Chemical Examination of Ikogosi Warm Spring in South Western Nigeria

Oladipo, Akeem Adeyemi; Oluyemi, E. A.; ., I.A. Tubosun; ., M.K. Fasisi; Ibitoye, F.I.

doi:10.3923/jas.2005.75.79

Cited by 13 publications

(5 citation statements)

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“…The pH values obtained in this study were slightly lower than the mean value (6.8) reported by in the assessment of water in the Strˆımtori-Firiza reservoir in Northwest Romania. Also, Oladipo et al (2005) reported higher mean pH values (6.60) of spring water of Ikogosi Warm Spring in Southwestern Nigeria.…”

Section: Resultsmentioning

confidence: 85%

A multi-criteria approach to drinking and irrigation water assessment of spring water in Igbo-Etiti, Nigeria

et al. 2022

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The study aimed at assessing the spring water within Igbo-Etiti, Nigeria, for drinking and irrigation applications using physicochemical parameters, water quality index, mineral and trace elements, pollution indices, and risk assessment. Standard methods were used to determine the physicochemical properties of the spring water in rainy and dry seasons. Trace metals such as Pb, Cd, Zn and Cu were determined with atomic absorption spectrophotometer. The results showed that most of the physicochemical properties studied were within the guideline values set by Nigeria Standard for Drinking Water Quality (NSDWQ), WHO and US EPA for drinking water purposes. However, pH of all the spring water (4.27–4.73; and 4.95–5.73) for dry and rainy seasons, respectively, were slightly acidic. Lead (Pb) (0.01–1.08 mg/L) and cadmium (Cd) (0.01–0.15 mg/L) concentrations were above the guideline values in both seasons. This could be attributed to the lithology of the study area which is Nsukka FORMATION. Leaching of lead and sulphides from the embedded coal deposits could be responsible for the increased lead levels and made the water acidic. The mineral and trace elements examined were within WHO and NSDWQ limits for drinking water except Cd and Pb. The permeability index and other irrigation indices showed that all the spring water was suitable for irrigation purposes. The pollution index suggested that the pollution level of all the samples in the dry season was insignificant (PIS < 1). Two-way ANOVA showed significant differences in most of the parameters studied in the dry and rainy seasons. Pearson correlation analysis and cluster analysis showed strong significant positive and negative correlations in some of the parameters studied in both seasons. The water quality index showed that none of the spring water had excellent water status. However, one spring (Iyi Ase) had poor water status in dry season and is considered unsafe for drinking. Iyi Ase was also considered not suitable for irrigation application as predicted by most of the pollution indices, while others were generally considered suitable for irrigation application. Probable cancer and non-cancer risk assessment revealed a probable risk associated with the consumption of the spring in Igbo-Ettiti area, Nigeria.

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Section: Resultsmentioning

confidence: 85%

A multi-criteria approach to drinking and irrigation water assessment of spring water in Igbo-Etiti, Nigeria

et al. 2022

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“…They concluded that rock-water interactions were the dominant processes controlling the major ion composition of the spring while the dominant water was Ca (mg) -Cl type. Four out of the six identified sources of the warm springs around IWS showed close similarity in temperature, pH, dissolved solids, suspended solid, alkalinity, hardness and trace metals [48]. Further study by them had also revealed a time (distance) dependent atmospheric environmental induced variations in the area.…”

Section: The Futurementioning

confidence: 88%

Untitled

2017

Int J Earth Sci Geophys

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We review geo-scientific research in Nigeria on geothermal energy prospecting. Nigeria's challenging energy needs is overwhelming, with demand exceeding generation. There is inequitable access by the populace to the meager and unstable electricity services in the country. With the main power generating source being gas-fired thermal power stations and despite her increasing population of over 170 million, Nigeria energy generation capacity dwindle to a record low of 2800 MW in year 2016. Alternative energy sources (preferably renewable) promises some form of relief to the current energy challenge. We focus on geothermal resources for the purpose of this study. A direct need in Nigeria for application of geothermal energy is the production of electricity and with numerous geothermal energy potential sites in the country, showing surface heat manifestations; the geothermal energy option presents an attractive and cheaper alternative energy source for Nigeria. In this review, we examine the various research conducted towards establishing useful information for stake holders to enable proper assessment, exploration and exploitation of geothermal energy resources in Nigeria.

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“…The major problem at Ipole -Iloro is the fact that the attraction has not been developed, which is because of a very poor level of publicity and awareness of the tourist attraction to the public [82][83][84]. The general public are not aware of the existence of the tourist centre.…”

Section: Problems Confronting the Tourist Centers In Respect Of Ikogo...mentioning

confidence: 99%

"The Effect of Warm Spring in Ikogosi and Arinta Waterfall in Nigeria"

Oluwaseyi

2019

EAES

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Tourism industry is one of the fastest growing industries in the world. Over the years it has cut through human developments to economic development of regions, nations and the world at large. Tourism generates wealth and employment. It's served as a major source of income and foreign exchange earners for countries. The Ikogosi-Arinta Ekiti warm spring tourist centre is a tourist destination; it offers numerous values ranging from historical, environmental monuments and rich cultural heritage of the people. It's a wonder to behold. The purpose of the study was to assess the effect of the Ikogosi cold/warm spring tourist resort on community development, with a view to enhancing the economic development of the host communities. This study adopted a survey research method and used four different sets of questionnaires to collect research data from the household heads, tourists, staff of Ikogosi and Arinta tourism centre and the Ekitistate tourism board. However, analysis of data embraced the usage of stastical package for Social Science (SPSS20), Correlation analysis was used to measure the relationshipof variables.The findings among others revealed that the Ikogosi and Arinta warm spring tourist centre lack adequate network coverage and transportation problem. However, the study compels government to encourage private partnership in tourism industry; and therefore, calls for public enlightenment to be given to the host communities on the usefulness to be hospitable and polite to tourists.

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Chemical Examination of Ikogosi Warm Spring in South Western Nigeria

Cited by 13 publications

References 1 publication

A multi-criteria approach to drinking and irrigation water assessment of spring water in Igbo-Etiti, Nigeria

A multi-criteria approach to drinking and irrigation water assessment of spring water in Igbo-Etiti, Nigeria

Untitled

"The Effect of Warm Spring in Ikogosi and Arinta Waterfall in Nigeria"

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