Directors of regional horticulture centers gather in Thailand

Before the Horticulture Innovation Lab’s annual meeting in Cambodia, the directors of our regional centers met up at Kasetsart University, in Bangkok, Thailand.

Our host Poon Kasemsap of Kasetsart University welcomed Julio Lopez from the Panamerican Agricultural School, Zamorano, in Honduras and Emil VanWyk from AgriSmart Zambia (our newest director, of a future center) for two days of site visits and project updates.

Since this was the first chance that our directors have had to visit Kasetsart University and the Horticulture Innovation Lab Regional Center there, we spent the first day touring the lab and field facilities.

group talking together in a lab
Julio Lopez of Zamorano (left) discusses edible wax coating with Apita Bunsiri (right) in the postharvest lab at Kasetsart University.

The postharvest lab at Kasetsart University is designing novel packaging and coatings for fresh-cut and whole fruits and vegetables. Continue reading Directors of regional horticulture centers gather in Thailand

Thailand: Visiting Kasetsart University

In November, I  visited Kasetsart University and toured the Horticulture Innovation Lab Regional Center there and also the World Vegetable Center (AVRDC) demonstration garden nearby. It was great to see the new, central location of the Regional Center that showcases small-scale horticultural technologies.

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Students at Kasetsart University were using the technologies in their class. Sliced bananas were drying in the chimney solar dryer (see above), next to a demonstration of solar-powered drip irrigation. Also on the site were Continue reading Thailand: Visiting Kasetsart University

Agricultural innovations at Kasetsart University, in SciDev.Net video

A video from SciDev.Net explores agriculture technologies at Kasetsart University in Thailand, aimed at the needs of smallholder farmers of horticultural crops.

The audio slideshow, “Simple agricultural innovation to empower farmers,” takes a closer look at several low-cost farming tools, including:

  • a cold room with a CoolBot for cooling fruits and vegetables after harvest
  • two solar dryers, including the UC Davis chimney dryer for drying produce
  • a solar-powered pump with drip irrigation system

Reporter Giovanni Ortolani interviewed Poonpipope Kasemsap, professor at Kasetart University, whose comments provide narration for most of the video.

“A lot of things can be done with a small investment, with innovations, in order to help the farmers so that they can live better lives,” Kasemsap says in the video. Continue reading Agricultural innovations at Kasetsart University, in SciDev.Net video

Our newest center, here at UC Davis

In a corner of the UC Davis campus, there is a new garden plot with fresh mulch, thriving vegetable plants, young seedlings, and a small shed.

Until this week, there were no signs on this mysterious plot. If you’re at UC Davis, you may have walked by and wondered, “What’s growing on over there?”

This is the Horticulture Innovation Lab’s new center at UC Davis, a work in progress.

Campus map shows new garden plot between Environmental Horticulture buildings and Nelson Hall for the Horticulture Innovation Lab's new Center at UC Davis, in progress.
Wondered what is growing in this corner of campus? This map shows the location of the Horticulture Innovation Lab’s Center, demonstrating vegetables and tools from the program’s work in Africa, Asia and Latin America.

Though our program is headquartered here in California, the Horticulture Innovation Lab has two Regional Centers at universities in Honduras and in Thailand. These centers demonstrate agricultural technologies that can help smallholder farmers Continue reading Our newest center, here at UC Davis

How drying beads work, in a new SciDev.Net video

Reporter Giovanni Ortolani visited with Horticulture Innovation Lab partners in Bangkok, Thailand, recently to learn about how farmers in humid climates can better save seed using drying beads. His video (below) and article “How seed-drying beads can empower farmers in the tropics” were published this week on SciDev.Net, a news website focused on science and technology for global development.

When stored in hot, humid conditions, vegetable seed deteriorates rapidly — lowering germination rates and farmers’ yields. Ortolani interviewed Patcharin Taridno, senior manager of seed technology with Rhino Research, about how the company’s zeolite-based “drying beads” can help farmers better dry seeds for storage by reducing relative humidity. Continue reading How drying beads work, in a new SciDev.Net video