Add to ORKGWater samples from Keana mine area of Nasarawa State were analysed for some trace metals concentration, using the Inductively Coupled Plasma Optical Emission Spectrometry technique (ICP OES). The results of the analysis were compared with the standards of the World Health Organisation (WHO) and the European (EU) for domestic water.A total of 12 water samples were drawn from sources across the study area, comprising of 4 well samples, 4 stream samples, and 4 borehole samples. Analyses were carried out for a total of seven (7) elements which included; As, Cd, Cr, Sr, Pb, Th and Zn. Arsenic (As) was detected in all the samples at a mean concentration of.............
The water samples were collected at three different periods of the year from locations around the Ol...
This study was carried out to investigate the portability of drinking water sources available to peo...
Samples were collected from four (4) underground water sources in Enyigba Pb-Zn mining district, nea...
This study was carried out to assess the concentrations of some selected trace metals in borehole wa...
This study determine the level of heavy metals (Pb, Cd, Cr, Zn, Fe) in water samples obtained from d...
Water quality studies in Nigeria are usually conducted at local scales and limited to a restricted n...
Mining and smelting activities are the main causes for the increasing pollution of heavy metals from...
Mining and smelting activities are the main causes for the increasing pollution of heavy metals from...
The availability of good quality water is indispensable feature for preventing diseases and improvin...
This study was designed to detect heavy metals level in water collected from Daura gypsum mining sit...
An appropriate level of concentration of elements in the human body is vital for its proper function...
Human survival is largely dependent on the quality of available drinking water. It is worth of know...
The study was undertaken in three communities namely Adamrobe, Aburi and Pokrom-Nsaba, all located i...
The levels of six trace metals namely iron, lead, manganese, copper, zinc and nickel were investiga...
Mining processes result in large amounts of toxic waste Particles, mine tailings might be carried by...
The water samples were collected at three different periods of the year from locations around the Ol...
This study was carried out to investigate the portability of drinking water sources available to peo...
Samples were collected from four (4) underground water sources in Enyigba Pb-Zn mining district, nea...
This study was carried out to assess the concentrations of some selected trace metals in borehole wa...
This study determine the level of heavy metals (Pb, Cd, Cr, Zn, Fe) in water samples obtained from d...
Water quality studies in Nigeria are usually conducted at local scales and limited to a restricted n...
Mining and smelting activities are the main causes for the increasing pollution of heavy metals from...
Mining and smelting activities are the main causes for the increasing pollution of heavy metals from...
The availability of good quality water is indispensable feature for preventing diseases and improvin...
This study was designed to detect heavy metals level in water collected from Daura gypsum mining sit...
An appropriate level of concentration of elements in the human body is vital for its proper function...
Human survival is largely dependent on the quality of available drinking water. It is worth of know...
The study was undertaken in three communities namely Adamrobe, Aburi and Pokrom-Nsaba, all located i...
The levels of six trace metals namely iron, lead, manganese, copper, zinc and nickel were investiga...
Mining processes result in large amounts of toxic waste Particles, mine tailings might be carried by...
The water samples were collected at three different periods of the year from locations around the Ol...
This study was carried out to investigate the portability of drinking water sources available to peo...
Samples were collected from four (4) underground water sources in Enyigba Pb-Zn mining district, nea...