By Gert-Jan Stads. Presented at the ASTI-FARA conference Agricultural R&D: Investing in Africa's Future: Analyzing Trends, Challenges, and Opportunities - Accra, Ghana on December 5-7, 2011. http://www.asti.cgiar.org/2011conf
Investment in The Coconut Industry by Nancy Cheruiyot
Africa’s Agricultural R&D Funding Rollercoaster: An Analysis of the Elements of Funding Volatility
1. Africa’s Agricultural R&D
Funding Rollercoaster
An Analysis of the Elements of Funding Volatility
Gert-Jan Stads
5–7 December 2011, Accra, Ghana
2. Background: Trends in Agricultural R&D
Investment in Sub-Saharan Africa
Source: Beintema and Stads 2011
Investments (and human capacity) in agricultural R&D increased by
more than 20% during 2000–08.
Most of this growth was driven by just a handful of countries (mainly
following boosts in salaries and rehabilitation of infrastructure).
In many other countries (particularly in francophone West Africa),
investments have declined since 2000.
3. Investment challenge: Underinvestment
Source: Beintema and Stads 2011
NEPAD target: Allocation of at least 1 % of GDP to R&D
In 2008, Africa spent $0.61 for every $100 of AgGDP on agricultural R&D.
Despite an overall increase in recent years, Africa is widely underinvesting
in agricultural R&D.
4. Trends in Agricultural R&D spending
in the “Big Eight” since 2008
30
Change 2008-2010 (%)
20
10
0
-10
-20
-30
8. Economic Theory on Volatility
Increased macroeconomic volatility has a negative impact on
economic growth, or is at least closely associated with slower
growth (Aghion et al. 2005; Fatás and Mihov 2006; Hnatkovska
and Loayza 2004; Perry 2009).
Aid flows in developing countries are more volatile than
government revenues, household consumption, or gross domestic
product (GDP), and aid volatility tends to reinforce
macroeconomic instability and slow down economic growth (Bulíř
and Hamann 2003; Desai and Kharas 2010; Fielding and Mavrotas
2008).
No literature was found on R&D funding volatility in developing
countries.
9. Why is Stable Agricultural
R&D Funding Important?
Agricultural R&D investment is positively associated with high
returns, but these returns take time—commonly decades—to
develop.
Consequently, the inherent lag from the inception of research to
the adoption of a new technology or the introduction of a new
variety calls for sustained and stable R&D funding.
Severe fluctuations in annual agricultural R&D funding
exacerbate uncertainty at the institute level and renders long-
term R&D budget, staffing, and planning decisions more difficult.
Therefore, the continuity of research programs is imperiled in
the short run, as is the release of new varieties and technologies
in the long run.
10. Volatility coefficient of
agricultural R&D spending
Growth in agricultural R&D spending (gs) was expressed as follows:
������������
������������ = ln ������������−1
s=1,…, N,
where s is agricultural R&D spending (in constant prices), and t represents the year.
A country’s volatility coefficient (V) of agricultural R&D expenditures
was calculated by taking the standard deviation of growth in annual
agricultural R&D spending:
1 ������ 2, 1 ������
V= ������=1 ������������ − ������ where ������ = ������=1 ������������ .
������ ������
12. Volatility coefficient
0.0
0.1
0.2
0.3
0.4
0.5
Mauritania
Gabon
Tanzania
Burkina Faso very high
Ethiopia
Namibia
Gambia, The
Mali
Côte d'Ivoire
high
Calculated from Beintema and Stads (2011)
Sierra Leone
Eritrea
Guinea
Sudan
Togo
Nigeria
Burundi
Botswana
Benin
Senegal
Zambia
Uganda
moderate
Kenya
Cross-Country Variation
Ghana
Niger
Volatility Coefficients 2001–08
Mauritius
Madagascar
South Africa
Malawi
low
Congo, Rep.
