Late spring rains have delayed California’s fire season this year, which provides farmers and ranchers an opportunity to improve their wildfire preparedness. Barns, wood fencing, hay and other property commonly found on farms have inherent vulnerabilities to wildfire.
Fortunately, buildings and infrastructure can be hardened and maintained to reduce their vulnerability to fire and fire-related damage to agricultural resources. Having a plan in place to keep livestock safe and healthy is essential to maintaining animal health and resume operations as quickly as possible post-wildfire. Join the UC Agriculture and Natural Resources Fire Network team to learn about wildfire preparedness strategies for farms and ranches.
The two-part webinar series will cover hardening structures and managing livestock during wildfire.
Part 1: Ranch Hardening and Wildfire Preparedness Strategies for Agricultural Structures
May 21 at 6-7 p.m.
Join UC Cooperative Extension fire advisor Luca Carmignani and UCCE forest advisor Yana Valachovic to discuss best practices for incorporating principles of structure hardening and defensible space into agricultural structures and operations.
Register by May 20 at https://bit.ly/3y1MbuP. Link to webinar will be emailed to registrants.
Part 2: The Realities of Managing Livestock Health During Wildfire
May 28 at 6-7:30 p.m.
Join UCCE livestock and natural resource advisors and our partners for a set of presentations about managing livestock health during wildfire events and what to do if you find yourself trapped by an approaching wildfire.
Register by May 20 at https://bit.ly/3y1MbuP. Link to webinar will be emailed to registrants.
UC Agriculture and Natural Resources brings UC information and practices to all 58 California counties. Through research and Cooperative Extension in agriculture, natural resources, economic growth, nutrition and youth development, our mission is to improve the lives of all Californians. Learn more at ucanr.edu and support our work at donate.ucanr.edu.
The Russian invasion of Ukraine in early 2022 caused wheat and corn prices to spike 30% and 13%, respectively, and threatened a worldwide food crisis. International efforts to mitigate a food security crisis via the Solidarity Lanes and the Black Sea Grain Initiative (BSGI) have successfully allowed grain exports out of Ukraine. However, Russia’s recent withdrawal from the BSGI, coupled with increased bombings of Odesa and Danube River ports, caused another price spike for these grains. Further aggression in the region risks halting Russian wheat and Ukrainian corn exports across the Black Sea, the main export channel for both countries.
Russia accounts for about 18% of global wheat exports and 2% of worldwide corn exports, while Ukraine provides 15% of global corn exports and only 9% of wheat. Why have these statistics spooked the grain commodity markets?
“The simple answer is that Russia’s aggression in the Black Sea region increases the risk of the world grain market losing the number four corn exporter, Ukraine, and the number one wheat exporter, Russia, if grain vessels on the Black Sea become targets of drone strikes,” said Colin A. Carter, Distinguished Professor of Agricultural and Resource Economics at the University of California, Davis. If all grain shipped through the Black Sea by Russia and Ukraine were halted, it would cut off 27% of global wheat exports and 17% of global corn exports.
Analysis of the corn and wheat markets by Carter and Sandro Steinbach, associate professor in the Department of Agribusiness and Applied Economics and the Director of the Center for Agricultural Policy and Trade Studies at North Dakota State University, shows a notable increase in market uncertainty since the start of the Russia-Ukraine War, as evidenced by measuring “implied volatility.” Implied volatility is the expected price volatility of a commodity like corn or wheat in options trading. In March of 2022, shortly after the invasion of Ukraine, the implied volatility of corn jumped from 25% to 60%, while wheat rose from 40% to 160%. There was also a second peak in volatility in July 2023, after Russia pulled out of the BSGI, suggesting further fears that grain exports through the Black Sea could be cut off from world markets.
