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Improving Competitive Agricultural Research
Funding In
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Agricultural
research systems in developing countries face new demands and challenges, arising
from the process of economic liberalisation, globalisation and structural adjustment. To meet these
challenges, research systems are undergoing institutional, management and
funding reforms. The focus is on developing a pluralistic institutional and
funding base, strengthening linkages with clients and improving accountability
and efficiency. The purpose is to sustain funding from domestic sources and
multilateral and bilateral donors. In order to do this it is necessary to
convince funders that money is being used efficiently
to meet national goals (Echeverria et al, 1996; Pal
and Joshi, 1999).
One of the
problems of the research systems in developing countries is that they have
tended to be funded by block grants that are seldom linked to performance and
impact. One way of addressing this problem is to shift to competitive funding
mechanisms, following the example of a variety of developed countries. This realisation has recently led to the establishment of a
number of competitive funds in developing countries, including
The main
purpose of competitive funding is to improve the effectiveness of the research
system through linking funding firstly to clients' needs, and secondly to the
performance of scientists/institutions in addressing them. A dedicated pool of
money is allocated for research in agreed priority areas. Rules and operational
procedures are established up-front and then various organisations
and individuals compete to gain access to the money.
The specific
objectives of different competed agricultural technology funds (CATFs) may vary, but most of the funds aim to improve
relevance, cost effectiveness and accountability, and thereby sustain research
funding (Kampen, 1997). Other benefits of CATFs that are not specifically due to competition are that
they can build on the comparative advantage of multiple institutions in both
the public and private sector, achieve synergy through collaboration and
networking, and help strengthen other institutional reforms.
Apparent
disadvantages of competitive funding include: neglect of the long-term research
agenda, limited attention to capacity development (including possible neglect
of the research infrastructure), high transaction costs, and the possibility of
'rent-seeking' in the resource allocation process (Echeverria,
1998).
It is important
that CATFs are designed in such a way as to help minimise these potential shortcomings, whilst improving the
system's effectiveness and sustaining continuity of funding.
Competitive
funds have been established in
All the Indian CATFs aim to provide greater flexibility to the system (as
compared to block grants). In general they are operating quite successfully,
though certain operational problems have limited their effectiveness. We hope
that the findings of a global study (Gill and Carney, 1999; Box I) ( he study
is based on ten case study funds from Asia, Latin America and Africa supported
by the DFID (UK) and conducted by ODI, London. The funds vary in terms of
geographical spread, longivity of fund, donor
involvement and area eligible for funding. The Indian case studies include Adhoc Research Scheme of AP Cess
Fund (of 1CAR) and Ford Foundation's Agricultural Research Fund at Vidya Bhavan Krishi
Vigyan Kendra (
Most CATFs in
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Where there is sufficient agricultural research and
dissemination (AR&D) capacity in-country to constitute an effective
market, a competitive fund can stimulate competition and enhance efficiency.
