EI-Shahawy,, M. (2003). EFFECT OF PHOSPHOGYPSUM, FYM AND SUBSOILING ON SOME SALT AFFECTED SOIL PROPERTIES AND ITS PRODUCTIVITY AT NORTH DELTA. test, 28(10), 7539-7546. doi: 10.21608/jssae.2003.245512
M. I. EI-Shahawy,. "EFFECT OF PHOSPHOGYPSUM, FYM AND SUBSOILING ON SOME SALT AFFECTED SOIL PROPERTIES AND ITS PRODUCTIVITY AT NORTH DELTA". test, 28, 10, 2003, 7539-7546. doi: 10.21608/jssae.2003.245512
EI-Shahawy,, M. (2003). 'EFFECT OF PHOSPHOGYPSUM, FYM AND SUBSOILING ON SOME SALT AFFECTED SOIL PROPERTIES AND ITS PRODUCTIVITY AT NORTH DELTA', test, 28(10), pp. 7539-7546. doi: 10.21608/jssae.2003.245512
EI-Shahawy,, M. EFFECT OF PHOSPHOGYPSUM, FYM AND SUBSOILING ON SOME SALT AFFECTED SOIL PROPERTIES AND ITS PRODUCTIVITY AT NORTH DELTA. test, 2003; 28(10): 7539-7546. doi: 10.21608/jssae.2003.245512

EFFECT OF PHOSPHOGYPSUM, FYM AND SUBSOILING ON SOME SALT AFFECTED SOIL PROPERTIES AND ITS PRODUCTIVITY AT NORTH DELTA

Journal of Soil Sciences and Agricultural Engineering
Article 10, Volume 28, Issue 10, October 2003, Pages 7539-7546    PDF (2.19 M)
Document Type: Original Article
DOI: 10.21608/jssae.2003.245512
Author
M. I. EI-Shahawy,
Soil, Water and Environment Research Institute - ARC
Abstract
Field experiment was carried out during the two successive seasons 2000
and 2000/2001 to study the effect of some amelioration processes on some physical
and chemical properties and yield productivity of salt affected soil at North Delta. A
split-split plot design with four replicates was used. Phosphogypsum (PG) treatment
with three levels: zero, 50% and 100% of gypsum requirements was assigned to the
main plots. The sub plots were occupied by subsoiling treatment with two levels:
without and with subsoiling. Farmyard manure (FYM) treatment with two levels:
without and w'th FYM application. Amelioration treatments (organic manure and/or
Phosphogypsum) have a significant effect on decreasing bulk density and increasing
the aggregation parameters (WSA, opt. size, MWD, AI and SC) in the sequent layers
of soil profile especially in the surface layers.
Also, amelioration processes have a highly significant effect on O.M., EC. pH
and ESP.
Moreover, amelioration processes had a highly significant effect on sorghum
and barley yield. PG has a highly significant effect on the yield of both crops. These
results may be attributed to that Phosphogypsum affected the soil properties such as
porosity. ESP, pH and nutrients availability, which enhance plant growth. Regarding
subsoiling and FYM, it could be noticed that subsoiling and FYM as well have a highly
significant effect on both crop yields.
Keywords
Amelioration processes; Phosphogypsum; FYM; Subsoiling; Soil physical and chemical properties; Sorghum and barley yield
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