Category: Economics

  • Confirmed CLas-positive Asian Citrus Psyllid Found in Ventura County

    Citrus Pest & Disease Prevention Program —Candidatus Liberibacter asiaticus (CLas)-positive Asian citrus psyllid (ACP) sample has been collected from a residential property in Ventura County in the Santa Paula area and has been confirmed by the Citrus Research Board’s Jerry Dimitman Laboratory. The positive sample – comprised of 12 adult psyllids from a residential citrus tree in the Southwest area of Santa Paula – was collected on Sept. 6 as part of the Multi-Pest Risk Survey and confirmed positive for CLas on Sept. 19. This is the first confirmed CLas-positive ACP found in Ventura County.

    A Huanglongbing (HLB) quarantine zone will not be established as a result of this CLas-positive ACP detection and California Department of Food and Agriculture (CDFA) staff are swiftly conducting surveys and collecting samples from the property and all HLB host plants that are located within a 250-meter radius around the find, per the ACP/HLB Action Plan.

    While the first confirmation of a CLas-positive ACP in Ventura County is concerning, as of today, HLB has not been detected in any Ventura County citrus trees. However, it is more crucial than ever that populations of the ACP continue to be controlled properly in order to stop the disease from spreading, as oftentimes a CLas-positive ACP precedes the detection of an HLB-positive tree. Additionally, there were no nymphs observed at the time of collection on Sept. 6., however, during resampling efforts this week, CDFA collected 15 nymphs from the find site property but on a different host plant. CDFA crews will be surveying for any additional adult or nymph psyllids as part of the 250-meter survey being conducted this week.

    This CLas-positive ACP detection is not associated with the research that was conducted last year in Southern California – including Ventura County – as a part of a program funded by the HLB Multi Agency Coordination Group by researchers from UC Agriculture and Natural Resources, UC Davis, UC Riverside and the University of Arizona, Tucson. These studies’ laboratory tests vary from the federally approved testing methods and procedures required by CDFA labs that would allow the state to take any regulatory action. Therefore, this is the first CLas-positive ACP detection recognized by CDFA.

    While treatment is not mandatory for area commercial growers as a result of the detection, Ventura County commercial growers who wish to take proactive steps to protecting their groves or who have additional questions can contact Ventura County Grower Liaisons Sandra Zwaal or Cressida Silvers.

  • Video Released on Nitrogen Management in California Processing Tomatoes

    Efficient nitrogen fertilization management for all irrigated crops is gaining much attention as the Irrigated Lands Programs in the Central Valley and Central Coast begin efforts to minimize nitrate movement past the root zone of fruits, nuts and vegetables. The first in a series of seven educational videos on nitrogen fertilizer management is now available online. The video series is funded through a grant to CURES by the Fertilizer Research and Education Program (FREP) at the California Department of Food and Agriculture.

    “The 4Rs of Nitrogen Management in Processing Tomatoes” features Zheng Wang, Vegetable Crops Advisor with the University of California Cooperative Extension (UCCE). Dr. Wang explains in the 30-minute video the current knowledge about efficient management of nitrogen in processing tomatoes by following the 4Rs: Right Rate, Time, Place and Product.

    UCCE research supported by the California Tomato Research Institute shows that each ton of tomatoes requires approximately 4.6 pounds of nitrogen for efficient production. Nitrogen fertilizer injections into drip systems are best scheduled in the latter half of an irrigation set. Commercial and organic nitrogen fertilizers have varying levels of potential to move past the crop root zone. These and other agronomic and irrigation pointers are covered in the video, available in both English and Spanish. For those who want “just the facts,” 5-minute condensed versions of the video are also available.

    Visit the BMP section of https://www.curesworks.org/nitrogen-management/ ; see Nitrogen Fertilizer 4R videos on canning tomatoes as well as walnuts. Coming soon in the CURES video series on the “4Rs of Nitrogen Management”: pistachios, almonds, citrus, high tonnage wine grapes, strawberries and lettuce. Sign up to be notified for all new video releases at www.curesworks.org “Contact Us.”

