1. Monitoring of BGREI Programme
Central Rice Research Institute , Cuttack

2. Monitoring
A three tier monitoring structure involving central steering committee (CSC) under the chairmanship of Secretary (A&C)
State level monitoring team (SLMT) for each state under the Chairmanship of an Additional Secretary/Joint Secretary of the Department of Agriculture
District level monitoring teams (DLMT) headed by District Agriculture Officer to ensure delivery of intended technologies to the farmers.
CRRI is the nodal agency for monitoring the programme.

3. Activities of the Central Monitoring Unit at CRRI
Director, CRRI as Member of the Central Steering Committee participated in meetings held under the Chairmanship of Secretary, DAC at Lucknow, Patna, Ranchi, and Bhubaneswar. His representatives took part in such meetings at Kolkata, Gauhati and Raipur
CRRI Scientists involved in BGREI Programme as state in-charge and as scientist in-charge of the districts of Odisha are regularly visiting their assigned states and districts for monitoring and the effective implementation of the programme.

4. General suggestions to improve implementation of BGREI
Strengthen coordination among CSC, SLMT and DLMT.
In all SLMT meeting, scientist-in-charge of respective state from CRRI should be involved.
The SAU scientists identified for monitoring at the district level have to play a more pro-active role; the state departments should extend support. Reporting has to improve very significantly.
Beneficiary list in prescribed Proforma should be provided to the CRRI and other stakeholders.
Ensure timely availability of inputs.
Capacity building of Block level Agril. Officers, other field functionaries and farmers needs to be organized.
Soil testing, need based IPM and related farm mechanization should be strengthened.

5. Assam

6. BGREI Programme in Assam
Area, Production and Yield of Rice in Assam as a whole and under BGREI Programme in Assam
Assam
BGREI Programme in Assam
Area
Autumn
2.76 lakh ha
2.38 lakh ha --
Winter
18.76 lakh ha
18.57 lakh ha ha
Summer
3.94 lakh ha
3.93 lakh ha ha
56700 ha
Total
25.46 lakh ha
24.88 lakh ha
Production
3.38 lakh t
3.09 lakh t
32.98 lakh t
37.60 lakh t
27186 t
14.09 lakh t
11.64 lakh t t
2.705 lakh t
50.45 lakh t
52.33 lakh t
Yield
1.242 t ha-1
1.317 t ha-1
1.785 t ha-1
2.055 t ha-1
2.889 t ha-1
3.044 t ha-1
2.965 t ha-1
3.272 t ha-1
4.772 t ha-1
1.986 t ha-1
2.130 t ha-1

7. Crop Cutting Results
I. Sali/Winter/Kharif rice 2011 Assam – Variety ‘Ranjit’ Average of 952 Crop cutting results – t/ha Average yield of rice under BGREI – t/ha Average yield of rice in the state – t/ha II. Summer rice District Cachar – Variety ‘IR 64’ – t/ha Local check – t/ha III. Sali/Winter/Kharif rice Village-Khatowal, Sub-Division-Titabor, District-Jorhat Variety – Swarna sub1 – 8.64 t/ha Local check – Mahsuri – 4.05 t/ha 2. Village-Kolbari, Sub-Division-Jagi Road, District-Morigaon Variety – Swarna sub1 – 6.04 t/ha Local check – Manohar Sali – 3.78 t/ha

8. Critical inputs contributing to increase in production
Good quality seeds – whether it is open pollinated variety or hybrid
Application of basal dose of fertilizers
Availability of irrigation water through STW, LLP etc.
Line transplanting
Plant protection of measures

9. Suggestions for proper monitoring/implementation of the programme
Component for management of weeds should be included especially for boro rice.
Emphasis need to be given for line transplanting especially for sali/kharif rice.
Availability of the sources/outlets for the purchase of hybrid seeds by the farmers themselves needs to be arranged.
One-day training to the farmers before the onset of the cropping period will help refreshing the farmers with technical know-how for scientific cultivation.
Timely supply of the inputs has to be ensured.
Seed quality has to be ensured.
Providing facility for irrigation through STW, LLP etc., wherever possible.
Wherever shallow tube well facility is installed, measures should be taken to ensure irrigation during the dry spell.
Water harvesting tanks will prove worthwhile where STWs don’t work.
Erecting embankments and sluice gates, wherever feasible, in the nullahs, streams connected with perennial water bodies especially for boro rice will help overcoming water stress in drier months in many areas.

