI Experts
Perpustakaan Tuanku Bainun
Universiti Pendidikan Sultan Idris


Associate Professor Dr. Som Cit a/p Si Nang

Jabatan Biologi, Fakulti Sains dan Matematik
somcit@fsmt.upsi.edu.my
015-48117399
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Latest Indexed Publication Count in iProfile



Indexed Publication in iProfile

1
Comparison of water level and eutrophication indicators during the wet and dry period in a eutrophic urban lake
2020
Som Cit a/p Si Nang, Nasir bin Nayan,
DOI Link WOS


2
Evaluation of water pollution and source identification in Merbok River Kedah, Northwest Malaysia
2020
Rosmilah binti Misnan, Som Cit a/p Si Nang,
DOI Link WOS


3
Influence of Seasonal Rainfall to The Water Quality of Slim River Lake in Perak, Malaysia
2020
Som Cit a/p Si Nang,
DOI Link Scopus


4
Bioaccumulation of heavy metals in orange mud crab (Scylla olivacea) from Sungai Merbok, Kedah
2019
Rosmilah binti Misnan, Som Cit a/p Si Nang,
DOI Link Google Scholar Scopus


5
Potential growth inhibition of freshwater algae by herbaceous plant extracts
2019
Som Cit a/p Si Nang, Norhayati binti Daud, Nurhaida binti Kamaruddin, Remmy Keong Bun Poh,
DOI Link Google Scholar Scopus


6
Characterization and expression of Xiphophorus maculatus microsatellite Msb069 full sequence in subgenus Poecilia
2018
Remmy Keong Bun Poh, Rosmilah binti Misnan, Som Cit a/p Si Nang,
DOI Link Google Scholar Scopus


7
Development of toxicological risk assessment models for acute and chronic exposure to pollutants
2016
Som Cit a/p Si Nang,
DOI Link Google Scholar Scopus


8
Preliminary assessment of cyanobacteria diversity and toxic potential in Ten Freshwater Lakes in Selangor, Malaysia
2015
Som Cit a/p Si Nang, Remmy Keong Bun Poh, Syakirah binti Samsudin,
DOI Link Google Scholar Scopus


9
Could the presence of larger fractions of non-cyanobacterial species be used as a predictor of microcystin production under variable nutrient regimes?
2015
Som Cit a/p Si Nang,
DOI Link Google Scholar Scopus