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Innovation Lab For Small Scale Irrigation

Innovation Lab For Small Scale Irrigation

Innovation Lab For Small Scale Irrigation

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Texas A&M Borlaug Institute for International Agriculture receives additional $12.5 million for research on small scale irrigation

December 10, 2018 by matt.stellbauer

Texas A&M AgriLife Research’s Borlaug Institute for International Agriculture is completing the fifth year of a competitively awarded cooperative agreement with the U.S. Agency for International Development (USAID) establishing the Feed the Future Innovation Laboratory for Small-Scale Irrigation (ILSSI). The initial phase of the agreement was funded at $12.5 million for five years.

At the meeting of the Texas A&M College of Agriculture Development Council on October 5, 2018, Counselor Chris Milligan of USAID Headquarters announced a five-year extension of the agreement, adding another $12.5 million. The new extension also provides a ceiling allowing optional funding of an additional $10 million from other sources such as the USAID Missions. Thus, this long-term partnership between Texas A&M and USAID was extended to ten years with potential total funding of $35 million.

ILSSI is conducting small-scale irrigation research in Ethiopia, Tanzania, and Ghana.  Texas A&M partners with three Centers in the Consultative Group for International Agricultural Research – the International Water Management Institute, International Livestock Research Institute, and the International Food Policy Research Institute.  The project also partners with multiple developing country universities and other institutions.  Research is conducted to evaluate small-scale irrigation (SSI) strategies in farmer’s fields; household surveys are conducted in the areas surrounding field studies to evaluate economic, nutrition and gender-related impacts of SSI and an integrated decision support system (IDSS) is used to assess the production, environmental and economic consequences of SSI farming systems. Results of field studies are extrapolated to national levels and used to plan and evaluate the regional and national introduction of SSI schemes.  With the extension, ILSSI is considering expanding the agreement to other countries in Africa and Asia.

Dr. Neville Clarke, Director of ILSSI, explained that smallholder farm families in the countries where ILSSI works typically grow grain crops in the rainy season and store them to be consumed in the dry season. The introduction of irrigation is providing year-round access to fresh vegetables and fruit for the families and local markets.  Irrigation is improving both the quantity and diversity of diet for participating farm families as well as increasing income. New methods of water lifting from wells, such as solar-powered pumps, are increasing the availability of water for irrigation and reducing labor costs, especially for women. The amount of fertilizer and other inputs to the farming system are being defined to assure optimal income and environmental sustainability.  Water management practices developed in these studies are helping to assure the efficient and sustainable use of this limited resource.  Results from these studies are being used by government planners to initiate new irrigation practices in those parts of the country where water resources can be sustainably used.  The extension of the first phase of this program involves continuing the engagement with national governments and private sector stakeholders to translate and extend research results to practice.  The overall goal of research such as this is to contribute to transforming subsistence farmers who feed their families with what they grow into small businesses with a stable and sustainable income that enhances and improves their quality of life. This research also provides the ability of small farmers to better withstand unpredictable shocks resulting from drought and other natural or market adversities.

Dr. Clarke noted that the ILSSI’s studies in Africa seek the best combination of production, environmental and economic consequences of new irrigation practices.  The general principles developed in Africa also apply to and are being used by Texas farmers. Similarly, research results on water use in Texas done by A&M AgriLife Research in Texas are being applied in Africa. The principles being modeled in the IDSS are the same as those being developed in collaboration with the USDA and EPA for environmentally and economically sound principles for US farmers and are being used in practice across the country.

The recently arrived Vice Chancellor for Agriculture at Texas A&M, Dr. Patrick Stover, spoke at the announcement ceremony, thanking the Counselor and USAID for their decision to extend ILSSI and reiterating the commitment of Texas A&M AgriLife to an active and growing program in international agriculture.

USAID Administrator visits the Feed The Future Innovation Lab for Small Scale Irrigation

October 25, 2017 by matt.stellbauer

USAID Administrator Mark Green visited the Texas A&M Borlaug Institute of International Agriculture on October 16, 2017 to learn more about the Feed the Future Innovation Lab for Small Scale Irrigation (ILSSI). Administrator Green also attended the Global Pandemic Summit conducted by the Scowcroft International Institute at Texas A&M.  

ILSSI—one of 24 Feed the Future Innovation Labs—developing and evaluating methods of small scale irrigation for smallholder farmers in Ethiopia, Tanzania and Ghana.  A briefing on ILSSI was presented to Administrator Green by the ILSSI director, Dr. Neville Clarke, who noted that the laboratory conducts studies to evaluate new small scale irrigation innovations in farmer’s fields, household surveys to evaluate the nutritional, gender and economic consequences of these innovations, and uses an integrated modeling system to analyze results and to estimate impact at from farm to national levels of scale.  Farmers and extension workers are trained in the use of small scale irrigation innovations, and students in academic institutions participate in field research and are trained in the use of these modeling methods. ILSSI engages stakeholders at local, regional and national levels for planning, evaluating and adoption of its products. Users of the ILSSI products include government analysts and decision makers, private sector investors and practitioners (farmers and related local communities).

