|
A. Program area:
Varietal Development Program |
A1. Program performing
unit: Plant Breeding Division |
SL No |
Programme area/Project |
Major Objectives |
Annual Budget(Lack
TK) |
01 |
Development of Upland rice |
Development of modern rice genotypes
suitable for dry direct seeded upland condition. |
6.0 |
02 |
Development of T Aus rice |
Development of varieties with
short growth duration, high yield potential and good
grain properties |
7.0 |
03 |
Development of shallow flood
tolerant rice |
Development of improve genotypes
with slow elongating plant type for 1.0m flood depth
|
2.5 |
04 |
Development of rainfed lowland
rice (RLR) |
Development of varieties with
photoperiod sensitivity, short to medium growth duration,
acceptable grain quality, suitable for late planting
and high yield potential for rainfed low land rice
environment |
8.0 |
05 |
Development of tidal submergence
tolerant rice |
Development of high yielding
rice varieties adaptable to tidal saline and non-saline
environments at southern districts of Bangladesh |
5.0 |
06 |
Development of submergence tolerant
rice |
Development of submergence tolerant
rice varieties for flash flood prone and medium stagnant
water environments (2-3 weeks). |
10.0(STRASA, AFACI, Climate Change) |
07 |
Development of salt tolerant
rice |
Development of salt tolerant
varieties (8-10 dS/m) suitable for the saline prone
coastal areas in Aus, and Aman seasons |
10.0(CPWF, AFACI) |
08 |
Development of premium quality
rice |
Development of fine quality rice
varieties with and without aroma for national and
international standard in T.Aman and Boro seasons |
6.0 |
09 |
Development of standard Boro
rice |
Development of genotypes superior
to standard rice varieties for irrigated areas of
Bangladesh. |
9.0 |
10 |
Development of cold tolerant
rice |
The thrust is to develop short
duration varieties accompanied with cold tolerance
for Boro season. |
4.0 |
11 |
Development of super high yielding
rice |
Development of super high yielding
rice varieties with the introduction of New Plant
Type (NPT) having yield potential of 10-12 t/ha in
Boro season |
7.0 |
12 |
Development of low amylose rice |
Development of high yielding
indica rice variety with low amylose (< 20%) content
for both domestic use and export. |
5.0 |
13 |
Development of micronutrient
enriched rice |
Development of high yielding
rice varieties with high Vitamin A, iron and zinc
content to improve nutritional quality of rice |
5.0(Harvest Plus) |
14 |
Development of disease resistant
rice |
Development of varieties resistant
to BB, RTV, Blast & Ufra |
5.5 |
15 |
Development of insect resistant
rice |
Development of rice varieties
resistant to BPH, WBPH, GLH and GM |
5.0 |
16 |
International network for genetic
evaluation of rice |
To participate international
rice network and share diverse genetic sources for
breeding new varieties |
5.5 |
17 |
Development of aerobic rice varieties |
To develop rice varieties adaptable
to aerobic environment |
2.5(UKM) |
18 |
Development of submergence and
salt tolerant rice |
Introgression of Sub1-QTL into
BRRI dhan33 |
12.0(BAS) |
19 |
Pyramiding bacterial blight resistant
genes into the genetic background of BR11-derived
submergence tolerant rice lines |
Introgression of two bacterial
blight resistant genes (Xa21 and Xa13) into BRRI dhan52 |
9.5(NATP) |
20 |
Development of Arsenic tolerant
rice varieties |
To develop Arsenic tolerant rice
varieties |
12 (FFP) |
21 |
Development of Green Super Rice |
To develop less input but high
yield potential rice varieties (inbred and hybrid)
To develop rice varieties tolerant to different stresses
(Stress Pyramid lines) |
7.0(GSR) |
22 |
Development of drought tolerant
rice for RLR ecosystem |
To develop drought tolerant varieties
for the RLR ecosystem |
3.5(STRASA) |
A2. Program performing
unit: Biotechnology Division |
23 |
Development of salt tolerant
rice through anther culture |
To develop salt tolerant DH line
through anther culture |
5.0 |
24 |
Development of drought tolerance
rice lines through in vitro screening |
To develop drought tolerance
rice lines |
5.0 |
25 |
Seed culture of BRRI released
varieties |
1. Selection of genotypes with
high regeneration abilities for rice transformation
2. Identify suitable regeneration media for specific
genotypes |
5.0 |
26 |
Progeny selection |
To select the best progeny with
high yield and stress tolerance |
2.0 |
27 |
Observational trials |
Seven homozygous fixed lines
will be evaluated in T. Aman/2011 |
2.0 |
28 |
Development of transgenic rice |
To develop genotypes with salt
and drought tolerance ( By using AeMDHAR construct) |
10.0 |
29 |
Pyramiding gene resistance to
Bacterial blight (BB) |
To develop breeding lines possessing
two (Xa13 and Xa21) BB resistance genes. |
6.0 |
30 |
Identification of yield enhancement
QTLs |
1. To identify yield enhancement
QTL from Oryza rufipogon
2. To enhance the grain yield of elite Bangladeshi
rice variety through the introgression of yield-enhancing
QTLs
3. To broaden genetic basis of cultivated genotypes
|
15.0 |
31 |
Identification of QTLs for salinity
tolerance at both seedling and reproductive stage |
1. To study the genetic basis
of tolerance to salinity at seedling/ reproductive
stage and identify QTLs responsible for salt tolerance
2. To introgress identified QTL regions into advance
breeding lines/variety for developing improved salt
tolerant genotype |
15.0 |
32 |
Genetic diversity analysis in
Aus genotypes using SSR markers |
1. To assess extent of genetic
variation in traditional and improved varieties
2. To establish their relationship for breeding purpose
|
10.0 |
33 |
Genetic Diversity analysis among
some elite rice genotypes and breeding to increase
yield potential |
1. Genetic diversity analysis
among 14 elite rice cultivar.
2. Development of rice cultivars with increased yield
potential. |
10.0 |
34 |
Improve lodging resistance in
Biroi |
To introgress sd1 lodging resistance
gene to increase grain yield. |
10.0 |
A3. Program performing
unit: Rice Germplasm and Seed |
|
Rice germplasm |
Collection (morphological & molecular),
characterization, evaluation and conservation of rice
germplasm to enrich the genebank for rice scientists |
30.00 |
35 |
Collection of rice germplasm |
To collect cultivated and wild
rice germplasm from unexplored areas especially from
hilly, coastal and haor areas of Bangladesh and to
document the collected rice germplasm for different
uses. |
2.00 |
36 |
Rejuvenation and conservation
of germplasm |
Monitor the germination of accessions
of those stored for three years (all Aus rice germplasm
between acc. no. 2501-6000, Aman germplasm acc. between
no. 2001-5000 and all Boro rice germplasm acc. between
no. of 01-3000) and rejuvenate them. Registration
of new accession |
2.00 |
37 |
Characterization and documentation
of rice germplasm |
Characterizations of germplasm
as per BRRI prescribed descriptor.
UPOV convention. Photo and computer data base documentation
of a total of 500 accessions. |
3.00 |
38 |
Agro-morphological and Quality.
Characterization of Aus (Jhum) rice germplasm newly
collected from hilly areas. |
To increase seed and characterize
the rice germplasm collected from hilly areas |
2.00 |
39 |
Agro-morphological and Quality.
Characterization of rice germplasm newly collected
from coastal and haor areas. |
To increase seed and characterize
the rice germplasm collected from coastal and haor
areas |
2.00 |
40 |
Molecular characterization of
rice germplasm |
To characterize the rice germplasm
through molecular tools (DNA Finger printing) |
4.00 |
41 |
Rice germplasm exchange |
To share germplasm to researchers
at home and abroad for rice improvement with prescribed
MTA |
2.00 |
42 |
Evaluation of rice germplasm
for abiotic stress tolerances. |
To develop database for anaerobic
and aerobic seeding
To develop database of germplasm for tolerance to
drought, submergence and salinity, (From acc. 100-150
for anaerobicaerobic and Deep rooting seedlings. previously
multiplied seed will be Used) |
2.00 |
43 |
Evaluation of rice germplasm
for resistance to insect pests |
To identify donor for resistance
to GLH, BPH and WBPH to develop data base acc 51-100
(previously multiplied seed will be used) for Gallmidge
&acc 708-858 (150 entries) for GLH, BPH & WBPH |
2.00 |
44 |
Identification of novel genes
in land races against diseases. |
To identify donors for resistance
to BB and Blast and to Develop data base |
2.00 |
45 |
Evaluation of rice germplasm
for weed competition traits |
Potential allelopathic effect
of some rice cultivars on echinochola crusgali seedling
growth. Previously multiplied seed will be used (from
acc 1-125) |
1.00 |
46 |
Characterization of rice germplasm
for grain quality properties |
To identify rice cultivars with
superior grain quality, low glycemic index and high
zinc content 50 Acc. |
2.00 |
47 |
Screening germplasm under low
available soil P |
To identify germplasm tolerant
under low available soil P |
2.00 |
48 |
Screening germplasm in As contaminated
soil |
To identify germplasm tolerant
to As contaminated soil |
2.00 |
49 |
Seed production and variety maintenance |
Maintenance of the nucleus seed
stock and supply of breeder seeds as per national
demand. |
75.00 |
50 |
Breeder seed production |
To produce and supply of breeder
seed of BRRI developed rice varieties as per indent
of GO, NGOs and PS seed producing organizations/companies/entrepreneur
|
70.00 |
51 |
Nucleus seed production |
To maintain genetic purity and
homogeneity of morphological characteristics of BRRI
developed rice varieties and source of Breeder seed
(Total 36 varieties |
4.00 |
52 |
Monitoring of foundation seed
and TLS production farms |
To visit Foundation seed plots
at flowering and maturity stages of seed producing
agencies for confirmation of quality of produced by
seed growers (15-20 farms) |
1.00 |
53 |
Exploratory and genetic studies |
Conduct problem related genetic
studies for breeder seed and rice germplasm. |
3.50 |
54 |
Studies on selection criteria
and genetic divergence |
To estimate genetic variability,
character associations and genetic relationships of
rice germplasm (50 entries ) |
1.00 |
55 |
Evaluation of aromatic rice germplasm
through morpho-physico-chemical properties |
To find out morpho and physico-chemical
variability, character associations and selection
criteria for yield and yield components in aromatic
rice germplasm (40 entries) |
1.00 |
56 |
Aromatic Hybrid Rice Development:
Screening germplasm for potential available component
lines |
To develop new aromatic Hybrid
rice |
1.50 |
57 |
Seed technology research |
Conduct seed technological research
to solve problems identified. |
1.00 |
58 |
Dormancy duration of BRRI developed
varieties |
To find out the seed dormancy
duration of recent BRRI developed varieties |
0.50 |
59 |
Effect of seed maturity on grain
quality of Breeder Seed of rice |
To determine the effect of seed
maturity on grain quality of Breeder Seed of rice |
0.50 |
60 |
Documentation of technology |
Development of technology packages
with seeds and ready reference on genebank status. |
1.00 |
61 |
Training |
Manpower development through
technology transfer |
- |
62 |
TOT (Duration : 5-7 days) |
To develop the efficiency of
the concern seed technologist under GO, NGO,and PS
level 3 Training per year |
- |
63 |
Refresher Course(Duration : 3
days) |
To develop the efficiency of
the BRRI Scientist, agronomist, or Managers of Seed
Net Partners , DAE personnel 5-7 batch Training per
year |
- |
64 |
Farmers Training (Duration :
1 day) |
Consultancy service to the seed
farmers 5-7 batch Training per year |
- |
65 |
Seed Production Technology package |
To make seed technology knowledge
available to the growers & to make handout, leaflet,
booklet etc on seed production procedure and techniques |
1.00 |
A4. Program performing
unit: Grain Quality and Nutrition |
66 |
Grain Quality Characteristics
Assessment
Changes in physicochemical properties of high yielding
varieties under storage condition. |
1. To evaluate the changes in
physical and chemical properties during the storage
period.