    CURES was founded in 1997 to support educational efforts for agricultural and urban communities focusing on the proper and judicious use of pesticides and plant nutrients. Since its formation, the organization has focused its efforts on pesticide and nitrogen fertilizer stewardship and research projects, including studies on the effectiveness of management practices to minimize movement of farm inputs and sediment into surface and groundwater. A key goal is to implement educational programs, coordinate research and provide information and professional expertise to users and applicators of pesticides and nutrients to enhance and protect the environment, as well as public and worker health and safety. All its projects are implemented either by CURES staff or through partnerships with organizations such as commodity groups, water quality coalitions, private companies and the University of California.

    For more information, contact Parry Klassen at 559-288-8125 or klassenparry@gmail.com or visit CURES website at www.curesworks.org.

  • Farmers Save Money, Water by Adopting Climate-Smart Ag Practices

    A Hmong small-scale farmer in Merced County has saved about 14.4 acre-inches of water annually and reduced greenhouse gas emissions by 12.406 MTCO2e per year (equivalent to the greenhouse gas emissions produced from burning 1,396 gallons of gasoline) after upgrading her farm. Rosie Lee – who sells Asian greens, green beans, corn, strawberries and other produce at her farm stand and to Asian markets – is one of hundreds of growers benefiting from California Department of Food and Agriculture incentives and funds with the assistance of Climate Smart Agriculture community education specialists.

    “She is one grower who would not have access to those funds without my bringing my computer out to the field,” said Caddie Bergren, a Climate Smart Agriculture community education specialist who has been working with growers in Merced County since the program’s launch.

    To make it easier for farmers to adopt new practices, CDFA and UC Agriculture and Natural Resources partnered to create the Climate Smart Agriculture program.

    Drip irrigation has saved Lee about 14.4 acre-inches of water annually.

    “Since 2019, UC ANR’s Climate Smart Agriculture Team has provided in-depth technical assistance to more than 1,300 farmers and ranchers in 24 counties,” said Hope Zabronsky, academic coordinator for UC ANR’s Climate Smart Agriculture team. “Through their strong relationships with diverse farming communities, they support the implementation of soil health, water efficiency, and manure management practices that optimize climate benefits for all growers and Californians.”

    The program’s community educators work with farmers and ranchers in 24 California counties to get CDFA-funded grants and implement Climate Smart Agriculture projects. These efforts, which emphasize outreach to underserved farmers and ranchers, have resulted in a total of $36.5 million invested from the State Water Efficiency and Enhancement Program or SWEEP, the Healthy Soils Program, and the Alternative Manure Management Program.

    “Agriculture is an important part of the climate solution,” said CDFA Secretary Karen Ross. “This funding enables CDFA and UC ANR to partner with farmers and ranchers to scale up climate-smart agricultural practices. This is essential as we contend with our hotter, drier future.”

    Lee, the Hmong grower, had been growing 18 acres of vegetables by flood irrigating with groundwater. To save water and reduce pumping costs, she asked Bergren to help her apply for SWEEP funds to convert to drip irrigation and install solar panels. Bergren brought her laptop to the field to help Lee pull together the necessary information for the application. After Lee received funds for the project, Bergren assisted her with the technical logistics of installing the irrigation and solar equipment.

    “I called vendors and we were able to complete the project on time,” Bergren said.

    Through the Climate Smart Agriculture program, Lee, shown holding a soil moisture sensor, received help to apply for grants and complete the energy and water-saving project.

    CDFA and UC ANR have published an impact report highlighting the results of the multi-year partnership focused on increasing adoption of climate-smart agriculture practices to reduce water and energy use.

