Overcompensation in Chlorella pyrenoidosa (Chlorococaceae) was studied. Cells cultured subsequent to 10 days dim light can produce more density and exhibit higher growth rate than control during a certain period after transferred with same initial density. The re-latinnshin between overcompensation and aleae bloom in natural environment was discussed also.
[5] Alward R D et al. 1993. Plasticity and overcompensation in grass responses to herbivory[J]. Oecologia, 95:358～364
[6] Behky A J.1986. Does herbivory benefit plants? A review of the evidence[J]. Am. Nat., 127:870～892
[7] Belsky A J et al. 1993. Overcompensation by plants: herbivore oplimization or r red herring[J]? Evol. Ecol., 7:109～121
[8] Guillard R R L, Stein J R. 1973. Division rates[M]. In: Hand book of phycologieal methods: cultured methods and growth mea surements. London: Cambridge University. 289～312
[9] Manoharan K, Lee TK, Cha J Metal. 1999. Acclimationof Prorocentrum minimum (Dinophyceae) to prolonged darkness by use ofan alternative carbon source fron triacylglycerides and Galactolipids [J]. J. Phycol., 35:287～292
[10] Richard D, Alward A J. 1993. Plasticity and overcompensation in grass responses to herbivory[J]. Oecologia, 95: 358～364
[11] Stephen G V. 1993. Overcompensatibon as a life～history phe nomenon[J]. Evolutionary Ecology, 7:122～123