2. To find out the influence of physicochemical properties
on consumers preference along with storage time. |
1.5 |
67 |
Effect of rice cropping season
on chemical properties (Amylose & Protein) of BR3. |
To determine the variation in
chemical quality influenced by rice cultivation seasons. |
0.5 |
68 |
Physicochemical properties determination
of sticky rice in hill tracts |
1. To compare physicochemical
properties of sticky rice of hill tracts with physicochemical
properties of HYV sticky rice varieties and breeding
lines.
2. To develop suitable HYV sticky rice of ethnic people's
choice in hill tracts. |
1.5 |
69 |
Indigenous rice products quality
Standardization of puffing method |
To determine the optimum ratio
of urea, salt and water |
0.5 |
70 |
Heavy metal detection of rice
Study on heavy metal uptake of different rice varieties
at different levels of heavy metal concentration. |
Identification of rice genotypes
having low heavy metal uptake ability. |
2.0 |
A5. Program performing
unit: Research and Development of Hybrid Rice in Bangladesh |
|
Development of Parental Materials |
1. Developing CMS lines from
the adaptable varieties/lines suitable for Bangladesh,
2. Maintenance & evaluation of exotic/local developed
CMS lines,
3. Selection of heterotic rice hybrids & restorers.
|
15.0
|
71 |
Breeding new CMS and heterotic
hybrid with high amylose content in grain and high
yield potential. |
To develop of heterotic rice
hybrids with high yield potential and intermediate
amylose content in grain. |
72 |
Breeding new CMS and heterotic
hybrid tolerance to salinity |
To develop of heterotic rice
hybrids tolerance to salinity |
73 |
Breeding new CMS and heterotic
hybrid with premium quality and aroma of grain |
To develop of heterotic rice
hybrids with premium quality and aroma of grain |
74 |
Breeding new CMS and heterotic
hybrid resistance to sheath Blight |
To develop of heterotic rice
hybrids resistance to sheath blight. |
75 |
Breeding new CMS and heterotic
hybrid resistance to BPH |
To develop of heterotic rice
hybrids resistance to BPH. |
76 |
Breeding new CMS and heterotic
hybrid with short life duration |
To develop of heterotic rice
hybrids with short growth duration for Aus, Aman and
Boro. |
77 |
Improvement of parental lines
(BxB and RxR crosses) |
To Broaden the genetic bases
of existing restorer and maintainer lines |
78 |
Evaluation of Parental lines
& Hybrids
Observational Trial (OT) |
To Identify of heterotic rice
hybrids |
0.25 |
79 |
Multilocational Trial (MLT) |
To evaluate the promising hybrids
in different locations. |
1.00 |
80 |
Seed Production of Parental
lines & Hybrids
Small scale CMS seed production of promising hybrids |
To produce CMS seeds of promising
hybrids |
0.50 |
81 |
Small scale F1 seed production
of promising hybrids |
To produce F1 seeds of promising
hybrids |
0.50 |
82 |
Large scale CMS seed production
of released hybrids |
To produce CMS seeds of released
hybrids |
9.00 |
83 |
Large scale F1 seed production
of released hybrids |
To produce F1 seeds of released
hybrids |
6.00 |
84 |
Dissemination of hybrid rice
technologies
Demonstration of BRRI released hybrid varieties in
farmers field |
To popularize BRRI released hybrid
varieties among the farmers |
5.00 |
85 |
Hybrid seed production through
seed companies and BADC |
To supply the parental lines
seeds of BRRI released hybrid varieties |
|
86 |
Conducting training program on
hybrid rice cultivation. |
To trained up farmers, extension
peoples on hybrid rice cultivation techniques. |
3.00 |
87 |
Conducting training program on
hybrid rice seed production technologies |
To popularize BRRI released hybrid
varieties among the farmers |
5.00 |
B. Program area:
Crop Soil and Water Management |
B1. Program performing
unit: Agronomy Division |
88 |
Sub program I: Seeds and Seedling
Effect of splitting tiller Boro rice yield (on going) |
1. To find out the influence
of tiller separation on yield of mother plants.
2. To evaluate the potentiality of splitted tillers
as planting material for new area coverage. |
0.30 |
89 |
Effect of cutting height on grain
yield of ratoon crop (new) |
To find out the effect of cutting
height on grain yield of rice |
0.25 |
90 |
Effect of gap filling by tiller
separation on growth duration and yield of Boro rice
(new) |
To find out the effect of gap
filling by tiller separation on growth duration and
yield of Boro rice. |
0.25 |
91 |
Sub program II: Planting Practice
Effect of time of planting on growth, yield and chemical
compositions of advanced lines both in Aman and Boro
seasons (on going) |
1. To find out optimum planting
date
2. To screen advanced lines with high yield potential
3. To determine suitable planting density and crop
establishment method
4. To determine the amylose, free sugar, protein and
ash in different advance line |
1.00 |
92 |
Performance evaluation of BRRI
dhan42 and BRRI dhan43 in varying establishment methods
(on going) |
1. To find out the suitable methods
of crop establishment
2. To increase the productivity |
0.25 |
93 |
Performance evaluation of HYV
Aus varieties in WDSR and TPR condition (new) |
1. To find out the suitable
methods of crop establishment
2. To increase the productivity
|
0.25 |
94 |
Effect of planting geometry on
rice yield (new) |
To find out the effect of planting
geometry on grain yield of rice |
0.25 |
95 |
Effect of crop establishment
methods for higher survival, recovery and yield of
rice in flash flood submergence condition BRRI R/S,
Rangpur (on going) |
To observe the survivality, recovery
and yield performance of Sub1 genotypes under different
crop establishment methods for adoption in submergence
condition. |
0.25 |
96 |
Effect of plant spacing for higher
yield of flash flood tolerant rice in submergence
condition BRRI R/S, Rangpur (on going) |
To identify the suitable spacing
of flood tolerant rice for higher survival and yield
of rice under submergence condition for adoption in
submergence prone areas of Bangladesh. |
0.25 |
97 |
Sub program III: Fertilizer
Management
Influence of fertilizer package on green super rice
(on going) |
1. To find out minimum fertilizer
rate having higher yield.
2. To find out relative performance compared to popular
inbred. |
0.25 |
98 |
Fertilizer and weed management
options for direct wet seeded rice (on going) |
To determine appropriate management
package for DSR |
0.40 |
99 |
Increasing nitrogen Use Efficiency
(NUE) by different application methods and source
on rice yield (on going) |
1. To find out urea application
techniques and NUE in rice
2. To determine production cost and MBCR |
0.40 |
100 |
Screening for low input rice
genotypes (for Nitrogen) (on going) |
To screen out genotypes having
high yield potential with low added nitrogen |
0.25 |
101 |
Use of USG with direct wet-seeded
rice (on going) |
To find out the optimum rate
of USG in direct seeded rice. |
0.25 |
102 |
Development of production package
for BRRI dhan47 (on going) |
To find out the appropriate management
package for BRRI dhan47 |
0.25 |
103 |
Effect of organic manuring in
Fallow- T. Aman- Boro cropping pattern (new) |
1. To increase the soil organic
mater
2. To increase the productivity |
0.25 |
104 |
Effect of Nitrogen sources and
methods of application on DWSR under AWD condition
(on going) |
1. To determine effectiveness
of LCC and USG on yield and NUE of rice
2. To evaluate the effect of N sources on recovery
efficiency
3. To find out economic methods of N fertilization.
|
0.25 |
105 |
Determination of Fertilizer for
BRRI R/S, Bhanga (new) |
To find out the optimum rate
of USG in direct seeded rice. |
0.25 |
106 |
Validation of response fertilizer
dose |
To find out the PKS and Zn requirement
for Bhanga soil |
0.25 |
107 |
Integrated weed management for
Transplanted Rice (new) |
To develop a complete chemically
weed management package for transplanted rice |
0.25 |
108 |
Post Flood Fertilizer Management
for Sub1 entries BRRI R/S, Rangpur (on going) |
To determine the optimum N and
K management after recession of flash flood water |
0.25 |
109 |
Sub Program IV: Weed Management
Growth analysis of transplanted rice under different
competition durations with Echinochloa crusgalli (new) |
To determine the growth behavior
of transplanted rice under different competition durations
with Echinochloa crusgalli. |
0.25 |
110 |
Effect of continuous application
of herbicides on weed species shifting (on going) |
1. To determine the impact of
long-term application of herbicides on weed flora
2. To identify weed species that shift due to continuous
application of herbicides |
0.25 |
111 |
Bioassay of residual effect of
herbicides (on going) |
To evaluate the residual effect
of herbicides |
0.25 |
112 |
Weed seed bank dynamics in different
cropping pattern at BRRI (on going) |
1. To determine weed seed population
in different depth of soil.
