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Heavy metals quantification of teifera occidentalis (Fluted pumpkin, Order: Violales, family: Cucurbitaceae) grown in niger delta oil producing areas

By: Ogwu Chukwudi, Azonuche Juliana Ego, FI. Achuba

Key Words: Teifera occidentalis, Oil exploitation, Bioaccumulation

Int. J. Biosci. 19(2),170-179, August 2021.

DOI: http://dx.doi.org/10.12692/ijb/19.2.170-179

Certification: ijb 2021 0004 [Generate Certificate]

Abstract

The focus of this study is the determination of the heavy metals content of Teifera occidentalis grown in the Niger Delta oil producing areas. To achieve this, four oil producing communities were randomly selected from Niger Delta. Five research stations were also selected from the sub-settlements that made-up each oil producing community. Samples of edible portions of T. occidentalis were collected from five spots in each sampling station, bulked, a composite drawn, wrapped in absorbent paper and taken to the laboratory for analysis. The analytical standards adopted were USEPA and APHA and the analytical instrument deployed for the determination of the heavy metals concentration is Agilent atomic absorption spectrophotometer model 240A. The results obtained were as follows; Cu concentration is between 0.63mg/kg to 29.01mg/kg with the mean of 8.14±13.92; the concentration of Zn is between 1.20mg/kg to 36.61mg/kg with mean concentration of 10.86±17.18; Mn concentration is between 15.72mg/kg to 150.00mg/kg with a mean concentration of 63.89±60.55; the concentration of Co is between 1.68mg/kg and 6.40mg/kg with a mean concentration of 3.57±0.02mg/kg and Cr concentration between 0.00mg/kg to 22.03mg/kg and has a mean concentration of 5.65±10.82mg/kg. The results of the mean concentrations of the parameters were further subjected to test of significance with analysis of variance (ANOVA) with df numerator 4 and denominator of 15 at 0.05 level of significance. The F ratio calculated is 1.05 while F-ratio crit is 3.06. The study thus recommends that T. occidentalis should be produced and consumed in the Niger Delta oil producing regions.

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Heavy metals quantification of teifera occidentalis (Fluted pumpkin, Order: Violales, family: Cucurbitaceae) grown in niger delta oil producing areas

AIsuni AN, Badar A. 2015. Fruits and vegetables consumption and its determinant among Saudi University students. Journal of Taibah University Medical Science 10(2), 201-207.

Anozie J, Nwaorah RN. 2001. Effects of oil exploitation on the environment of the Niger Delta. Journal of Conservation 16(3), 28-33.

Anyaegbunan PC. 2014. The oil industries and the endangered Niger Delta region Nigeria. Journal of Bolial Science 17(8), 141-147.

Anyakora C, Ogbechie A, Palmer P, Coker H, Ukpor G, Ogah C. 2005. GC/MS analysis of polynuclear aromatic hydrocarbons in the sediment samples from the Niger Delta. Chemosphere 60(2005), 990-997.

Arora M, Kiran B, Rane A, Runi S, Kaur B, Miltal M. 2008. Heavy metals accumulation in vegetables irrigated with water from different sources, Food Chemistry 111, 811-815.

Asagba SO. 2019. Biochemical implication of cadmium in our food and drinking water: should we be worried? 70th in the series of inaugural lecturers. Delta State University, Abraka, Nigeria.

Atowodi SE. 2005. Antioxidant potential of Africa medicinal plants. African Journal of Biotechnology 4(2), 128-133.

Azuzu CA. 2016. The chemistry of crude petroleum in marine environment. Journal of Chemistry              16(3), 42-48.

Banjo AC, Banjisco PF. 2018. Environmental malediction in the Niger Delta in Osuntokun A. (Ed). Environmental problems of Niger Delta. Lagos: Frederick Ebert Foundation.

Banwut ME, Lar LA, Daboer J, Audu S, Lassa S. 2012. Knowledge and intake of fruit and vegetables composition among adults in urban community in North central Nigeria. Health Journal 12(1), 12-15.

Bellavia A, Larfon SC, Boltai M, Woir A, Orsini N. 2013. Fruits and vegetable consumption and all-cause mortality: a dose-response analysis. The American Journal of Clinical Nutrition 98(2), 454-459.

