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BRRI
at a Glance
Background
Rice,
as a staple food, accounts for about 92% of the total food
grains produced in the country. Seventy-five percent of
necessary calories and 55% of protein are met from rice
in the average daily diet of the people. Rice production
employs almost 44% of our labour forces providing national
food security. Rice Research started in this part of the
sub-continent in 1910. However, the modern, era of rice
research and development started in the mid-sixties of the
last century.
The demand for rice is increasing because of increasing
population. So to meet up the increasing food demand, an
autonomous organization in the name of East pakistan Rice
Research Institute (EPRRI) was established on 1 October
1970 with 76.82 hectares of land at Joydebpur, Gazipur;
36 km north of Dhaka. After liberation in 1971, it was renamed
as the Bangladesh Rice Research Institute (BRRI) through
the parliamentary act in 1973 (Act X of 1973). In order
to bring dynamism in the management system , an amendment
was made by a parliamentary act in 1996 (Act V of 1996).
The institute operates with 18 rerearch divisions and nine regional stations,three support service divisions
and five sections.Total manpower of the institute is 676 , of which 238 are scientists. Most of them are highly
trained professionals with MS and PhD degrees.
Mandate
Conduct research on all aspects of rice improvement and Production;
Establish research centers and substations in different regions of Bangladesh for conducting research on different problems of rice;
Establish project areas for demonostration of new varieties of rice developed by the institute and organize training of farmers for the cultivation of
these rice varieties;
Train agricultural extension personnel and progressive farmers on modern techniques of rice production;
Publish annual reports, monographs, bulletins and such other
documents relating to research activities of the institute;
Advise the goverment on rice related policy issues.
Governance
BRRI is an autonomous organization under the ministry of
Agriculture. A 13 Member Board of Management (BOM) headed by the Director General determines and executes the polices and undertakings of the institute.
Research
Programme and Management
Eighteen
research divisions at BRRI HQ and nine regional stations
across the country execute the research and technology development
programme of BRRI. Multi-disciplinary, problem orientated
annual research programmes are developed and executed by
involving all level of scientists. Research at BRRI is organized
in seven programmes areas. Each of the area is composed
of one or more research divisions called the programme performing
Units (PPU). The programme areas, component resaerch divisions
and regional stations are:
|
Program Area |
Component Divisions (PPU) |
|
Varietal Development |
Plant Breeding |
|
Bio Technology |
|
Genetic Resources and Seed |
|
Grain Quality and
Nutrition |
|
Crop-Soil-Water Management |
Agronomy |
|
Soil Science |
|
Irrigation and Water Management |
|
Plant Physiology |
|
Pest Management |
Entomology |
|
Plant Pathology |
|
Rice Farming Systems |
Rice Farming Systems |
|
Farm Mechanization |
Farm Machinery and Post Harvest Technology |
|
Workshop Machinery and Maintenance |
|
Socioeconomics
and Policy |
Agricultural
Economics |
|
Agricultural Statistics |
|
Farm management |
|
Technology Transfer |
Adaptive Research |
|
Training |
BRRI Regional Stations
Name |
Establishment |
Main Research area |
BRRI RS, Barisal |
1970 |
Tidal non-saline ecosystem |
BRRI RS,Habiganj |
1970 |
Deep water ecosystem and Boro |
BRRI RS, Comilla |
1970 |
Favourable ecosystem |
BRRI RS ,Sonagazi |
1977 |
Coastal ecosystem |
BRRI RS, Rajshahi |
1978 |
Drought Prone ecosystem |
BRRI RS, Bhanga |
1986 |
Deep water ecosystem and Boro |
BRRI RS, Rangpur |
1991 |
Cold and Upland ecosystem |
BRRI RS, Kushtia |
1996 |
Upland ecosystem of genetic flood plain |
BRRI RS ,Satkhira |
1999 |
Saline ecosystem |
Annunal research Programme is developed and finalized in
three steps: a) Intra divisional meeting; b) Programme area meeting and c) Programme committee meeting. Annual research plans are prepared
based on priority area and implemented under the follwing ecosystems:
|
Irrigated lowland |
Transplant Boro |
|
Rainfed lowland |
Transplant Aman |
|
Rainfed Upland |
Broadcast/ dibbling Aus
|
|
Tidal Wetlands(saline/ non-saline)
|
Rainfed Aus and T.Aman |
|
Deepwater (floodprone) |
Broadcast Aman |
After finalization, the research programme is executed by the programme performing units at the HQ, regional stations and
at the farmers' field. The concerned heads of the research divisions monitor the programme approved for the execution. In addition, Director (Research) and the
the Director General supervise the overall research activities of the institute. Thereafter, results of the executed programme are presented in the Annual Research Review Workshop,
Where all the scientists of the institute and expert members from other institutions take part as a final evaluation process. Director Reseach is the chief coordinator of all research
activities of the institute assisted by a coordinator for Advanced studies and Reserch (CASR).