2. To observe the weed species grows in different
cropping pattern |
0.30 |
113 |
Potential allelopathic effect
of some rice cultivars on Echinochloa crus- gali (on
going) |
To asses the weed suppressing
potential of rice cultivars on Echinochloa crus- gali |
0.25 |
114 |
Performance evaluation of Weed
Tolerant Rice 1 (GSR)(on going) |
To evaluate performance of weed
tolerant rice-1 (GSR) |
0.25 |
115 |
Evaluation of candidate herbicides
(on going) |
To find out the efficacy of new
herbicides |
0.30 |
116 |
4.8. Weed control options in
wet-seeded rice BRRI R/S, Bhanga (on going) |
1. To find out the effective
herbicide for weed control
2. To observe the phytotoxicity of herbicide
3. To determine the economics and cost of cultivation
|
0.25 |
117 |
Effect of water level on the
efficacy of herbicide in transplanted rice BRRI R/S,
Bhanga (new) |
To find out the optimum water
level for efficient use of applied herbicide |
0.25 |
118 |
Chemical weed management package
for Transplanted Rice BRRI R/S,Bhanga (new) |
To develop a complete chemically
weed management package for transplanted rice |
0.25 |
119 |
Survey of weed species at different
AEZ of Bangladesh (new) |
1. To monitor and identify weed
species of different locations
2. To prepare a map showing different category of
weeds
3. To plan for managing weeds |
0.95 |
120 |
Sub Program V. Yield Maximization
Influence of gibberrellic and boric acid on hybrid
rice yield (on going) |
1. To find out rate of boric
acid application
2. To improve spikelet fertility and yield |
0.25 |
121 |
Sub Program VI. Natural Resource
Management Effect of waste water on plant growth
and development (on going) |
1. To find out morphological
changes of the plant
2. To determine the toxic substance uptake by the
plant
3. To determine the grain quality of rice |
0.25 |
B2. Program performing
unit: Soil Science Division |
|
Fertility Assessment of Rice
Soils |
To assess fertility of rice growing
areas and determine optimum fertilizer requirement |
|
122 |
Site-specific nutrient management
for new rice genotypes/advanced lines |
To develop location-specific
nutrient management for new rice genotypes |
2.0 |
123 |
Updating fertilizer doses for
5 different unfavorable eco-systems of Bangladesh |
To determine appropriate fertilizer
packages |
NATP |
124 |
Long-term effect of three cropped
cropping pattern on agro-economic productivity and
soil health |
To determine long-term effect
of different cropping patterns on the agro-economic
productivity and soil health |
2.0 |
|
Nutrient use efficiency in rice |
To improve the utilization of
applied fertilizers by rice |
|
125 |
Response of modern rice varieties
to fertilizer N |
To determine optimum and economic
dose of fertilizer N for MV rice |
2.0 |
126 |
Response of modern rice varieties
to fertilizer P |
To determine optimum and economic
dose of fertilizer P for MV rice |
2.0 |
127 |
Response of modern rice varieties
to fertilizer K |
To determine optimum and economic
dose of fertilizer K for MV rice |
2.0 |
|
Identification and management
of nutritional disorder |
To determine upcoming nutritional
disorders in rice under intensive rice cultivation
with different fertilizer management practices |
|
128 |
Long-term effect of some macro
and micronutrients on yield and nutrition of lowland
rice |
Determine nutrient deficiency
problems in soil through missing element techniques
To see long-term yield trend of rice under different
nutrient management practices |
2.0 |
129 |
Study on the consequences of
continuous wetland rice cropping |
To evaluate the effect of continuous
and intensive wetland rice culture on changes in soil
fertility and yield of rice |
1.0 |
130 |
Effect of double/triple rice
cropping pattern on sustaining soil fertility and
rice yield |
To evaluate the effects of continuous
and intensive wetland culture on sustainability of
soil health and productivity |
1.0 |
131 |
Physico-chemical properties of
coastal saline soils |
To determine the physico-chemical
properties of coastal saline soil and their mitigation
measure |
1.5 |
132 |
Effect of variable qualities
of irrigation water on the yield of rice and soil
properties |
To determine the salinity cut-off
limit of irrigation water for BRRI dhan47 |
2.0 |
B3. Program performing
unit: Plant Physiology Division |
133 |
Salinity
Characterization for salinity tolerance at the seedling
stage of rice genotypes (T. Aman and Boro). (On going) |
Observe visual score and survival
ability. |
0.50 |
134 |
Performance of salt tolerance
of BRRI dhan53 and BRRI dhan54 (T. Aman) and BRRI
dhan47 and two advance lines (Boro).(On going) |
Observe mechanism to overcome
salinity stress under different salinity levels. |
0.50 |
135 |
Submergence Identification
of new sources of submergence tolerant germplasm.
(On going) |
To find out tolerant genotypes
from local sources. |
0.25 |
|
Confirmation of some previously
selected submergence tolerant genotypes. (Repitation) |
Confirm of the previously selected
genotypes. |
0.25 |
136 |
Drought
Screening rice genotypes for their deep rooting ability. |
Identify genotypes having deep
rooting abilities. |
0.25 |
137 |
Effect of drought at reproductive
stage on growth and yield of rice. (Field study).(Repetition) |
To evaluate morpho-physiological
changes and yield in response to drought with varying
intensities. |
0.50 |
138 |
Effects of drought at reproductive
stage on assimilate partitioning, growth and yield
of rice. (Green house study) |
To determine how assimilate accumulation
and translocation affect tolerance to drought in rice. |
0.50 |
139 |
Cold
Selection of segregating short and medium duration
population from F3 generation. |
Selection of cold tolerant (reproductive
stage) short to medium duration segregating breeding
lines |
0.25 |
140 |
Water management for quality
rice seedlings production during cold spell in Boro. |
Develop water management options
for growing better seedlings |
1.03 |
141 |
Dormancy and viability
Dormancy and viability of some recommended rice varieties |
Determine the duration and viability
of lately released varieties. |
0.25 |
142 |
Growth studies
Growth pattern of BRRI released new varieties under
normal and stresses conditions. |
Observe the phenological development
both under stress and normal conditions. |
0.50 |
143 |
Reduction of growth duration
to avoid flash flood at the maturity stage in Boro
for Haor area. |
Assure safe harvest in haor area
|
0.25 |
144 |
Climate and rice
Estimation of genetic coefficient of some rice varieties |
Observe the phenological development
over the year |
2.00 |
145 |
Effect of increased temperature
on the growth and development of rice |
Observe the effect of higher
temperature on growth and development of rice. |
0.50 |
146 |
Insect-plant nutrition interaction
Effect of nutritional subsidies on biomass NPK, carbohydrate
and free amino acid content of rice. |
Observe the variable effects
NPK on reducing and non-reducing sugar and free amino
acids in rice with respect to tolerance to BPH. |
0.50 |
147 |
Effect of nutrient subsidies
on water content and sap flow of rice. |
Determine the influence of NPK
on plant water content, sap flow and their effects
on the tolerance to BPH. |
0.50 |
B4. Program performing
unit: Irrigation Water Management Division |
|
Sub ProgramI:Water Use
Efficiency Improvement in Irrigated Agriculture |
To generate water efficient technologies
for rice cultivation |
|
148 |
Development of Soil moisture
declination model for alternate wetting and drying
irrigation for Rice cultivation |
1. To study the soil moisture
dynamics of AWD irrigation
2. To develop a model for prediction of soil moisture
dynamics
3. To predict the time of re-irrigation using the
model
4. To validate the model |
|
149 |
Assessment of cost effectiveness
of low cost water distribution pipes for minor irrigation |
1. To study the cost effectiveness
of plastic, polyethylene pipe and earthen canal considering
fuel cost
2. To find out optimum engine speed for fuel efficient
irrigation in different systems |
|
150 |
Impact of fertigation on nitrogen
use efficiency and yield of rice |
1. To determine N-use efficiency
by practicing fertigation system
2. To determine the productivity and profitability
of fertigation system
3. To develop an easy tool for fertilizer application
and minimize labor cost |
|
151 |
Assessment of water resources
availability for irrigation to increase rice production
in tidal areas of Barisal region |
1. To quantify the amount of
available water resources for irrigating boro rice;
2. To determine possibility of using water for MV
boro and MV aman cultivation;
3. To assess the constraints and prospects of tidal
water utilization for crop production |
|
152 |
Validation of AWD water management
in rice production through ORYZA2000 |
1. To determine crop yield and
water requirement under AWD method
2. To validate yield and water requirement with ORYZA2000
model and determine the probabilistic yield under
AWD method for that climatic condition of that location. |
|
|
Sub Program II: Utilization
of water resources in rainfed Environment |
To obtain optimum rice yield
under rainfed situation |
|
153 |
Terminal drought mitigation through
integrated approaches in T. Aman cultivation |
1. To determine effect of drought
for different transplanting dates
2. To document impact and cost analysis of supplemental
irrigation
3. To determine drought severity and its probability
at different growth stages |
|
154 |
Determination of suitable time
of application for supplemental irrigation in T. Aman
rice |
To determine the relationship
between perched water table depletion during critical
stages of rice and yield |
|
155 |
Effect of drought on different
T. Aman varieties |
1. To study the relative drought
tolerance of the T. Aman varieties based on the yield
performance
2. To find out suitable T. Aman variety for drought
prone area |
|
|
Sub Program III: Land productivity
improvement in the coastal environment |
To increase land and water productivity
for improved food security and livelihoods in the
coastal zones |
|
156 |
Fresh groundwater and surface
water investigation for crop production in coastal
saline areas of Bangladesh |
1. To investigate fresh water
for irrigation in dry season in coastal saline areas;
2. To monitor water salinity and crop production status
in wet and dry season, 3. To increase crop production
by increasing irrigated area with fresh water in saline
zone |
|
157 |
Design, installation and test
the performance of a STW to explore the fresh groundwater
resources for increasing crop production in coastal
region of Sonagazi area |
1. To assess the potentiality
for development of suitable groundwater;
2. To test the performance and cost-effectiveness
of tubewell irrigation; and
3. To monitor the long-term effect of groundwater
extraction in coastal saline areas. |
|
158 |
Assessment of farm reservoir
utilization for irrigation in the coastal area at
Sonagazi |
1. To assess the use of existing
farm reservoir for irrigation;
2. To estimate economic benefit of farm reservoir
for improving land productivity and livelihood of
the farmers |
|
159 |
Determination of optimum time
and method of establishment for Aus rice in the coastal
region of Bangladesh |
1. To determine optimum establishment
time of aus rice for higher production.
