jagats synopsis copy
TRANSCRIPT
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DEPARTMENT OF AGRONOMYASSAM AGRICULTURAL UNIVERSITY,
JORHAT785 013
SYNOPSIS SEMINAR
(Date: 21-10-2011, Time: 11.00 a.m.)
Title: Studies on Rapeseed-french bean intercropping system as influenced byirrigation regimes.
Presented by: Mr. Jagat bahadur debbarma Major Advisor : Dr. J.C.Das
Roll No. : 2011-AMJ-27 Professor (Agronomy)
Objectives:
1.
To find out the suitable/feasible inter-cropping system under availability ofirrigation facilities.
2. To study the effect of irrigation regimes on the performance of inter-croppingsystem.
Experimental details:Treatments:
A. Intercropping systems:
S1: Sole crop French bean.
S2: Sole crop Rapeseed.
S3: French bean + Rapeseed (4:1).
S4: Rapeseed + French bean (4:1).
B. Irrigation regimes:
I1 : Rainfed condition.
I2 : Irrigation at flower initiation (FI) stage.
I3 : Irrigation at pod formation (PF) stage.
I4 : Irrigation at FI+PF+ pod development stage.
C. Treatment combination :
T1: S1I1 T9: S3I1
T2: S1I2 T10: S3I2
T3: S1I3 T11: S3I3
T4: S1I4 T12: S3I4
T5: S2I1 T13: S4I1
T6: S2I2 T14: S4I2
T7: S2I3 T15: S4I3
T8: S2I4 T16: S4I4
Design : Split-plot design.
Replication : 3
Plot Size : 3 m x 4 m(Sub-plot)
Treatments : 16Variety : TS 36 (Rapeseed)
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Contender (French bean)
Seed rate : 5 kg/ha (Rapeseed)
: 120 kg/ha (French bean)
Observations:
1) Soil physical and chemical characteristics before sowing and after harvest of crops.2) Periodic soil moisture status at an interval of 15 days.
3) Land equivalent ratio.
4) Dry matter production at harvest of crops I,e French bean and repeseed.
5) Nutrient uptake (NPK) by the plant.
6) Growth and yield attributes of crops.
Cost of cultivation:
Sl.
No.
Inputs/ Operations Unit / quantity Total cost (Rs.)
1. Land preparation
(Ploughing, harrowing and levelling) with
tractor
1 ploughing + 2
harrowing
1700.00
2. Layout 20 @ Rs 114 2280.00
3. Fertilizer cost
Urea @ Rs. 7/kg 19 kg@ Rs 7 133.00
SSP @ Rs. 8/kg 50 kg @ Rs 8 400.00
MOP @ Rs. 9/kg 10 kg @ Rs 9 90.00
4. Fertilizer application 4 @ Rs114 456.00
5. Cost of seed 5 kg + 120 kg 3725.00
6. Sowing of seed 15 @ Rs. 114 1710.007. Intercultural operation 10 @ Rs. 114 1140.00
8. Cost of insecticide and its application 500.00
9. Harvesting and transportation 20 @ Rs. 114 2,280.00
10. Threshing, drying, winnowing and
bagging
15 @ Rs. 114 1,710.00
Total - 14,984.00
a) Cost of cultivation for the experimental area = Rs 14,984.00
b) Sampling and data recording (15 units) = R. 1,710.00c) Cost of laboratory chemicals = Rs 4,000.00
Total expenditure = Rs 20,694.00
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LAYOUT PLAN
S1I1
S1I2
S1I3
S1I4
S2I1
S2I2
S3I1
S3I2
S3I3
S3I4
S4I1
S4I2
S4I3
S4I2
S3I4
S3I2
S2I4
S2I2
R1 R2 R3
3m
4 m
31m
30m
S1I1
S1I3
S2I1
S2I3
S3I1
S3I3
S3I4
S3I2
S2I4
S4I3
S1I1
S1I3
S1I2
S1I4
S2I2
S4I2
S3I3
S2I3
1 m
1.5 m
S2 I3 S4 I3 S1 I4 S4 I1 S2 I1 S4 I1
S2 I4 S4 I4 S1 I2 S4 I3 S3 I1 S4 I4
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DEPARTMENT OF AGRONOMY
ASSAM AGRICULTURAL UNIVERSITY,
JORHAT785 013
SYNOPSIS SEMINAR(Date: 01-10-2011, Time: 11.00 a.m.)
Title: Intercropping of oilseed crops with oat fodder under rainfed condition.
Presented by: Ms. Priyanka Amonge Major Advisor: Dr. J.K. Saikia
Roll No. : 2011-AMJ-23 Professor
ABSTRACT
Land utilized for fodder cultivation in Assam is very negligible i.e. only 3,000
ha(B.N.Chatterjee and P.K. Das,1989) and production of green fodder is also limited,
which is not at all sufficient for the livestocks.
Therefore, our aim is to increase green fodder production per unit of land per unit
time through suitable row proportion for intercropping oat fodder and oilseed crops
under rainfed condition.
Keeping the above mentioned objectives an experiment is to be conducted in ICR
farm AAU, Jorhat on a net area of 600 sqm approximately, total no. of plots 33 and
size of each plot 4m3m with 11 nos of treatments having 3 replication in
Randomized block design(RBD). Different treatments that are to be followed are
T1,T2 & T3 as sole crop oat, linseed and toria respectively . T4 = Oat + Linseed (1:1) ,
T5 = Oat + Linseed (2:1) , T6 = Oat + Linseed (2:2) , T7 = Oat + Linseed (3:1) , T8 =
Oat + Toria (1:1) , T9 = Oat + Toria (2:2) , T10 = Oat + Toria (2:2) ,T11 = Oat + Toria(3:1) .Observations before and at the time of harvest such as physiochemical
properties of soil and plant characteristics like plant height, plant populations, nos
of leaves/ plant, dry matter content, green fodder yield, siliquae/plants, Stover yield
etc.,
Reference: chatterjee B.N and Das P.K(1989), forage crop production,principles and
practices pp 3-5
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ASSAM AGRICULTURAL UNIVERSITY,
JORHAT785 013
SYNOPSIS SEMINAR
(Date : 01-10-2011, Time : 11.00 a.m.)
