|

March 2016 Vol. 4 No.3
Other viewing option
Abstract
• Full
text
•Reprint
(PDF) (95 KB)
Search Pubmed for articles by:
Abdelgadir
EM
Other links:
PubMed Citation
Related articles in PubMed
|
|
Merit Research Journal of Agricultural Science and Soil
Science (ISSN: 2350-2274) Vol. 4(3)
pp. 051-057, March, 2016
Copyright © 2016 Merit Research Journals |
Original Research Article
Influence of irrigation regime and farmyard manure on faba bean
yield productivity at reclaimed high terrace soil in Sudan |
|
|
Department of
Soil and Plant Nutrition, Abu Naama Research Station,
Agricultural Research Corporation, P.O. Pox 35, Abu Naama, Sudan
E-mail: eltayeb25@yahoo.com
Tel/Fax: +249-122902248
Accepted March 31, 2016 |
|
|
A field trial was
carried out for three consecutive seasons (2004-2005, 2005-2006
and 2006-2007) to study the increase of faba bean productivity
and improve soil properties by using farm yard manure and
irrigation regimes on reclaimed high terrace soils (Aridisols).
The experiment consists of three irrigation regimes, which are
(after 7, 14 and 21 days), and application of 0.0 and 10 ton/ha
farmyard manure (FYM). Superphosphate at a rate of {˝ P=20 kg
P/Fed) was applied to all treatments at sowing. One faba bean
variety was used namely SM-L. The experiment was replicate four
times in split-plot design with main plot allotted to FYM
treatments and subplot to irrigation regime. Data on grain yield
and biomass show that there were significant differences in
grain yield between the two FYM levels effects. The irrigation
regime also significantly affected grain yield. As expected the
addition of FYM to the soils improved grain yield in all
irrigated periods compare to without manure (0 FYM), and also in
7 days irrigated were higher than in 14 and 21 irrigated
periods. The reduction of faba bean grain yield from 14 to 7
days and from 21 to 7 irrigated days ranges about 5% and 35% for
0 ton/ha FYM treatments, and about 19% and 57% for 10 ton/ha FYM
treatments, respectively. However, addition of 10 ton/ha FYM
(M1) at irrigation every 7 days interval was significantly
higher than in 14 and 21 irrigated days regimes. It can be
concluded that the highest faba bean yield was observed in to
use 10 ton/ha FYM with irrigation period (every 7 days interval)
in the soil reclamation of saline soils and to improved crop
productivity.
Key Words: Faba bean, Farmyard manure, Grain Yield,
Irrigation regimes, Salt-affected Soils
|
|