When Russia withdrew from the BSGI, there was another brief price spike in wheat (up 15%) and corn (up 10%). Wheat markets have been consistently more affected by conflict in Ukraine, specifically in the Black Sea, than corn prices. This difference can be explained by the fact that 95% of Russian grain is exported through the eastern portion of the Black Sea, while around a quarter of Ukrainian grain is shipped by truck and rail and would not be as affected by the conflict in the Black Sea. By volume, there is around 1.7 times more wheat than corn shipped from Black Sea ports. The wheat market is more politically charged than the corn market because wheat is primarily a food grain. Therefore, the greatest risk to global food security moving forward may no longer be getting grain out of Ukraine – due to the continued success of the Solidarity Lanes – but rather the loss of wheat exports to the world market that could result from Russia backing out of the Black Sea Grain Initiative.
To learn more about how Russian aggression in the Black Sea might affect global food security, read the full article by Carter and Steinbach, “Russian Weaponization of Food Rattles Global Markets,” ARE Update 26(6): 1–4. UC Giannini Foundation of Agricultural Economics, online at https://giannini.ucop.edu/filer/file/1694637435/20778/.
ARE Update is a bimonthly magazine published by the Giannini Foundation of Agricultural Economics to educate policymakers and agribusiness professionals about new research or analysis of important topics in agricultural and resource economics. Articles are written by Giannini Foundation members, including University of California faculty and Cooperative Extension specialists in agricultural and resource economics, and university graduate students. Learn more about the Giannini Foundation and its publications at https://giannini.ucop.edu/.
UC Agriculture and Natural Resources brings the power of UC to all 58 California counties.Through research and Cooperative Extension in agriculture, natural resources, nutrition,economic and youth development, our mission is to improve the lives of all Californians. Learn more at ucanr.edu and support our work at donate.ucanr.edu.
To achieve groundwater sustainability under California’s Sustainable Groundwater Management Act, or SGMA, demand management – policies that encourage water conservation – will be necessary, says Ellen Bruno, University of California Cooperative Extension specialist in quantitative policy analysis at UC Berkeley.
A key feature of the state’s approach to SGMA is that local groundwater sustainability agencies can develop their own plans for achieving sustainable groundwater use, allowing for local flexibility and experimentation.
Reflecting the open-ended nature of the law, Groundwater Sustainability Plans across the state include a variety of water conservation strategies. Many, but not all, GSPs include tools such as allocations, taxes or fees, pumping restrictions, or efficiency incentives. Understanding these policy choices is important because they will influence the economic costs of SGMA.
To help people understand groundwater sustainability plans for their area, Bruno and UC Berkeley Ph.D. student Arthur R. Wardle have created a database. They record and explain the demand management proposals made in the state’s 118 submitted groundwater sustainability plans and make these data publicly available in a new online platform called the SGMA Demand Management Action Database (SGMA-DMAD.com).
“The site allows for bulk download of the data we collected,” Wardle said. “Users can also locate a specific groundwater sustainability agency on a map of California to see what demand management strategies that agency is proposing.”
The Demand Management Action Database is the first easily navigated collection of the demand management strategies being proposed across California.
Many GSPs include over 1,000 pages, reflecting the many criteria they are required to satisfy. Among these pages are discussions of hydrogeologic features of the relevant groundwater subbasin, projections of future water demands and supplies, water budgets and other information necessary for the development of an effective management plan. Only one small section of the GSP, usually taking up only about a dozen pages, explains the management actions the agency is proposing to achieve sustainability.
“GSPs are an imperfect guide to what will actually happen as groundwater agencies implement SGMA,” Bruno said. “The plans laid out in GSPs are subject to change. However, submitted GSPs are the best publicly available evidence of what steps groundwater sustainability agencies plan to take in meeting their SGMA obligations.”
GSPs often distinguish between plans that will definitely be undertaken and plans that are provisional, subject to external approvals, need for additional funding, or are simply being left in the planning stage due to uncertainty over future water needs. The Demand Management Action Database includes information distinguishing between plans that are or will be implemented, versus those that remain uncertain.