    The investments have funded more than 420 projects, so far. The projects are expected to save an estimated 8.3 billion gallons of water during their lifetime, enough to supply over 75,000 typical homes in California with water for a year. Additionally, there are projected reductions of more than 355,000 metric tons of carbon dioxide-equivalent, as much as would be achieved by removing 79,110 gas-powered vehicles from roads.

    The report highlights the importance of providing tailored outreach, education and technical assistance to small-scale, non-English speaking, and otherwise underserved farmers and ranchers. — By Pam Kan-Rice and Josh Staab

    To find the full details of the report, please visit https://ucanr.edu/climatesmartag2023.

    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.

  • Largest CA Processing Tomato Crop Forecasted Since 2015

    The USDA National Agricultural Statistics Service has forecasted contracted production for California processing tomatoes at 12.9 million tons for 2023, averaging 50.8 tons per acre. The current production forecast is 23% above last year’s contracted production of 10.5 million tons, and 2% above the May forecast. The projected harvested acreage of tomatoes grown under contract is 254,000 acres, up 13% from 2022.

    Unseasonably wet weather through winter and spring delayed planting by weeks, but with record-high prices and ample water, contracted acreage increased significantly. Harvest began with a slow start in mid-July, a couple weeks behind average, and is expected to continue well through October if the weather stays dry. Now entering peak harvest, canneries are busy managing the logistics of consistently delivering ripe tomatoes to the plant.

    The Processing Tomato Advisory Board published shipments through August 26, 2023, showing a 16% decrease compared to the end of August 2022. However, due to the late crop, shipments are expected to catch up and exceed the past 5 years.

    This processing tomato estimate is funded by the California League of Food Producers.

  • USDA Extends Comment Period on Regulatory Status of Tomato Brown Rugose Fruit Virus (ToBRFV)

    USDA’s Animal and Plant Health Inspection Service (APHIS) is issuing a Stakeholder Registry announcement extending the public comment on two pathway risk assessments and three potential regulatory policy options for Tomato brown rugose fruit virus (ToBRFV) in fresh tomato and pepper fruit for consumption and plant propagative material (including seeds). The public will have an extra 30 days to provide comments to the documents in response to requests to extend the comment period beyond August 30, 2023.  APHIS will now consider all comments received by September 29, 2023.

    To safeguard U.S. agriculture against the introduction of the virus into the United States, APHIS issued a Federal Order effective on November 22, 2019, to restrict the importation of tomato and pepper fruit and plant propagative material, such as plants intended for planting, plant parts and cuttings, and seeds. On June 3, 2020, APHIS amended the Federal Order to clarify the requirements for fruit, specifically requiring an additional declaration for tomatoes and/or pepper fruit from countries that already must provide a phytosanitary certificate for these commodities. All other requirements remained unchanged.

    The distribution of ToBRFV is rapidly changing across the world and given numerous detections of the virus in the United States over the past several years, APHIS is reevaluating the Agency’s policies for regulating fresh tomato and pepper fruit for consumption and plant propagative material (including seeds) for ToBRFV.

    APHIS developed pathway risk assessments to update and inform its policy decisions related to the virus. APHIS drafted the following documents: (1) a tomato and pepper fruit for consumption pathway risk assessment, (2) a propagative plant materials pathway risk assessment, and (3) a document that describes three potential regulatory responses considering the pathway risk assessments.

    APHIS is seeking scientific information that would provide a greater understanding of the distribution of ToBRFV in the United States and of best management practices, including the development of resistant tomato varieties for this virus. APHIS is also seeking information about the economic impacts of the potential regulatory options.

