Sunday 10 – Field visit



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Cleared by Mr D. Tran,

FFCG leader _______________

Date_____________________

TRAVEL REPORT SUMMARY




I. Submitted by: Helena GÓMEZ MACPHERSON

Cereals Officer, Field Food Crops Group, AGPC


II. File Code: 2.1.2.2. PL 6/1 Gómez Macpherson
III. Travel to: Nepal
IV. Tasks undertaken for other FAO units: None.
V. Dates of travel: 2 - 10 March 2003.
VI. Co-travellers: None.
VII. Purpose: To attend Regional Technical Coordination Committee meeting of the Rice-wheat Consortium for the Indo-Gangetic Plains.
VIII. Recommendations/Action to be taken.

(i) AGPC to discuss with GIII and LEGA terms of collaboration to include the “Resource rice-wheat book” in AGPC CD on wheat.

(ii) AGPC to follow up TCP proposal for maize production in Nepal.
Distribution:
Mr C He, ADG-RAP

Mr K Tsurumi, FAOR, India

Mr M Solh, AGPD

Mr R Labrada, AGPP Groups AGPC

Mr E Kuenemann, AGPC

Mr D van Tran, AGPC Horticultural

Mr E Guimaraes, AGPC Grassland

Gómez chrono Industrial

AGP Reg. PL 6/1 Gómez Field Food

IX. Summary:

The RO attended the 11th Meeting of the Regional Technical Coordination Committee (RTCC) of the Rice-Wheat Consortium for the Indo-Gangetic Plains (RWC) held during 4-6 March 2003 in Kathmandu, Nepal. During the meeting two groups were formed to discuss main issues concerned with either eastern or northwestern Indo-Gangetic Plains within the ADB funded project. After the meeting, the RO visited the National Wheat Research Programme (NWRP) in Bairahawa, farmers’ fields in Rampur and hill site in Naldung during 7-9 March.



The Rice-Wheat Consortium for the Indo-Gangetic Plains

The RWC was established in 1994 as an ecoregional initiative of the Consultative Group on International Agricultural Research (CGIAR), involving the National Agricultural Research Systems of Bangladesh, India, Nepal and Pakistan and some International Agricultural Research Centres and Advanced Research Organizations. The goal of the Consortium is to enhance productivity and sustainability of intensive rice-wheat cropping systems through multi-disciplinary collaborative research. The major research themes are: tillage and crop establishment; participatory breeding; water, nutrient and pest management; and, socio-economic and policy issues.

The RWC management structure comprised the Regional Technical Coordination Committee (RTCC), the Regional Steering Committee (RSC) and the Facilitation Unit. The International Maize and Wheat Improvement Center (CIMMYT) acts as the Convening Center of the Consortium. The facilitation unit, based in New Delhi, implements the Consortium activities. Dr Raj K Gupta is the facilitator (based in New Delhi) supported by Dr Craig A Meisner (based in Bangladesh). The RSC consists of the Chief Executives of the NARS and the Convening Center and it has been established primarily to provide policy guidance and monitoring for the overall initiative and endorses research priorities, work programs, and budgets for the collaborative work as prepared by the RTCC. More RWC information can be found in: www.rwc-prism.cgiar.org/rwc/

The RTCC consists of one senior representative (Coordinator) from each of the four NARS, one representative each of IRRI, CIMMYT, IIMI, ICRISAT, CIP and Cornell University staff assigned to Rice-Wheat activities in the region, and the co-facilitators. The RTCC may invite other resource persons to participate (See List of Participants in Annex I).

The RTCC has the following main responsibilities:


  • Review and discuss the national rice-wheat related research programs;

  • Develop collaborative programs in research and related activities;

  • Prepare and approve, subject to endorsement by the RSC, the work plan and budget for collaborative activities in areas such as research, training, and workshops;

  • Serve as a forum for exchange of information between the key participants in the Initiative, and seek ways to facilitate the exchange of know-how and research results across the region; and

  • Identify and bring to the attention of the RSC issues related to the collaboration and provide feedback to the RSC on the effectiveness of the ongoing work.

