Post-conference update: You can find the video of Kate Scow’s talk in the online conference video, beginning at about 52:00.
Kate Scow, UC Davis soil science professor, is one of the featured speakers for the “United Nations Sustainable Development Goals Conference: Research to Action on the African Continent” on Jan. 23 at UC Davis.
Expanding irrigation and climate-smart farming to Guatemala
An international team led by UC Davis is working to connect 9,000 rural households in Guatemala with improved water management and climate-smart agriculture strategies, to increase food security and reduce poverty.
Called MásRiego (“more irrigation”), the project aims to increase farmers’ incomes and their use of climate-smart strategies, including drip irrigation, rainwater harvesting, reduced tillage, mulch use and diverse crop rotation. To enable farmers to adopt these new practices, the team will not only provide trainings but also build partnerships to increase farmers’ access to needed microcredit financing and irrigation equipment.
“The opportunity to impact so many farmers’ lives on this scale is exciting,” said Beth Mitcham, director of the Horticulture Innovation Lab. “We’re taking lessons learned from our previous research — in Guatemala, Honduras and Cambodia — and building a team to help more small-scale farmers apply our findings and successfully use these innovative practices.”
Partnering with UC Davis is an international team with representatives from Centro de Paz Bárbara Ford in Guatemala; Universidad Rafael Landívar in Guatemala; the Panamerican Agricultural School, Zamorano, in Honduras; Kansas State University; and North Carolina Agricultural and Technical State University. Continue reading MásRiego project starts in Guatemala
In late August, I was part of the Horticulture Innovation Lab team who traveled to the Western Highlands of Guatemala to finalize plans for an upcoming project called MásRiego (“more irrigation” in Spanish). We will officially announce and describe this project at a later time, but I would like to tell you about our trip and the things we learned.
The Feed the Future zone of influence in Guatemala lies in the Western Highlands where water is scarce and farming is done on steep slopes. Several USAID partners work in this region in a concerted effort to reduce poverty and rates of stunting. We traveled to this region to learn about the USAID partners’ strategies and look for synergies for MásRiego. Our team consisted of Manny Reyes and Ruth McDaniel of North Carolina A&T State University, and Britta Hansen accompanied me (Amanda Crump) from the Horticulture Innovation Lab at UC Davis. We spent a lot of time with the projects of Save the Children, Catholic Relief Services, Counterpart International, and the Guatemalan Exporters’ Association (AGEXPORT).
Most commonly used with field crops, conservation agriculture combines three practices that help farmers invest in soil health, specifically:
minimal soil disturbance (“no till”),
continuous mulch cover, and
rotating diverse crops.
These practices can also reduce labor and reduce water evaporation from the soil.
Manuel Reyes, professor at North Carolina Agricultural and Technical State University, has helped farmers in many countries improve their soil and use water efficiently. In doing so, he has also partnered with three Feed the Future Innovation Labs, funded by the U.S. Agency for International Development.
Beginning in 2010, Reyes started working with farmers in Cambodia on conservation agriculture for field crops, with an international team supported by the SANREM Innovation Lab. Two year later, the team worked with 56 households over 149 hectares to use conservation agriculture principles.
After testing conservation agriculture practices with vegetable crops in the United States, Reyes expanded his conservation agriculture work in Cambodia to focus on vegetable farmers. Now with additional funding from the Horticulture Innovation Lab, he added drip irrigation to conservation agriculture practices for vegetable farmers. This research sought to find whether combining these practices could reduce labor needs, increase yield, increase income and ultimately receive support from vegetable farmers.