13. Volatility and Country Groupings
Agricultural R&D spending in low-income countries
(0.23) is on average more volatile than spending in
middle-income countries (0.16)
Average volatility was higher in West (0.23) and East
(0.22) Africa than in Southern Africa (0.14)
Spending at NARS with less than 100 FTEs (0.24) is on
average more volatile than spending at NARS with more
than 100 FTEs (0.19)
AgR&D expenditures in countries spending less than
0.5% of AgGDP on AgR&D (0.23) are on average more
volatile than those in countries spending more than
1.0% of AgGDP on AgR&D (0.16)
14. Volatility of agricultural R&D
spending across cost categories
Salaries
Operating costs
Capital investments
0.0 0.2 0.4 0.6 0.8 1.0 1.2
Volatility coefficient
15. Funding sources for agricultural R&D
National government funding: either through direct allocations
or competitive funding schemes
Donors and development banks: high donor dependency in
low-income countries worldwide
Production or export levies (mostly on export crops):
e.g. cocoa in Ghana; tea in Tanzania and Kenya; sugarcane in Mauritius, etc.
Sale of goods and services: e.g. on-demand research for private
companies
16. Benin (INRAB)
Botswana (DAR)
Burkina Faso (INERA, IRSAT, CNSF) Government
Burundi (ISABU) Donors
Côte d'Ivoire (CNRA) Producer organizations
Eritrea (NARI)
Own income
Gambia, The (NARI)
Guinea (IRAG)
Other
Kenya (see footnote)
Madagascar (FOFIFA) Source:
Beintema and Stads (2011)
Mali (IER)
Mauritania (CNERV, CNRADA)
Mauritius (FARC, MSIRI)
Mozambique (IIAM, IIP)
Namibia (DRT)
Niger (INRAN)
Rwanda (ISAR)
Senegal (ISRA, ITA)
Sierra Leone (SLARI)
South Africa (ARC)
Sudan (ARC)
Tanzania (DRD)
Togo (ITRA)
Uganda (NARO)
Zambia (ZARI)
0 20 40 60 80 100 Share of total funding (%)
17. Drivers of Funding Volatility
in African Agricultural R&D
Government
Sale of goods and services
Donors and development banks
Total
Indicates that in many
cases shocks in one 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9
funding source are to
Volatility coefficient
some extent absorbed
by reverse shocks in
other funding sources
18. Donor dependency and funding volatility
Average and spreadShare of funding as a % of
of donor Volatility
100
total agriculturaldonorfunding, 2001–08
R&D funding coefficient
<10% 0.19
80
>10% 0.28
>40% 0.31
Share of donor funding in
total annual funding (%)
60
40
20
0
19. Funding sources and cost categories for DRD
(Tanzania) and INERA (Burkina Faso), 2001–08
40 40
DRD – cost categories DRD – funding sources
Million 2005 PPP dollars
Million 2005 PPP dollars
30 30
20 20
10 10
0 0
2001 2002 2003 2004 2005 2006 2007 2008 2001 2002 2003 2004 2005 2006 2007 2008
Salaries Operational Capital Government Donors, development banks, SROs
Producer organizations Sales of goods and services
30 30
INERA – cost categories INERA – funding sources
Million 2005 PPP dollars
Million 2005 PPP dollars
20 20
10 10
0 0
1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008
Salaries Operational Capital
Government Donors, development banks, SROs Sales of goods and services
20. Concluding Remarks:
Putting a Halt to Volatility
Agricultural R&D spending in SSA has been far from stable in recent years.
Problem is more pronounced in donor-dependent low-income countries.
Halting excessive volatility in yearly agricultural R&D investment levels
requires a long-term commitment from national governments, donors and
development banks, as well as the private sector.
Stable and sustainable levels of government funding are key, not just to
secure salaries (which are fundamentally important), but also to enable
necessary nonsalary expenditures.
Donor and development bank funding needs to be better aligned with
national priorities, and consistency and complementarities among donor
programs need to be assured.
Mitigating the effects of any single donor’s abrupt change in aid
disbursement is crucial. Need for greater funding diversification (e.g. through
the sale of goods and services or private sector funding).
21. Thank you
Will Africa’s bumpy
rollercoaster ride end here?