2. To determine appropriate establishment method of
aus rice in coastal area
3. To increase cropping intensity of coastal area |
|
160 |
Determination of optimum time
of establishment and suitable rice variety in aus-aman
cropping system for higher production in southwest
polder area |
1. To determine crop growth,
yield in under different dates of crop establishment
2. To select short duration and high yielding rice
varieties for aus crop
3. To select high yielding rice variety under late
planting due to late harvest of aus rice. |
|
161 |
Assessment of irrigation requirement
and optimum planting time of HYV T. Aus in the MHL
of tidal basin area |
To find out the optimum time
for HYV T. Aus planting |
|
162 |
Dissemination and evaluation
of optimal cropping plan and water management for
crop intensification and diversification in coastal
area of Bangladesh |
Assess the impact of alternative
optimal cropping plan and water management on crop
productivity and livelihoods improvement in coastal
areas |
|
163 |
Survey on surface water utilization
and its scope for crop production in different Agro-Ecological
Zones of Bangladesh |
1. To identify location specific
surface water availability and its utilization for
rice and non-rice crop;
2. To determine the scope for further utilization
of surface water utilization; and
3. To identify the constraints and prospect for surface
water utilization in Bangladesh |
|
164 |
Assessment of available water
resources, irrigation practice and scope of increasing
irrigated rice area in hilly regions |
1. To conduct a field level survey
for assessing water resources in hilly regions
2. To find out the scope of extending irrigated rice
area in those regions |
|
|
Sub Program IV: Sustainable
Management of Groundwater |
To identify the aquifer characteristics
and quality of groundwater in Bangladesh and its relationship
with rainfall |
|
165 |
Monitoring of groundwater fluctuation
and safe utilization in different geo-hydrological
regions |
1. To determine the fluctuation
of groundwater level over time and its relationships
with rainfall;
2. To determine water quality including arsenic. |
|
166 |
Assessment of Rice yield by remote
sensing technique |
1. To explore the relationship
between image characteristics and rice yield
2. To use remote sensing technique for prediction
of rice yield |
|
167 |
Sub Program VI: Technology
Validation in the Farmers' Field (2011 - 2013) |
To increase the irrigation efficiency
and water productivity by appropriate management of
water through BRRI developed water management technologies. |
|
C. Program Area:
Rice Farming Systems |
C. Program Area:
Rice Farming Systems Division |
|
Survey on Cropping Patterns
of Bangladesh |
To create a cropping pattern
database for Bangladesh. |
|
168 |
Cropping pattern survey in all
Upazilas of Bangladesh |
1. To identify major cropping
patterns and MV rice coverage
2. To identify yield level of MV rice
3. To identify opportunities for increasing cropping
intensity |
0.60 |
169 |
Survey of existing and emerging
cropping pattern with jute in greater Faridpur district |
To explore the scope of improvement
of the existing farming systems in hilly areas |
0.50 |
170 |
Survey of poultry liter disposal
pattern, its uses and impact on existing farming systems |
To determine the amount of poultry
liter produced in poultry farms, its uses in crop
and fishery sectors and its impact on existing farming
systems. |
0.70 |
|
Intervention of farming systems
technologies for improving the livelihood of resource
poor farm households |
To increase income of the farm
families under different farm categories through intervention
of improved farming systems technologies |
|
171 |
Intervention and monitoring the
whole farm activities of small farmers |
To increase income of the farm
families through intervention of improved farming
systems technologies |
2.30 |
172 |
Intervention and monitoring the
whole farm activities of landless farmers |
To increase income of the farm
families through intervention of improved farming
systems technologies. |
2.10 |
173 |
Determination of nutritive value
of straw of different types of rice as cattle feed |
To determine the nutritive value
of straw of local, HYV and hybrid rice in different
seasons. |
0.50 |
|
Development of Resource Conservation
Technologies |
To generate and evaluate resource
saving farming systems technologies for increased
farm income |
|
174 |
Evaluation of crop management
options for narrowing the yield gap in Boro and T.
Aman rice |
To determine the contribution
of different crop production factors in narrowing
the yield gap at farm level |
0.60 |
175 |
Crop residue and weed management
of permanent raised beds in Rice-Wheat-Mungbean systems |
1. To compare the agro-economic
productivity and resource use efficiency
2. To compare the effect of crop residue retention
on the productivity of permanent beds
3. To compare the effect of herbicide on weed control
in permanent bed |
1.80 |
176 |
Evaluation of different cropping
patterns in irrigated medium highland ecosystem |
To increase the resource use
efficiency and the system productivity. |
0.60 |
177 |
Evaluation of Sesbania application
and weed management practices in T. Aman under Boro-Fallow-T.
Aman cropping pattern |
To identify suitable weed management
practices under Sesbania mulched condition in T. Aman
under Boro-Fallow-T. Aman cropping pattern |
0.80 |
178 |
Evaluation of intercropping grass
pea in maize and Sesbania in Aus in Maize-DS Aus-DS
Aman cropping pattern |
To identify suitable crop management
practices for Maize-DS Aus-DS Aman cropping pattern |
2.00 |
179 |
Evaluation of crop establishment
method and weed management option in Aman rice under
Boro-T. Aman cropping pattern |
To compare the different crop
establishment method and weed management options and
weed dynamics |
0.70 |
180 |
Evaluation of date of seeding
and varieties of Boro rice under dry seeded condition
in Boro-Fallow-T. Aman cropping pattern |
1. To identify suitable date
of seeding for dry seeded rice in Boro season
2. To identify suitable variety for dry seeded rice
in Boro season |
0.70 |
181 |
Green manuring of Aus-T. Aman-Vegetables
cropping pattern by leaf and shoot cutting of Arhar |
To compare the different crop
establishment methods and weed management options
and weed dynamics |
1.70 |
|
Development of Two and three
Crop Systems and Component Technology |
To develop agro-economically
profitable cropping patterns and component technologies |
10.40 |
182 |
Evaluation of double transplanting
and normal transplanting of T.Aman and Boro rice under
T. Aman-Boro cropping system |
1. To minimize yield loss of
Boro rice due to delayed planting through the adoption
of double transplanting
2. To increase system productivity |
0.70 |
183 |
Long-Term Effect of Three Cropped
Cropping Patterns on The Agro-Economic Productivity
and Soil Health |
To determine the long-term implications
of Potato- Boro- T. Aman, Maize -Mungbean-T. Aman
and Boro-T. Aman cropping patterns on: i) system productivity,
ii) economics and iii) soil health. |
2.50 |
184 |
Productivity evaluation of the
Boro-T. Aus-T. Aman cropping pattern |
To enhance the system productivity
of Boro-T. Aus-T. Aman cropping pattern |
1.50 |
185 |
Evaluation of Boro-Fallow-T.
Aman cropping pattern in the saline zone |
To evaluate productivity of Boro-Fallow-T.
Aman cropping pattern |
0.70 |
186 |
Evaluation of Vegetable-DS. Aus-T.