10. Observations on implementation of the programme
1. The farmers are reluctant to practice line transplanting of rice. As per farmers’ perception higher number of labourers are needed to carry out the practice.
Line transplanting was practiced more in boro rice. In general, extent of line transplanting varied from 10% to 80 %.
Kamrup district had 5,200 ha under summer rice demonstrations during Line transplanting varied from 60% to 100%. Boko sub-divisionof Kamrup district had almost 100% line transplanting in summer rice demonstrations.
iii. In Barpeta district, it varied from 40% to 80% in boro season.
iv. In Udalguri district, it varied from 20 to 30% in boro season.
Most of the farmers were aware of importance of plant protection measures but rarely practiced seed treatment.
i. Farmers in the Barpeta district practiced seed treatment with carbendazim.
ii. In Dhubri district, farmers took both prophylactic and curative sprays of insecticides in the nurseries.
iii. Taking plant protection measures in the standing crop was a common practice.

11. Observations on implementation of the programme
Farmers inclination towards hybrid rice is increasing.
Farmers applied 2 to 3 top dressings of 5 kg per bigha and one top dressing of 3 to 5 kg per bigha on their own.
Farmers preferred cultivars for summer rice were, viz., Chinese boro, Irri (No. 8, No.9, No. 28, No. 29), Biplab, Tepi boro, Khoiya boro, Balam, Bashphul, Sali barua.
Farmers preference was for bold-grained hybrids.

12. Creating irrigation facility for boro rice is must
Village-Dekadong, District - Baksa

13. Bihar

14. Impact of BGREI programme
Rice production in state of Bihar
Rice
Area
(‘lakh ha)
32.13
28.45
33.24
Production (‘ lakh tonnes)
36.26
31.13
81.88
Productivity (kg/ha)
1128
1094
2436
Under the BGREI programme the state could increased the productivity following hybrids and SRI cultivation by 23.9 and 40.96% under demonstration plots compared to the farmers practice in the year 2011 – 12 and 46.6 % in hybrids in the year 2012 – 13 over farmers practice.
The production & productivity of state though decreased in the ear , could be increased by and 1.23 times in the year
In the current year , crop cutting in Patna district in presence of Scientist In charge of the state resulted 4.5 t/ha in demonstrated fields.
The state has added 6525 shallow tube wells and 3540 pump sets for creating irrigation facility for the farmers in the year

15. State Technical programme : Bihar (2013 – 14)
S.No
Component
Unit
Target 1
Demonstration A
RICE
Phy. (Ha.)
Financial i
Improved up land Rice with SRI Tech (ha.)
Ha.
10,000
750 ii
Shallow water Rice with SRI Tech (ha.)
15,000
1,125.00
iii
HYV Rice with SRI Tech
39,180
2,938.50 iv
Improved Boro Rice Tech.
18,000
Total Demo of Rice
79,180
5,938.50 B
SWI WHEAT (ha.)
30,000
1,200.00
Total Demonstrations in (ha.) (Rice + Wheat)
1,09,180
7,138.50 2
Shallow Tube wells
Nos.
1,800.00
Pump sets
10,564
1,056.40
Total Asset Building
25,564
2,856.40 3
Rice with SRI Tech. (ha)
38,074
2,855.55
Total Site Specific 4
Pucca Threshing floor
3756
1,427.28
Total Marketing Support
Grand Total

16. Performance / Implementation status
Bihar has implemented demonstration program of SRI (system of rice intensification) in 77,254 ha of System of Rice Intensification in irrigated/medium land situations and improved upland rice production demonstrations in 10,000 ha, shallow low land rice in 15,000 ha BGREI programme has been taken up 22Non NFSM districts of Bihar in the year
State has provided demonstration kit of costing 3000/- per acre that includes seed, fertilizer, Vermi Compost, Watering pot and micro-nutrient (Zinc Sulphate) etc. All Demo Kits were distributed to beneficiaries in Krishi Utsav Mela in each block of all Non-NFSM districts between 3rd week of may to 2nd week of June
In SRI demonstration, mainly two components of SRI i.e. young seedlings with wide spacing and line transplanting has been demonstrated; Inputs have been provided to the farmers well in time.
The Farmers express their great satisfaction over the SRI technology and showed interest for carrying out the same in future. They also appreciated the effort made by the department people for field demonstrations.
The state will distribute the shallow tube wells and pump sets in the dry season for this financial year