“Some plans are still undergoing review and approval from the state,” Bruno said. “But even for the plans that have been approved, they have until 2040 to actually achieve their sustainability goals – or 2042 for basins not in critical overdraft – so I’m sure there will be adjustments to these proposals over time.”
In evaluating the role of demand management in submitted GSPs, the authors categorized demand management actions into a few broad categories – allocations, taxes/fees, pumping restrictions and efficiency incentives – each with a good deal of variation within them.
For each GSP, the Demand Management Action Database shows whether some policy fitting into each of these buckets is discussed in the GSP, along with details and page numbers for people wanting to know more about how a specific GSP is implementing each policy.
For those wanting to conduct their own analysis, the site also includes a download button enabling the entire database to be accessed at once. This data is free to use with proper citation.
Anyone interested in SGMA governance is invited to explore the site and send questions, comments or concerns to Arthur R. Wardle at arw@berkeley.edu.
UC Agriculture and Natural Resources brings the power of UC to all 58 California counties.Through research and Cooperative Extension in agriculture, natural resources, nutrition,economic and youth development, our mission is to improve the lives of all Californians. Learn more at ucanr.edu and support our work at donate.ucanr.edu.
To accelerate adoption of climate-smart farming practices, the University of California Office of the President has awarded nearly $2 million to a team of UC Cooperative Extension scientists and community partners working on a network of farm demonstration sites. The project will be led by Sonja Brodt, coordinator for agriculture and environment at the UC Sustainable Agriculture Research & Education Program. This UC Agriculture and Natural Resources project is one of 38 funded with $83.1 million allocated to UC by the State of California for climate action research and innovation.
Scaling up soil health and other climate-smart agricultural practices to sequester carbon, increase water and nutrient use efficiency, and improve the resilience of farms to climate-related threats like drought and floods is a core pillar identified in California’s Natural and Working Lands Climate Smart Strategy.
Climate-smart agriculture is a systems-based approach that requires localized adaptation across the diverse soils, cropping systems, socioeconomic and cultural contexts throughout California.
Sonja Brodt
“Our project will strengthen the nascent California Farm Demonstration Network for on-the-ground, regionally specific demonstration of a range of climate-smart practices,” said Brodt. “Regional farms will demonstrate practices such as cover cropping, reduced tillage, compost and mulch use, hedgerow planting, irrigation system optimization and more.”
The $1,999,524 project will pilot a participatory partnership extension model that allows farmers to learn from their peers to reduce adoption risks and adapt knowledge to an ever-changing environment, increasing the likelihood of farmer success and accelerating long-term uptake of complex, place-specific practices.
Building on the capacity of local trusted organizations, project collaborators will be organized in a hub-and-spoke network with three regional Farm Demonstration Hubs (Sacramento Valley, North Coast and Central Coast), a pilot Hmong/Mien Demonstration Hub, and a statewide Organic Demonstration Hub.
Collaborators at each hub will be responsible for identifying and nurturing farm demonstration sites, and conducting demonstration trials and farmer-to-farmer outreach activities. Centralized organization and capacity building will be provided by UC SAREP, UC Organic Agriculture Institute, the California Association of Resource Conservation Districts, the Community Alliance with Family Farmers, and the California Farm Demonstration Network Advisory Panel.
In addition to several UC Cooperative Extension advisors and specialists across the state, partners include the UC Hansen Research and Extension Center and the Rodale Institute California Organic Center, both in Ventura County, and the UC Climate Smart Agriculture Program. Eight Resource Conservation Districts will also be involved in leading Farm Demonstration Hubs.
Hope Zabronsky of the UC Climate Smart Agriculture Program shows the importance of soil structure at a cover cropping workshop.
The project will also conduct soil health assessment activities to inform soil health and resilience monitoring protocols in future research and extension efforts. Since many existing soil health metrics were designed for agroecosystems in the Midwest and Eastern U.S., this project aims to lay the groundwork for research to adapt soil health metrics to the arid and Mediterranean climates of California.
