Growth Charateristics and Yield Effect of Plant Spacing and Intercropping Maize and Cowpea
DOI:
https://doi.org/10.18034/abcjar.v7i1.75Keywords:
Growth, Intercrop, Maize, Cowpea, Yield, SpacingAbstract
The trial was carried out at the Teaching and Research farm of The College of Education, Lanlate to determine the growth characteristics and yield effects of plant spacing and intercropping maize and cowpea. The experimental design used was Randomized Complete Block Design (RCBD) six treatments and five replicates. The treatments were as follows; (1) Cowpea intercropped with maize at 50 X 50cm spacing; (2) Cowpea intercropped with maize at 25 X 25 cm spacing; (3) Sole maize at 50 X 50cm spacing; (4) Sole cowpea at 50 X 50cm spacing; (5) Sole maize at 25 X 25cm spacing and (6) Sole cowpea at 25 X 25cm spacing. Each treatment was replicated five times to make thirty (30) experimental plots. The planting of maize (Zea mays) and the cowpea (Vigna unguiculata) was done on 12th June, 2016 with different spacing while the supplying was done a week later. The seeds emerged five days after planting. The plots were kept weed free for the first weeks after planting manually and subsequently done at two week interval. Thinning was done three weeks after planting which was on 27th June, 2016. Thinning was done to reduce the plant to one per stand. The stem height and girth of the cowpea and maize were measured in centimetre (cm) from 2nd week of planting using ruler till the harvesting. At harvesting, number of pods per plant, number of seeds per pod, first day of flowering, weight of the seeds was measured for the cowpea while the number of seeds per cob and the weight of the seed were measured for the maize. The stem height and girth for maize and cowpea were used to evaluate the growth of the crops in each week to harvesting while the number of pods, weight of seeds, flowering period, and weight of cob were used to evaluate the yield of cowpea and maize. Data were analysed by the general linear model statistical procedure with the comparisons of means among treatments with Duncan Multiple Range Test (DMRT). The growth of maize is better when intercropped with cowpea at 50X50cm spacing. The growth of maize intercropped with cowpea at 25X25cm spacing is better also using the stem height as comparative measure when compared with the sole maize both at 50X50cm and 25X25cm spacing respectively. It is observed that interplanting of maize and cowpea will really improve the growth and yield of maize and not for the cowpea. A wider spacing for the two crops at 50 X50cm spacing will also bring a slight increase in the yield of cowpea. It is recommended that to boost the yield maize only and to maximize the available land for planting, planting of maize with cowpea at 50 X 50cm spacing is very important.
Downloads
References
Abdulraheem, M.I. and Charles, E.F. (2013): Effects of Geometric row Arrangement on Growth and Yield of Cowpea in a Maize- Cowpea Intercrop. Indian Journal of Innovations and Developments, Indian Society for Education and Environment (ISEE), Volume II, Issue 1, PP 816 – 820. An Online Journal. (http://www.iseeadyar.org/ijid/archvies/jan-13/IJID-1-0115-Final%20Proof.pdf)
Abdulraheem, M.I.; Ojeniyi, S.O and Charles, E.F. (2012): Effect of Different Planting Pattern on Total Dry Matter Production and Maize Forage Quality in Maize (Zea Mays) and Cowpea (Vigna Sinensis) Intercropped as Whole-Crop Forage. International Organization of Scientific Research-Journal of Agriculture and Veterinary science (IOSR-JAVS), Volume 1, Issue 4, pp 42-46
Agbato, S.O. (2000): Principle and practice of Arable crop production,. Odumatt Press, Oyo. Page 1 – 30
Alofe, O., Elemo, K.A., and Ashaye, T.I. (1998): Cultivation of food crop in the tropics production trends. Pp 16 -17
Anil, L, Park, J. and Phipps, R.H. (2000): The Potential of forage-maize intercrops in Ruminant Nutrition. Animal Feed Science and Technology. 85: 157 - 164
Awoyemi, M.B. (1986): Maize Improvement Production and Utilization in Nigeria. Published by the Maize Association of Nigeria. 223 – 232
Carruthers, K.B., Prithiviral, O. Fe, D., Clautler, R.C. Martin and D.L. Smith (2000): Intercropping Corn with Soybean Lupin and Forgaes; Yield Component Responses. European Journal of Agronomy. 12; 163 – 165
Ezello, O.O. (1996): Characteristics effect of intercropping arable crops in the tropics. New York.
National Bureau of Statistics (NBS) (2005): January – December 2005. Published by NBS, Garki Abuja. 41
National Bureau of Statistics (NBS) (2006): January – December 2006. Published by NBS, Garki Abuja. 46
Obilana, A.B. (1998): Striga studies and control in Nigeria. Proceedings of the second International workshop on Striga. International crops research institute for the semi-arid tropics
Ogieva Erebo (1998): Comprehensive Agricultural Science for Senior Secondary Schools and Colleges. pp 159
Sigh (1991): An appraisal of some intercropping methods in terms of grains yield, response to Applied Phosphorus and monetary return from maize and cowpea. East Africa Agricultural and Forestry Journal. 42(1): 66 – 70
Webster, R.W. and Wilson, D.S.O. (1996): An experimental design on intercropping of maize with bush bean in tropical Agriculture, volume 8 and 9, No 12
Willey, R.W. and Rerkasen, B.K. (1985): Intercropping: its importance and research needs, competition and yield advantages. Experimental Agriculture 2: 119 – 133.
--0--