Where there is not, it is better for donors to concentrate on building up
this capacity through institutional development across all sectors, not just
in the public sector as in the past. ·
Among smaller countries where this is impractical, an
alternative worth investigating is the regional fund. ·
Funds work best where government leads the institutional
reform initiative, has a clear vision of priorities and is willing to put the
necessary mechanisms and modalities in place. ·
The best 'home' for a CATF is in an independent
institution which does not bid for projects. Locating a fund within
traditional public sector AR&D institute minimises
success prospects. ·
Competitive funds are more expensive to administer than
block grants, and the smaller the fund the higher the proportion of costs
needed for quality administration. In the interest of setting up a
pluralistic national system, funds should pay the overheads and staff costs
of those from outside the public sector. ·
Monitoring and evaluation should focus on impact on
intended beneficiaries. There is as much to be learned from studying failure
as from studying success. ·
When setting up a fund, every effort should be made to
draw on the 30 years of experience of developing this model in ·
The governing body should be high profile, pluralistic and
with no majority from any one stakeholder. Priorities should be set by this
body in line with national policy priorities. ·
Where there is commitment to institutionalised
reforms it may be appropriate to establish an endowment based on debt
conversion, provided the government is prepared to make significant
contribution in local currency. Source: Gill and Carney (1999) |
Management
efficiency refers to the costs of management, the timely flow of funds and the
effective monitoring of projects. Since there is no independent management for
projects in the Indian funds, it is difficult to assess management costs. In
other developing countries management costs varied between 5 to 43 percent of
the total fund budget (depending upon the management structure and size of the
fund). Although an independent fund management system is desirable for greater
efficiency, it increases management costs. It can therefore only be justified
when the CATF itself is of a sufficient size. The Chilean (FONDEF) and
Colombian (PRONATTA) funds ( Chile FONDEF: Fondo de Fomento del Desarrollo Cientifico y Tecnologico (Fund
for the Promotion of Scientific and Technological Development) under Chile's
National Commission for Scientific and Technological Research; established in
1991 with loan from Inter-American Development and 72 percent local
contribution. Colombia PRONATTA: Progama Nacional de Transferecia de Tecnologia Agropecuaria (National
Programme for the Transfer of Agricultural Technology
of the Ministry of Agriculture and Rural Development; established in 1989 as
part of Government's decentralisation programme; funded by World Bank loan with government
counterpart co-financing.) have done well in this respect and restricted the
cost within 6 percent of the fund (Gill and Carney op cit.).
Management
efficiency is often impaired by inadequate staffing, irregular and unreliable
flows of resources to and from funds, and time-consuming review and management
processes. Sometimes there is dearth of good proposals submitted for funding.
This is particularly true for the AP Cess Fund scheme
of ICAR. Such problems can be addressed by allowing fund managers flexibility
to adapt to changing circumstances, by placing greater reliance on modern
communication methods and by paying for inputs such as the screening of
proposals, peer review, etc. (many funds currently rely on voluntary
contributions in this regard). The Colombian CATF, PRONATTA, has developed an
effective decentralised management information system
which might provide a model for other funds.
Monitoring and
evaluation of fund-financed projects is essential to ensure accountability.
Monitoring mechanisms in the Indian funds tend to be ritualistic and lack
rigor. This is partly because of delays in the flow of funds to projects (these
delays limit research progress and therefore complicate monitoring) and partly
because of lack of resources for monitoring. Consequently, the monitoring process
is dominated by financial - as opposed to technical - considerations. Technical
monitoring tends to be confined to whether the task has been completed, rather
than examining the quality of the work. The situation is slightly better in the
DST and DBT funds where quality is assessed through a monitoring workshop. Both
ICAR funds (AP Cess Fund and CGS) need to strengthen
this. However, impact assessment of the fund itself (in terms of achievement of
its objectives) and completed projects on intended beneficiaries have rarely
been attempted. This needs to be corrected. The guiding principle should be to
monitor the quality of work on-site and through peer review. Excessive control
and financial monitoring should not be allowed to unduly hamper work by disrupting
the flow of resources to projects.
A further
efficiency concern relates to the way in which research outputs are assessed in
the Indian context. Although the utility of expected outputs is an explicit
consideration in funding, this is seldom assessed objectively. By contrast,
FONDEF in
Operational
procedures and eligibility criteria for the Indian funds are similar to those
in other countries. The funds provide operational guidelines for use of money
and an application format. Only operating expenses for research are covered.
The failure to provide for staff salary costs places a de facto constraint on
applications for funding from private voluntary organisations.
This is an important concern, especially for those funds such as the
There also
appears to be merit in shifting from open-ended to time-bound arrangements for submitting
proposals in response to public advertisements (most of the Indian funds
currently have no time requirements on application). This should not only
facilitate the formulation of focused proposals, but also make screening more
efficient, as all proposals can be evaluated in a timely fashion by a single
panel of experts. In addition, the monitoring schedule of successful projects
can be more uniform (because they all start together) and thus more efficient.
The key
objectives of a fund may include capacity building, decentralisation,
networking, multidisciplinary research, poverty alleviation, etc. These
concerns can be incorporated in the modalities of fund. For example, money can
be allocated on a regional basis to promote decentralisation.
However, decentralisation usually involves some
degree of trade-off with the relevance and quality of research. It has
therefore been resisted in central funds such as the AP Cess
Fund Scheme and also the CGS.