“By utilizing relationships built between demonstration hub managers and demonstration farms across different cropping systems, we will gather quantitative and qualitative soil health data, information about growers’ management practices as well as their own perspectives of what they really need to know about their soils in order to better manage for climate resilience and mitigation,” said Brodt.
Ultimately, the project partners aim to establish an enduring on-farm extension and research system that will help thousands of farmers adopt climate-smart practices tailored to their farms.
Three other projects involving UC ANR researchers received California Climate Action Seed Grants and Matching Grants subawards:
Development of a hydrogel that can work as a soil amendment to help small-scale vegetable farms conserve water led by UC San Diego associate professor Shengqiang Cai with Ruth Dahlquist-Willard, UC Cooperative Extension small farms advisor and interim director of UC SAREP; Mallika Nocco, UC Cooperative Extension specialist; and Matthew Gilbert, UC Davis professor of whole plant physiology. $297,979
Development of a tool for predicting climate-water variation led by UC Irvine professor Isabella Velicogna with Tapan Pathak, UC Cooperative Extension specialist. $199,531
A study of urban stream corridors led by UC Davis professor Gregory Pasternack with Igor Lacan, UC Cooperative Extension environmental horticulture and urban forestry advisor. $33,824
UC Agriculture and Natural Resources brings the power of UC to all 58 California counties. Through research and Cooperative Extension in agriculture, natural resources, nutrition, economic and youth development, our mission is to improve the lives of all Californians. Learn more at ucanr.edu.
The VINE, an initiative by the University of California Agriculture and Natural Resources, is now accepting applications for its VINE Validation of Innovation Program. The program aims to support innovation in the agri-tech sector, particularly in climate-resilient solutions for California food systems.
Made possible with support from a UC Climate Action grant, the program is inviting startups to apply, with a focus on providing comprehensive support for field trials – a critical stage for any agri-tech venture.
“Field trials are vital for validating new innovations in the agri-tech sector,” said Gabe Youtsey, chief innovation officer with UC ANR and founder of The VINE. “The VINE VIP aims to provide a supportive environment for carrying out these essential tests, bridging the gap between innovative concepts and real-world application.”
Elif Ceylan, co-founder of OpenGate Partners and head of the VINE VIP, also stressed the importance of field trials.
“Field trials serve as a crucial phase where promising ideas either succeed or require adjustment,” Ceylan said. “We are committed to prioritizing this stage to ensure the effectiveness and relevance of emerging agri-tech solutions.”
The VINE VIP offers more than field trials. It provides a supportive ecosystem for startups, including industry connections, access to a broad network of farmers and experts, comprehensive validation results and market entry support. The program is a unique accelerator that pairs startups with project partners in the agri-tech industry, facilitating Proof of Concept projects and commercialization trials for industry-defined challenges in California agriculture.
By connecting startups with farmers, academics and industry experts, the program aims to validate, advance, adopt and amplify innovative technologies, reducing technological risks and accelerating sales through its extensive industry network.
Startups interested in joining the VINE VIP can apply until Sept. 16, 2023. Detailed information about the program and the application process is available on The VINE’s website at thevine.io/vip.
About The VINE: The VINE is an initiative of the University of California Agriculture and Natural Resources, dedicated to fostering agriculture, food, and biotech innovation in California. Our mission is to support industries and entrepreneurs while promoting technology innovation and commercialization for sustainable and equitable food systems. We connect entrepreneurs with public and private sector resources, encourage collaborations to address industry challenges, and promote regional capacity for global innovation as an economic opportunity.
UC Agriculture and Natural Resources brings the power of UC to all 58 California counties.Through research and Cooperative Extension in agriculture, natural resources, nutrition,economic and youth development, our mission is to improve the lives of all Californians. Learn more at ucanr.edu and support our work at donate.ucanr.edu.
