Assessment of the Effect of Ambient Air Quality on Some Biochemical Parameters of Trees in three Artificial Forest Reserves in Edo State, Niger Delta, Nigeria


  • Rachel Ogheneovo Ogboru
  • Emmanuel Eyitemi Akporhonor


It is a well-established fact that the plant helps in reducing the effect of air pollution on the environment since they could act as pollution sink. It is therefore necessary to be able to identify plant species that can play this important role in the development of a greenbelt. Green belt is important for mitigating effect of air pollution on the environment. This study thus evaluated the tolerant capacity of plant species in three artificial forest reserves in Edo State, Nigeria. Four physiological and bio-chemical parameters, namely; leaf extract pH, total chlorophyll, ascorbic acid content and relative water content were used. These parameters were computed into the air pollution tolerance index (APTI) formula to obtain the APTIs for the various plant species. All the plants studied were found to be sensitive with APTI ranging from 1.96 to 17.05. Since these plant species are sensitive, they have to be protected from environmental emissions, which would lead to air pollution. Graduation of tolerance was also calculated and used to classify the plant species. It was found that the status of plant ranged between sensitive(s), through intermediate to tolerance.

Author Biography




• Agarawal, A. L. (1988) Air Pollution Control Studies and Impact Assessment of Stack and Fugitive Emission from CCI Akaltan Cement Factory. Project Report

• Santra, S. C. (1995) Greenbelt for Pollution Abatements. In: Advances in Environmental Science and Technology (Trivedy RK, Ed) 1:283-295 (Ashish Publishing House, New Delhi, India

• Thakre, R. (1995). Green belt for Pollution Abatement. In: Encyclopedia of Environmental Pollution and Control 1:337-349

• Fukuoaka, Y (1997). Bio Biometeorological Studies on Urban Climate. International Journal Biometeorological 40(1):54-57

• Ghose, M. K. and Majee, S. R. (2001). Air Pollution Caused by Opencast Mining and its Abatement Measures in India J. Environ Management 63 (2) 193-202

• Palit, D. KAR, D. Misra, P. and Banerjee (20013). Assessment of Air Quality Using Several Bio Monitor of Selected Sites of Duragapu, Burdwan District by Air Pollution Tolerance Index Approach. Indiana J Sci Res 4 (1) 149 – 152.

• Esfabani, A. A. Amin, H. Samadi N. Kav. S. Hoodaji M. Shivani, M. and Porsakhi (2013. Assessment of Air Pollution Tolerance Index of Higer Plants Suitable for Green Bels Development in East of Estahan City Iran. J Ornamental and Hortic. Plants 3(2)87 – 94

• Trivedi, R. (2001) Greenbelts for Air Pollution Control. Industrial Pollution and Environmental Management, 6(2):121-129

• Begum, A and Harikrishna, S. (2010) Evaluation of Some Tree Species to Absorb Air Pollution in Three Industrial Location of South Bengaluru India. E J. Chem 7 (Si|)

• Flowers, M. D. Fiscus, E. L. and Burkey K. O. (2007) Photosynthesis, Chlorophyll fluoresces and Yield of Snap Bean (Phaselous Valgaris L.) Genotypes Differing in Sensitivity to Ozone. Environ Exptal Bot 61:190-198.

• Klump G, Furlan, C. M. Domingos, M. (2000). Response of Stress Indicators and Growth Parameters of Tibouchina Pulchra Cogn Exposed to Air and Soil Pollution near Industrial Complex of Cubatoa. Brazil. The Sci. Otal Environ 246: 79-91.

• Rao, C. S. (2006) Environmental Pollution Control Engineering. New Age International Publishers. Revised Second Edition

• Singh, S. K. and Rao, D. N. (1993) Evaluation of Plants for Their Tolerance to Air Pollution. Proc Symp on Air Pollution Control held at IIT, DEHSL 210 – 214

• Agbaire, P. O. and Akporhonor, E. E. (2012) Biochemical Parameters of Plants as Indicators of Air Pollution. IRCAB, J. NAT Appl Sci 2()2 40 – 49

• Randhi, U. D. and Reddy, M. A. (2012) Evaluation of Tolerant Plant Species in Urban Environment. A Case Study From Hyderaba India 2(4) 300-304

• Swani, A. Bhatt, D. Joshi, P. C. (2004) Effects of Automobile Pollution on Scie (Shorea Robusta) and Rohini (Malotus Phillipinesnsis) at Asarori, Dehradun, Himalayan J. Environ zool. 18(1) 57-61

• Yan – Ju, L. and Hui, D. (2008). Variation on Air Pollution Tolerance Index of Plants near a steel factory. Implications for landscape – plant species selection forindustrial area. WSEAS TRANSACTION ON ENVIRONMENT AND DEVELOPMENT 1 (4) 24 – 30

• Thakar, B. K. and Mishra, P. C. (2010). Dust Collection Potential and Air Pollution Tolerance Index of Tree Vegetation Around Vedanta Aluminum Limited. Jharsuguda. Int Q J. Life Sci 3 603:612

• Kaityar V. and Dubey, P. S. (2001) Sulphur Dioxide Sensitively on two Stages of Leaf Development in a few Tropical Tree species In J. Environ Toxial 11: 78:81

• Ninave, S. Y, Chauadhari, P. r. Gajghate, D. J. Tarar, J. L. (2001) Foliar biochemical Features of plants as indication of air pollution. Bull Environ Contain. Toxixal 67:133 -140

• Keller T. Schwager, h. (1977). Air Pollution and Ascorbic Acid. Eur J. Forestry Pathol 7:338 – 350

• Lima, j. S. Fernades, E. B. Fawcett, W. N. (2000) Mangifera indica and Phaseolus vulgaris in the bioindicator of air pollution in Bahia, Brazil. Ecoloxial Environ Saftefy 46(3):275 – 278.

• Mohammed, K. Rashmi K. and Pramon W. R. (2011) Studies on air Pollution Tolerance of Selected Plants in Allahabad City, India E3 j. Environ Res. Mangg. 2(3) 42 – 46

• Chaudhary, C. S. and Rao, D. N. (1977) Study in some Factors in Plants Controlling Their Susceptibility to SO2 Pollution Proc Indian Nat. Sci Acad 43:236 – 241

• Varsshney S. R. K. and Vaishney, C. K. (1984). Effect of SO2 an Ascorbic Acid in Crop Plants. Environ Pollut 35:285-290

• Tripathi, A. K. and Gautam, M. (2007. Biochemical Parameters of Plants as Indicators of Air Pollution J. Envion Biol 28(1) 127-132

• Jyothi, S. J, and Jaya, D. S. (2010) Evaluation of Air Pollution Tolerance Index of Selected Plant Species Along Roadsides in Thiruvanthanpuran




How to Cite

Agbaire, P. O., Ogboru, R. O., & Akporhonor, E. E. (2016). Assessment of the Effect of Ambient Air Quality on Some Biochemical Parameters of Trees in three Artificial Forest Reserves in Edo State, Niger Delta, Nigeria. Asian Journal of Applied Sciences, 4(3). Retrieved from