Aman cropping pattern |
To evaluate the productivity
of Vegetable-DS. Aus-T. Aman cropping pattern |
1.00 |
187 |
Evaluation of time of seeding
and variety on the productivity of dry seeded Aman
rice under Rice-Wheat-Mungbean cropping pattern |
To find out suitable variety
and time of seeding for dry seeded Aman rice on the
productivity of Rice-Wheat-Mungbean cropping pattern |
1.50 |
188 |
Development of alternate cropping
pattern by introducing B. Aman rice in the existing
Boro-Fallow-Fallow cropping pattern in the coastal
nonsaline ecosystem |
To increase the intensity and
productivity of the existing cropping pattern by introducing
DWR in the coastal nonsaline ecosystem |
0.50 |
189 |
Effect of planting time on the
performance of BRRI dhan50 in the Boro-Fallow-Fallow
cropping pattern in the coastal nonsaline ecosystem |
To find out the optimum time
of planting of BRRI dhan50. |
0.50 |
190 |
Development of Aroid+Fish+ Pigeonpea/Vegetable
system in mini pond |
To develop mixed farming system
technology for diversifying and maximizing yield. |
0.50 |
191 |
Performance of different types
of seed bed for the quality of seedlings and yield
in Aus, Aman and Boro seasons. |
To determine the performance
of different types of seed bed for the quality of
seedling and its performance in yield to be used under
different circumstances in Aus, Aman and Boro seasons. |
0.30 |
192 |
Evaluation of relay intercropping
in Rabi in Rabi-Aus-T. Aman cropping pattern in medium
highland. |
To evaluate the performance of
relay intercropping in Rabi in Rabi-Aus-T. Aman cropping
pattern. |
0.60 |
193 |
Intesification single Boro cropping
pattern by introducing T. Aus rice in medium lowland
nonsaline ecosystem. |
To intensify and increase the
productivity of of single Boro cropping system by
introducing T. Aus rice after Boro. |
0.90 |
194 |
Development of alternate cropping
pattern by inclusion of Jute in Boro-Fallow-T. Aman
cropping pattern. |
To intensify and increase the
productivity of the Boro cropping system by introducing
Jute after Boro. |
0.60 |
195 |
Farmers' participatory evaluation
of integrated B. Aman + Fish culture in Aman season
in coastal nonsaline ecosystem. |
To increase the productivity
of of Boro-B. Aman cropping system by intregrating
fish in B. Aman rice. |
0.50 |
196 |
Performance of newly released
varieties in Fallow-T.Aus-T.Aman cropping pattern
under rainfed condition |
To compare the productivity of
newly released varieties of Fallow-T.Aus-T.Aman cropping
pattern under rainfed condition |
0.60 |
|
Validation and Delivery of
Farming Systems Technologies |
To disseminate agro-economically
profitable farming systems technologies under different
ecosystem |
12.00 |
197 |
Promotion of improved cropping
patterns |
To increase the system productivity
and income of farmers through introduction of improved
cropping pattern |
3.00 |
198 |
Promotion of improved varieties
of turmeric and zinger cultivation in homestead |
To increase production of spices
and farm income through utilization of homesteads
|
0.40 |
199 |
Vaccination of poultry birds |
1. To reduce the mortality rate
2. To create awareness among the farmers' |
0.50 |
200 |
Multilocation testing of improved
cropping pattern in different locations of Bangladesh |
To increase productivity of existing
system through introduction of BRRI developed high
yielding varieties throughout the country |
3.00 |
201 |
Demonstration of BRRI developed
machineries |
1. To create awareness among
the farmers towards mechanization
2. To popularize BRRI developed machineries among
the farmers |
0.60 |
202 |
Demonstration of poultry manure
as a source of phosphorus fertilizer in Boro-T. Aman
cropping pattern |
To demonstrate poultry manure
as a source of phosphorus for rice |
0.50 |
203 |
Intensification of single and
double rice cropping patterns of Mymensingh region
through inclusion of mustard |
To intensify the single Boro
rice in medium high and medium low land by growing
mustard before Boro rice. |
0.80 |
204 |
Field days on different farming
systems activities |
To motivate farmers for adoption
of technologies |
0.75 |
205 |
Farmers' training |
To improve capacity building
of the farmers for enhancing adoption of farming system
technologies |
0.75 |
206 |
Widening the windows for the
insertion of pulses in the rabi season in Boro - T.Aman
cropping pattern |
To develop alternate cropping
pattern for increasing the productivity |
ACIAR |
207 |
Validation of Boro-Fallow-T.
Aman with improved water management (managing sluice
gate) |
To increase the system productivity
of existing single T. Aman cropping pattern |
IFAD |
208 |
Validation of Boro-T. Aman +
Fish with improved practices |
To increase the system productivity
of existing T. Aman + fish system in the medium high
land |
IFAD |
209 |
Validation of vegetable cultivation
on the levee and T. Aman + Fish with improved practices
in the previously gher area |
To develop alternate cropping
pattern for increasing the productivity |
ACIAR |
210 |
Validation of some improved cropping
patterns |
To increase the system productivity
and cropping intensity and diversity of existing single
T. Aman cropping system |
IFAD |
211 |
Participatory variety selection
for Boro season in the saline area |
To identify suitable saline tolerant
variety for boro season |
IFAD |
212 |
Participatory variety selection
for Aman season in the saline area |
To identify suitable variety
for saline and stagnant water environment in aman
season |
IFAD |
213 |
Validation of the performance
of modern inbred and hybrid rice varieties in Aman
and Boro seasons |
To demonstrate the performance
of mv rice in aman and boro seasons |
IFAD |
214 |
Validation of improved nutrient
management in rice |
To demonstrate the performance
of improved nutrient management |
IFAD |
215 |
Monitoring of soil and water
salinity |
To build database and interpret
the results of different experiments |
IFAD |
216 |
Jujube cultivation at homestead |
To generation income for food
security and livelihood |
IFAD |
217 |
Case study for socio-economic
impact |
To observe the socio-economic
impact of farming systems technology adoption |
IFAD |
218 |
Training farm families for technology
adoption |
To strengthen knowledge base
for climate change adaptation. |
IFAD |
219 |
Farmers' evaluation of tested
technologies |
To capture the feedback of participating
farmers for tested technologies. |
IFAD |
220 |
Field days and socio-economic
evaluation |
For socio-economic evaluation
and faster adoption of potential technologies |
IFAD |
D. Program Area:
Farm Mechanization and Post-harvest Technology |
D1. Program performing
unit: Farm Machinery and Post-harvest Technology Division |
|
I. Development of Agricultural
Machines |
1. Development of farm machinery
adaptable to rice eco-system
2. Reduction of human drudgery |
0.95 |
221 |
Performance evaluation of direct
seeding machine (PTO seeder) for minimum tillage systems |
To evaluate the performance of
PTO seeder in strip tillage (minimum tillage) conditions
for upland crop for farmer field |
0.50 |
222 |
Evaluating and modifying of BRRI
developed machines |
1. To verify the quality of BRRI
machines
2. To identify the functional problems of winnower
3. To improve the performance of winnower. |
0.30 |
223 |
Design and development of a manually
operated single row fertilizer (USG/UMG) applicator |
To place the USG at a proper
depth of the rice field transplanting in different
spacing of rows |
1.0 |
224 |
Performance evaluation of the
power transplanter using seedling raised in different
methods. |
To develop suitable seedling
raising technique |
0.20 |
225 |
Effect of settling period of
soil on performance of Rice Transplanter |
To optimize the settling period
for proper functioning of the selected rice transplanter
in different types of soil |
1.0 |
226 |
Design and development of power
operated hand reaper |
1. To harvest cereal crops
2. To evaluate the performance in comparison with
sickle harvesting. |
0.6 |
227 |
Performance evaluation of the
BRRI USG applicator in different location of Bangladesh. |
1. To observe the performance
of BRRI USG applicator in transplanted rice fields.
2. To compare the effect of different form of Urea
in rice plants applied by different methods. |
1.5 |
228 |
Evaluation of strip tillage and
bed planting to establish rice and maize in drought
area of Bangladesh |
To compare the agronomic performance
of rice/Maize under different tillage options |
2.0 |
229 |
Design and development of a power
operated jute ribboner |
To develop of a power operated
jute ribboner to provide off-harvest season entrepreneur
opportunities to rural farmers |
3.0 |
230 |
Design and development of a manually
and power operated straw chopper |
To develop of a manually as well
as power straw chopper machine |
4.0 |
231 |
Study the effect of spacing on
yield transplanting by mechanical rice transplanter |
1. To evaluate the effect of
spacing
2. To evaluate the performance of the mechanical rice
transplanter |
2.0 |
232 |
Study the field performance of
mechanical rice transplanter in different soil condition
of the country. |
1. To study the effect of soil
condition on field performance of the transplanter
2. To find out suitable depth of standing water during
transplanting operation in different conditions.
3. To study the effect of seedling age, density and
strength on the performance of transplanter.
4. Compare the yield and yield contributing characters
of rice transplanting by transplanter using different
operating options. |
1.0 |
|
II. Milling and Processing
Technology |
To reduce loss, improve quality
and addition of value to the farm products |
2.0 |
233 |
Design and development of a flat
bed batch dryer for paddy drying |
To evaluate the performance of
the dryer in respect to drying rate and temperature
gradient. |
0.80 |
234 |
Effect of ageing on milling and
physicochemical properties of premium quality rice |
To observe the milling performance
of BRRI dhan50 at different aging period. |
0.70 |
235 |
Post harvest Loss Assessment
of Rice for storage and milling |
To find out the postharvest losses
from storage and milling |
1.0 |
|
III. Development of stores
and storage technology |
To increase shelf life of rice
in store |
0.60 |
236 |
Study the performance of IRRI
Super bag for seed quality at farmers field |
To compare the seed quality in
different bag storage system. |
0.1 |
|
IV. Renewable Energy Technology |
Development of renewable energy
extraction technologies from solar, agri-residues
and waste products |
0.60 |
237 |
Feasibility Study of Solar Photovoltaic
(PV) Irrigation Pump |
1. To design of solar PV irrigation
system
2. To study the performance of the solar PV irrigation
pump |
5 |
238 |
Physical and thermo-chemical
characterization of rice husk |
To document the physical and
thermo-chemical properties of rice husk |
1.0 |
239 |
Feasibility study of rice husk
gas stove |
Feasibility study of rice husk
gas stove |
1.0 |
240 |
Design and Development of a Up-draft
Gasifier |
To design and development of
biomass gasifier |
1.0 |
241 |
Study of biogas for farm machinery
operations |
To develop technologies for biogas
for operations of farm machinery |
0.80 |
|
V. Popularization of BRRI
developed farm machinery and Postharvest technology |
1. Awareness build up about the
benefit of using BRRI machines among the farmers
2. Motivation of the local manufacturer to manufacture
the BRRI agricultural machinery |
13.00 |
242 |
Industrial and farm level extension
of BRRI machinery and Postharvest technology |
1. To create awareness and demonstrate
the benefit of using BRRI machines among the farmers
2. To motivate the local entrepreneurs to manufacture
BRRI developed machinery |
10.00 |
243 |
Training on operations, repair
and maintenance of BRRI Machinery |
1. To improve the operational
skill of the farm machinery operators/drivers/farmers.
2. To sharpen knowledge of operators on safety, maintenance
and management |
2.0 |
244 |
Study the agricultural accident
scenario in Bangladesh |
1. To find out the types of accident
2. To find out the caused of accident
3. To list down the possible solution to minimize
accident |
1.0 |
245 |
Maintenance practice scenarios
of agricultural machinery in farms field |
To investigate the maintenance
practices of farm machineries |
1.0 |
|
VI. Technology Documentation |
Documentation of BRRI developed
farm machinery and postharvest technology |
0.30 |
246 |
Documentation of BRRI USG applicator
and processing of premium quality rice |
1. To develop a technology manual
of BRRI farm machinery and postharvest technology
2. To disseminate the technology to the end users |
0.30 |
D2. Program Performing
Unit: Workshop Machinery and Maintenance Division |
|
I. Development of Agricultural
Machinery |
Development of cost and time
effective machines to reduce human drudgery |
106.20 |
247 |
Design, development, modification
and introduction of self-propelled reaper and mini-power
tiller to augment crop production |
1. Enhancement of self-propelled
reaper and mini-power tiller through introduction
and field test at different locations in Bangladesh.