17. Implementation/monitoring issues
Inputs are distributed to the beneficiary farmers well in time before sowing but many demonstrations are not conducted on field due to deficit /excess moisture stress in field. Site selection for SRI demonstration is not proper.
The beneficiary list has not been provided by the state to the CRRI as well as Scientist in charges of the districts for which proper procedure could not be followed for monitoring of the activities
The Information card prescribed for Block demonstrations has not been maintained and Krushi Salahkar / progressive farmers are unable to provide the beneficiary list and their information card under BGREI activity.
The nominated SAU Scientists/ district in charges for BGREI districts in Bihar neither visiting nor submitting report to the CRRI.
District level monitoring team has not been constituted and no verification is done at field level by the DAOs. District level monitoring team should be constituted immediately and regular visits may be made to ascertain the demonstrations and its proper implementations by state department

18. Suggestions for Improvement
Besides SRI, location specific rice production technologies may be included in the programme like Flood prone area management. SRI should be restricted to irrigated medium land situations only.
Farm mechanization i.e. mechanical transplanting & cultivation of hybrids may be given priority. Under site specific activity field channels should be constructed in irrigated conditions
Frequent field visits of non beneficiary farmers to the BGREI sites may be included as a component for awareness among the farmer
Beneficiary list may be provided to CRRI as well as scientists in charge of the districts for proper monitoring and technological back stopping
District In charge scientists should visit frequently to the their respected districts and report to the CRRI
Information card prescribed for Block demonstrations should be maintained well to replicate the success story
Crop cutting in presence of Dept. staff, scientists from university, Funding Agencies and non beneficiary farmers from the same locality
Crop cutting & reporting format / pattern should be uniform and yield should be reported on dry weight basis

19. BGREI field visits

20. Crop cutting at Farmers’ Field

21. Chhattisgarh

22. Technological Interventions under BGREI
Deep ploughing by tractor drawn M. B Plough/ Rotavator
Seedling root dip / nursery treatment
Weedicide application
Line transplanting ( Rope and SRI marker)
Line sowing with tractor drawn seed drill
Use of micro-nutrient (zinc sulfate) 22

23. Average productivity (kg/ha)
Yield data of Rice demonstration under BGREI of Chhattisgarh Sate for years and
Year
Situations
Average productivity (kg/ha)
Demonstration plot
Control plot
% increase
Rain-fed upland
4680
3220
45.34
Shallow low land
5110
3887
31.46
Irrigated traditional variety
5280
4030
31.02
Irrigated-Hybrid
6060
4910
23.42
4152
3564
16.50
4458
3740
19.20
4690
3975
17.99
5766
4699
22.71

24. Total area under Rice demonstration under BGREI in Chhattisgarh State during 2013-14
S N
Districts
Target
Achievement 1
Mahasamund
1800
2600
3800
3900
1500
9700
9800 2
Dhamtari
2000
4000
2500
12300 3
Durg
2400
2363
1931
3000
2809
1356
8900
8459 4
Bemetara
800
868
1200
1300
2084
1400
1019
5400
5272 5
Balod
1600
7500 6
Bilaspur
3200
8800
7800
2125
21925 7
Mungeli
2673
5200
3564
4094
4315
400
12094
10952 8
Jagdalpur
3500
4480
10700
11680 9
Kondagaon
600
7600 10
Kanker
10600 11
Narayanpur
7700
Total
20400
20704
33800
32195
39194
40388
21025
20500
114419
113788
Total target for demonstration was ha
Achievement under Demonstration was done for ha

