This research was carried out during 2009/2010 growing season in
swiri region which locates about 30 Km at the west of Homs city ,
located in the first stability region where the annual precipitation is
about 400 mm .
One cultivars of faba (Vicia
faba) was sown on three seeds rate
(high seed rate 220 kg/h – medium seed rate 185 kg/h – low seed
rate 150 kg/h) and three sowing date (15/11 – 30/11 – 15-12 ) 2009.
This research was carried out through 2015-2016 growing season
belongs to the fourth stability at Gander village located on the
between Homs and Damascus .The aims of this research were to
study the effect of plant density on seed yield and its components
of faba bean (vica faba ) and to investigate the optimum plant
density of this crop in the region.
This research was carried out through 2015-2016 growing season
belongs to the fourth stability at Gander village located on the
between Homs and Damascus .The aims of this research were to
study the effect of plant density on seed yield and its components
of faba bean (vica faba ) and to investigate the optimum plant
density of this crop in the region.
The research was conducted at Abo-Jarash farm, faculty of
agriculture, Damascus university during the two growing season
2011-2012 and 2012-2013 in order to evaluate genetic variability of
some lentils genotypes based on some physiological and
productivity traits associated with drought tolerance. The
experiment was laid out according to factorial randomized complete
block design with three replications.
This research carried out in Al- Bassa village at Lattakia province during 2013-2014, to determine the effects of increasing rates of boron and zinc fertilization by foliar spraying, on root nodulation and seed yield of broad beans (Viciafaba L.). Se
eds were planted in plastic pots (15 kg capacity), filled with sandy-silty soil, characterized by its poor content of boron, and represents most of lands in the region. Boron and zinc were sprayed by five increasing concentrations (Bo, B25, B50, B75 and B100) and (Zno, Zn25, Zn50, Zn75, Zn10)on broad bean plants at 33 and 65 days post-emergent. Results showed that treatments high significance than control, in termsof root length witch the best treatment was B100Zn100with 31c.m, and 2.85 g for B75Zn75 as a wight of length, on the other hand the best treatment for number of nodules was B75Zn75, 179.03 c.m, B100Zn100 was the best for height of the plant with 100.20, for protein B100Zn100 the best with 37.4%, However, boron and zinc fertilization treatment B75Zn75 is the best, economically.
The research was carried out in Nawa area in Daraa governorate during
the year 2012, to study the response of four sesame genotypes (Local Idleb,
Zouri, Improved Hourani and Brown Sudani) to four irrigation treatments
(rainfed cultivation, one sup
plemental irrigation during branches formation,
two supplemental irrigations during branche and capsules formation and three
supplemental irrigations during branches formation, capsules formation and
seed filling stages). The experiment was laid out in split plot design with three
replications. The statistical analysis clearly indicated to the existence of genetic
variation in (p < 0.05) the response of the studied sesame genotypes to applied
irrigation treatments. The genotype Local Idleb recorded significantly the
highest values of all investigated traits and the heighest seed yield (3.45 t. ha-1)
as compared to other studied genotypes. Providing sesame crop with three
irrigations surpassed in all investigated traits and recorded the highest seed
yield (3.79 t.ha-1). It was recommended to provide sesame crop with three
irrigations during critical stages (branches formation, capsules formation and
seed filling).
