AFRICA AGRICULTURE STATUS REPORT 2016
AASR-report_2016-1
AASR-report_2016-1
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Reducing post-harvest losses<br />
FAO estimates from 2011 suggest that as much as 37<br />
percent of food produced in SSA is lost between production<br />
and consumption. Estimates for cereals are 20.5 percent.<br />
For post-harvest handling and storage loss only, the FAO<br />
estimate is 8 percent, and the African Post-harvest Losses<br />
Information System (APHLIS) estimate is 10–12 percent<br />
(World Bank, 2015). The challenge of having reliable<br />
statistics in Africa is well known. Whether more credit<br />
should be given to the FAO estimates or to those of APHLIS<br />
should not shift attention from the core issue that remains:<br />
even from rapid empirical observations a considerable<br />
amount of the food produced perishes before it reaches the<br />
consumers’ tables. The onus is therefore on policy makers to<br />
work towards reducing post-harvest losses. Nutrient dense<br />
foods could benefit from deliberate efforts to reduce postharvest<br />
losses, especially as it stills looks feasible for Africa<br />
as a whole, to meet the food and nutrition security target.<br />
Among other transformative measures, some deliberate<br />
efforts need to be set in motion to expand the infrastructure<br />
capacity to preserve highly perishable foods such as fruits<br />
and vegetables. More research is needed to develop low<br />
cost food preservation technologies that small-scale rural<br />
farmers can use on farm to reduce food loss due to spoilage<br />
and to improve the shelf-life of their produce.<br />
Investing resources to make it happen<br />
Achieving food security and nutrition for SSA will only<br />
materialize if a set of measures are put in place. These<br />
include matching the level of required investments in<br />
research, with the need to prolong the shelf-life of such<br />
foods, as a contribution towards addressing the disconnect<br />
between what gets produced, what is consumed, and<br />
the nutritious value it ensures. Indeed, when agricultural<br />
investments seek to integrate nutrition-sensitive<br />
interventions, appropriate approaches and impact pathways<br />
are often unknown or results are often not measured<br />
robustly enough. For example, household income is crucial<br />
in determining access to sufficient quantities of a diverse<br />
range of food for adequate nutrition. However, initiatives<br />
to develop food value chain should seriously question<br />
whether increasing income will be sufficient to address<br />
food and nutrition security challenges or whether other<br />
interventions will also be required. Research indicates that<br />
while increased household income does tend to improve<br />
caloric intake, it does not necessarily improve nutrition<br />
(Fan & Brzeska, 2011). The agricultural income pathway<br />
is not linear and is affected by the characteristics of food<br />
markets (e.g., the availability and affordability); the extent<br />
to which women and men are differentially empowered<br />
to make decisions about household food purchases;<br />
and knowledge and social norms that reinforce the use<br />
of income on goods and health investments that benefit<br />
nutrition. Income generation can have a positive, negative,<br />
or neutral effect on nutrition within agricultural projects .<br />
Agricultural food systems and nutrition are fragmented,<br />
thereby affecting choices for nutrient dense foods and<br />
compounding the undernutrition challenge. A transformed<br />
and diversified agricultural production system is necessary<br />
to influence the delivery of optimum diets to rural and<br />
urban populations. This is an area where more research<br />
efforts and findings will help inform the structural changes<br />
required at all levels in the chains of transformative actions.<br />
Key Messages: Transformation Enablers<br />
and Drivers<br />
To end hunger, achieve food security and improved nutrition<br />
and promote sustainable agriculture, urgent actions are<br />
required to sustain some of the gains shown here to truly<br />
drive the agricultural transformation needed for Africa’s<br />
development and to ensure a better life for all its people<br />
as laid out in the Malabo Declaration and the SDGs. The<br />
following are the key messages:<br />
• Value Chain Approach: Food value chains have<br />
recently been identified as a potential route through<br />
which agriculture can benefit nutrition (Ruel & Alderman,<br />
2013). Value chain and marketing strategies which<br />
usually target farmers, producers and retailers with<br />
sufficient assets for them to invest, produce at scale<br />
and be more competitive, can contribute to nutritionsensitive<br />
agriculture and yield nutritional benefits both<br />
for food suppliers—primary producers, processors and<br />
retailers—and consumers.<br />
• Multi-sectoral Approach: There is indeed a noted<br />
divide resulting in single sector approaches which<br />
militate against achievement of food and nutrition<br />
security goals. Malnutrition is better addressed through<br />
a multi-sectoral approach involving agriculture, nutrition,<br />
gender, health, water and sanitation, and education.<br />
• Monitoring and Evaluation of Impact: The link<br />
between agricultural investments and nutritional<br />
outcomes has not been robustly demonstrated. As<br />
part of much required agricultural transformation, (i)<br />
the evidence base of agriculture investments which<br />
have had positive nutritional or health impact should be<br />
strong; (ii) systematic impact assessment of investments<br />
should be sizable; and (iii) impact assessment studies<br />
should be designed and implemented as scalable pilots,<br />
and should take into account the impact pathways and<br />
the barriers inherent in them.<br />
242 <strong>AFRICA</strong> <strong>AGRICULTURE</strong> <strong>STATUS</strong> <strong>REPORT</strong> <strong>2016</strong>