The agenda of the meeting is attached in Annex II. The RTCC coincided with the RSC during part of the meeting.

Progress during 2002

The RO had attended previous RTCC meeting held in February 2002 (India). Since then, major activities related to development and adoption of reduced tillage techniques, participatory breeding, nutrient and water balance and management and weed control continue. As agreed in that meeting, the socio-economic area has been reinforced and an international review of the RWC is taking place.



Commonalties of research findings across sites

  • Resource-conserving technologies (RCTs) are water-wise.

  • Leaf colour chart (LCC) and N deep placement can save N 13- 20 percent in rice.

  • Residue retention improves productivity of zero-tillage (ZT) planted crops.

  • Raised bed system promotes diversification, improve yield and save water at farm level (research at higher level has been initiated leaded by IWMI).

  • Transplanting on raised beds and direct-seeded rice can replace puddled rice (further research needed).

  • Timeliness of planting operations / cultivar compatibility in cropping system increases returns.

  • Targeting the RCTs appropriately can reduce “rice fallows” by fitting a third crop. New short season mungbean varieties are available; three of them have just been released in Bangladesh.

  • G x Tillage interactions are significant and thus identify competitive cultivars is necessary.

Wheat varietal development

Breeding continues in the major following areas:

Tillage:

Interaction between wheat genotypes and tillage options:



  • to find out the better genotype with respect to tillage options.

  • to involve farmers participation in genotype/ variety selection.

Participatory evaluation of wheat genotypes under different tillage conditions.

  • to find out G x tillage interaction in farmers' fields.

  • to find out suitable genotypes doing well in resource conserving tillage practices i.e. minimum tillage, bed planting, strip tillage etc. in farmers' fields.







Cultivar for

Country

Crop

bed planting

zero-tillage

Bangladesh

wheat

BAW 966, 1004, 1006 & 1008




Nepal

wheat

Bhrikuti, BL 1887 & 1473

Bhrikuti, Achyut

India

rice

Sugandh 2&3, Vallabh 4&7, Magad

Sugandh 2&3, Vallabh Dhan 4&7, Magad




wheat

HD2733, PBW343

HD2733, HUW234, 468

Participatory varietal selection: mother (PVS-Mother Trial) and baby trials (PVS-Baby Trial):



  • to show the performance of the promising advance lines and new varieties to the farmers in their own management conditions.

  • provide scope to the farmers select the varieties / lines suitable for their own social and economic condition.

  • exploit G x E interaction by growing genotypes in diverse production environments to increase selection efficiency of the breeders.

  • Increase wheat varietal diversity and production.

Seed Multiplication for genotypes of PVS and participatory plant breeding (PPB)

  • to multiply seed for conducting PVS and PPB trials next year in the farmers’ field.

  • supply seeds of the selected genotypes to the interested farmers

  • to increase varietal diversity.

Resistance to Helminthosporium leaf blights and rusts.

Capacity Building-Training

Number of people trained by theme:



Theme

Bangladesh

India

Nepal

Pakistan

Farm machinery

-

1

1

2

Farmer participatory research

2

3

4

2

Integrated nutrient management

1

3

1

2

Project information management system

5

10

7

2

GIS Applications

4

14

4

2

Bed planting

1

1

2

1

Integrated weed management

-

-

2

-

Farmers’ field day

Training in RCTs

Traveling seminars etc


150

1516*

168

3200*

* Either NARS or New Zeland Project supported
Pest, diseases, weeds

Dirty panicle, leaf folder, gundhi bug and stem borers are major diseases and insect pests in rice and Helminthosporium blight and leaf rust were major problem in wheat.

In what respects to weeds control, the RWC has helped FAO to identify participants of the regional workshop on “Rice-wheat cropping systems - weed related issues” (14-17 March 2003, Haryana University, Hisar, India) and Dr Raj Gupta, RWC facilitator, gave a presentation. Improving weed control through integrated crop management is a priority for the rice-wheat systems. A training programme is required for this and FAO could play a key role supporting its implementation.
For the attention of Mr Ricardo Labrada.

