This calendar is composed of outreach events related to agricultural management practices that align with FREP’s mission. To add an outreach event, contact us at email@example.com.
UC Cooperative Extension will host a field day at the USDA-ARS Spence research farm to
show a field trial evaluating water use in drip irrigated celery. This is an opportunity to see firsthand
the effect of water management on celery growth. We will discuss using weather data for
scheduling irrigations using the CropManage online tool, water application monitoring using
flowmeters, soil moisture monitoring using tensiometers, and the feasibility of improving
irrigation scheduling using satellite-based tools. This is a joint project among UC Cooperative
Extension, CSU Monterey Bay, NASA-Ames, and the USDA-ARS. The project is funded
through the USDA-Specialty Crop Grant Program, administered through CDFA. Cooperators
include Dole Fresh Vegetables, Inc., and Wilbur Ellis.
Location: The trial is located in a field adjacent to Spence Rd. Enter the ranch from the west
side of Old Stage Rd. Turn right at the water reservoir and drive to the end of the road.
For more info. call: Michael Cahn, Irrigation and Water Resources Advisor: 831-759-7377
UC Cooperative Extension will host the annual corn field meeting on Thursday, October 18, 2018, from 10:00am to noon, on Tyler Island in Sacramento County. The agenda is pasted below and attached. The attached version includes a map and directions to the field site. We have applied for CCA continuing education credits, and light refreshments will be provided. RSVP is not required. Hope to see you in the field!
10:00am Field corn variety evaluation – preliminary results, Michelle Leinfelder-Miles, UCCE, SJC/Delta
10:15am Variety traits for the Delta, Seed company representatives
10:30am N stabilizer product trial in silage corn, Michelle Leinfelder-Miles, UCCE, SJC/Delta
10:45am Measuring the interaction between N demand and water use in irrigated corn, Taylor Becker and Mark Lundy, UC Davis
11:00am Viewing of field plots