University Herbarium, UC Berkeley: Indian Ocean Catalogue

Sivalingam, P.M.

1977a. Algal zonation pattern at Batu Ferringhi 1. (Seaward side). Sains Malaysiana 6: 153–163, 3 pls., 5 figs., 2 tables.

Sivalingam, P.M.

1977b. Marine algal distribution in Penang Island. Bulletin of Japanese Society of Phycology 25: 202–209, including 2 pls., 1 fig., 2 tables.

Sivalingam, P.M.

1978a. Biodeposited trace metals and mineral content studies of some tropical marine algae. Botanica Marina 21: 327–330, 1 fig., II tables.

Sivalingam, P.M.

1978b. Effects of high concentration stress of trace metals on their biodeposition modes in Ulva reticulata Forskal. Japanese Journal of Phycology 26: 157–160, 1 fig., 1 table.

Sivalingam, P.M.

1978c. Algal succession patterns on the rocky shores of Batu Ferringhi in Penang Island. Japanese Journal of Phycology 26: 161–164, including 1 pl., 1 fig.

Sivalingam, P.M.

1979. Biochemical, physiological and morphological differentiation of two species of Laurencia of Penang Island. In: International Symposium on Marine Algae of the Indian Ocean Region ... 1979. Abstracts. Bhavnagar, India. P. 40.

Sivalingam, P.M.

1980a. Amino acid composition of the total thalli of two Laurencia species at different habitats. Japanese Journal of Phycology 28: 29–30, 1 table.

Sivalingam, P.M.

1980b. Mercury contamination in tropical algal species of the island of Penang, Malaysia. Marine Pollution Bulletin 11: 106–107, 1 fig., 1 table.

Sivalingam, P.M.

1981. Pollutant levels in the Malaysian sea lettuce, Ulva reticulata Forsskål. Japanese Journal of Phycology 29: 81–84, 1 fig., 2 tables.

Sivalingam, P.M.

1982. Biofuel-gas production from marine algae. Japanese Journal of Phycology 30: 207–212, 4 figs.

Sivalingam, P.M.

1989a. Biochemical relationships of Valonia fastigiata and Valoniopsis pachynema from the tropics. Japanese Journal of Phycology 37: 1–3, 2 tables.

Sivalingam, P.M.

1989b. Cytoplasmic electrolyte fluctuations in Valonia fastigiata and Valoniopsis pachynema with regard to the external environmental medium. Japanese Journal of Phycology 37: 4–6, 1 table.

Sivalingam, P.M., M.W.R.N. De Silva, K. Rajagopalan, & K. Nisizawa

1976. Comparative studies on the content of UV-absorbing substance 334 of marine algae from the tropical zone (Malaysian waters). Bulletin of Japanese Society of Phycology 24: 8–12, 1 table.

Sivalingam, P.M., & R. Ismail

1981. Cladophora spp. as a prominent global algal monitor for trace metal pollutants. 1. High concentration stresses and modes of biodeposition. Japanese Journal of Phycology 29: 171–179, 2 figs., 3 tables.

Sivalingam, P.M., & R. Ismail

1982. Cladophora as a prominent global algal monitor for trace metal pollutants. (2) Long-term low concentration stresses, its biodeposition and depuration. Japanese Journal of Phycology 30: 23–30, 9 figs., 1 table.