RWC-PRISM Information system (http://www.wisard.org/rwc/sharedhome.html)

The RWC website facilitates sharing of expert knowledge. The RWC-PRISM has 20,000 users/month and 200,000 hits through web presence every month. The registered base in IGP includes:



  • more than 750 PRISM projects;

  • more than 900 PRISM organizations;

  • more than 400 experts.

RWC-PRISM next steps are:

  • Enhance user-friendliness of platform: more intuitive, flexible searches and displays, on-line ‘User Help’, CD-ROMs, offline versions, eLearning;

  • Raise awareness in organizations to participate;

  • Targeted use for research sites: geo-referencing, documents, local sources, info, centers/telecenters/kiosks;

  • Strategic linkages: InterSard Consortium for sharing good practices www.intersard.org; other regional programs (eg: IFAD, GFAR, ENRAP, Swaminathan Foundation, SAARC);

  • Build capacity on info management and use: REWIN Workshop in May 2003.

Geographical Information Systems (GIS) activities:

  • Workshop on “Stake-holders assessment of GIS tools and datasets to support activities of the RWC” at IIT Delhi during 22-25 January 2002. The aim was to assess views of stakeholders on a diverse range of GIS software tools, set of spatial data and use of GPS units. The main outcomes were:
    - there is strong preference for GIS tools that are more powerful than MapExplorer or DIVA:
    - a need for specialized training on use of GPS;
    - assistance with software with downloading GPS readings (in one operation rather than three) and managing these readings;
    - need for more in depth courses on GIS applications in crop management and natural resources;
    - full GIS characterization of RWC key sites;
    - a spatial information GIS group within the RWC;

  • Technology targeting for rice fallows. The total area of the rice fallow lands is estimated at 14.5 Mha in South Asia. Using remotely sensed information on different dates was used to assess the flood prone areas in Bihar in monsoon months of 2002. It was observed that in spite of the drought, large areas (1.5 Mha approximately) were under influence of flash floods in Bihar;

  • Nitrate mapping of Punjab;

  • Soil maps – 1:50,000 scale developed for Indo-gangetic Plains;

  • Machinery manufacturers GIS database.

Agricultural machinery highlights

Bangladesh:



  • New bed planter for 2-wheel tractor;

  • 2-wheel power tiller- driven ZT drill;

Pakistan:

  • Wet laser leveller developed by On-farm Water Resources Ministry (OFWM);

  • Parachute rice planting equipment available;

  • Last model of rice transplanter is working better;

India:

  • Urea pellet (USG) machine and new urea-neem formulations;

  • Hydraulic scrapper bucket and laser land leveller;

  • Culti-ZT drill, sugarcane and potato planters;

  • Multi-seeder-bed planter for planting into residues.

The RO discussed the suitability of diverse implements for Bangladesh TCP proposal.

Resource-conserving technologies area coverage in RWC countries in the 2001-2003



States/theme

Districts

Area (ha) coverage

Number of drills

Number of farmers

Zero-tillage

2001-02

2002-03

2001-02

2002-03

2001-02

2002-03

2001-02

2002-03

Uttar Pradesh (West)

11

22

11,800

40,900

33

270

7,300

16,500

Uttar Pradesh ( East)

16

18

820

3,670

20

55

700

2,800

Bihar

8

10

380

1,000

14

64

1,000

1,700

Haryana

10

10

97,166

275,000

2,150

9,700

15,000

52,000

Punjab India

8

13

20,000

50,000

70

450*

3000

8,000

Pakistan Punjab

16

16

78,408

189,980

1604

3604

10,281

26,574

Pakistan Sind/ Baluch

2

3

132

397

2

8

11

32

Nepal Tarai

6

6

32

76

8

12

35

70

Bangladesh

3

3

4

10

5

7

5

10

Total

80

101

208,742

561,033

3,906

14,170

37,332

107.686

2-wheel HT seeders

























Nepal Tarai

6

8

120

120

12

12

100

287

Bangladesh

10

10

363

363

45

45

150

150

Total

16

18

483

483

57

57

250

437

Bed Planting

























Uttar Pradesh (West)

11

16

1,330

2,840*

23

65

200

780

Uttar Pradesh (East)