Siskiyou County rancher Jack Cowley, 91, joyfully recalled the special Christmas gift that delighted his seven children in the 1960s. Cowley, then a practicing eye doctor in Sacramento, and his late wife Barbara surprised the children with a white quarterhorse, which they named Silver.
“That’s how it all started!” exclaimed Cowley, reflecting on the gift horse that would eventually lead to a 40-year collaboration with University of California Agriculture and Natural Resources.
Silver was the impetus for his family’s involvement with the 4-H Youth Development Program, a part of UC ANR. Cowley also would later transition to a second career in cattle ranching, and collaborate with UC Cooperative Extension on research projects ranging from weed control to cow genetics.
“Jack has been an extremely committed supporter of UCCE,” said Grace Woodmansee, who became the UCCE livestock and natural resources advisor for Siskiyou County in 2021. “He has worked with UCCE extensively and contributed a lot of time and resources to supporting local and statewide projects.”
Lately Cowley and his son David have been working with Woodmansee and Gabriele Maier, UC Cooperative Extension specialist in the UC Davis School of Veterinary Medicine, on a cow deworming study.
Not only has Cowley allowed UCCE scientists to study his cattle over the years, he has been willing to personally share information with scientists and cattle producers across the country and internationally.
“It is important to foster exchange and linkages, said Dan Drake, UCCE farm advisor emeritus in Siskiyou County, who collaborated with Cowley for 30 years. “He went to so many meetings, especially with the early and uncharted areas of cattle genetics. Jack was on a first-name basis with the leaders from other states and the relationships were important in both directions. Frankly, I think many of those folks were jealous of the great cooperator we had in California.”
Cowley has turned most of the cattle operations over to his children, but he keeps a hand in the business.
Breeding for better beef
After retiring from his Sacramento ophthalmology practice in the 1990s, Cowley settled in Montague in Siskiyou County, 246 miles north of the closest UC campus. There he met then-UC Cooperative Extension farm advisor Steve Orloff and Drake. Orloff advised him on alfalfa production and pasture management while Drake offered counsel on animal health records, organizing breeding, animal nutrition and water issues.
Drake explained to ranchers that by selectively breeding cows based on genetics, they could improve the production and quality of beef so that it’s healthier for humans.
“My medical background helped me understand animal genetics,” Cowley said. “We can modify the genetics to improve the quality of the beef to make it more heart-healthy.”
In 2009, Drake introduced Cowley to UC Cooperative Extension specialist Alison Van Eenennaam, who studies animal genetics at UC Davis.
“I was looking to set up a research trial where we would follow cattle from the ranch all the way through to the Harris Ranch processing plant in the Central Valley,” said Van Eenennaam, who worked with Cowley on a three-year project.
Using DNA samples from Cowley’s cattle, they evaluated the data they received from processor Harris Ranch of the beef characteristics – such as tenderness — to compare the different breeds.
“I really thought I knew what I was doing and my cattle graded terribly,” Cowley said.
Since beginning the genetics project, his beef quality steadily improved.
“We’re now up to where all of our animals are graded anywhere from 20% to 40% Prime and the rest Choice,” said Cowley, adding that he stopped striving for higher grades because the buyer said there was a limited market for the more expensive meat.
Cowley takes pride in knowing breeding practices developed from the research he and UC Cooperative Extension conducted have been adopted globally by dairy producers and beef producers.
“The type of research we were doing there has eventually evolved to now we have these genomic tests that you can use that genetically predict the performance of animals,” Van Eenennaam said. “Nowadays people just take an ear tag and send it in and get their genetic prediction.”
Van Eenennaam credits Cowley for allowing research on his large herd. “Jack was very patient with things that take a long time. When researchers come onto your ranch, that could slow you down.”
She added, “Genetic improvement, of course, is a huge component of sustainability because the more efficient cattle are, the less feed they consume and the less time they take to finish, which ultimately lessens their environmental footprint.”
