3 research outputs found
INFLUENCE OF SULPHUR AND BORON ON THE GROWTH AND SEED YIELD OF KASURI METHI (Trigonella corniculata L.)
No full textA Thesis
Submitted to Department of Entomology,
Faculty of Agriculture.
Sher-e-Bangla Agricultural University,
Dhaka-
In partial fulfillment of the requirements for the degree of
MASTERS OF SCIENCE (MS)
IN
DEPARTMENT OF HORTICULTUREA field experiment was conducted at Horticulture farm of Sher-e-Bangla Agricultural
University, Dhaka, during the Rabi season of October, 2020 to March, 2021 to study
the effects of different level of sulphur and boron on the yield and yield components
of Kasuri methi (Trigonella corniculata) seed. The experiment consisted of two
factors: Factor A: Four Levels of sulphur (S); T
0
II
= S
0
kg ha
-1
, T
1
= S
10
=
S
15
kg ha
-1
, T
3
= S
20
kg ha
-1
and Factor B: Four levels of boron (F); F
0
= B
1.0
kg ha
-1
, F
2
= B
1.5
kg ha
-1
, F
3
= B
2.0
kg ha
-1
. The experiment was laid out in
randomized complete block design (RCBD) with three (3) replications with total 16
no. of treatments. Data on different growth, yield contributing and yield parameter
of kasuri methi were recorded and significant variation was observed from different
treatments. In case of sulphur application, maximum plant height (48.17 cm),
maximum number of primary branches plant
-1
(9.51), secondary branches per plant
(4.46), maximum number of seeds per pod (7.87), maximum number of pod per plant
(1066.70), maximum weight of seeds per plant (2.33 g), maximum weight of seed per
plot (69.84 g), maximum seed yield per hectare (582.03 kg), highest rate of
germination (92%), were obtained from T
3
(S
20
kg ha
-1
) treatment. For boron
application, maximum plant height (48.30 cm), maximum no. of primary branches per
plant (9.46), secondary branches per plant (4.50), maximum number of seeds per pod
(7.93), maximum number of pod per plant (1074.70), maximum weight of seeds per
plant (2.34 g), maximum weight of seed per plot (70.15 g), maximum seed yield per
hectare (584.62 kg), highest rate of germination (91.83%), obtained from F
3
kg
ha
-1
) treatment. In case of combined application , T
3
F
3
treatment showed better
performance over other treatment combination. Maximum plant height (50.08 cm),
maximum number of primary branches per plant (10.41), secondary branches per plant
(5.09), maximum number of seeds per pod (8.91), maximum number of pod per plant
(1192.30), maximum weight of seeds per plant (2.50 g), maximum weight of seed per
plot (75.00 g), maximum seed yield per hectare (625.00 kg), highest rate of
germination (95.33%) obtained from T
3
F
3
treatment combination. It may be concluded
that application of 20 kg S ha
-1
with 2 kg B ha
-1
was recorded to be more suitable
practice for getting higher amount and quality of seed yield of kasuri methi
EFFECT OF SOWING TIME AND FERTILIZER MANAGEMENT ON GROWTH AND YIELD OF GIMAKALMI F (Ipomoea aquatica Forsk)
No full textA Thesis
Submitted to the Department of Horticulture
Sher-e-Bangla Agricultural University, Dhaka
in partial fulfillment of the requirements
for the degree
of
MASTER OF SCIENCE (MS)
IN
HORTICULTUREThe study was conducted in the horticulture Ilirni of Sher-e-I3angla Agricultural
University. Dhaka. Bangladesh during the period from March to June 2007 to find out
the eflèet of sowing time and fertilizer management on the growth and yield of
Giniakalmi. The experiment consist of two flictors. Factor A: sowing time, such as 5,:
16 March. S2
: 31 March and S;: 15 April; Factor R: Four levels of fertilizer. such as
F0: No fertilizer. F
1 : Cowdung: 15 iJha. (:
2
: Poultry litter: 7 t/ha and F
1: Inorganic
fertilizer (urea: 200 kg/ha + TSP: 100 kg/ha+ MP: 100 kg/ha). There were 12(3 < 4)
treatment combinations. In case of sowing time the highest yield was obtained from
52. In case of krtilizcr management the highest yield was recorded from (F
3 ). In case
of combined effect of various level of sowing time and fertilizer management were
also found significant. The highest yield was obtained from the treatment combination
of3l march sowing time with inorganic iërtilizer
PICES Press, Vol. 20, No. 2, Summer 2012
No full text•The 2012 Inter-sessional Science Board Meeting: A Note from Science Board Chairman (pp. 1-4)
◾PICES Interns (p. 4)
◾2012 Inter-sessional Workshop on a Roadmap for FUTURE (pp. 5-8)
◾Second Symposium on “Effects of Climate Change on the World’s Oceans” (pp. 9-13)
◾2012 Yeosu Workshop on “Framework for Ocean Observing” (pp. 14-15)
◾2012 Yeosu Workshop on “Climate Change Projections” (pp. 16-17)
◾2012 Yeosu Workshop on “Coastal Blue Carbon” (pp. 18-20)
◾Polar Comparisons: Summary of 2012 Yeosu Workshop (pp. 21-23)
◾2012 Yeosu Workshop on “Climate Change and Range Shifts in the Oceans" (pp. 24-27)
◾2012 Yeosu Workshop on “Beyond Dispersion” (pp. 28-30)
◾2012 Yeosu Workshop on “Public Perception of Climate Change” (pp. 31, 50)
◾PICES Working Group 20: Accomplishments and Legacy (pp. 32-33)
◾The State of the Western North Pacific in the Second Half of 2011 (pp. 34-35)
◾Another Cold Winter in the Gulf of Alaska (pp. 36-37)
◾The Bering Sea: Current Status and Recent Events (pp. 38-40)
◾PICES/ICES 2012 Conference for Early Career Marine Scientists (pp. 41-43)
◾Completion of the PICES Seafood Safety Project – Indonesia (pp. 44-46)
◾Oceanography Improves Salmon Forecasts (p. 47)
◾2012 GEOHAB Open Science Meeting (p. 48-50)
◾Shin-ichi Ito awarded 2011 Uda Prize (p. 50