16

16

50

126

10

27

10

34

Bihar

8

8

4

125*

5

21

10

125

Haryana

11

11

1,000

400

17

22

50

35

Punjab India

12

12

1,000

1700

11

17

50

73

Pakistan Punjab

9

9

1,312

1750

31

47

64

80

Nepal

3

3

5

27

5

7

8

21

Bangladesh

3

3

5

25

3

5

5

23

Total

73

78

4,706

6,993

105

211

397

1171

Surface seeding

























Bangladesh

5

5

10,0001

10,0001

--

-

30,000

30,000

Nepal

4

2

223

457

--

-

132

262

Eastern India

3

4

500

560

--

-

1000

1,050

Total

12

11

10,723

11,117

--

-

31,132

31,312


New Publication: “Addressing Resource Conservation Issues in Rice-wheat Systems of South Asia – A resource book”

Rice-wheat systems have been intensively studied yet valuable information remained underutilazed by practitioners, policy makers and development administrators who often have difficulty with documentation generated primarily for the research or academic community. With this book, the RWC has identified and repacked existing research studies to make them available to a non-specialist audience. The book includes 68 short papers of good quality.

The RWC has agreed that an electronic version of the book may be included in the CD on wheat being prepared by AGPC. The resource book will be a good complement to AGPC guidelines for irrigated wheat and wheat database.
ACTION: AGPC to discuss with GIII and LEGA possible terms of this collaboration.

Adoption Studies and Impact Analysis: New Initiatives for Socio-economics Research in the Rice-Wheat Consortium

There is a general feeling that whereas useful information was being generated and new technologies were being developed, the involvement of the social scientists in RWC activities remains much to be desired. A prime reason identified for this weakness related to non-availability of manpower in social science discipline in participating agricultural research institutions in NARS. Another issue discussed was how to judge the role and impact of RWC interventions on its partnerships and the other stakeholders.

A Socio-Economics Research Planning Meeting was held in New Delhi, India, during 23-24 May 2002. During the meeting advantages and disadvantages of coordinating socio-economic research were discussed.

The following cross-cutting research themes were examined:

Adoption and impacts of RCTs:


  • extent of and constraints to adoption;

  • productivity gains and economic benefits;

  • environmental impacts;

  • distribution of benefits;

  • likely sustainability;

Constraints to diversification:

  • potential for introduction of non-cereal crops;

  • profitability and risks of R-W systems vs. diversified systems;

  • constraints to introduction of alternative crops;

  • what changes needed in facilitating environment (farmer education, extension services, inputs supply, price policies, marketing systems, etc.);

Farm-level impacts of macro policies:

  • How will policy reforms affect: crop and input prices; availability and cost of labor, land and credit;

  • impacts on household food security;

  • impacts on regional and national food security;

Environmental issues:

  • what key resources and indicators to monitor?

  • how to value changes in natural resource base?

  • how to measure impacts of current practices on the environment?

  • what policy options are available to “internalize” environmental externalities?

New initiatives underway:

  • IRRI / IFPRI poverty impacts study;

  • BARI / BRRI / CIMMYT / USAID study;

  • CABI / DFID study (see next);

Funding approved:

  • CWA adoption and impact studies (Dutch funded);

  • IFAD / IGP project (see next).

New initiatives and opportunities

IFAD Project “Sustainable intensification of rice-wheat systems in eastern IGP”

The project will focus on small farmers in the rainfed rice-wheat area in the eastern IGP. The project funding is for about US$1.5 million for 3 years and the activities will be carried out jointly by researchers from national organizations working in collaboration with researchers from IRRI and CIMMYT. The first stake holders meeting was held during 8-9 March 2003 (New Delhi, India). Activities include:



  • identification of technology recommendation domains within the rainfed rice-wheat cropping systems;

  • evaluation, for each recommendation domain, of sustainable, productivity-enhancing technologies currently “on the shelf” and “in the pipeline” (eg improved varieties, conservation tillage, soil fertility management, irrigation management)

  • implementation of participatory rural assessment surveys of selected sites with each recommendation domain to assess the farm-level profitability of the most promising technologies and to identify economic and non-economic constraints to adoption;

  • identification of policy interventions needed to overcome the constraints to adoption;

  • organization of policy workshops for sensitizing to the relationship between technology interventions and the policy environment.