Grace Woodmansee, who became the UCCE livestock and natural resources advisor for Siskiyou County in 2021, sits with Cowley in his kitchen, which features chicken decorations collected by his late wife Barbara.
Growing up in Utah
Looking back, Cowley marvels that he has been fortunate to do what he wanted to do in life.
“I was interested in ranching when I was probably seven or eight years of age,” said Cowley, who delivered the local Deseret Newspaper on horseback as a boy. “I grew up in Utah, you know, a little town in Utah called Holladay. It was not a ranching community.”
After serving four years in the Air Force during the Korean War, he returned to Utah to find the cute girl he met in first grade had graduated from college and was still single. He married Barbara in 1956. When he was accepted at George Washington University medical school, they drove with their three-week-old baby from Utah to Washington, D.C. He got a job in the Senate office building as an elevator operator working from 5 to 11 p.m., which enabled him to study, meet influential people and finish medical school without debt.
“I actually got to meet Khrushchev,” he said, recalling his encounter with the Soviet leader..
After finishing his ophthalmology residency at UCLA, Cowley established his practice in Sacramento and later taught a few classes at UC Davis Medical School.
Becoming a cattleman
One Saturday afternoon, after Silver the horse joined the family, Cowley and his oldest daughter, Kathryn, were driving in Placerville and saw a ranch for sale. He bought the 90 acres. For two summers, Barbara and the children lived at the ranch and Cowley joined them on weekends.
“Of course, I had to have a few cows to play with,” he said with a chuckle. “Basically, I thought I could make some money off of 50 cows.”
As his herd grew, he moved it to Corning, 50 miles south of Redding, and finally to the site in Montague that could accommodate several hundred head of cattle. “That’s when I really became interested in animal genetics,” Cowley said. “That was back when we had slide rules to do our calculations. It was pretty crude, but it was a start.”
In 1990, Cowley was honored as the California Beef Cattle Improvement Association’s Seedstock Producer of the year and, in 2007, was named Siskiyou County’s Cattleman of the Year. He has served as president of the Siskiyou County Cattlemen’s Association, on the Cattlemen’s Beef Board, as well as on committees for the National Cattlemen’s Beef Association.
“Jack spent countless hours traveling to the Midwest and other beef research institutions to share knowledge, learn more and plan for needed information,” said Drake, emeritus UCCE livestock advisor. This made for better Extension work, better research and recognition of UC Cooperative Extension work nationwide.”
In 2011, when Van Eenennaam and Drake presented their research at an international genomics conference, he joined them in Australia to learn from other researchers. They also visited Australian producers to learn their practices.
“We really rely on cooperators like Jack to enable our research to have translation to farmers and ranchers,” Van Eenennaam said.
In recent years, Cowley has handed the ranch reins over to his children David, Brian, Brent and Kathryn, who live in Siskiyou County.
David, who retired from a nearly 40-year career as a software engineer, plans to continue working with UC Cooperative Extension advisors and specialists.
“Any time you have questions, you can call and they’re more than happy to help you,” he said. — By Pamela Kan-Rice, UCANR
UC Agriculture and Natural Resources brings the power of UC to all 58 California counties.Through research and Cooperative Extension in agriculture, natural resources, nutrition,economic and youth development, our mission is to improve the lives of all Californians. Learn more at ucanr.edu and support our work at donate.ucanr.edu.
Porse has built an outstanding career in water as a research engineer with the Office of Water Programs at California State University, Sacramento and an assistant adjunct professor with UCLA’s Institute of the Environment and Sustainability. His research focuses on urban and water resources management. He specializes in bringing together interdisciplinary teams to investigate complex environmental management questions.
Porse earned a Ph.D. in civil and environmental engineering (water resources) from UC Davis and a master’s degree in public policy (science and technology) from George Mason University. His professional experience includes international work and teaching in Mexico, Europe, Japan and East Africa. He has authored over 50 reports and peer-reviewed articles.
