Linking public and private sector decision-makers with providers of the best vetted and validated agri-tech solutions for the African continent.
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TAAT, Technologies for African Agricultural Transformation, is an AfDB initiative to boost agricultural productivity by rapidly rolling out proven technologies to more than 40 million smallholder farmers. TAAT aims to double crop, livestock, and fish productivity by 2025 by engaging both public and private sectors to expand access to productivity-increasing technologies across the continent.
A collection of agricultural technologies ready to be deployed to mitigate the effects of pests, extreme weather, and diminishing harvests. The government e-catalogs include strategic information on how the technology can be integrated into a national AfDB program.
With the Africa-wide efforts to enhance agricultural productivity, the time is right for businesses across the continent to invest in agri-tech. The private sector e-catalog includes return on investment information and key figures for successful investments.
Curated technology toolkits for specific regions, problems, or commodities.
Climate-smart agriculture technologies for the sahel and horn of Africa
Mechanization technologies refer to machines, equipment, and tools designed to automate or facilitate agricultural tasks such as plowing, planting, harvesting, and crop processing. These technologies aim to improve the efficiency, productivity, and profitability of agricultural operations by replacing or supplementing manual labor with mechanized processes.
Varieties of grains, roots, tubers, enriched with essential nutrients such as: vitamin A, iron, zinc, etc.
This toolkit is a set of methods, practices, or products used to maintain or enhance the quality and fertility of soils. They include techniques such as crop management, the use of organic fertilizers, crop rotation, and other sustainable agricultural practices aimed at preserving soil health and maximizing crop yields.
These technologies aim to optimize the use of water for irrigation, improve soil moisture conservation, and enhance crop productivity while minimizing water wastage and environmental impact. They include techniques such as drip irrigation, rainwater harvesting, soil moisture sensors, and precision farming practices. Overall, these technologies help farmers make better use of water resources to sustainably meet agricultural needs and enhance food production.
This toolkit is a collection of technologies designed to optimize rice cultivation in Africa. These technologies have been carefully selected to address the challenges faced during rice production and transformation, ensuring a more resilient and profitable rice sector. By integrating these technologies into your projects or business plan, you can maximize your yields while minimizing environmental impacts and drudgery. For each technology in the toolkit it is possible to obtain technical support to ensure effective and sustainable implementation.
This toolkit is a suite of technologies designed to optimize maize cultivation across Africa. These technologies have been meticulously selected to address the challenges encountered in maize production and storage, ensuring a more resilient and profitable maize sector. By integrating these technologies into your projects or business plans, you can maximize yields while minimizing environmental impacts and reducing labor intensity. Each technology in the toolkit comes with the option to receive technical support, ensuring effective and sustainable implementation.
This toolkit is a collection of technologies designed to optimize millet and sorghum cultivation across Africa. These technologies have been meticulously selected to address the challenges encountered in millet and sorghum production, processing, commercialization, and storage, ensuring a more resilient and profitable millet and sorghum sector. By integrating these technologies into your projects or business plans, you can maximize yields while minimizing environmental impacts and reducing labor intensity. Each technology in the toolkit comes with the option to receive technical support, ensuring effective and sustainable implementation.
This toolkit is a collection of technologies designed to optimize wheat cultivation across Africa. These technologies have been meticulously selected to address the challenges encountered in wheat production, processing, commercialization, and storage, ensuring a more resilient and profitable wheat sector. By integrating these technologies into your projects or business plans, you can maximize yields while minimizing environmental impacts and reducing labor intensity. Each technology in the toolkit comes with the option to receive technical support, ensuring effective and sustainable implementation.
This toolkit is a collection of technologies designed to optimize cassava cultivation across Africa. These technologies have been meticulously selected to address the challenges encountered in cassava production, processing and commercialization, ensuring a more resilient and profitable cassava sector. By integrating these technologies into your projects or business plans, you can maximize yields while minimizing environmental impacts and reducing labor intensity. Each technology in the toolkit comes with the option to receive technical support, ensuring effective and sustainable implementation.
This toolkit is a collection of technologies designed to optimize sweet potato cultivation across Africa. These technologies have been selected to address the challenges encountered in sweet potato production and transformation, ensuring a more resilient and profitable sweet potato sector. By integrating these technologies into your projects or business plans, you can maximize yields while minimizing environmental impacts and reducing labor intensity. Each technology in the toolkit comes with the option to receive technical support, ensuring effective and sustainable implementation.
This toolkit is a collection of technologies designed to optimize bean cultivation across Africa. These technologies have been selected to address the challenges encountered in bean production, processing, and storage, ensuring a more resilient and profitable bean sector. By integrating these technologies into your projects or business plans, you can maximize yields while minimizing environmental impacts and reducing labor intensity. Each technology in the toolkit comes with the option to receive technical support, ensuring effective and sustainable implementation.
This toolkit is a collection of technologies designed to optimize aquaculture production across Africa. These technologies have been selected to address the challenges encountered in aquaculture production, ensuring a more resilient and profitable aquaculture sector. By integrating these technologies into your projects or business plans, you can maximize yields while minimizing environmental impacts and reducing labor intensity. Each technology in the toolkit comes with the option to receive technical support, ensuring effective and sustainable implementation.
This toolkit is a collection of technologies designed to optimize poultry production across Africa. These technologies have been selected to address the challenges encountered in poultry production and transformation, ensuring a more resilient and profitable poultry sector. By integrating these technologies into your projects or business plans, you can maximize yields while minimizing environmental impacts and reducing labor intensity. Each technology in the toolkit comes with the option to receive technical support, ensuring effective and sustainable implementation.
This toolkit is a collection of technologies designed to optimize livestock production across Africa. These technologies have been selected to address the challenges encountered in livestock production and transformation, ensuring a more resilient and profitable livestock sector. By integrating these technologies into your projects or business plans, you can maximize yields while minimizing environmental impacts and reducing labor intensity. Each technology in the toolkit comes with the option to receive technical support, ensuring effective and sustainable implementation.
This toolkit showcases some of the technologies scaled by the TAAT program in Benin, especially during its first phase and then in collaboration with a Sasakawa project. It features innovative solutions for rice cultivation, aquaculture, and other commodities. The toolkit highlights equipment, improved crop varieties and best practices, offering a comprehensive resource for enhancing agricultural productivity and sustainability.
This toolkit is a collection of technologies designed to optimize banana and plantain cultivation across Africa. These technologies have been selected to address the challenges encountered in banana and plantain production, ensuring a more resilient and profitable banana and plantain sector. By integrating these technologies into your projects or business plans, you can maximize yields while minimizing environmental impacts and reducing labor intensity. Each technology in the toolkit comes with the option to receive technical support, ensuring effective and sustainable implementation.