Boeing H, Bechthold Bub A, Elinger S, Hailer D, Kroke A. 2012. Clinical reviews of vegetables and fruits in prevention of chronic diseases. Eur. J. Nutr 51(6), 637-663.

Boskou D. 2006. Sources of natural phenolic antioxidants. Trend in Food Science and Technology 17, 505-512.

Dunet GM. 2004. Oil pollution and seabirds population. Philosophical Transaction of the Royal Society of London 297, 413-427.

Fleming OA, Parle PJ. 2014. Heavy metals in soil, herbaje and vegetables from an industrial area west of Dublin city. Irish Journal of Agriculture and Floor Research 16, 35-48.

Friends of the Earth. 2018. Oil production activities and the environment of the Niger Delta. World environmental press release May 5th 2018.

Ge Y, Murray P, Sauve B, Herderthox WH. 2000. Low metal bioavailability in urban soil. Environmental Toxicology and Chemistry 21, 954-961.

Haruna M. 2013. The Niger Delta residence and the economy of Nigeria. Journal of Social Sciences 18(4), 59-65.

Hough KL, Breward N, Young SD, Grout NMJ, Tye AM, Moir And Thomson I. 2004. Assessing potential risks of heavy metal from consumption of home grown vegetables by urban population. Environmental Health Perspectives 112, 215-221.

Kaladumo COK. 2015. The implication of gas flaring in the Niger-Delta. Proceedings of the Biannual International NUPC Seminar in the Petroleum industry and the Nigeria Environment, Port Harcourt, Nigeria 17, 277-290.

Khan S, Caoa Q, Zhenga YM, Huanga YZ, Zhu YC. 2008. Health risks of heavy metals in contaminated soils and food crops irrigated with waste water in Beijing China, Environmental Pollution 152, 686-692.

Metor MU, Adeogun OA. 2005. Nutrient and anti-nutrient components of some tropical leafy vegetables. Food Chemistry 53, 325-379.

Naghipour D, Chenari MB, Tehhari N, Naghipour F, Nichrabian F, Ahachi MS, Jaafari J, Roubakesh H. 2018. The concentration data of heavy metals in vegetables in Guilan province, Iran. Elsivier 21(2018), 1704-1708.

National Bureau of Statistics. 2020. Nigeria’s oil production volume 2019. NBS, Abuja.

Nigeria National Population Census. 2011. Nigerian national petroleum corporation bulletin on oil spills in Nigeria No 25.

Nwajei GE. 2018. Living with chemical time bomb. 68th in the series of inaugural lectures. Delta State University, Abraka, Nigeria.

Obadoni M, Uchenna O. 2017. Oil exploitation and the environmental degradation in the Niger Delta’s and. Environ. Sd. and Techno 17, 114-120.

Obed CA. 2015. Production and marketing of fluted pumpkin and south south rural economy. Journal of Social Science 12(5), 18-23.

Obeke J. 2015. Oil exploitation and impact on vegetable and crops grown in Ahoda and its environ. Journal of Environmental Management 12(4), 17-23.

Obiozor M, Odu JN. 2011. Teifera occidentalis (ugwu) cultivation in the southeast: an untappeed goldmine. Journal of Agriculture 19(5), 72-77.

Odagwe OO. 2012. Ukwani people and culture. Warn: Emoghene Press.

Odu AP. 2007. Impact of pollution on the biological resources in the Niger Delta. Technical report on environmental pollution monitoring of the Niger Delta Basin of Nigeria 8, 69-74.

Ogbo NA. 2012. The Ndokwa languages and culture: Lagos: Liberty Published.

Okech OS. 2003. The Environment: Petroleum of Nigeria. Owerri: T’Afrique Press.

Okubanjo A, Osagie PE, Nwadiuler AM. 2018. Oil exploitation and the Ogoni environment. 241-246. Journal of conservation 17(10), 140-147.

Onosode G. 2014. Niger-Delta region and the rest of Nigeria. A key note address World Environment Day Celelpetor, Nigeria Society for Environmental Management, Lagos.

Onwurah I. 2002. Quantitative modeling of crude oil toxicity using approach of cymbermetrics and structured mechanism of microbial processes. Environ Monitoring Assess 76, 157-166.

Onwurah INE, Nwuke CP. 2004. Enhanced bioremediation of crude oil contaminant in soil by Pseudomonas species and mutually adapted 920 bactervinlandi. Chem. Techno. Biotechnol 79(5), 491-498.