2. Ensure timely harvest and cultivation to increase
cropping intensity through the developed machineries.
3. Minimize human drudgery and post-harvest losses. |
103 |
248 |
Design and development of power
transmission system of a power unit. |
1. To design a gearbox with mechanism
of two forward and a backward speed
2. To design a chassis of a power unit |
0.50 |
249 |
Modification of self propelled
field mower |
1. To attach lawn mower with
power tiller for increasing field capacity
2. To modify the chassis of the self propelled field
mower |
0.50 |
250 |
Design and development of a power
operated rice transplanter |
1. To study the different rice
transplanter
2. To design and develop a power rice transplanter
|
0.70 |
251 |
Design and development of a small
windmill for electricity generation |
1. To study and survey the different
windmills in Bangladesh
2. To design and develop a small windmill |
0.50 |
252 |
Test and modification of existing
tractor mounted scrapper |
To design and modify the existing
tractor mounted scrapper |
0.50 |
253 |
Design and development of circular
type cutting blade of rice-wheat reaper |
To develop a circular type cutting
blade system for minimizing vibration |
0.50 |
|
II. Test and Evaluation of
Agricultural Machineries |
Performance evaluation of different
agricultural machinery |
0.10 |
254 |
Comparative study on the performance
of different field mowers |
To compare the performances of
different field mowers |
0.10 |
|
Assessment of Agricultural
Machinery Workshop |
Problems and prospects of agricultural
machinery workshops in Bangladesh |
1.50 |
255 |
Survey the status of engineering
workshops at different places in Bangladesh |
1. To identify the working facilities
and limitations of the workshops
2. To gather information about the potential capacity
of manufacturer, repair, maintenance and the area
of services of these workshop |
0.50 |
256 |
Database development for repair
and maintenance of BRRI's farm machineries and automobiles. |
To create database about repair
and maintenance information of farm machineries and
automobiles |
1.00 |
E. Program Area:
Socio-economics and Policy |
E1. Program performing
unit: Agricultural Economics Division |
257 |
Farm Level Evaluation of Modern
Rice Varieties in Bangladesh |
1. To determine the region-wise
adoption rate of different MV rice in Boro, Aus and
T. Aman seasons;
2. To estimate the yield of different modern and local
rice varieties and
3. To determine the socio-economic and varietal constraints
to the adoption of MV rice in different regions. |
2.00 |
258 |
Estimation of Costs and Return
of MV Rice Cultivation at Farm level |
1. To determine the costs and
return of MV Aus, T. Aman and MV Boro rice cultivation
in Bangladesh;
2. To estimate the factor and income shares in MV
Aus, MV T. Aman and MV Boro rice cultivation; and
3. To evaluate the changes in costs and return and
input utilization pattern at farm level. |
1.50 |
259 |
An Economic Study on Rice Based
Cropping System in Haor districts of Bangladesh |
1. To identify the major rice
based cropping patterns in Haor areas,
2. To estimate the profitability of three rice based
dominant cropping patterns,
3. To delineate the major constraints of Boro rice
cultivation; and
4. To know the rate of adoption and reasons to adopt
particular Boro rice varietiesin the Haor areas |
2.00 |
260 |
1.4 Hybrid Rice Technology and
Its Sustainability: A study on Food Security in Bangladesh |
1. Examine the level of hybrid
rice adoption and assess farmers reasons for area
devotion to hybrid rice production at farm level,
2. Determine the comparative economics of producing
hybrid and inbred rice; and
3. Assess the consumers' preference with respect to
marketing and consumption of hybrid rice. |
2.00 |
261 |
Rice Marketing and Price Issues
Dynamics of Agricultural labor market in Bangladesh:
Results from farm level survey |
1. To determine the supply of
and demand for agricultural laborers in some selected
areas;
2. To understand the socio-economic conditions of
agril. laborers and assess the reasons for their migration;
and
3. To derive some policy implications based on findings
of this research. |
1.00 |
262 |
Impact Assessment of Climate
Change on Rice Production and Marketing in Southern
Coastal Region of Bangladesh |
1. To assess the impacts of climate
changes on agricultural production particularly rice
in South-west region of Bangladesh;
2. To ascertain the impacts of climate changes on
food markets at home and in abroad;
3. To develop rice supply and demand model under changing
climate of Bangladesh; and
4. To derive rice production and marketing policy
implication based on the above findings. |
JIRCAS |
263 |
Agricultural Policy and Development
Returns to Investment in Rice Varietal Research in
Bangladesh |
To estimate the rate of return
of post-1990 BRRI released modern rice varieties replacing
the pre-1990 rice varieties (local and modern) |
3.00 |
264 |
Impact of Seasonal Credit on
Rice Cultivation In Some Selected Sites Of Mymensingh |
1. To know the socio-economic
profile of seasonal loaned (SL) rice growers
2. To know the interest rate and the system of payment
of seasonal loan
3. To know the profitability level of loaned growers;
and
4. To identify problems in getting loan |
1.50 |
265 |
Tracking in Adoption of Improved
Rice Varieties in Different Production Environments
/ Ecosystems of Bangladesh |
1. To make database on status
of rice varieties at the farm level through conducting
expert panel discussion in seven rice production environments
2. To determine the level of adoption of rice varieties
(modern, local and hybrid) through nation wide farm
survey. |
3.00(TRIVSA) |
E2. Program performing
unit: Farm Management Division |
|
Rice production management |
|
|
266 |
Sources of N and methods of weed
control in respect to labor utilization for rice cultivation. |
To determine the relative profitability
of different sources of N and weed control method
in relation to labor utilization for rice cultivation. |
0.25 |
267 |
Productivity and profitability
of rice as affected by spacing and seedling number
in relation to labor utilization. |
To find out the optimum spacing
and seedling for getting higher yield and maximum
profit. |
0.50 |
268 |
Effect of quality seed and farmer's
seed for seed production and; yield gap between quality
seed used plot and farmers' seed used plots.
(For BRRI dhan47) TLS, Breeder, 4-5 local farmers'
seed from Satkhira and Khulna
(For BRRI dhan 29 ) TLS, Breeder, 4-5 local farmers'
seed from Barisal/Rangpur/Rajshahi, |
1. To identify the seed effect
on probable yield gap between quality seed and farmer's
seed.
2. Seek the possibilities to increase rice yield through
quality seed that could be useful at policy level. |
1.0 |
269 |
Effect of harvest time after
flowering for producing quality seed of rice. The
treatments are harvest at 24, 27, 30, 33, 36, 39 and
42 DAF |
To investigate the effect of
harvest time between heading stage and maturity stage
at different maturity level for producing quality
seed of rice. |
0.25 |
270 |
Cost of production
Cost and return of HYV rice cultivation at BRRI Gazipur
farm. |
To determine cost and return
of HYV rice cultivation at the prevailing situation |
0.75 |
271 |
Survey and development of data
base for labor management |
|
|
272 |
Labor efficiency as affected
by direct supervision for rice cultivation |
To find out the effect of different
period of direct supervision of labor on labor efficiency |
0.25 |
273 |
Monitoring the laborers' wage
rate for rice cultivation around different locations
of Bangladesh |
To document farmers' labor management
practices for rice cultivation |
1.25 |
274 |
Survey the performance of BRRI
laborers |
To find out the work performance
of laborers |
1.0 |
275 |
Management and utilization of
land and other resources.
These include:
Rice seed production (TLS)
Breeder seed production in collaboration with
GRS division
Others: Management of land, labor, farm implements,
flower garden, irrigation and drainage etc
|
Better utilization of farm land
and other resources for smooth running of research
activities of BRRI |
50 |
E3. Program performing
unit: Agricultural Statistics Division |
|
Yield Assessment through crop-cuts |
To estimate rice yield through
crop cuts at farmers' field |
|
276 |
Estimation of Area and Production
of Rice in Bangladesh |
1. To forecast rice yield through
crop cuts at farmers' field
2. To compare the crop-cut methods followed by DAE,
BBS and a modified procedure proposed by Agricultural
Statistics to forecast the rice yield.
3. To formulate a protocol that provides suitable
estimates of area and production of rice in Bangladesh. |
2.00 |
|
Stability Analysis of BRRI Varieties
|
1. To determine the stability
index of BRRI proposed and released varieties
2. To generate season, year and location-wise database
on BRRI varieties |
|
277 |
Study on G X E interaction of
BRRI varieties (In collaboration with R/S) |
1. To develop/standardize the
model for stability analysis
2. To determine the stability index of BRRI varieties
3. To maintain season, year and location-wise database
on BRRI varieties |
2.50 |
|
Multivariate Analysis of BRRI
Varieties |
To determine the factors affecting
farmers' and consumers' preference models to a rice
varieties |
|
278 |
Development and validation of
producer and consumer preference model to rice varieties
(In collaboration with Agril. Econ., GQN and GRS Div.) |
1. To determine factors affecting
producers' decision on varieties for rice cultivation
2. To determine factors affecting consumers' preference
to rice varieties
3. To develop mathematical model for producers' and
consumers' preference to different rice varieties |
1.00 |
|
Development of Computer Programs |
1. To Develop computer programs
for management and analysis of data
2. To develop software for administration/ accounting
systems of BRRI |
|
279 |
Development/modification of software
for administration/accounting System for BRRI employees |
1. To develop and time to time
modification of software for administration/accounting
systems of BRRI depending on the request from administration/accounts
section |
2.50 |
|
Genetic Coefficient of BRRI
Varieties |
To determine genetic coefficient
of BRRI varieties |
|
280 |
Study on genetic coefficient
of BRRI released varieties (In collaboration with
Plant Physiology and Soil Science Division) |
To determine the genetic coefficients
of BRRI varieties |
0.50 |
281 |
Growth and structural stability
in area, production of rice, wheat, maize, jute, and
vegetables (potato, tomato) in Bangladesh: A time
series analysis |
1. To determine the growth rate
of area, production and yield of rice, wheat, maize,
jute and vegetables
2. To measure the change and instability in area,
production and yield of rice, wheat, maize, jute and
vegetables of Bangladesh |
0.25 |
|
Spatial Database for BRRI
varieties |
1. To create a geo-reference
database of BRRI varieties
2. To construct adoption and productivity maps of
BRRI varieties in Bangladesh |
|
282 |
Suitability mapping of BRRI dhan44,
46, 47, 50 and hybrid dhan4 (In collaboration with
Plant Breeding, RFS and ARD) |
To construct Suitability map
of BRRI dhan44, 46, 47, 50 and hybrid dhan4. |
0.25 |
|
GIS application for estimation
of areas suitable for submergence tolerant BRRI varieties |
To spatially identify the submergence
areas suitable for growing BRRI varieties |
|
283 |
Distribution of Arsenic (soil
and water) in gangetic flood plain. (In collaboration
with soil science Div. and Cornell university under
FFP) |
To improve knowledge of the geographical
distribution of contamination of soil and irrigation
water with arsenic, in order to target arsenic management
strategies to the most contaminated areas |
Fund USDA |
284 |
Identification of submergence
areas for growing newly developed BRRI varieties (In
collaboration with Agril. Econ. and RFS) |
1. To map the submergence areas
used for rice cultivation
2. To delineate submergence areas suitable for growing
newly developed submergence tolerant BRRI varieties. |
1.00 |
|
Characterization of rice environment
in Bangladesh |
1. To develop environmental indices
for rice growing areas of Bangladesh.