25. Crop cutting Yield data of Rice demonstration under BGREI Chhattisgarh State for Kharif 2013
Villages
District
Situations
Variety
Average productivity (kg/ha)
Demonstration plot
Control plot
% increase
Manpur
Mahasamund
Irrigated -HYV
Swarna
5720
4520
26.54
Bamurdhi
Irrigated traditional variety
Mohamaya
4000
3320
20.48
Devi NAvagaon
Balod
BPT 5204
4120
3560
15.73
Jungera
Shallow low land
MTU 1001
6396
5104
25.31
Bumbleshwari
6172
5040
22.46
Khaira
Irrigated – Hybrid
VNR 2245
6080
4760
27.73
Bhalu konha
Rain-fed upland (Line sowing with tractor seed drill)
6320
4440
42.34
Marri
5000
3000
66.6
Kohika
Durg
4400
3350
31.34
Dhaba
Rain-fed upland
3520
25.00
Bakawand
Jagadalpur
3400
2425
40.21
Yield data for more districts is awaited

26. BGREI monitoring team taking observations during visit to Jagdalpur on 25/10/2013
BGREI monitoring team visited Balod on 01/12/2013

27. Salient findings of kharif 2012
Overall increase in grain yield was to the extent of 26.66% (on the basis of 9 districts crop cutting data).
Chhattisgarh had produced more than 100 lakh tonnes of paddy equivalent to 66.0 lakh tonnes of rice during kharif season 2012 where as total rice paddy production in the state in kharif 2010 was 61.0 lakh tonnes
Seed replacement rate was found to be 36% in Kharif 2012, which is 7% more than kharif 2010.
Adoption of Line sowing with tractor drawn seed drill increased in Balod, Mahasamund, Durg, Mungeli and Bemetra Districts and farmers are happy with tractor drawn seed drill.
Cropping intensity was increased more near check dams as farmers are taking two crops in a year due to availability of water
Cultivation cost reduced through seed drill, self rice propelled transplanter and markers in SRI

28. Issues
The hybrid KRH-2 did not show much yield advantage in several places. This year performance of KRH-2 is very poor in Mahasamund and Kanker districts
No report was available for Soil testing
Shortage of labours during transplanting, Biasi and Chalai was reported by farmers. This is alarming and suggestions were made for more mechanization especially for the situation where rice crop is grown by transplanting.
The choking of seed drill during sowing was observed at many places particularly in heavy soils due to moisture (Recommended seed drill for dry soil and well field preparation )
Some farmers reported mixing of seeds, non availability of inputs like weedicide and pesticide in time
Farmers are spending more money for control of insect pest and excess use of chemicals
Deep ploughing by tractor drawn MB plough lacking

29. Jharkhand

30. Changes in production situations…. …
Changes in production situations….…...and consequences on rice area, production and productivity
Seasonal rainfall
2008:1401
2009:961
2010:751
2011:1306
2012:938
Rice production and productivity in Jharkhand gradually increased during the second half of the last decade but during the last five years, the state witnessed unprecedented drought that brought down the area and consequently production of rice. In addition to the reduction in cropped area, early season drought shifted the crop calendar and reduced fertilizer dose which further depressed the yields. However, technological interventions during the last four years (BGREI /NFSM) appear to have buffered the impact of drought in so far as productivity is concerned. Even though seasonal rainfall was less than 1000 mm during 2012, the state produced about 41.5 lakh tons of rice compared to and 11.1 lakh tons during the drought years of 2009 and 2010.
Reduction in area, shifted crop calendar and sowing windows, land preparation and transplanting, low fertilizer consumption, poor yields and migration

31. Crop cutting data from Jharkhand re-establish the need to make available shorter duration rice varieties/hybrids to avoid problems arising from late onset and early withdrawal of monsoons.
Reduction in area in drought years is approx. 6 lakh ha, especially the upper fields (shallow drought prone lowlands) where transplanting was delayed or could not be taken up. Direct seeding technology need to be promoted in this toposequence.

