Chukwumati And Omovbude

Chukwumati and Omovbude

Greener
Journal of Agricultural Sciences

Vol. 10(2), pp. 86-94, 2020

ISSN: 2276-7770

Copyright ©2020, the copyright of this article is
retained by the author(s)

https://gjournals.org/GJAS

 

 

 

 

 

 

 

The
dynamics of Vetiver (Vetiveria
zizanioides
) and Guinea grass (Panicum
maximum
)
Amended with
Organic Man
ures in Remediation of Crude Oil Contaminated
Soil in Port Harcourt

 

 

1*Chukwumati, JA; 1Omovbude, S

 

 

1Department
of Crop and Soil Science, Faculty of Agriculture, University of Port Harcourt,
P. M. B. 5323, Choba, Port Harcourt, Rivers State, Nigeria.

 

 

ARTICLE INFO

ABSTRACT

 

Article
No.:
031120049

Type: Research

 

 

In a field study, conducted at the Teaching
and Research farm of Rivers State University, soil polluted with Bonny Light
crude oil at 0% and 2% v/w was subjected to remediation processes using
vetiver (Vetiveria zizanioides) and
guinea grasses (Panicum maximum)
amended with organic manures for a period of twelve months. Two weeks after
pollution, poultry and Rabbit manures were applied at 0, 10, 20 and 30
tons/ha respectively. Vetiver and Guinea grasses were planted two weeks
later. It was fitted in factorial split plot. Results showed 80% of vetiver
survived in contaminated unamended plots against 85% in control, percentage
survival in guinea grass was 60% in contaminated unamended against 85% in
control. There was initial delay in germination on contaminated plots for the
two grasses. Amendment of the soil with organic manure improves the growth
and performance of the grasses. Vetiver height was significantly (p<0.05)
different from guinea grass in contaminated unamended plots implying that
vetiver has better adaptation to pollution than guinea grass. Remediation of
soil with vetiver and guinea grasses degraded the THC in the soil to 23 and
21% respectively; amendment of soil with different levels of organic manure
increased the level of degradation to 70.6 and 67.9% for vetiver and guinea
grasses respectively. Vetiver uptake of THC in plant tissues was
significantly (p<0.05) different from that of guinea grass. Amendment of
the soil with organic manure reduced the uptake. Generally, both grasses were
tolerant to THC with vetiver being more tolerant with higher survival rate.
Poultry manure as amendment material planted with vetiver grass was more
effective than rabbit manure in remediation of crude oil contaminated soil.

 

Accepted:  17/03/2020

Published:
25/04/2020

 

*Corresponding
Author

Chukwumati, JA

E-mail:
johnprint2005@
yahoo.com

Phone:
08063573269

 

Keywords: Vetiver
grass; Guinea grass; Crude Oil; Contamination; R emediation; Poultry;
Rabbit; Manure

 

 

 

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REFERENCES

 

Anyaegbu, BA.(1987). Medical aspects of the impact of environmental
pollution. Proceedings on the Petroleum Industry and Nigerian Environment.
352-357.

 

Asuquo,  FE,  Ibang,  IJ and Idungafa,  N. (2005). Effects of quo Iboe Crude Oil
contamination on Germination and growth of Okra and fluted pumpkin
www.ecoservepublishers.org/list.htm#5:

 

Banks,
MK., Lee, E  and Schwab, AP. (1999).
Evaluation of dissipation mechanisms for Benzol [a] pyrene in the Rhizosphere
of Tall Fescue. Jour. Env. Qual. 28: 294-298.

 

Biondini
M, Klein DA and Redente E (1988). Carbon and Nitrogen Losses through roots
exudation by Agropyron Cristatum, a Smithii, and Bouteloua Gracilis. Soil Biol.
Biochem  20: 477 – 482.

 

Cook
FD, West and Lake DWS (1976). Biodegradability of Northern crude  Oils. ALUR 75-81 Indian and Northern Affairs
Publication. O, 8116-000 EE-AL University of Alberta, Edmonton, Canada.