Title : Intercropping of oilseed crops with oat fodder under rainfed condition.
Presented by : Ms. Priyanka Amonge Major Advisor : Dr. J.K. Saikia
Roll No. : 2011-AMJ-23 Professor
Objectives :
1. To find out the suitable row proportion for oat and oilseed.2. To study the economics of different treatments.
Layout and design :
Experimental design : RBDReplication : 3
Plot per replication : 11
Net area : 600 sqm.
Total No. of plots : 33
Size of each plot : 4m x 3m
Treatments :
T1 = Oat fodder (Sole)
T2 = Linseed (Sole)
T3 = Toria (Sole)
T4 = Oat + Linseed (1:1)
T5 = Oat + Linseed (2:1)
T6 = Oat + Linseed (2:2)
T7 = Oat + Linseed (3:1)
T8 = Oat + Toria (1:1)
T9 = Oat + Toria (2:1)
T10 = Oat + Toria (2:2)
T11 = Oat + Toria (3:1)
Observations :
Soil analysis
Organic carbon, pH, available N, P, K in soil before sowing of the crop.Physiochemical propertiesSoil texture.
Plant characteristics : Oat fodder
1. Plant height (cm) [at 7 days interval]2. Plant population / running meter3. No. of leaves/ plant (at 7 days interval)4. Leaf stem ratio (Dry wt. basis)5. Dry matter content6. Green fodder yield (q/ha)
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7. Dry matter yield (%)8. Crude protein
Toria at harvest
1. Plant height (cm)2. Plant population/ running meter3. Primary branches/plant4. Siliqua/plant5. Seeds/siliqua6. 1000 grain weight (test wt.)7. Seed yield (q/ha)8. Stover yield (q/ha)
Linseed at harvest
1. Plant height (cm)2. Plant population/ running meter3. Primary branches/ plant4. Pods/ plant5. 1000 grains wt. (test wt.)6. Seed yield (q/ha)7. Stover yield (q/ha)
Biological functions
LER (Land equivalent ratio)
RCC (Relative Crowding Coefficient)
Agressivity
Competition ratio
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LAYOUT PLAN
T1 T3 T10
T3 T1 T9
T4 T5 T8
T6 T9 T5
T7 T2 T1
T9 T4 T3
T10 T11 T2
T2 T6 T7
T5 T8 T6
T11 T7 T4
T8 T10 T11
RI RII RIII
0.5 m
1 m
3 m4 m
38m
T F14 m
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DEPARTMENT OF AGRONOMYASSAM AGRICULTURAL UNIVERSITY,
JORHAT785 013
SYNOPSIS SEMINAR
(Date : 01-10-2011, Time : 11.00 a.m.)
Title : Effect of integrated nutrient management (INM) on rapeseed (Brassica
campestris var. toria) sown on different dates
Presented by : Ms. Bijoya Yein Major Advisor : Dr. P.C. Bora
Roll No. : 2011-AMJ-20 Professor (Agronomy)
Objectives :
1. To study the effect of integrated nutrient management in growth and yield ofrapeseed.
2. To study the effect of sowing time on growth and yield of rapeseed.Experimental details
Notations for experimental treatment
Sowing time (T) : 3 (Three)
Sowing time Notation
30th
October T1
15th
November T2
30
th
November T3
Nutrients (F) : 5 (Five)
1) 25% nutrient through organic manure F1
75% nutrient through chemical fertilizer
2) 50% nutrient through organic manure F2
50% nutrient through chemical fertilizer
3) 75% nutrient through organic manure F3
25% nutrient through chemical fertilizer
4) 100% nutrient through organic manure F4
5) 100% nutrient through chemical fertilizer F5
Design and layout
Experimental design : RBD
Number of replication : 3 (Three)
Number of treatments : 15 (fifteen)
Net plot size : 4m x 3.6m = 14.4 m2
Total number of plots : 45
Variety : TS36
Seed rate : 5 kg/ha
Observations
1. Plant population per running meter in the rows at 15, 30, 45 DAS and harvesting.2. Plant height (cm) at 15 days interval.3. Number of leaves at 15 days interval.
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4. Number of branches per plant.5. Number of siliquae per plant.6. Number of seeds per siliqua.7. 1000 seed weight.8. Seed yield per hectare.9. Stover yield per hectare.10.Seed oil content (%).11.Available NPK before sowing and at harvest.12.Uptake of NPK by the crop.13.Economics.
LAYOUT PLAN
RI RII RIII
T3F3T3F2T1F1 T1F5T1F1T2F1 T3F3T2F3T1F3
T1F3T2F1T2F3 T3F1T3F5T2F5 T3F4T1F1T1F4
T3F1T2F5T1F4 T3F2T3F4T1F2 T3F1T2F4T2F1
T2F4T1F2T3F5 T2F4T2F2T1F4 T3F5T1F2T1F5
T1F5T3F4T2F2 T3F3T2F3T1F3 T3F2T2F5T2F2
37.4 m
22m
1 m0.5 m
3.6 m
4m
Gross experimental area = 822.8 m2