32. Progress during 2013 PHB 71 IR 64 Crop cutting MTU 1010
Late arrival of monsoon delayed planting but very good late rains saved the rice crop
Focus on early varieties (IR 64, MTU 1010, Abhishek) paid dividend with better crop and timely harvest. Crop cutting data awaited.
Direct seeding not taken up under BGREI
State level meeting of monitoring officials need to be done before the crop season.
Scientist-department of agriculture interface meetings still the weakest link.
IR 64
Crop cutting
MTU 1010

33. Odisha

34. Rice productivity in Odisha
Sl. No.
Year
Productivity (t/ha) 1
1.72 2
1.55 3
1.61 4
1.64 5
1.43 6
2.36 7
(projected)
1.91*
* taking into account of crop damage due to Phailin cyclone and subsequent flood

35. Rainfed shallow lowland rice
Ecology-wise rice area (ha) under BGREI programme
Year
Rainfed Upland rice
Rainfed shallow lowland rice
Irrigated rice
Hybrid rice
Total
4000
20000
26020
2000
54020
7000
63098
77070
19872
1,67,040
78000
36500
8000
1,29,500
Out of total rice areas in the State, this programme covered maximum area of ha during with little decline in subsequent year due to reduction mostly in hybrid rice area.
While rice at rainfed shallow lowlands showed an increasing coverage across the year

36. Intervention Varieties on demonstration
Swarna, Swarna Sub-1, Ranidhan, Khandagiri, Pooja, Pratikhya, RGL-2537, RGL-2538, MTU-1001, MTU-1010, Nabin, Sahabhagi, Sahabhagi, Surendra, CR-1030, Dhanarasi, Moti, CR-1018, Varshadhan, BPT-5204, Sarala, Lalat, MTU-1032, Kalachampa, CR-1014, CR-Sugandha Dhan and Sarala
During , MTU 1001 occupied maximum coverage of around ha; while variety Moti occupied minimum area (4.60 ha only). Three hybrid rice varieties, KRH 2, Ajay and Rajalaxmi were grown in 03, 04 and 03 districts respectively with maximum coverage of KRH-2 (450 ha) followed by Ajay (360 ha) and Rajalaxmi (240 ha).
Crop management
Small farm mechanization, deep ploughing, Line planting / sowing, green manuring, application of micronutrients and need based plant protection.

37. Mean grain Yield (t/ha)
Grain yield during
Sl.N o
Rice Ecology
Mean grain Yield (t/ha)
Range (t/ha)
Farmer’s yield(t/ha)
Year 2011, wet season 1.
Rainfed upland rice
2.52
1.60 2.
Rainfed shallow lowland rice
5.03
3.51 3.
Irrigated rice
5.39
3.90 4.
Hybrid rice
6.17
5.59#
Year 2012, wet season
4.86
3.21
5.95
4.32
5.60
3.74
6.75
4.64**
Year 2013, Dry season 1
7.09
5.15
**Irrigated rice yield
Analyses and compilation on grain yield during 2013, wet season is yet to be completed; however, available information on crop cutting revealed average fresh grain yield of t/ha across the ecologies and varieties in the State

38. *36.5%

39. *31.26%
*33.22%

40. * 27.37%

41. Impact study
Popularization of modern HYVs where traditional local varieties were the order of the rice farming traditionally.
(ii) Up-scaling hybrid rice technology,
(iii) Wider acceptability of line seeding/planting practice,
(iv) Small farm mechanization especially drum seeder, transplanter and cono/star weeder
(v) Overall yield enhancement across the ecology.

42. Farmers’ perception on BGREI Programme
Planting rice in lines at 8-10 inches (20-25 cm) interval was yield advantageous (30-40%). In addition, this practice incurred 15-20% less labor and 20-25% less seedling requirement, as perceived by the farmers.
Popularization of hybrid rice cultivation growing especially variety Ajay and Rajalaxmi that ensured around more than 50% yield advantage compared with conventionally grown HYV (OPV).
In contrast, farmers did not like weedicide application, especially in irrigated and favourable rainfed lowlands; they preferred mechanical weed management with hand racker and ‘cono-weeder’, instead. However, weedicide is advantageous while applied in upland rice, they opined.