CABI: Reaping the Benefits: impact assessment of RCTs

DFID funded project with main purpose of maximizing opportunities and options for livelihood improvement by ensuring the relevance, impact and sustainability of new production interventions and establishing participatory mechanisms to reach all social strata involved in agriculture. The collaborating institutions are: CABI Bioscience, RWC, NARS (Pakistan, India, Bangladesh and Nepal), IACR Rothamsted (UK). The duration will be 3 years (started January 2003).

The project approach:


  • The project will work directly with farmers, through participatory processes, to explore the positive and negative biological and socio-ecological and livelihood systems

  • The program will examine mechanisms by which communities and particularly women, learn of new technologies and will work with the communities concerned to identify their priorities for new technologies and support their participatory development

  • The program will integrate measures and indicators derived from science with those with which farmers are comfortable

The CGIAR Challenge Programme on Water and Food (CP)

The CP proposes to launch a research, extension and capacity building program in order to increase the productivity of water used for agriculture. The CP is managed by an 18-member consortium, composed of 5 Consultative Group on International Agricultural Research (IRRI, CIAT, ICLARM, IWMI, IFPRI), 6 National Agricultural Research and Extension Systems institutions, 4 Advanced Research Institutes and 3 international NGOs. Initial set of CP Water and Food benchmark basins are:



Asia

Africa

CWANA

LAC

Yellow River

Limpopo

Amu Dariya

Sao Francisco, Brazil

Mekong

Volta

Karkheh, Iran

Andean Basin (s)

Indus-Gangetic

Nile Basin

Euphrates

Ulua, Honduras

The main research themes are: 1) crop water productivity improvement; 2) multiple use of upper catchments; 3) aquatic ecosystems and fisheries; 4) integrated basin water management systems; and 5) the global and national food and water system. The budgeted amount for the first cycle of funded research projects will amount to about US$40 million, of which 75% will be spent on work in the benchmark basins. The balance of the funding may be used to support research in other basins, as well as research of a global nature. The deadline of the concept note submission is on 15 April 2003. The second cycle of competitive grant funding under the CP will be in 2005. The proposed research projects should be of two to five year duration and cost effective. The total expenditure should be between US$ 200,000 and US$ 2 million. Certain types of organizations must show matching funding, which may be done in kind (e.g. staff salaries) or through contributed projects.

Many researchers attending the meeting are concerned with the CP promoting competition rather than cooperation between Centers. Many participants thought the mechanisms of the CP are unclear and not transparent. Thus recommended that the RWC be very active to represent all the NARS and IARCs partners in it.



The ADB Funded Project

The first discussing day of the meeting was dedicated to present and discuss results of a large ADB funded project “Study on sustaining rice-wheat production systems of Asia”, which involves the four NARSs, CIMMYT, IRRI, ICRISAT and CIP. The objectives of the project are: i) to improve understanding of productivity and sustainability problems; and ii) to address some specifically identified problems through research. Activities include research, training in and out of the region and information development and networking.

After country presentations, participants formed two groups for discussing specific issues related to eastern and northwestern Indo-gangetic Plains. The RO attended the first group.

Working group on Eastern Indo-gangetic Plains – Main issues

Researchable issues

Diversification:

How much is possible: limited possibilities under rainfed conditions (supplemental irrigation may be available in karif);

How much is expected: some sites have good area/work others less;

Timely establishment of rice for wheat and other crops;

Liming: Lime is found far away from acidic areas. The is a concern on using dolomites as it might put too much Mg into the soil;

Searching for genotypes for acidic soils;

Weed management in direct seeded rice in permanent beds:

cocktail of herbicides: define if should be promoted or not;

need more work and bring in integrated pest management;

weed complex/flora needs documentation- how is it changing under reduced tillage and new cropping systems;

Concerns on soil health:

include soil micro flora studies as until now mostly focused in physical constraints

being collected by other public institutions or projects;

More work on RCTs for small farmers (more emphasis on livelihoods):

power tillers implements;

bullocks for plains and hills.