Administrator Green commended the contributions being made by U.S. universities to international food and agriculture development through the 24 Feed the Future Innovation Labs supported by USAID. He recognized the importance of irrigation to smallholder farmers, especially during the dry season when families can have year-round access to fresh products for consumption at the household level and sell the surplus to generate new income.

USAID Administrator Mark Green received the Texas A&M Lifetime Achievement Award during the 3rd Annual Global Pandemic Summit conducted by the Scowcroft Institute of International Affairs, a part of the Bush School of Government and Public Service at Texas A&M.  He provided a keynote address at the Summit.

Agriculture and water: To whom much is given, much will be required

January 30, 2017 by matt.stellbauer

Investigating gender dynamics in irrigation

May 24, 2016 by matt.stellbauer

Water-smart investment benefits ripple beyond food security

April 27, 2016 by matt.stellbauer

By Meredith Giordano on April 23, 2016

Nearly four years ago, researchers documented for the first time how farmer-led irrigation in sub-Saharan Africa and South Asia is transforming food security at an astonishing scale. They also showed that smallholder water management innovations hold potential to boost crop yields and household revenue by tens of billions of US dollars.

Since then, however, new research for development has revealed how small-scale irrigation may have benefits that reach far beyond food security alone.

Four ways to invest in smallholder irrigation

The research was initially carried out by the CGIAR Research Program on Water, Land and Ecosystems (WLE) and its partners under the AgWater Solutions project. At its conclusion, the project recommended four key areas that investments should focus on in order to unlock the potential of small-scale irrigation:

  1. increasing access to water resources, including sustainable groundwater, small reservoirs and rainwater harvesting;
  2. catalyzing smallholder value chains, removing information and marketing constraints;
  3. creating policy synergies, such as aligned energy policies; and
  4. taking a watershed perspective to reduce adverse environmental impacts.

Learn more: Water for wealth and food security: Supporting farmer-driven investments in agricultural water management.  

Building on this work, WLE and USAID have supported research and development of business models that can operationalize these recommendations, while also exploring new solutions and creating a better understanding of potential additional impacts and benefits from investments in smallholder irrigation.

New technologies produce new opportunities and remove constraints

One new opportunity is solar pumps, which has only recently become a financially viable option for smallholder farmers. Solar power irrigation has taken off in India and is starting to take hold in sub-Saharan Africa, where solar powered pumps can serve as a more versatile, green alternative to motor pumps. The Africa Rising project, in collaboration with the International Water Management Institute (IWMI), has begun demonstrating solar powered pumps in two regions of Ethiopia.

Another new technology is wetting front detectors – essentially a device that makes it easy for farmers to see when the soil has been sufficiently watered. WLE researchers are introducing this tool in Ethiopia and Ghana, through the USAID-supported Innovation Lab on Small Scale irrigation (ILSSI), to help farmers manage their water resources more effectively.  The technology has proven successful in reducing irrigation frequency, consequently saving time and labor costs as well as conserving precious water resources.  

Similarly, on request of the Government of Nigeria, researchers are developing new information and communication technology applications in flood-prone regions, such as in Nigeria’s Benue River Basin, to support flood early warning systems, reduce risks posed by flooding, and to put floodwaters to productive agricultural use.

Finally, WLE researchers are also exploring options to improve farmers’ access to financial information and credit, which has been a key constraint in the past. Activities include training to improve financial literacy of both farmers and financial institutions, improving access to loans for irrigation technologies, and assessing the potential for private-public partnerships in irrigation

Small-Scale Irrigation: Present & Future from Water, Land and Ecosystems (WLE)

Potential impacts and benefits

The AgWater Solutions project provided estimates of the potential reach (millions of people) and additional household net revenue (billions of US dollars annually) for a number of different on-farm and local community water solutions across sub-Saharan Africa. Now, new research provides insights into other potential impacts and benefits, including nutrition, health and climate resilience.   

For example, the potential for small-scale irrigation to improve gender equity and nutrition security has been an understudied component of agricultural water management research in the past. Now, as part of the ILSSI program, WLE researchers are unpacking the complex relationships among water, nutrition, health and gender. Also farmers’ resilience may be strengthened through irrigation solutions, especially through water-smart agriculture that considers water variability and climate uncertainties.

Small-scale irrigation continues to grow in sub-Saharan Africa, and the potential for huge, beneficial impacts remain. While the investment pathways originally identified are still valid, new technologies and insights open doors for even greater impacts. Innovative solutions for small-scale irrigation hold the promise of large-scale benefits beyond yields and income, including gender equality, nutrition security and climate resilience.

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