2. To map the areas suitable for BRRI varieties in
Boro, Aus and T.Aman seasons |
|
285 |
Ground truthing of the characterization
maps |
1. To validate the maps of environmental
index for the Boro and T.Aman seasons |
0.25 |
|
Probability Mapping of Weather
Variables |
1. To construct station wise
probability curves of weather variables.
2. To construct station wise return period for the
estimates of weather variable
3. To construct surface maps for the estimates of
weather variables |
|
286 |
Probability Mapping of Maximum
Temperature and rainfall |
1. To determine the expected maximum temperature
and rainfall in different region of Bangladesh
2. To determine the areas of critical maximum temperature
and rainfall for Boro rice on map of Bangladesh
during the period and
3. To estimate the return period of rainfall and
high temperature above critical level at reproductive
phase in Boro growing areas
|
0.50 |
287 |
Variation of rice productivity
and quality due to climate change (In collaboration
with Plant Physiology and GQN) |
1. To determine the effect of
climate change (Temperature, rainfall and solar radiation)
on rice yield
2. To determine the physiological changes of rice
plant
3. To determine the nutritional quality of rice grain |
1.50 |
|
Information and Communication
Technology (ICT) |
To manage and maintain ICT at
BRRI |
|
288 |
BRRI Website Management |
1. To complete the construction
of blank pages and modify the design of BRRI Website
2. To manage and maintain BRRI Website through regular
updating of the information and documents
3. To upgrade our Static website to dynamic website |
1.50 |
289 |
ICT Network Management at BRRI |
1. To manage and maintain ICT
network of BRRI
2. To initiation of e-Governance |
1.50 |
|
Maintenance of Agricultural
Database |
To maintain computerized database
on rice and related crops |
|
290 |
Maintenance of rice and rice
related variable database |
To maintain up-to-date information
on rice and related crops |
0.10 |
F. Program Area:
Pest Management |
F1. Program performing
unit: Entomology Division |
|
Survey & Monitoring of Rice
Arthropods |
To determine the incidence and
abundance patterns of insect pests and their natural
enemies at BRRI farm and in different AEZs for better
management of rice pests |
5.0 |
291 |
Pest monitoring in BRRI Farms |
To study the insect pest and
their natural enemy incidence at BRRI farm and to
create a database to develop a forecasting system |
1.5 |
292 |
Survey of rice insect pests in
selected AEZ´s of the country |
To find the incidence patterns
of the major rice insect pests and their natural enemies
in different agro-ecological zones and to examine
relationship between biotic and abiotic factors on
their abundance. |
2.0 |
293 |
Insect pests and natural enemies
in light trap |
To study the pest and their natural
enemy incidence patterns in rice fields and to create
a database to develop a forecasting system. |
1.5 |
|
Studies on rice insect pest
ecology |
To study the ecology and development
of insect pest of rice |
12.0 |
294 |
Effect of different fertilizer
on the incidence of BPH (PhD Research) |
To study the effect of NPK on
BPH infestation, feeding, egg laying on rice plant.
|
2.0 |
295 |
Molecular Identification of Biotype
of Gall midge in Bangladesh. |
To study the presence of different
biotype of Gallmidge in Bangladesh. |
1.75 |
296 |
Identification of BPH biotype
and Resistant Sources in Rice Cultivars in Bangladesh.
(PhD Research) |
To study the presence of different
biotype of BPH and their resistant sources in rice. |
2.0 |
297 |
Role of Earthworm like unidentified
organism as rice pest. |
To study the status of earthworm
as a pest of rice |
3.0 |
298 |
Studies on biology of rice Gallmidge |
To know the biology of rice gall
midge |
3.25 |
|
Biological Control of rice
insect Pests |
To evaluate the role of natural
enemies in controlling rice insect pests. |
2.0 |
299 |
Development duration and fecundity
of T. zahiri in different constant temperatures (PhD
Research) |
To know development duration,
fecundity and egg laying frequency of T. zahiri in
different constant temperatures. |
1.0 |
300 |
Adult longevity of T. zahiri
in different diets. (PhD Research) |
To know the adult male and female
longevity and fecundity of T. zahiri in different
diets. |
1.0 |
|
Crop Loss Assessment |
To determine relationship between
pest damage levels and yield losses. |
2.0 |
301 |
Relationship between rice hispa
damage and yield loss |
To determine the yield loss and
recovering abilities of different rice varieties against
hispa damage. |
2.0 |
|
Evaluation of chemicals and
botanicals against rice insect pests |
To evaluate the effectiveness
of different botanicals and also to determine efficacy
of different insecticides against major rice insect
pests. |
8.0 |
302 |
Test of different insecticides
against major insect pests. |
To evaluate the effectiveness
of commercial formulations of different insecticides
against major insect pests of rice. |
2.0 |
303 |
Evaluation of farmers practice
for the management of yellow stem borer. |
To evaluate the farmer's practice
of controlling yellow stem borer by commonly used
insecticide. |
2.0 |
304 |
Insecticide resistance in Brown
planthopper, Nilaparvata lugen (Hemiptera: Delphacidae)
(Stal) in Bangladesh.(PhD Research) |
1. To asses the status of insecticide
resistance on brown planthopper in Bangladesh.
2. To investigate the mechanism of resistance development
of brown planthopper against commonly used insecticides. |
2.0 |
305 |
Determination of residue of carbofuran
in rice plants |
To determine the residual status
of carbofuran in rice field, rice plant and in rice
grain. |
2.0 |
|
Host Plant Resistance |
Identification of resistant sources
against rice insect pests. |
10.0 |
306 |
Screening of rice Germplasm
against BPH,WBPH and GLH |
To identify rice germplasm resistant
against BPH,WBPH and GLH |
2.0 |
307 |
Screening of Germplasm materials
for resistant sources against Gall midge (GM) |
To identify resistant sources
against GM |
2.0 |
308 |
Screening of F2 population against
BPH,WBPH and GLH |
To develop MVs using known resistant
parents. |
1.5 |
309 |
Screening of F2 population against
Gall midge (GM) |
Isolation of resistant progeny
against Gall midge. |
1.5 |
310 |
Evaluation of Advance lines for
resistance against BPH, WBPH and GLH |
To evaluate level of resistance
against BPH, WBPH and GLH |
2.0 |
311 |
Evaluation of BRRI released variety
against major insect pest |
To evaluate level of resistance
against major insect pest |
1.0 |
F1. Program performing
unit: Pathology Division |
|
Survey & monitoring of Rice
Diseases |
To understand the epidemiology
of different rice diseases in selected AEZs |
|
313 |
Survey and monitoring of P. grisea
from different ecosystem |
To determine the occurrence and
distribution of Pyricularia grisea |
1.00 |
|
Disease Resistance and Molecular
Studies |
To know the diversity of the
pathogen and resistance sources |
1.0 |
314 |
Virulence analysis of P. grisea
on International differential set (monogenic lines
of IRRI) |
To identify the dominant P. grisea
race/s in some selected AEZs of Bangladesh |
0.50 |
315 |
Characterization of blast isolates
based on DNA finger printing |
To understand population structure
through cultural and molecular technique |
2.00 |
316 |
Identification of Xanthomonas
oryzae pv. oryzae (BB pathogen) races in Bangladesh |
To identify the existing races
of BB pathogen in Bangladesh |
1.60 |
317 |
Performance of polygenic BB resistant
genotypes in different agro-ecosystem |
To find out appropriate genotype(s)
suitable for Bangladesh condition/specific location(s)
against BB of rice. |
0.65 |
318 |
Identification of BB resistant
novel QTL in landraces |
To identify resistant sources
and also QTL against bacterial blight disease |
1.40 |
319 |
Pyramiding bacterial blight resistant
genes into the genetic background of BR11 derived
submergence tolerant rice lines |
Enhancing wider adaptability
of newly developed submergence tolerant rice genotypes
through introgression of bacterial blight resistant
genes |
76.79 |
320 |
Screening advanced breeding lines
against BB and Tungro |
To identify BB and Tungro resistant
sources in advance breeding lines |
1.00 |
321 |
Identification of blast races
from Bangladesh by using MLs |
Characterization of pathogen
population of Pyricularia grisea from blast endemic
areas of Bangladesh using differential rice varieties
|
1.00 |
322 |
Identification of major blast
resistant genes in land races of Bangladesh |
To screen and validate of specific
primer against major races of P. grisea |
1.00 |
323 |
Development of mass screeing
method for False smut disease of rice |
Development of new screeing method
for False smut disease |
0.10 |
324 |
Screeing exotic lines for physiological
resistance against Sheath blight |
To identify promising line (s)
that express physiological resistance against ShB |
0.20 |
325 |
Identification of major blast
resistant gene in mega rice variety of Bangladesh |
To identity major blast resistant
gene in mega rice variety |
0.20 |
326 |
Development of BB resistant variety
for Boro and T. Aman season |
To develop BB resistant variety
for Boro and T. Aman season |
1.20 |
327 |
Natural screening of drought
resistant materials against major diseases |
To find out the resistant materials
against brown spot, sheath blight and blast |
0.20 |
328 |
Biological Characterization and
Management of Rhizoctonia oryzae sativae causal agent
of Aggregate Sheath spot disease of Rice |
To understand the biology and
genetic diversity of the pathogen
To estimate yield loss by the ASS dis.Screening rice
cultivar, fungicide and integration to design better
management strategies |
1.00 |
329 |
Field screening of rice genotypes
for partial resistance to sheath blight |
To compare the level of resistance
to sheath blight in a set of rice genotypes. |
|
|
Epidemiological studies |
To understand the factors responsible
for disease development & spread |
|
330 |
Effect of different missing nutrient
element on rice sheath blight and BB disease development
and natural incidences of other rice diseases |
To identify specific or combined
nutrient element effect on ShB |
0.50 |
331 |
Epidemiological study of P. grisea
from different ecosystem |
To determine the occurrence and
distribution of Pyricularia grisea |
0.50 |
332 |
Epidemiology and management of
Bakanae disease of rice |
To determine the rate of seed
infection in naturally infected fields.