2013
2012
2011
Notas do Editor
Besides severe underinvestment, African AgR&D is also characterized by severe fluctuations in annual AgR&D investments. Before we start analyzing the elements that cause volatility in year-to-year AgR&D spending in Africa, I wanted to show you the following short clip first. This clip is representative of what many African agricultural R&D have gone through over the past 20 years. So, are you ready? Here we go….
Although this clip may look like an exaggeration, it is actually not so far off the truth when it comes to long-term AgR&D trends in Africa. Many African countries have had extremely volatile agricultural R&D funding levels over the past decades as these figures show. If Africa were a theme park full of country rollercoasters, true thrill seekers would ride the Burkina Faso or Gabon rollercoasters; the South African roller coaster would be for small children or less adventurous people, and the Niger rollercoaster would really be for the die-hards. All jokes aside, what these figures reveal is a very worrisome trend. Many African countries are characterized by extreme fluctuations in their agricultural R&D spending levels from one year to the next.
A wide body of literature exists on the impact of macroeconomic volatility on economic growth and performance in developing countries. This literature has focused primarily on volatility across countries, thereby setting the issue within an international context. (bullet point 1)This is unsurprising given the broad consensus that high macroeconomic volatility likely slows down investment (because investment flows depend on expected rewards and risks), as well as biasing investments toward short-term returns. High macroeconomic volatility has also been associated with lower investment in human capital, for similar reasons.In addition, a vast amount of literature has focused on the volatility of aid flows to developing countries. (bullet point 2)The findings on macroeconomic volatility and aid volatility suggest that extreme volatility in agricultural R&D funding is similarly harmful to the institutional stability and long-term outputs of agricultural R&D. This is supported by substantial anecdotal evidence. Numerous examples across Africa indicate that, upon the completion of multimillion dollar projects, agricultural R&D agencies have been plunged into financial hardship and an uncertain future, forcing them to cut research programs and lay off staff. Large fluctuations in yearly investment levels are therefore thought to have a detrimental impact on the release of new varieties and technologies in the long run, which in turn can have a negative impact on agricultural productivity growth and poverty reduction.
In order to measure the degree of volatility in yearly agricultural R&D spending levels across SSA countries, a commonly used method of calculating price volatility in finance and output volatility in macroeconomics was applied to ASTI’s agricultural R&D spending data. The so-called volatility coefficient quantifies volatility in agricultural R&D spending by applying the standard deviation formula to average one-year logarithmic growth of agricultural R&D spending over a certain period
In order to analyze the main causes of volatility in yearly agricultural R&D investment levels, it is important to gain insight into how agricultural R&D is funded across SSA
In order to reduce future volatility, it is important to identify the main drivers of funding volatility in agricultural R&D across countries over the past decade. The volatility coefficient, introduced earlier, is a useful tool for comparing the relative stability of different funding sources over time and across countries. It is important to note, however, that not all volatility is bad per se. A sudden injection of government or donor funding to rehabilitate R&D infrastructure after a civil war, for example, is of course a positive thing. Based on sample of 49 large government agencies from 22 countriesThe fact that donor and development bank funding for agricultural R&D shows a much higher degree of volatility than other funding sources is worrying, given that many national agricultural R&D institutes in SSA, particularly those in low-income countries, derive a significant share of their total funding from donors, development banks, and SROs. In many countries, the bulk of government appropriations is spent on salaries, which leaves the costs of operating research programs and investing in necessary infrastructure largely dependent on volatile funding from donors, competitive grants, or the private sector. Although competitive salaries are crucial to maintaining a critical mass of qualified researchers, it is equally important to provide these scientists with well-funded research programs and well-equipped research laboratories, which requires long-term, sustainable investment in nonsalary expenditures.
The dots in this figure indicate the average share of donor funding in total agricultural R&D funding for the main agencies in each country during 2001–08. The lines intersecting the dots range from the highest share of donor funding in total agricultural R&D funding during 2001–08 to the lowest share. The shorter the line, the lower the spread in the share of donor funding over time.AgR&D in middle-income countries is much less dependent on donor funding and has shown a considerably lower degree of volatility