 

De-Jong
E (1980). The Effect of Crude Oil Spill on Cercals. Department of Soil Science
University of Sask Canada S7N Owo. Env. Poll. Sr.  22 (A): 187-196.

 

Emola,
B.,Nnadi, G., Ede, E and N naji, E. (1992). August 24. Angry oil States on the
war path. African concord. 7(14), 8-24.

 

FAO
(Food and Agricultural Organization) (1984): Food and Agricultural Organization
year book, FAO Rome Italy 4: 122-127.

 

Federal
Department of Rural Development Area Programme. (1981). Federal Department of
Rural Development Area Programme Preparatory Report. November, 1981.

 

Gudin,
C and Syratt, W. J. (1975). Biological aspects of land rehabilitation.
Following hydrocarbon contamination. Environmental Pollution. 8, 107-112.

 

Horsfall,
M and Spiff, A (2001). Principle of Environmental Pollution (With Physical,
Chemical and Biological Emphasis): 1st Edition Published and Printed
by metro Prints Ltd. Port Harcourt Nigeria.

 

Hutchinson,  SL, Banks, MK and Schwab AP (2001). Phytoremediation
of aged petroleum sludge: effect inorganic Fertilizer, J. Envron. Qual. (30): 95

 

Isirimah,
NO (2002).Understanding the nature and properties of waste for quality
environment. Tom and Harry Publications, Port Harcourt.

 

Isirimah
N, Chinda A and Braide S (2006). Environmental Protection; Problems, progress,
practice principles and prospects: Case for 
Niger Delta. Paper presented, Nigerian environmental society of Nigeria
at RSUST, Port Harcourt .

 

Isirimah
N, Zuofa K and Loganathan P (1989). Effects of crude oil on maize performance
and soil chemical properties in the humid forest zone of Nigeria. Discovery and
innovation:1 (3):95-98.

 

Lee,
E and Banks MK. (1993). Bioremediation of Petroleum contaminated soil using
Vegetation:  microbial study. J. Env. Sci.
Health  28(A):  2187-2198.

 

Odu,
CTI. (1981). Degradation and weathering of crude oil under tropical condition.
Proceedings of Seminar of Petroleum Industry and the Nigeria Environment.

 

Odu  CTI, Nwobishi LC, Esuruoso OF and Ogunwale JA
(1985). Environmental Study of the Nigerian Agip Oil company Operational Areas.
In The Petroleum Industry and the Nigerian Environment. Proceedings FMW and H
and NNPC conference, 274-283.

 

Prasad,
NMR (2003). Phytoremediation of metal polluted ecosystem. Hope for commercialization.
RUSS. Jour. Plant physiol. (50): 764-780.

 

Rowell,
MJ. (1977). Oil Contaminated soils and some aspects of reclamation in soil
Science Conservation Remediation research, Alberta Soils Workshop, reddeer
Alberta (Proceedings in Press).

 

Siripin,
S (2000). Microbiology associated with the vetiver plant. Proc. Second Int:
Vetiver conf. (ICV-2) (January 18-22), Thailand.

 

Soil
Survey Staff (1975). Soil taxonomy. A basic system of soil classification for
making and interpreting soil survey USDA Agricultural handbook 436 Washington
D.C. PP 754.

 

Truong,
P (2000). Vetiver grass for mine site rehabilitation and reclamation.  Extended Abstract. Proc. Remade lands
International conf, Fremantle, Australia.

 

World
Bank. (1995).  Defining an Environmental
Department Strategy for the Niger Delta. West Central Africa, Department world
Bank, Washington D. C. p. 150.

 

Cite this Article: Chukwumati, JA; Omovbude, S (2020). The dynamics
of Vetiver (Vetiveria zizanioides)
and Guinea grass (Panicum maximum)
Amended with Organic Manures in Remediation of Crude Oil Contaminated Soil in
Port Harcourt.
Greener Journal of Agricultural Sciences 10(2): 86-94.

.

 

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