To address this
problem it may be desirable to have separate funds for (a) scientific
excellence, including capacity building, and (b) technology development and
dissemination. The former type of fund can be located in a central institution,
but the latter requires some degree of decentralisation
and participation of stakeholders (as it is very easy for clients' needs to be
overlooked by a central fund). The lack of decentralisation
can be seen in the CGS in spite of greater decentralisation
of production system research under NATP. Similarly, support for innovative
technology dissemination methods gets low priority in the AP Cess Fund Scheme of ICAR. As a result, this fund is more
commonly known for research funding. There is much to be learnt from the
PRONATTA fund (
Networking and
the promotion of multidisciplinary working methods are common objectives of
donor-established funds. These concerns are well integrated in ICAR's All India Coordinated Research Projects. It may
therefore not be essential to incorporate them into Indian CATFs
as well. However, partnership with the private sector is rightly encouraged in
the CGS of NATP and CARP of UPCAR. But the promotion of partnership is
successful only when there is: (i) adequate emphasis
on the relevance of research; (ii) involvement of the private sector in
governance of the fund; and (iii) a transparent mechanism for benefit sharing.
If CATFs in
Most funds aim
to improve the effectiveness of research through better targeting, increasing
accountability, effecting institutional reform and achieving visible
socio-economic impact. However, these are elusive goals and the evidence on
their achievement is quite contradictory. A majority of donors and researchers,
particularly in the developed world, subscribe to the idea of competitive
funding. However, a
The
sustainability of fund financing (ability to mobilise
additional funds and ensure continuity of financing) is primarily determined by
the impact of the fund. The Indian CATFs have stood
the test of time and survived through several institutional and political
transitions. In general, it seems to be the case that the most sustainable
funds, like AP Cess Fund Scheme, FONDEF and FONDECYT ( Chile FONDECYT: Fondo Nacional de Desarrollo Cientifico y Tecnologico (The
National Fund for Scientific and Technological Development under Chole's National Commission for Scientific and
Technological Research; established in 1981 with 100 percent government
funds).), are those that exist within technology systems that have a successful
history and strong national commitment. Some funds have made a start in mobilising additional funds, particularly from private
sector. However, this important development can only be expected to continue
where there is close participation of the private sector in terms of management
of the fund.
Competitive
agricultural technology funds focus mainly on short-term research issues. This
means that there will always be a need to fund long-term basic research through
block grant systems. However, it remains important to improve the
competitiveness and accountability of research systems through enhancing the
overall share of competitive funding.
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In order to
improve the effectiveness of the various Indian CATFs,
it is important to: o
put in place pluralistic groups/bodies to govern the funds
and identify priority areas; o
strengthen the demand-drive or relevance of research
through decentralisation and stakeholders'
participation; o
establish independent management units that oversee
technical review by the relevant subject matter divisions of 'home
institution' and peers; o
establish effective monitoring mechanisms for projects
financed by the funds as well as the funds themselves;
o
establish decentralised
funds to focus on technology dissemination. |
Echeverria, R.G. (1998), Does competitive funding
improve agricultural research performance?, Draft Discussion Paper, ISNAR/IADB,
Sept. Echeverria, R.G., E. Trigo
and D. Byerlee (1996), Institutional change and
effective financing of agricultural research in Latin America, Technical Paper
No. 330, Washington, D.C., World Bank.
Gill, G.J. and D. Carney (1999), Competitive agricultural
technology funds in developing countries,
Kampen, J. (1997), Financing agricultural research:
Lessons learned with agricultural research funds, (mimeo),
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Gerard J. Gill and Diana Carney |
Suresh Pal |
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NCAP has been
established by the Indian Council of Agricultural Research with a view to upgrading
agricultural economics research through integration of economics input in
planning, designing, and evaluation of agricultural research programmes and for strengthening the competence in
agricultural policy analysis within the Council. NCAP Policy Briefs are intended to contribute
to the debates on important agricultural policy issues. Opinions expressed
are that of the authors and do not necessarily reflect the views of the
Centre or the ODI. |