Bacterial Growth Efficiency, Respiration and Secondary Production and in the Cross River Estuary, Nigeria and the Near Coast
Abstract: Bacterial growth efficiency (BGE) can be a major factor in estimation of energy transfer within the food web, but its controlling factors are poorly understood. It also regulates measurements of bacterial production and respiration [BGE = BP/ (BP + BR)]. BGE values in natural bacterial assemblage were determined over 12 months in a tropical estuary of Cross River and adjacent Gulf of Guinea. BGE values ranged from 20.80 % to 52.40 % with a mean value of 36.16 % and correlated positively with bacterial production (BP) (r2 = 0.676, p>0.001). Much of the BGE variation could be attributed to BP because BGE correlated poorly with BR (r2 = 0.322, p
Keywords: Bacterial growth efficiency, bacterial production, bacterial respiration, DOC, Cross River estuary, Gulf of Guinea
How to Cite?: Antai Ekpo Eyo, Asitok Atim David, Paul Akaninyene, "Bacterial Growth Efficiency, Respiration and Secondary Production and in the Cross River Estuary, Nigeria and the Near Coast", Volume 4 Issue 10, October 2015, International Journal of Science and Research (IJSR), Pages: 1791-1798, https://www.ijsr.net/getabstract.php?paperid=SUB158296, DOI: https://dx.doi.org/10.21275/SUB158296