Strategic Thematic Area 1: Food security and sustainable agriculture
Goal: To strengthen food and feed production, ensuring food security, through the introduction of sustainable biobased technologies and solutions
Increasing agricultural productivity has for a long time been a central priority in many agricultural strategies and development plans for all the countries. Emerging technologies in modern bioeconomies – not least modern biosciences – provide an increasingly powerful innovation engine to support and enhance sustainable agricultural production.
KRA 1: Value addition to food crops, livestock, and microbial products
Objective: To deliver economic growth and create opportunities for smallholder farmers and SMEs by adding more value to primary produce and the use of agricultural residues
Improving value addition to food crops, livestock and fish is a central priority in agricultural strategies and development plans of countries in the region. Successful value addition will be a major pull factor for agricultural production and productivity improvement already explicated in these strategies and plans. Currently value chains of major crops, livestock and fish, and algal produce in the region are mostly made up of small- to medium-sized, largely informal, private sector enterprises. The degree of value addition varies considerably between countries and types of primary produce. For example, while value addition to commercial crops such as coffee, tea, and sisal is substantial in the region, crops such as cassava, sorghum and millet undergo limited value addition. Emerging technologies in the modern bioeconomy – such as modern bioprocessing provide an increasingly powerful innovation engine which the region will use to improve traditional and current agro-processing and value addition.
Potential impact:Â The potential in the region to add more value to primary produce is large for many food crops, livestock and seafood produce. There is also high potential to use more agricultural residues, and processing by-products in new value chains, providing additional income to farmers and other value chain actors. One example is cassava, which can be processed into chips, flour and alcoholic beverage production. Cassava waste can be converted to useful products such as bioenergy bio-packaging materials, and biofertiliser.
| Box 2: Coastal and freshwater resources for the bioeconomy. |
| The shores of Eastern Africa have many resources such as shells, crabs, seagrasses, seaweeds (algae), starfish, small fish, shrimps etc. with the resources in bays, mangrove stands and forests. Large fishery resources are located in the lakes of Eastern Africa (e.g. Lake Victoria, Turkana, Tanganyika and Kyoga).  The fish market in Eastern Africa is estimated at 1,300 million tonnes and there is an estimated market for fish and fish products for Africa of US$24 billion. Job creation in the sector is estimated at a ratio of 1.4 to 3.5 on-shore jobs for each fisherman. The average waste or by-product from the sector is around 600,000 cubic meters per year. Around Lake Victoria the fish processing industries generate approximately 150,000 tonnes of waste with nearly 80% dumped and not utilized. The residues of fish filleting can however be used to make low-cost products with a high concentration of essential nutrients. For instance, in Uganda by-products from Nile perch (Lates niloticus) are used in development of different micro-nutrient fish powders that could be used to enrich diets. Fish skin, which today is considered as waste, can be processed into leather. In Kisumu about 70 tonnes of fish skin waste are reported to be generated weekly to make leather products for export. This has the potential to boost leather production in the region, since African countries account for only 4% of world leather production and 3.3% of value addition in leather. Leather exports from Kenya in 2013 amounted to only US$140 million, which accounts for 0.14 % of the world’s exports. |
KRA 2: Novel food and feed products
Objective: To produce a variety of novel, safe and healthy food and feed products for growing local, regional and international markets
The global market for novel functional foods, feeds and food/feed additives and nutraceuticals (foods with health-giving/medicinal benefits) are growing rapidly. Probiotic feed products also have a large potential in the region. With its large biodiversity and rapidly increasing demand for novel food products, the region seeks to build and develop an industry based on functional food derivatives from locally sourced bioresources. Such an industry will serve local, regional, and international markets. In addition, there is a growing global trend (especially in the OECD countries) to reduce traditional meat consumption to combat climate change, presenting a market for new sources of proteins, complementing the current animal protein production systems in the region. The region will pursue development and use of novel, resource-efficient protein production systems such as food and feed products from insects, algae, Spirulina (a type of cyanobacteria), molluscs, etc., replacing animal protein, especially from intensive production systems.
Potential impact: The potential impact is huge. As an example, the global market for Spirulina alone is around US$400 million, with an annual growth rate of over 10%, while the market for carotenoids (which can be extracted from plants or algae) is over US$1.3 billion. In the case of substitutes for meat protein, the global market is over US$4 billion, and is growing exponentially. In Africa, although the market for meat substitutes is growing from a low base, the growth rate is over 8%, only constrained by product availability. The region is well placed to enter markets of this nature, with a potentially very significant economic impact.
KRA 3: Biobased agricultural inputs
Objective: To support and enhance sustainable agricultural production through the growth of bio-based agricultural inputs produced in the region
Crop and animal pests and diseases are a challenge for the region, holding back agricultural productivity and having a negative impact on livelihoods and nutritional status. The pest and disease pressure may also be aggravated by climate change impacts. Pesticides, insect-repellents, and fertilisers are mostly imported, represent a major cost for farmers, and are out of reach for many smallholders. Biopesticides, bio-fertilisers and growth enhancing microorganisms, and biocontrol agents based on organic and renewable resources represent a major opportunity for countries in the region. Additionally, they are generally much less toxic to humans and other mammals and have less impact on wildlife and the environment than conventional chemical inputs. However research is needed to improve their efficacy and user friendliness. This KRA seeks to deliver locally made biobased solutions, which could promote agricultural productivity for smallholders, while also creating jobs. The region already has some enterprises in this domain at limited scales that can be built upon. To make this happen (see Chapter 6), interventions will be undertaken to ensure that a supportive regulatory and standards environment is developed, and to build capacity to support the use of these bio-based inputs.
Potential impact:Â The development and application of biobased agricultural inputs has potential to allow farmers and rural communities in the region to benefit from the valuable niche markets opening up in developed countries for organically produced foods and increasing demand for residue free crop protection products. The lack of residues and the positive environmental and toxicological profile of biopesticides also make it much easier for African countries to export crops to countries using ISO and CODEX standards.
| Box 3: The growing market for biopesticides in Eastern Africa. |
| Both globally and across Africa in particular, there is a pressing need to develop cheaper, more environment-friendly alternatives to chemical pesticides. Biopesticides to protect agricultural crops are derived from plants and microorganisms, such as fungi, bacteria, and viruses. They are often much cheaper to develop than new synthetic pesticides. Farmers will however need training to use them, since biopesticides often are more complicated to use than synthetic pesticides, in terms of transportation, storage, mixing and application. Currently, global sales of biopesticides are estimated to be worth roughly US$4.3 billion, and constitute some 8% of the overall pesticide market with a growth rate of more than 15% per year. Due to the pressing need to produce more food more sustainably, preserving vital ecosystem services, global growth of bio-pesticide sales is projected to outpace that of chemical pesticides in the years to come. For these reasons, large global agrochemical companies have become involved in production and sales of biopesticides including in the Eastern Africa market largely through acquisitions and licensing deals. There is also an increasing number of Eastern African companies and institutions, such as ICIPE, engaged in developing biopesticides for the Eastern African market, worth roughly US$400 million annually. Â With a growing consumer demand for food free of pesticide residues in the lucrative EU export markets and also in a growing regional African consumer market, there are significant opportunities for increased bio-pesticide production and use in the region. Such local production can, apart from supporting African farm productivity and sustainability, also benefit job creation and growth of local bio-pesticide companies as well as stimulating investments in local bio-pesticide production by international companies. Factors that would positively influence such a development, would be an increased awareness among African farmers on the potential benefits of biopesticides, more stringent quality control of bio-pesticide efficacy and certification standards at a regional level. |