Spatial Pattern of Water Quality Parameters in Ologe Lagoon Lagos State, Nigeria
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Date
2022
Journal Title
Journal ISSN
Volume Title
Publisher
Faculty of Environmental Sciences, Modibo Adama University, Yola.
Abstract
This study examines the spatial pattern of water quality parameters in Ologe lagoon, Lagos
State. Purposive sampling method was used to categorize the lagoon into upstream, middle
stream and downstream and water samples were collected from the sections of the lagoon.
Eighteen physiochemical and biological parameters were tested by conducting a standardized
laboratory analysis on the water samples. Tables, graphs and ANOVA were employed to show
inter-station comparisons and significant differences between parameters. The study revealed
that there was no significant variations (p>0.05) in temperature, pH, TDO, phosphorus, zinc,
nitrate and lead across all the stations. However, significant differences (p<0.05) exist in the
values of EC, Turbidity, alkalinity, TDS, total hardness, Coliform and E. Coli across the
stations. Many of the parameters examined were within the limits of the World Health
Organization standard for human consumption except for the values of turbidity (224NTU),
iron (8.65±0.21) recorded at the upstream and all the values of DO in the three stations. The
study concluded that the values obtained from the different stations showed that their
concentration varies across the lagoon, however, many of these values are within the WHO
acceptable limit safe for human consumption. Therefore, apt attention must be given to
continuous monitoring of the lagoon so as to protect, plan and device management strategies
to the lagoon as regards the uses around it. Hence, future studies on the influence of natural
processes on Ologe lagoon is important to make an effective water quality management plan.
Description
Keywords
Surface Water, Water quality, Spatial Variation, lagoon
Citation
10. Lawal, F.O., Agaja, T.M., and Afolabi, K.A. (2022). Spatial Pattern of Water Quality Parameters in Ologe Lagoon Lagos State, Nigeria. FUTY Journal of the Environment, 16(1) 73-84.