    APHIS is considering three regulatory policy options:

    1. Continue to regulate Tomato brown rugose fruit virus as a quarantine pest but remove those import restrictions for tomato and pepper fruit for consumption. APHIS would continue to regulate propagative materials, including plants and seed, as described in the existing import Federal Order. APHIS would continue to take action on domestic detections of the virus in seeds and other propagative material.
    2. Categorize Tomato brown rugose fruit virus as a non-quarantine pest and rescind the import Federal Order. This action would remove all import restrictions for this virus for fruit for consumption and for propagative materials. APHIS would no longer take action on domestic detections of the virus.
    3. Continue to regulate Tomato brown rugose fruit virus as a quarantine pest and implement the requirements in the existing import Federal Order without change. APHIS would continue to take action on domestic detections of the virus in fruit, seeds and other propagative material for consumption.

    APHIS will accept public feedback of the documents on the Stakeholder Risk Assessment Consultation web page: https://www.aphis.usda.gov/plant-health/risk-assessment-consultation.

    The current ToBRFV Federal Order is available on APHIS’ website here: https://www.aphis.usda.gov/aphis/ourfocus/planthealth/import-information/federal-import-orders/. If you have any questions, please direct them to PPQPRAComments@usda.gov; please indicate ToBRFV in the subject line.

  • New Sensor Chip Advances Rapid, Cost-Effective Disease Diagnostics

    Texas A&M AgriLife Research scientists and collaborators at Iowa State University have developed a sensor chip that can detect many disease pathogens with 10 times the sensitivity of currently available methods.

    The chip also eliminates the need for chemical dye reagents typically used in the diagnostic process. The new technology shows promise for rapid, low-cost point-of-care diagnostic capabilities in plants, foods, animals and humans, including detecting foodborne pathogens, bird flu and COVID-19.

    An abstract diagram showing the basic configuration of the LAMP reaction chamber and nanopore film sensor containing immobilized LAMP products (Texas A&M AgriLife Illustration)

    Results from the new sensor are available in about 30 minutes.

    In their research, published in ASC Sensors, scientists used the new sensor to detect Phytophthora infestansThe pathogen causes globally devastating late blight disease — a particular threat to potato and tomato crops.

    The research was co-led by Jinping Zhao, Ph.D., AgriLife Research postdoctoral research scientist in Dallas, and Subin Mao, a Ph.D. candidate in electrical and computer engineering at Iowa State University. Serving as corresponding authors were collaborators Junqi Song, Ph.D., associate professor and plant immunity research lead with AgriLife Research in Dallas, and Long Que, Ph.D., professor of electrical engineering at Iowa State University. Seed grants from each university funded the research.

    “This research advances technologies that have emerged as some of our greatest opportunities for improving agriculture, food safety and human health,” Song said. “Our publication represents a step toward realizing these powerful tools against diseases.”

    Building on existing technologies

    The new sensor improves upon a technique known as loop-mediated isothermal amplification, or LAMP, which is widely used to detect pathogens by amplifying their DNA.

    Detection of LAMP products amplified from templates, such as pathogen DNA, often requires that the products be “labeled” by using fluorescence dyes — a costly process with low sensitivity. The new sensor diagnoses pathogens without such reagents and at high sensitivity. It also eliminates a lengthy DNA purification process that creates challenges for point-of-care use.

    The new chip consists of a nanopore thin-film sensor inside a special reaction chamber. Primers are uniquely designed to be immobilized on the nanofilm, causing amplified LAMP products to become bound to the sensor, which produces signals that can be directly and easily measured with a portable spectrometer.

    What’s next

    The LAMP chip offers a new portable platform to detect pathogens using label-free sensors with ultrasensitivity. The research team will now work to further enhance sensitivity to a subattomolar or even lower level.

    The team aims to offset current challenges to detecting and distinguishing pathogen species and strains with high-sequence similarities. They will also work to improve the specificity of detections and establish quantitative detection by integrating artificial intelligence and CRISPR gene-editing technologies.

    Their goal is to achieve a viable product for broad adoption in plant, animal and human health point-of-care applications.

  • Connecting the Watermelon Industry with Retail and Foodservice Buyers

    The new National Watermelon Promotion Board (NWPB) Watermelon Supplier Database is the perfect platform to connect retail and foodservice buyers with suppliers as the summer season takes off for America’s favorite melon.