“UC ANR is fortunate to have a director with broad professional experience in science and policy at the United Nations, the U.S. government, private sector firms and research laboratories,” said Deanne Meyer, UC ANR interim associate vice president for programs and strategic initiatives. “Erik’s recent research has collaborated with scientists and projects addressing priority areas in the California Water Resilience Portfolio, including safe drinking water, efficient urban water use, sustainable groundwater management, water reuse, beneficial uses of stormwater, and environmental finance.”
The CIWR is the California hub of the national network of water research institutes supported by the federal Water Resources Research Act of 1964 and provides and communicates solutions to complex water issues and will serve a critical role to support applied water research that tackles large problems with systems approaches, including groundwater recharge, water rights, irrigation management, water finance, and drinking water access. The CIWR works with scientists throughout California as well as through the national network to bring defensible solutions and alternatives to California’s water management community.
“Water is a necessity for life and management of water is essential for California’s economy and prosperity,” Meyer said. “Porse’s leadership with multidisciplinary research teams, water policy research, and integrated systems modeling will serve the CIWR and ANR for years to come.”
Porse succeeds Doug Parker, who retired in 2022 after 11 years as CIWR director. — By Pamela Kan-Rice, UCANR
UC Agriculture and Natural Resources brings the power of UC to all 58 California counties.Through research and Cooperative Extension in agriculture, natural resources, nutrition,economic and youth development, our mission is to improve the lives of all Californians. Learn more at ucanr.eduand support our work at donate.ucanr.edu.
Brent Hales will be joining University of California Agriculture and Natural Resources as the new associate vice president for research and Cooperative Extension beginning July 1.
“After a nationwide search, Brent emerged as a proven and respected leader who will help us to strengthen partnerships, build trust, address challenges and define our 2040 strategic vision,” said Glenda Humiston, UC vice president for agriculture and natural resources.
Hales brings over 20 years of higher education research and leadership experience, including at land grant institutions and in Cooperative Extension. He currently serves as an associate dean of Pennsylvania State University’s College of Agricultural Sciences and director of Penn State Extension.
“I am very excited to join the UC ANR family,” Hales said. “My grandfather was a 1939 graduate of the University of California, Berkeley and both of my parents grew up in California.”
Before joining Penn State in 2019, he served as the senior associate dean and chief financial officer of the University of Minnesota Extension, associate dean for the University of Minnesota Extension Center for Community Vitality, and the director of the Economic Development Authority Center at University of Minnesota, Crookston.
His research focuses on holistic community and economic development and entrepreneurship. He has spent his career working across the United States and the globe with underrepresented communities. Since 1998, Hales has worked with Native American Nations in asset development and capacity building.
“I am excited to collaborate with California’s Native Nations, urban residents and underinvolved Californians as they seek to achieve their goals,” Hales said. “Some notable areas are tackling climate change, food security and workforce development.”
“What excites me most is to be part of the leadership team for the premier institution of Ag and Natural Resources research and extension in the United States,” Hales said. “The people, the facilities, the opportunities and the engagement with the communities and organizations of California is second to none.”
Hales earned a Ph.D. in rural sociology from Iowa State University, a master’s degree in sociology from Middle Tennessee State University and a bachelor’s degree in sociology from Brigham Young University in Utah.
He is the father of six children, is the grandfather of six grandchildren and has been married to his best friend Candy for over 30 years.
Deanne Meyer, UC Cooperative Extension livestock specialist, has been serving UC ANR as interim associate vice president for research and Cooperative Extension over the past year and is assisting Hales with the transition.
UC Agriculture and Natural Resources brings the power of UC to all 58 California counties.Through research and Cooperative Extension in agriculture, natural resources, nutrition,economic and youth development, our mission is to improve the lives of all Californians. Learn more at ucanr.edu and support our work at donate.ucanr.edu.