Governance/ financial issues

Problems with fund release from headquarters to the sites, to IARCs (not met), for potato work in Nepal site.



Linkages

Coordination and correctly reported between related linked projects. It should be distinguished between linkages in name (no modus operandi) and linkages in action (truly collaborative to generate technologies).



Social science lacking

Impact Assessments (gender differentiated);

Participatory impact assessment – social science brought in;

Training of scientists and engineers in participatory methods and participatory project cycles.



Challenges

Sustainability of funding;

Scaling up vs. scaling out.

Dissemination

Evaluation and identification of what is the most cost effective/location specific way to advance the rates of adoption;



Examples: Farmer field days; Farmer field schools; Whole family training; Encourage/train service providers; Encourage train local suppliers and manufacturers.

Working group on Northwestern Indo-gangetic Plains – Main issues

General

  • There are many national issues being addressed in some localities that the RWC could investigate and help to coordinate. PRISM could help but greater information exchange among the countries besides the site level research is needed;

  • Focusing the research according to the ecologies and is the RWC really focusing on the constraints specifically? Perhaps needs to be revisited;

  • More resources to be spent on machinery that are more multi-crop/seed for allowing greater diversity, e.g. bed planters that can sow small and large seeded crops;

  • Residue management due to bans on straw burning is a great potential researchable issue;

  • Are NARS able or equipped to train in all these aspects of RCT? More training on technology delivery is needed. RWC can identify training opportunities that can assist;

  • The role has changed from ‘expansion’ to now monitoring any new constraints to the technology—perhaps needed to be more self-critical in how this expansion is happening. Who then does this unbiased judgment? Those who are in charge of up-scaling?

  • Need more training in marketing of the crops by the growers so that the profitability can increase;

  • Farmer field schools which trains growers over the whole year brings up such constraints and profitability with a different perspective;

  • Many agreed that once household food security is reached, growers tend to diversify and raise more high-value crops:

  • Can areas where diversification is more ‘probable’ be identified so emphasis can be made in those areas?

  • Concern with bringing in diversity into this area as compared to the Southeast which is more diverse already;

  • For example, RCT were adapted in areas where productivity had stagnated and the need for more profits with less inputs were necessary;

  • In Pakistan, the seasons recently have seemingly shifted because of water problems, creating a problem for sustaining rice-wheat.

Financial Issues

  • The Challenge Programme is seeing as a mechanism through which the RWC can get additional resources; use the RWC model as a way that to leverage concept notes;

While the CG goes through a period of reorganization and reorientation it is important not lose the sight of being partners with the NARS and together address grower constraints — there is a fear that this may occur.

Other Issues

  • Rice on permanent beds still requires more research;

  • Impact assessment and observing the adopters and non-adopters of RCT:

  • How to get more involvement of socio-economics?

> Build in funds for socio-economists and note that many sites did not have readily available socio-economists involved or available;

> There is about $200K in the ADB project that can be instrumental in assessing the impacts of RCTs. Are these resources enough?



  • Monitoring salinity.

The Chinese experience

  • Straw management will be a big future issue;

  • Broadcasting rice seedlings (parachute seedlings) is over 50% in just 5 years!

External Review of the RWC

Despite good progress, farm level impact is still limited. A number of questions have surfaced that point to a need for a fresh look at the future role, strategy and priorities for the work program of the RWC. There is also a need for greater clarity in the role and responsibilities of NARS, ARIs and International Centers. Donors have reframed their strategies for funding research to have greater impact on poverty alleviation, sustainability and the environment. In addition, given the rapid advances in proprietary science, the RWC feels that some of its objectives can be best achieved through strategic partnership/cooperation with the private sector. Given these wide-ranging considerations and a gap of almost three years since the TAC review of Ecoregional Programs, the 7th meeting of the Regional Steering Committee (meeting in Dhaka on February 17-18 2001) recommended a forward-looking review of the RWC. Last year, the Executive approved the implementation of the external review, which is presently being carried out and near to its end.


