Abstract: The physico-chemical status of water samples from four major dams in Ekiti was assess for a period of three years (dry and wet seasons). Result showed that the physico-chemical parameters determined were higher in the dry season than wet season. The statistical analysis revealed that most of the physico-chemical parameters are significantly different except for temperature, conductivity and dissolved solid whose values are lower than the table value (0.4975 at P = 0.05). The value increased from one year to another. The result obtained fell within the maximum allowable limit set by United State Environmental Protection Agency and World Health Organization
The properties of the drinking water from Erinfun community in Ado-Ekiti was investigated. A total o...
ABSTRACT: The Physicochemical parameters of St. Nicholas River were determined from October, 2020 to...
Many people in Africa depend on water from borehole, but purity of the drinking water from this sour...
The study investigates seasonal variations in the Physico-Chemical Parameters of Bakolori Dam, Zamfa...
The water quality of three different sources of drinking water (stream, hand–dug well and borehole) ...
Water is one of the most abundant compounds found in nature covering the largest part of the earth’s...
Usuma Dam is the major source of potable water in the Federal Capital Territory, Abuja, Nigeria. The...
Dam water and sediment were collected from ten different locations on Owalla dam to evaluate the qua...
The physico-chemical evaluation of pollutants in water sample from Alau Dam, Borno State was conduct...
Potable water is becoming progressively scarce due to anthropogenic pollution and it has necessitate...
The study evaluated physico-chemical parameters of Kainji lake, Nigeria. Water samples were collecte...
Pure water samples were evaluated for their physicochemical properties. Samples 5 gave higher values...
Evaluation of physicochemical parameters namely alkalinity, biological oxygen demand (BOD), chemical...
Preliminary determination of physico-chemical properties of Hayin Danmani stream, Igabi Local Govern...
The study comparatively analyzed the general physico-chemical parameters of five different water bod...
The properties of the drinking water from Erinfun community in Ado-Ekiti was investigated. A total o...
ABSTRACT: The Physicochemical parameters of St. Nicholas River were determined from October, 2020 to...
Many people in Africa depend on water from borehole, but purity of the drinking water from this sour...
The study investigates seasonal variations in the Physico-Chemical Parameters of Bakolori Dam, Zamfa...
The water quality of three different sources of drinking water (stream, hand–dug well and borehole) ...
Water is one of the most abundant compounds found in nature covering the largest part of the earth’s...
Usuma Dam is the major source of potable water in the Federal Capital Territory, Abuja, Nigeria. The...
Dam water and sediment were collected from ten different locations on Owalla dam to evaluate the qua...
The physico-chemical evaluation of pollutants in water sample from Alau Dam, Borno State was conduct...
Potable water is becoming progressively scarce due to anthropogenic pollution and it has necessitate...
The study evaluated physico-chemical parameters of Kainji lake, Nigeria. Water samples were collecte...
Pure water samples were evaluated for their physicochemical properties. Samples 5 gave higher values...
Evaluation of physicochemical parameters namely alkalinity, biological oxygen demand (BOD), chemical...
Preliminary determination of physico-chemical properties of Hayin Danmani stream, Igabi Local Govern...
The study comparatively analyzed the general physico-chemical parameters of five different water bod...
The properties of the drinking water from Erinfun community in Ado-Ekiti was investigated. A total o...
ABSTRACT: The Physicochemical parameters of St. Nicholas River were determined from October, 2020 to...
Many people in Africa depend on water from borehole, but purity of the drinking water from this sour...