43. Issues Beneficiary list in prescribed format,
Timely availability of inputs
Timeliness of crop, nutrient and pest management,
Quality seeds (in terms of germinability and varietal admixture) Involvement of CRRI scientists while finalizing the Technical Programme
Submission of periodic reports to the nodal Centre, CRRI, Cuttack
Supply and use of farm implements

44. Uttar Pradesh

45. Eastern UP
The ‘Bringing green revolution to eastern India’ (BGREI) programme is being implemented in 12 districts of eastern U. P.
Rice demonstrations are being carried out in ha area, as against the target of ha for , which works out to be around 97% of the target fixed
Rice demonstrations in total ha comprising ha each for upland, shallow low land medium deep water ecologies in rainfed areas,26000 ha for high yielding varieties (HYVs) and ha for hybrid rice in irrigated areas have been planned.
Under rainfed ecologies, demonstrations on 5482 ha of upland rice, 7550 ha of shallow lowland rice and 9365 ha of semi-deep water rice have been undertaken
This works out to be about 46%, 63% and 78% of the targets proposed in the work plan for the corresponding ecologies. In irrigated ecology, demonstrations on ha of high-yielding rice varieties and ha of hybrid rice have been taken up, which accounts for 77% and 35% of the proposed targets, respectively

46. Problem
In Varanasi and Pratapgarh districts, the crop in certain areas was suffering from moisture stress because of scanty rainfall and lack of irrigation facility
Soil analysis had been completed in many areas and soil health cards with recommendation of fertilizer dosages had been issued. This work should be taken up in those areas that have not yet been covered.
Infestation of stem borer, gundhi bug and sheath blight was the major problem in many places and concerned district agriculture departments were helping the farmers by providing appropriate pesticides. Plant protection officials were requested to inspect the crop and take appropriate control measures.

47. West Bengal

48. Yield in D/C Plot(t/ha.) Yield in check Plots (t/ha.)
Variety-wise & Block D/C-wise Crop Cutting Data along-with checks (Consolidated) during & under BGREI Program (West Bengal)
Year
Yield in D/C Plot(t/ha.)
Yield in check Plots (t/ha.)
Per cent increase
3.27
2.73
19.8 (+)
4.40
3.99
10.1(+)

49. Asset Building Activities (BGREI, West Bengal)
Name
Pump-set
3,002
53,000
Re-excavation of Pond
244 -

50. Target 13-14 (BGREI, West Bengal)
Name
No.
Rs. In crores
Asset Building Activities
Pump sets
14,121
14.12
Marketing Support
Krishak Bazar 2
11.00
Site Specific Activities
Construction of irrigation channel -
8.00
Electrification of Pump sets
21090
16.872

51. Crop Cutting Results Wet Season 2013 (BGREI, West Bengal)
Phansidewa block in Darjeeling District
MTU 1010
5.63 t/ha
(Fresh)
Debra block in Paschim Medinipur District
5.58 t/ha &
4.49 t/ha
Maina block in Purba Medinipur District
MTU 7029
4.49 t/ha &
4.52 t/ha
Kaliaganj block in Uttar Dinajpur District
4.78 t/ha

52. Review Meeting - cum - Awareness Workshop held at Kolkata, West Bengal on August 30, 2013
Dr. Sanjoy Saha, CRRI addressing the farmers in Field Day-cum-Farmers’ Interaction meeting at Phansidewa block in Darjeeling District (WB)

53. Good crop of Rice, Swarna (100 hectare patch) in Nadia District (West Bengal)
Bumper harvest of Rice, Swarna in Nadia District (West Bengal)

54. Good crop of Rice Vijeta (MTU 1001) in Gajole Block (Malda District, West Bengal)
Monitoring of BGREI program by CRRI Scientist and State Official at Kaliaganj (Uttar Dinajpur District, West Bengal)

55. Issues Related to Technical Intervention
Varietal replacement in different rice ecology during wet season
Partial mechanization through introduction of agricultural implements
Introduction of short duration ( days) varieties for dry season
Popularizing hybrids by organizing minikits and identifying suitable hybrids for different regions
More emphasis on irrigation potentialities for efficient utilization of surface water
Introduction of direct-sown rice during dry season to overcome labour shortage at planting and to avoid cold injury in seed bed and water shortage at ripening phase
Introduction of small intervention related to crop establishment, nutrient, weed and need base plant protection

56. Overall Suggestions for Proper Implementation/Monitoring the Program
Involvement of CRRI representative in State Planning Meeting
Awareness meeting with District and Block Officer before Cropping seasons
Regular monitoring and Monthly progress meeting of District level Monitoring Team
Submission of Monthly progress report by SAUs/ KVK Scientists to CRRI
Awareness workshop for capacity building of Block level Agril. Officers and other field functionaries for effective implementation of the program

