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LinkedInPosts Tagged: turf
Programs teams to meet Nov. 13-14
The Ornamental & Environmental Horticulture, Nurseries & Master Gardener Program Team and the Water Resources Program Team will meet on Nov. 13-14, 2013 at the Putah Creek Lodge in Davis. Workgroups will meet on Nov. 12.
Registration and draft agendas will be available soon. Possible agenda topics include new positions, trainings and any agenda suggestions you may have.
Please send suggestions for the agendas to Janet Hartin at jshartin@ucanr.edu or Doug Parker at doug.parker@ucop.edu.
Workgroups interested in holding meetings in conjunction with these program teams, or at any other time this fall, should complete the meeting request form at https://ucanr.edu/survey/survey.cfm?surveynumber=7922. The Program Support Unit will be happy to coordinate.
For all other questions, please contact ANR Program Support Unit.
View or leave comments for ANR Leadership.
This announcement is also posted and archived on the ANR Update pages.
Grass is always greener
Americans love their lawns. The ubiquitous mowed and edged turfgrass is beautiful, functional and, unfortunately, thirsty. Creating an esthetically pleasing, lush, but drought-tolerant lawn is the goal of a UC Riverside research program that was the center of a Los Angeles Times feature story this week.Turfgrass specialist Jim Baird told reporter Karen Kaplen he hopes grass from his patchwork of experimental turf plots at UC Riverside will grace the lawns, parks, golf courses and athletic fields of the future.
"My colleagues say I'm crazy," Baird is quoted. "But it doesn't hurt to dream."
Research by another UC Riverside scientist, cytogeneticist Adam Lukaszewski, cited in the article seems to be bringing Baird's dream closer to reality.
Lukaszewski crossed ryegrass with a variety of meadow fescue. When scientists stopped irrigating to simulate drought, the control grasses quickly started to yellow.
"The others stayed green and stayed green and stayed green," Lukaszewski told the Times reporter.
The scientists determined that the most vibrant grasses all shared the same stretch of DNA on the short arm of chromosome 3 that came from fescue.
"If they had it, they made it," Lukaszewski said. "If they didn't, they croaked."
NASA has determined that lawns, golf courses and parks cover 50,000 square miles of the United States. The promising turfgrasses under study at UC Riverside and other universities around the country have a tremendous potential to reduce water, fertilizer and pest control inputs on this huge swath of American land.
Beautiful golf course turf.
Riverside turf course well covered
The Riverside Press-Enterprise yesterday ran a nearly 700-word story about a Riverside field day aimed at saving water resources while maintaining beautiful green turf. The article said a new botany professor at UC Riverside, James Baird, joined forces with UC Cooperative Extension to bring back the annual landscape and turf field day after it had been on hiatus a few years.
"Water is only going to get more scarce," Baird was quoted. "And landscaping is one of those areas where we can make major progress first, where we can really work to be good stewards of the environment."
UC research to develop prettier, tougher and drought-resistant turf has focused on developing hybrid grasses, which are created by cross breeding to blend the best attributes of different species into the same grass.
The story quoted a seed company representative at the field day, who said, "You can use 20 percent less water easy with new turf."