Major Achievement
BRRI has so far
Released 57 high yielding rice varieties having two-three
times higher yield potiential than traditional
rice. Among them 53 are inbred and four are hybred rice
(Table 1).
Developed more than 50 improved technologies on soil, water, fertilizer and cultural practices of rice.
Developed 31 profitable rice-based cropping patterns for different AEZs.
Developed and improved 22 agricultural machinery
Identified 31 rice diseases (10 major) and 175 species of rice insect-pests (20 major), and developed control measures for the
major insects and diseases.
Preserved more than 8,000 rice germplasm in the BRRI Gene Bank collected from home and abroad
Trained more than 56,000 scientists, progressive farmers and extension personnel from GOs and NGOs.
Published 240 books, booklets, monographs, folders and extension materials for technology dissemination.
Achieved the ability to produce about 100 tons of breeder seed per year, and supply it to different seed producing agencies for further multiphication and dissemination at the
farm level.
Impact
The impacts of BRRI are as follows:
During the last four decades, rice production has tripled synchronizing with the increase of population.
In 1970, population of our country was 71.21 million that has increased to about 160 million over four
decades and clean rice production has increased up to three times.
In 1970, total rice was 10.31 million ha and clean rice production at that time was about 10
million ton (MT). In 2009-10, total rice area in three seasons reached to about 12 million ha,
mainly due to increased cropping intensity, and clean rice production reased to about 34 MT.
At present, BRRI varieties cover more than 80% of rice
area and account for about 90% of the total annual rice
production of the country
Return rate of one taka investment in rice research and development is Tk 38.
A number of BRRI developped rice varieties are cultivated in different countries of the world.
Table
1. BRRI released rice varieties from 1970 to 2010
serial no |
Rice variety |
Growing season |
Plant heigh (cm) |
Growth duration (day) |
Average yield (t/ha) |
Releasing year |
01. |
BR1 (Chandina) |
Aus
Boro |
88
88 |
120
150 |
4.0
5.5 |
1970 |
02. |
BR2(Mala) |
Aus
Boro |
120
120 |
125
160 |
4.0
5.0 |
1971 |
03. |
BR3(Biplob) |
Aus
T. Aman
Boro |
100
100
95 |
130
145
170 |
4.0
4.0
6.5 |
1973 |
04. |
BR4(Brrisail) |
T. Aman |
125 |
145 |
5.0 |
1975 |
05. |
BR5(Dulabhog) |
T. Aman |
120 |
150 |
3.0 |
1976 |
06. |
BR6(IR28) |
Aus
Boro |
113
100 |
110
140 |
3.5
4.5 |
1977 |
07. |
BR7(Brribalam) |
Aus
Boro |
125
125 |
130
155 |
4.5
4.5 |
1977 |
08. |
BR8(Asha) |
Aus
Boro |
125
125 |
125
160 |
5.0
6.0 |
1978 |
09. |
BR9(Sufala) |
Aus
Boro |
125
125 |
120
155 |
5.0
6.0 |
1978 |
10. |
BR10(Progati) |
T. Aman |
115 |
150 |
6.5 |
1980 |
11. |
BR11(Mukta) |
T. Aman |
115 |
145 |
6.5 |
1980 |
12. |
BR12(Moyna) |
Aus
Boro |
105
105 |
130
170 |
4.5
5.5 |
1983 |
13. |
BR14(Gazi) |
Aus
Boro |
120
120 |
120
160 |
5.0
6.0 |
1983 |
14. |
BR15(Mohini) |
Aus
Boro |
100
90 |
125
165 |
5.0
5.5 |
1983 |
15. |
BR16(Shahibalam) |
Aus
Boro |
110
90 |
130
165 |
5.0
6.0 |
1983 |
16. |
BR17(Hashi)* |
Boro |
125 |
155 |
6.0 |
1985 |
17. |
BR18(Shahjalal) |
Boro |
115 |
170 |
6.0 |
1985 |
18. |
BR19(Mongol)* |
Boro |
110 |
170 |
6.0 |
1985 |
19. |
BR20(Nizami) |
B. Aus |
120 |
115 |
3.5 |
1986 |
20. |
BR21(Niamat) |
Aus |
100 |
110 |
3.0 |
1986 |
21. |
BR22(Kiron) |
T. Aman |
125 |
150 |
5.0 |
1988 |
22. |
BR23(Dishari) |
T. Aman |
120 |
150 |
5.5 |
1988 |
23. |
BR24(Rahmat) |
B. Aus |
105 |
105 |
3.5 |
1992 |
24. |
BR25(Naya Pajam) |
T. Aman |
138 |
135 |
4.5 |
1992 |
25. |
BR26(Sraboni) |
Aus |
115 |
115 |
4.0 |
1993 |
26. |
BRRI dhan27 |
B. Aus |