57. Statement of Expenditure

58. Statement of Expenditure from 01.04.2013 to15.12.2013
Head
O.B. As on
Sanctioned
Fund released
Total funds available(3+5)
Expenditure
Refunded
Closing Balance (6-7-8) 1 2 3 4 5 6 7 8 9
Recurring
Contractual services
Pay & allowance of contractual staff (SRF-4)
Computer specilalist-1
Office assistant -1 TA
T.A. (i) CRRI Director
0.00
T.A. (ii) CRRI Scientist
T.A. (III) other than CRRI (SAUs/other ICAR Inst.)
Other Expencess including publication of study material
Office Expences (lump sum)
Total Recurring

59. Statement of Expenditure from 01.04.2013 to15.12.2013
Head
O.B. As on
Sanctioned
Fund released
Total funds available
(3+5)
Expenditure
Refunded
Closing Balance (6-7-8)
Non-Recurring items: Equipments 1
Laptop-1 2
Colour laser printer 3
Scanner-1 4
Grain moisture meter
Total non-recurring
0.00
Grand total (Recurring+ Non-recurring

60. Hybrid Rice Growth - India
Now 2.3 mha Area ( ), 5.2% of total rice cultivated area in India

61. Hybrid rice seed produced (2012)
Region wise
Institution wise

62. Hybrid Rice Area in Major Rice Countries
(‘000 ha) (2012)
Country
Total Rice
Area
Hybrid Rice %
Potential area (‘000 ha) that can be covered under hybrid rice
Bangladesh
12000
700
5.83
3000
India
44100
2000
4.54
15000
Indonesia
13201
650
4.92
Philippines
4537
177
3.90
Myanmar
8038 78
0.97
Pakistan
2500
250
10.00
1000
Vietnam
7652
595
7.78
USA
1204
439
36.46
400
L. America
5047 70
1.39
Others
100
Subtotal
3428
32400
China
30311
15600
51.47
Total
19028

63. Changes of Hybrid rice area in countries outside China
Hybrid rice area increased in the major hybrid rice countries/regions

64. Evaluation of Hybrids Total hybrids evaluated : 3500
Hybrids Released : 66
Public Sector hybrids : 31
Private Sector hybrids : 35
Central Releases : 43
State Releases : 23

65. Constraints to Popularization of Hybrids
Quality of hybrids
Seed availability
Seed cost
Procurement constraints
Maturity duration
Extent of heterosis

66. Identification of suitable hybrid for different states
S. No.
State
Identified hybrids 1
U.P.
NDR-2 NDRH-3, KRH-2, PRH-10, PSD3 2
Bihar
KRH-2, PRH-10, JRH-5, CNRH-3, Rajalaxmi, CR Dhan701 3
Jharkhand
KRH-2, PRH-10, JRH-5, CNRH-3, Ajay, Rajalaxmi 4
Chattishgarh
Indra Sona. KRH-2, JRH-4 JRH-5 and JRH-8, PRH-10, Ajay, Rajalaxmi 5
Punjab
KRH-2, PRH-10, 6
Gujrat
KRH-2, PRH-10, CR Dhan701 7
Orissa
KRH-2, Ajay, Rajalaxmi, Sahyadri-1, Sahyadri-2, Sahyadri-3, 8
M.P.
JRH-4. JRH-5,JRH-8, Indra Sona.PRH-10, KRH-2 9
Mahashtra
Sahyadri-1,Sahyadri-2, Sahyadri-3, KRH-2, PRH-10, DRRH-2, Rajalaxmi, 10 AP
DRRH 1,2,KRH 2, Sahyadri 1, CNRH 3, Rajalaxmi, 11
Assam
KRH 2, Ajay, Rajlaxmi 12
Kerala
TNRH 1, KRH 2 13
Karnataka
KRH 2, Sahyadri 1, 2, 3 14 TN 15 WB
KRH-2, Ajay, Rajlaxmi, Sahyadri-1, Sahyadri-2, Sahyadri-3

67. THANK
YOU
Line Transplanting
Variety: POOJA