Because of the broad nature of the scope and coverage of the review, a multidisciplinary review team was required. The team members and their specific responsibilities are:

  • Organizations and Management Expert. Dr. Ashok Seth

  • Economist. Dr. Jock Anderson

  • Social Science Specialist. Dr. D Jha

  • Natural Research Management Specialist. Dr. Ken Fisher

The Review Team had intense discussions in the field, has visited the sites in different countries and has met the senior management in NARs and other stakeholders. The team has conducted a desk study and impact study in NARS. The team members are interacting with large numbers of scientists and managers in the region. Their initial recommendations confirmed the need to strengthen socio-economic and policy issues. They pointed out the need for better links with Extension in order to improve dissemination.

Wheat in Nepal: research and extension

In the MoA there are two major Departments, Agriculture, that deals with crops and horticulture, and Livestock. Agriculture research is not directly under the MoA but has some level of autonomy; however, the Chairman of Nepal Agriculture Research Center (NARC) is the Ministry of Agriculture. The Department of Agriculture for Crops & Horticulture, commonly known as “Department of Agriculture”, is responsible for Extension

NARC headquarters is in Kathmandu. NARC has 5 major national programmes of which one is Crop and Horticulture. Under this programme there are 12 independent programmes, each directly involved with a different crop. The National Wheat Research Programme is based in Bairahawa in the south of the country. There are also 5 multi-thematic regional centers and 15 area centers. The regional centers address all programmes: crops, livestock, etc., and their workplan is based on regional priorities. There are a few District Development Offices for descentralized services (on pilot basis).

NARC HQs – (RP Sapkota, Executive Director)

5 National Programmes:


Crop and Horticulture (Dr RP Sah, Programme Director); Livestock and Fisheries; Planning Process; Administration; and Finance.

Under Crop and Horticulture:



Each in a different location around the country (potato in KTM)

One per region; multithematic.

In Kathmandu

National Programmes:

- Crops (12, independents)


eg NWRP

- Livestock



Regional Centers (5):
Tarahara (east Terai)
Parwanipur (central Terai)
Nepalganj (western Terai)
Lumle (western hills)
Pakhribas (eastern hills)

Area Centers:


crops (15; monothematic)
horticulture crops
livestock
fisheries

National Research Institutes (15):

- National Agriculture Research Institute (NARI)

Not under Crop and Horticulture
- NASRI livestock



The National Wheat Research Programme (NWRP)

The NWRP is based in Bairahawa (Rupandeli District), where it was moved from Kathmandu in 1972. Wheat was a minor cereal until 60s when semidwarfs were introduced. Wheat is the third most important crop after rice and maize. Wheat is 0.67 million ha (1.2 million tons); maize is 0.8 million ha; rice 1.5 million ha of which 0.56 million ha are under rice/wheat. Main uses are chapatti, noodles and cookies.

The NWRP addresses wheat improvement in three major regions according to altitude:


  • Terai (0 – 500 m)

  • Mid Hills (500 – 1300 m)

  • Highlands (>1300 m)

Major constraints in wheat production are:

a) biotic:



  • HLB

  • leaf and yellow rust

  • loose smut

  • common bunt

b) abiotic:

  • late sowing and thus terminal heat stress

  • low seed quality

  • nutrient deficiencies

  • poor plant stand due to poor mechanization

  • drought in eastern Tirai

The main agronomic programmes are:

  • surface seeding, reduced tillage, direct drill, bed planting

  • diversification,

  • fertility and crops residue management (Cornell University funded project)

  • mechanization: testing
    the Pantnagar Zero till drill (13500 Indian rupees; not liked by farmers because of low accuracy);
    Pantnagar National Industries Zero till drill (13000 Indian rupees; farmers liked because is simple and accurate);
    Nepali model (40000 Nepal rupees; too expensive as some parts have to be imported from India);
    Nepali hand tractor (83000 Nepal rupees; copy of the Chinese hand tractor);

The cost of contracting sowing/tillage is 300 rupees/h. Conventional sowing (a cross pass) cost around 1000 rupees/ha.