To determine the transmission rate of the pathogen
from seed to the seedlings. |
0.20 |
|
Yield loss studies |
To determine the yield loss due
to different diseases |
|
333 |
Estimation of yield loss due
to Sheath blight |
To determine the yield loss by
Sheath blight disease.
To identify critical RLH for yield loss. |
0.25 |
|
Management of rice diseases |
To develop appropriate management
practices |
|
334 |
Evaluation of new chemicals against
bacterial blight of rice |
To find out the effective chemicals
suitable for BB control |
0.50 |
335 |
Collection, isolation and identification
of Trichoderma spp. from different eco-system & their
effect on ShB and other sclerotial fungi |
Selection of biocontrol agents
with wide host range.
An eco-friendly and cost effective strategy which
can be used in integration with other strategies for
a greater level of protection with sustained rice
yields. |
0.50 |
336 |
Collection, isolation and identification
of antagonistic bacteria from different eco-system
& their effect on BLB and ShB |
An eco-friendly and cost effective
strategy which can be used in integration with other
strategies for a greater level of protection with
sustained rice yields. |
0.50 |
337 |
Evaluation of new chemicals against
ufra disease of rice |
To find out the effective chemicals
suitable for ufra disease control |
0.10 |
338 |
Chemical control of sheath blight
disease |
To find out the efficacy of new
fungicide/s against sheath blight disease |
0.10 |
339 |
Chemical control of leaf scald
disease |
To find out the efficacy of new
fungicide/s against leaf scald disease |
0.20 |
340 |
Chemical control of false smut
disease of rice at farmer's field (natural incidence) |
To find out effective fungicides
in controlling false smut disease of rice |
0.20 |
341 |
Integrated Management of Sheath
Blight Disease of Rice |
Ellucidation of the effect on
evaluation of fungicides against Sheath blight disease.
Screening for Resistance Cultivar.
Recommendation of suitable management strategy. |
0.30 |
|
Others |
|
|
|
Mycotoxin production by fungi
isolated from stored rice grains |
The objective of this study is
to isolate the fungi associated with rice in storage
and determine the ability of the isolate to produce
mycotoxin |
|
342 |
Training on rice disease management |
To train up scientists and extension
personnel on rice disease management |
1.00 |
343 |
Fact sheet and poster up gradation
on rice diseases & management |
To develop technology manual
for the rice disease management |
1.20 |
344 |
Advisory and clinical service |
To assist public and private
sector institution/organization and farmers for disease
identification and suggestion on management issue |
2.00 |
G. Program Area:
Technology Transfer
|
G1. Program performing
unit: Adaptive Research Division |
345 |
Validation of Technologies |
Validate the matured technologies
at farm level |
2.35 |
|
Varietal development |
|
|
346 |
Advanced Lines Adaptive Research
Trial (ALART) during B.aus 2011 |
Evaluate specific and general
adaptability of advanced breeding lines under on-farm
condition. |
0.31 |
347 |
Advanced Lines Adaptive Research
Trial (ALART) during T. Aus, 2011 |
Evaluate specific and general
adaptability of advanced breeding lines under on-farm
condition. |
0.54 |
348 |
Advanced Lines Adaptive Research
Trial (ALART) during T. Aman, 2011 |
Evaluate specific and general
adaptability of advanced breeding lines under on-farm
condition. |
1.50 |
349 |
Advanced Lines Adaptive Research
Trial (ALART) during Boro, 2012 |
Evaluate specific and general
adaptability of advanced breeding lines under on-farm
condition. |
|
350 |
Dissemination of Technologies |
Conducting on-farm trials for
dissemination of technology |
55.50 |
|
Seed Production and Dissemination
Program (SPDP) |
|
|
| 351 |
SPDP of potential BRRI varieties
in southern coastal regions of Bangladesh under SRRPP
during Aus 2011 |
1. Demonstrate and disseminate
BRRI dhan27 and 48 in southern region
2. To increase rice production in southern coastal
region |
5.00 |
352 |
SPDP of potential BRRI varieties
with LCC and USG in Aman 2011 and Boro 2012 under
BRRI core and SRRPP |
Demonstrate and disseminate BRRI
dhan40, 41, 44, 46, 49, 28, 29, 45, 47, 50 and to
expand the use of LCC and USG among the farmers. To
increase rice production and produce quality seed. |
40.00 |
353 |
SPDP of potential BRRI varieties
with AWD in Boro 2012 under BRRI core and SRRPP |
1. Demonstrate and disseminate
BRRI dhan28, 29, 45, 47, 50 and motivate farmers to
adopt AWD method of irrigation as a water saving technique
2. To increase rice production and produce quality
seed. |
10.00 |
354 |
Use of poultry manure as a alternate
source of phosphatic fertilizers in wet land rice
cultivation during Boro, 2012 |
To demonstrate the benefit of
poultry manure application in rice cultivation at
farmer's fields |
0.50 |
|
Promotional activities |
To update knowledge and skill
of farmers and stalk holders on modern rice cultivation
technology |
42.0 |
355 |
Orientation Training during T.
Aman, 2011 and Boro, 2012 |
1. Give orientation to SAAOs
associated with SPDP, LCC, USG in the assigned location
as per programme.
2. Motivate them for effective extension of the programmes. |
1.0 |
356 |
Farmers' training (Rice school)
under SRRPP and BRRI core program during T. Aman,
2011 and Boro, 2012 |
Improve and update farmers' knowledge
and skill on modern rice production technologies. |
30.0 |
357 |
Field day under SRRPP and BRRI
core program during Aus 2011, T. Aman, 2011 and Boro,
2012 |
To get feedback information directly
from the farmers for rapid dissemination of rice production
technologies among the farmers |
10.0 |
358 |
Agricultural Exhibition during
T. Aman, 2011 and Boro, 2012 |
To display the BRRI released
modern technologies among all categories of people. |
1.0 |
|
Enrichment of own seed stock |
|
1.0 |
359 |
Production of quality seeds of
BRRI released recent varieties during Aus, Aman 2011
and Boro, 2012 |
To produce quality seeds of BRRI
released recent varieties for adaptive research trials
during Aus, Aman and Boro seasons. |
1.0 |
G2. Program performing unit: Training Division
|
|
Technology transfer through training |
To disseminate BRRI developed technologies |
|
360 |
Rice Production Course
Duration: 1 month/2 month Batch : 2/1 |
1. Recognize and apply the important concept, principles advanced techniques of modern rice production.
2. Able to identify and solve field problems of rice cultivation.
3. Capable to do research planning, program development and report writing on research activities.
4. Be acquaintance with administrative and financial rules and regulations. |
20.0 |
361 |
Training for Trainers (Agriculture Officer/ NGO personnel)
Duration : 1 week; Batch : 10
Participants: 300 |
1. Recognize and apply the important concept, principles advanced techniques of modern rice production.
2. Able to identify and solve field problems of rice cultivation.
3. Train the field level extension agents and farmers |
15.0 |
362 |
Training on Modern Rice Production Technologies for SAAO
Duration: 6 days; Batch : 30
Participants: 1200 |
1. Recognize and apply the important concepts, principles and techniques of modern rice production.
2. Identify and solve field problems of rice cultivation and help the farmers to increase productivity. |
42.0 |
363 |
Training on Utilization of Bangladesh Rice Knowledge Bank
Duration: 3 days; Batch : 3
Participant: 90 |
To increase utilization and extension of BRKB. |
3.75 |
364 |
Workshop on Development and Utilization of Bangladesh Rice Knowledge Bank
Number: 2; Duration: 3 days
Participant: 40 |
To develop and enrich BRKB materials for web site. |
1.24 |
365 |
Training on Modern Rice Production Technologies for Farmers
Duration: 1 day; Batch : 20
Participants: 600 |
1. Apply the important techniques of modern rice production.
2. Identify and solve field problems of rice cultivation. |
3.0 |
|
Evaluation of imparted training program. |
To determine the performance of training program. |
|
366 |
Performance of long and short term training programs.
Duration: Throughout the year |
1. Evaluate the overall training program.
2. Assess the trainees' performance.
3. Assess the resource speaker performance.
4. Identify the training needs, improve future training programs |
0.1 |
|
Bangladesh Rice Knowledge Bank (BRKB) |
To disseminate rice production technologies through electronic media, do overall improvement of BRKB |
|
367 |
Development and Utilization of Bangladesh Rice Knowledge Bank (BRKB)
Duration: Throughout the year. |
1. Add new training materials to BRKB compendium.
2. Develop new fact sheets of different needs.
3. Conduct RPT using BRKB modules.
4. Collect the feedback information about BRKB materials
5. Prepare new materials for BRKB |
20.0 |