Onyefulu KO, Awobanjo OA. 2009. Environmental aspect of petroleum industry in the Niger Delta problems and solution in the petroleum industry and Niger-Delta. Proceeding NNPC Binannual Seminar on Environment 2.

Osadolo MA, Osadolor JP. 2015. The cultivation and consumption pattern of fruit and vegetables in south-south Nigeria. Journal of Agriculture                17(8), 153-1 59.

Osanmer N, Kubenye JC. 2012. The medicinal and nutritive properties of Teifera occidentalis. Journal of Food Science 18(4), 63-69.

Osuntokun A. 2015. The rural economics of the rural Niger Delta and oil exploitation in Abeku A(ed). The issues of environmental degradation, Lagos: University Press.

Ozah JP. 2012. The oil companies and the economy of the Ndokwa land. A press clibe on Ndokwa Neku Union annual conference.

Pelletier MC, Burguess RM, Ho KT, Kuhn A, mcKinney Ryba SA. 2014. Phytotoxicity of individual polycyclic aromatic hydrocarbon and petroleum to marine invertebrates larvae and juveniles. Environ. Toxicol. Chem16, 21 90-2199.

Qsuso CC, Qdion JA. 2014. Trace element concentration in fruits and vegetables in Niger Delta market. Journal of Environment, Sd and Technol            18, 178-183. .

Qzah A, Udalo N. 2012. The effects of oil spill on crops and animals in Ebocha, Rivers Nigeria. Journal of Agriculture 19(7), 51-56.

Ruwani B. 2018. Oil production: monocultural economy and inflation. Financial derivative limited, Lagos.

Safari GH, Zaorabi M, Hoseini M, Kamari H, Jaaferi J, Makivi AH. 2015. Heavy metals contents of selected grains in Guilan province, Iran. Chemosphere 1604-1612.

Salami JC. 2019. Nigeria Oil production belt: Niger Delta the goose that lays the golden egg. A keynote address on the World Environment Day.

Samson NT. 2012. Oil exploration and environment of Niger Delta. Journal of Environmental Monitoring 6(4), 82-88.

Sherma RK, Agrawal M, Marshal FM. 2008. Heavy metals (Cu, Zn, Cd and Pb) contamination of soils and vegetables in urban India: a case study in Varanasi. Environ. Pollut 164, 254-263.

Singh S, Kumar M. 2006. Heavy metals load of soil, water and vegetables in peri-urban Delhi Environ. Monitor, Assess 120, 79-91.

Sinha S, Pandey AK, Grupla C, Bhat K. 2005. Accumulation of metals as vegetables and crops grown in the area irrigated with river water. Bull. Environ. Contaminant Toxicol 74, 210-218.

Srinwas N, Rao SR, Kumar KS. 2009. Trace metals accumulation in vegetables grown in industrial and semi-urban area: a case study. Applied Ecol. Environ. Contaminant. Toxicol 7, 131-139.

Suruchi AN, Pankaj K. 2011. Assessment of heavy metals contamination in different vegetables grown in and around urban areas. Research Journal of Environmental Toxicology 5(3), 162-179.

Turkalogan MK, Kilicel F, Kara K, Tuncer I Uygan I. 2002. Heavy metals in soils, vegetables and fruits in the endemic upper gas brointestinal cancer region of Turkey. Environ. Toxicol. Pharmacol 13, 175-1 79.

Ukele JA. 2014. Teifera occidentalis: an analysis of the nutritive value. Journal of Food Science 12(30), 14-20.

Utomi P. 2018. Oil production and Nigeria Economy. The way forward. Vanguard News p. 34. Economy

Zubili JA, Ope PN. 2016. Oil spill incidents in Nigeria: 1970-date. Proceedings of NNPC seminar Port Harcourt 2016.

Ogwu Chukwudi, Azonuche Juliana Ego, FI. Achuba .
Heavy metals quantification of teifera occidentalis (Fluted pumpkin, Order: Violales, family: Cucurbitaceae) grown in niger delta oil producing areas.
Int. J. Biosci. 19(2),170-179, August 2021.
https://innspub.net/ijb/heavy-metals-quantification-of-teifera-occidentalis-fluted-pumpkin-order-violales-family-cucurbitaceae-grown-in-niger-delta-oil-producing-areas/
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