140 |
115 |
4.0 |
1994 |
27. |
BRRI dhan28 |
Boro |
90 |
140 |
5.0 |
1994 |
28. |
BRRI dhan29 |
Boro |
95 |
160 |
7.5 |
1994 |
29. |
BRRI dhan30 |
T. Aman |
120 |
145 |
5.0 |
1994 |
30. |
BRRI dhan31 |
T. Aman |
115 |
140 |
5.0 |
1994 |
31. |
BRRI dhan32 |
T. Aman |
120 |
130 |
5.0 |
1994 |
32. |
BRRI dhan33 |
T. Aman |
100 |
118 |
4.5 |
1997 |
33. |
BRRI dhan34 |
T. Aman |
117 |
135 |
3.5 |
1997 |
34. |
BRRI dhan35 |
Boro |
105 |
155 |
5.0 |
1998 |
35. |
BRRI dhan36 |
Boro |
90 |
140 |
5.0 |
1998 |
36. |
BRRI dhan37 |
T. Aman |
125 |
140 |
3.5 |
1998 |
37. |
BRRI dhan38 |
T. Aman |
125 |
140 |
3.5 |
1998 |
38. |
BRRI dhan39 |
T. Aman |
106 |
122 |
4.5 |
1999 |
39. |
BRRI dhan40 |
T. Aman |
110 |
145 |
4.5 |
2001 |
40. |
BRRI dhan41 |
T. Aman |
115 |
148 |
4.5 |
2001 |
41. |
BRRI dhan42 |
Aus |
100 |
100 |
3.5 |
2004 |
42. |
BRRI dhan43 |
Aus |
100 |
100 |
3.5 |
2004 |
43. |
BRRI dhan44 |
T. Aman |
130 |
145 |
5.5 |
2005 |
44. |
BRRI dhan45 |
Boro |
100 |
145 |
6.5 |
2005 |
45. |
BRRI dhan46 |
T. Aman |
105 |
124 |
4.7 |
2007 |
46. |
BRRI dhan47 |
Boro |
105 |
152 |
6.0 |
2007 |
47. |
BRRI dhan48 |
Aus |
105 |
110 |
5.5 |
2008 |
48. |
BRRI dhan49 |
T. Aman |
100 |
135 |
5.5 |
2008 |
49. |
BRRI dhan50
(Banglamoti) |
Boro |
82 |
155 |
6.0 |
2008 |
50. |
BRRI dhan51 |
T. Aman |
90 |
142 a
154 b |
4.5
4.0 |
2010 |
51. |
BRRI dhan52 |
T. Aman |
116 |
145 a
155 b |
5.0
4.5 |
2010 |
52. |
BRRI dhan53 |
T. Aman |
105 |
125 |
4.5 |
2010 |
53. |
BRRI dhan54 |
T. Aman |
115 |
132 |
4.5 |
2010 |
54. |
BRRI hybrid dhan1 |
Boro |
110 |
155 |
8.5 |
2001 |
55. |
BRRI hybrid dhan2 |
Boro |
105 |
145 |
8.0 |
2008 |
56. |
BRRI hybrid dhan3 |
Boro |
110 |
145 |
9.0 |
2009 |
57. |
BRRI hybrid dhan4 |
T. Aman |
112 |
118 |
6.5 |
2010 |
Note: a=if not submerged,
b=if submerged for 14 days, *=for hoar areas only |
Recognition
BRRI is honoured with the follwing prestigious national and international awards for its
outstanding contribution to the science and technology.
Bangabandhu Award in 1974
President's Gold Medal in 1977
Independence Day Gold Medal in 1978
President's Gold Medal in 1980
FAO Bronze Plaque in 1980
President's Gold Medal in 1984
Begum Zebunnessa and Kazi Mahbubullah Trust Gold Medal in 1986
Dr Maniruzzaman Foundation Gold Medal in 1991
Independence Day Gold Medal in 1992
Independence Day Gold Medal in 1997
Agriculturists Forum Gold Medal in 2004
IRRI Plaque of Honour in 2005
Senadira Rice Research Award in 2006
Mathematics Olympiad Award in 2008
National Environment Award in 2009
Future Strategy
If
the present population growth rate continues the demand for
rice will be 25% higher than that of the present production
level. BRRI is committed to meet-up this demand to save the
nation from hunger and has taken the following strategies
to fulfil this commitment.
Development of super high yielding rice varieties having 12-14 t/ha yield potential
Development of hybrid rice and its seed production technologies.
Develpment of transgenic rice
Development of rice varieties for unfavourable ecosystems.viz-tolerant to cold, drought, submergence, salinity and resistant to insect-pests and diseases.
Development of vitamin and iron-dense rice to fight againt malnutrition.
Development of export quality fine grain and aromatic rice.
Development and refinement of crop, soil, water and pest management technologies for high yield targets.
Development, improvement and extension of low cost appropriate farm machinery.
Strengthening of technology transfer processes to achieve national rice production target.
Strengthening of socio-economic and policy issues for poverty elimination by ensuring profits in rice
cultivation for small and marginal farmers.
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