Research Article of American Journal of Engineering Research and Reviews
Environmental Consequences of Receded Iyi-Ocha Lake Surrounded by Federal Polytechnic Oko, Amaokpala and Nanka Communities
Otti V I and DanNwafor K
Federal Polytechnic Oko
The purpose of this project is to share the finding of study and advocate the need for the administration of Federal Polytechnic Oko to undertake the issue of providing Water to the Polytechnic community as paramount and the solution to the receding Iyiocha lake which could useful in the provision of water. The poor state of water and sanitation facilities in the campus particularly the permanent site is a major factor for the declining health and the reduction in productivity among the students and staff. The major water and sanitation related ailments reported in the school apart from malaria are diarrhea and worm infestation, which indicates that water and sanitation facilities are inadequate in the campus and to ascertain the cause of solution to the receding lake. Therefore, there is a need for such facilities to be provided and upgraded in spite of the environmental consequences of the receding lake which is to be (-1.1) due to environmental impact, also in the rainy season to observe good contribution of water from the lake to the ground water ,as it ceases to discharge to the Lake during rainy season. The main objectives are to identify enough water to serve the population with adequate water supply and promoting better health practice focusing on the use of clean water, good hygienic and proper excretion disposal. Moreover rainfall data was collected from the department of Geography and Meteorology, Nnamdi Azikiwe University Awka, was used to determine.
Keywords: environmental impact, recession, water supply, lake, and hygiene
How to cite this article:
Otti V I and DanNwafor K. Environmental Consequences of Receded Iyi-Ocha Lake Surrounded by Federal Polytechnic Oko, Amaokpala and Nanka Communities. American Journal of Engineering Research and Reviews, 2018, 1:11
1. Ashish Kumar & Siddhearth Jain (2013). Water Resources Engineering. ARDENT Publication New Delhi 1st Edition.
2. Bindoff, N.L. (2007). Observation: Oceanic Climate Change and Sea Level, Implication for Earth’s Heat Balance.
3. Bond David, P.G. Wignall, Paul, B. (2008). The role of sea level change and marine anoxia.
4. D. Masse, J.L. Chatte, Escopel (2015). Ecological engineering for sustainable agriculture in arid and semi –arid West Africa.
5. Darko Mensah E, Salifu, L.Y. (2006). SEA of water and Environmental Sanitation: A Practical Guide Environmental Protection Agency (EPA).
6. Eduputa, B.M., Ezenwaji, E.E. and Onwuka, S.U. (2015). Morphometric and regional Planning Aspects of Otalu River Basin. Nigeria Geographical Journal. New Series 14; pp. 83-96.
7. Ezenwaji, E.E. (2009). Climate and Change Household Water Supply Strategies in Aguata and Orumba Area Climate Change and the Nigeria environment. pp. 613-624 Jamoe Publisher, Enuge Niger.
8. Ezenwaji, E.E. and Okoye, A.C (2011). A multivariable Assessment of the Quality of Water from Mamu River and Potential for the Supply of Water to Awka Capital of Anambra State Nigeria: Ecological problems. Related Disasters and Sustainable Development; German Press; Germany.
9. Gaston, Kelvin, J. (2000). Global Pattern in Biodiversity.
10. Hampel, A., Hetzel, R. & Maniatis, G. (2010). Response of faults to Climate-driven, Challenges in ice and water volumes on Earth’s Surface.
11. Margaret Munroe (2006). Climate Change Causing Corrosive Water to Affect Arctic Marine Life Study.
12. Modi, P.N. (2008). Irrigation Water Resources and Water Power Engineering. Standard Book House, New Delhi.
13. Nzoiwu, C.P. and Ezenwaji, E.E. (2017). Contribution of Anthropogenic Factor to the Observed Surface Area Variation of Agulu Lake, Anambra State. Journal of Geography Meteorology and Environment 2(1), 41-49.
14. Orji, M.U. and Ezenwaji, E.E. (2007). Seasonality and Distribution of Faecal Indicators in Agulu Lake Anambra State Nigeria. Journal of Science Engineering and Technology Vol.14 No.1 pp.1227 – 2287.
15. Phil-Eze, P.O. and Ezenwaji, E.E (2009). Rural water-supply Development Strategy for Environment Sustainability in Old Aguata Local Government Area of Anambra State. International Journal of Architecture and Built Environment Vol.1 No.1 pp.77-83.
16. Raju KS Sarkar AK Darsh, M.L. (2004). Integrated Water resource Planning and Management. Jain Brothers – New Delhi.
17. Sanjay Gupta (2013). Water Resources Engineering. 1st Edition VAYU Education of INDIA New Delhi.
18. Santosh KUMAR GARG (2010). Elementary Irrigation Engineering. KHANNA Publishers, New Delhi.
19. Santosh-Kamer Harg (2013). Water Supply Engineering. Khanna Publications, New Delhi 23rd Edition.
20. Santosh-Kumar Garg (2013). Irrigation Engineering and Hydraulic Structures.
21. Subramanya, K. (2013). Engineering Hydrology 4th Edition. McGraw Hill Education.
22. Therivelt (2004). Strategic Environment Assessment in Action, Earths can.
23. UNICEF and IRC (2007). A manual of School sanitation and Hygiene.
24. Walther, G.R., Post E. & Convey, P. (2007). Ecological Responses to Recent Climate Change Nature 416 (6879) 389-395.
25. WHO & World Bank (2009). Climate Change and Biological Diversity: Convention on Biological Diversity.
26. WHO (1997). Global school physical environmental and health initiative.
27. World Health Organization and UNICEF (2006). Meeting the MDG drinking water and sanitation target. The urban and rural challenges of the decade.
28. Wurbs, R.A and Wessley, P.J. (2007). Water Resources Engineering. Prentice-Hall of INDIA, New Delhi