The breeding programme receives nurseries from CIMMYT and ICARDA: from the germplasm and research information network and specific South Asia nurseries (mostly for diseases)



Their five major wheat variety improvement programmes are:

    1. TS-I = timely sown irrigation

    2. LS-I = late sowing irrigation

    3. TS-R = timely sown rainfed

    4. Mid- and highlands

    5. Participatory crop management:

The wheat cropping area using improved varieties is 91%. The following table shows the present wheat varietal diversification in the country:

S.N.

Variety

Parentage

Release

Area of adaptation

% area cover.

1

RR21

II54-388/AN/3/YT54/N10//LR64

1971

Terai and hills

8

2

UP 262

S308/BAJIO 66

1978

Terai (TS/I)

8

3

Nepal 297

HD 2137/HD2186//HD2160

1985

Terai (LS/I)

15

4

Anna – 1

KVZ/BUHO/KAL/BB

1988

Hills (TS/I)

6

5

Anna – 3

Do

1991

Hills (TS/I)

4

6

BL1022

PVN/BUC

1991

Terai (TS/I)

4

7

Bhrikuti

CMT/COC75/3/PLO//FURY/ANA

1994

Terai (TS/I, LS/I)

20

8

BL1135

QTZ/TAN

1994

Terai (TS/I)

2

9

Anna – 4

KVZ/3/CC/INIA/CNO/ELGAU/SN64

1994

Hills (TS/I, TS/R)

5

10

Achyut

CPAN 168/HD2204 (K 9006)

1997

Terai (TS/I)

4

11

Rohini

PRL/TONI//CHIL

1997

Terai (TS/I, TS/R)

4

12

Pasang Lahmu

PAPAGO/SERI

1997

Hills (TS/I, TS/R)

1

13

Kanti

LIRA/FUFAN 17//VEE#5

1997

Hills (TS/R, TS/I)

0.5

14

BL 1473

NEPAL 297/NL 352

1999

Terai (TS/I)

10

15




Landraces







8.5


QPM Maize

CIMMYT has participatory trials mother and baby types for QPM maize in Nepal. It includes open-pollinated varieties as well as hybrids. A simple cross QPM hybrid has been identified from farmers as having good performance under diverse stresses (nitrogen, drought); although it still requires to be tested in the worst fields. It has been released in Vietnam and Bangladesh (where it yielded 12 tn/ha). In Rampur poultry industry is increasing very rapidly and thus maize demand as well. Poultry feed is a mix of maize and soybean (which is imported from India). Part of the soybean could be replaced by QPM, which has 12% protein rather than 9%, decreasing the cost.

Hybrids cover less than 5% of the maize country area. Maize sown in winter (10000 ha) rather than April has high yield potential because of the longer season (and photothermal quotient)

Seed price of QPM maize 3.5 times common maize seed. The RO visited a group of farmers that produce seeds in a cooperative basis, including hybrids. They receive for free the crossing lines from CIMMYT, thus making the hybrid production cheaper. They produce seed of maize, rice, wheat (4 varieties among which BL1473 seems the preferred one), lentils, cowpea, chickpea. The Department of Agriculture informed the RO that a TCP proposal on Participatory Maize Development has been prepared and will be submitted soon. The project concentrates on maize development in the hills, where some of the poorest farmers of Nepal live. It includes an extensive training programme and variety evaluation. AGPC should support Nepal in the implementation of this training and evaluation programme.

ACTION: For the attention of Elcio Guimaraes, AGPC Cereals and Breeding Senior Officer.

PERSONS MET AND VISITS MADE
3 March, Monday Arrival to Kathmandu. Visit FAO Representation Office. Meet Mr Tsurumi.

4-6 March RTCC Meeting

6 March, Thursday RTCC Meeting

Evening - Travel to Bairahawa

7 March, Friday Visit farmers fields
Visit National Wheat Research Programme (NWRP) in Bairahawa
Travel to Rampur

8 March, Saturday Visit participatory variety selection trials for maize.


Travel to Kathmandu.

9 March, Sunday Visit Naldung site = Hill site (in reality includes 3 sites, one of them abandoned because of security) accompanied by Dr Shanti Bhattorai, Senior Soil Scientist and Hill Site Coordinator [Division of Soil Science; Khumaltar; Lalitpur]



10 March, Monday Departure for Bangladesh



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