University of California Cooperative Extension invites English- and Spanish-speaking adults in California and natural resource professionals to complete a 15-minute anonymous survey to inform the development of wildfire-related education and outreach programs.
Results of the survey will guide local and statewide programming at UCCE and be used to inform organizations, policymakers and scientists working to reduce the risk and impacts of wildfire throughout California.
“Wildfires will continue to affect all Californians, either directly or indirectly,” said Katie Low, UCCE statewide fire coordinator. “It’s invaluable to have the input of as many people as possible to guide the development of our wildfire-related extension programs, so that they can provide the most useful resources and information to communities across California.”
The survey asks questions about topics such as:
Gaps within existing educational programming and resources
Challenges community members are facing in addressing wildfire risk
Empowerment of communities to make property management decisions and prepare for wildfire
Acceptability of prescribed fire and other fuels treatments
Fifty survey respondents who complete the survey by Feb. 28 will be selected at random to win a $20 prepaid gift card. To take the online survey, please visithttps://bit.ly/UCCE_Fire_Survey.
If you have any questions about this survey please contact your nearest fire or forestry advisor:
Luca Carmignani, UCCE fire advisor for Los Angeles, Orange, Riverside, and San Diego counties, carmignani@ucanr.edu
Alison Deak, UCCE fire advisor for Fresno, Madera, and Mariposa counties, aldeak@ucanr.edu
Katie Low, UCCE fire academic coordinator for Nevada and Placer counties, katlow@ucanr.edu
Barb Satink Wolfson, UCCE fire advisor for Monterey, San Benito, Santa Clara, and Santa Cruz counties, bsatinkwolfson@ucanr.edu
Ryan Tompkins, UCCE forestry advisor for Plumas, Sierra, and Lassen counties, retompkins@ucanr.edu
UC Agriculture and Natural Resources brings the power of UC to all 58 California counties.Through research and Cooperative Extension in agriculture, natural resources, nutrition,economic and youth development, our mission is to improve the lives of all Californians. Learn more at ucanr.edu and support our work at donate.ucanr.edu.
Growers are invited to tour orchards and vineyards and hear from other growers about their experiences with cover crops.
UC Sustainable Agriculture Research and Education Program, UC Cooperative Extension, the Napa Resource Conservation District, and the Community Alliance with Family Farmers have created a searchable database of orchard and vineyard growers experienced in growing cover crops that will help other growers bring the benefits of the prctice to their operations.
“The tours are part of a project for which we recently unveiled new tools for orchard and vineyard growers to learn about cover cropping from experienced growers,” said Sonja Brodt, associate director of the UC Sustainable Agriculture Research and Education Program.
The database describes cover cropping strategies, details of field practices, benefits and challenges experienced by cover crop growers in orchards and vineyards in the southern Sacramento Valley (including the Capay Valley) and the North Coast viticulture region. The cover crop grower database is available at https://sarep.ucdavis.edu/covercropsdb.
Feb. 8, 1-5 p.m., Capay Valley tour:
The tour will visit three organic farms in the Capay Valley that are integrating cover crops and grazing in their orchard and vineyard systems. Topics of discussion will include:
Strategies for integrating cover crops into orchards and vineyards
Impacts of cover cropping and grazing on soil health
Funding and information resources for growing cover crops
Speakers will include:
Rory Crowley, Director of Habitat Programs, Project Apis m.
Amélie Gaudin, Associate Professor, Department of Plant Sciences, UC Davis, Endowed Chair in Agroecology
Hope Zabronsky, Climate-Smart Agriculture Program lead, UC Agriculture and Natural Resources
UC Agriculture and Natural Resources brings the power of UC to all 58 California counties.Through research and Cooperative Extension in agriculture, natural resources, nutrition,economic and youth development, our mission is to improve the lives of all Californians. Learn more at ucanr.eduand support our work at donate.ucanr.edu.