    Each year the NWPB staff promote watermelon to retail and foodservice audiences, both in-person and digitally. When a contact asks where they can get watermelon, this new database with help connect the dots. The new Watermelon Supplier Database is based on the new watermelon.org in the Industry, Retail and Foodservice sections and at watermelon.org/supplierdatabase, so all interested groups can easily access the database.

    The Board is still working to populate the database so if a member of the watermelon industry is interested, please visit watermelon.org/supplierdatabase. Multiple roles in the industry are encouraged to be a part of the database including wholesalers, growers, importers, brokers, processors, seed, transportation companies and more.

    Please reach out to supplierdatabase@watermelon.org with any questions.

    About National Watermelon Promotion Board

    The National Watermelon Promotion Board (NWPB), based in Winter Springs, Florida, was established in 1989 as an agricultural promotion group to promote watermelon in the United States and in various markets abroad. Funded through a self-mandated industry assessment paid by more than 800 watermelon producers, handlers and importers, NWPB mission is to increase consumer demand for watermelon through promotion, research and education programs.

    Watermelon packs a nutritious punch, with each serving providing an excellent source of Vitamin C (25%), a source of Vitamin B6 (8%), and a delicious way to stay hydrated (92% water), with only 80 calories. Watermelon consumption per capita in the United States was an estimated 15.6 pounds in 2019. Watermelon consumption in the United States was approximately 5.1 billion pounds in 2019. The United States exported an additional 321.2 million pounds of watermelon. For additional information, visit www.watermelon.org

  • New Apple Variety Blends Honeycrisp, Cripps Pink

    Washington State University’s newest apple variety, WA 64, is a sweet, tart, firmly crisp hybrid of Honeycrisp and Cripps Pink, a variety that includes the well-known Pink Lady®.

    Officially released for commercial licensing this summer, WA 64 is expected to reach stores in 2029. WSU will select a partner in the coming weeks to make trees available to growers, and the college will choose a brand name for the new apple in 2024.

    “With WA 64, we’re hoping to fill a useful space in the apple market,” said Jeremy Tamsen, director of innovation and commercialization for WSU’s College of Agricultural, Human, and Natural Resource Sciences.

    Jeremy Tamsen

    Crossed in 1998, WA 64 was chosen for its outstanding eating and storing qualities. Featuring a pink blush over a yellow background, it is slightly less hard but crisper and juicier than its Cripps Pink parent.

    “In its bite, it’s more akin to Cripps Pink than Honeycrisp,” said Kate Evans, professor and WSU apple breeder. “In consumer taste-tests, people have preferred its texture to Cripps. It’s crisper than Cripps Pink.”

    WA 64 maintains that crisp texture after months in cold storage. Like WSU’s successful WA 38 variety, also known as Cosmic Crisp®, it’s self-thinning, meaning growers don’t have to invest as much labor in thinning fruit. It also has high packout, ensuring that apples aren’t tossed for bruising or punctures before they reach the grocery store. WA 64 is harvested at about the same time as Golden Delicious, giving growers of that apple a fresh alternative.

    Kate Evans

    “The main focus of our breeding program is to provide new and improved apples that appeal to consumers and work for the Washington apple industry,” Evans said.

    The timing of harvesting should also appeal to growers, Tamsen said.

    “It makes sense for the industry to have an apple that falls within the Golden Delicious harvest window, with qualities that consumers want right now,” he said. “We think apple buyers will love it.”

    WA 64’s number comes from the fact that it’s the WSU breeding program’s 64th apple to move into the second phase of a three-phase process of selection.

    In the first phase, a single new hybrid is evaluated for fruit quality alongside as many as 15,000 other unique individuals. By the second phase, that large group has been winnowed down to about 50 different individuals, compared in groups of five trees. By the third phase, only a handful of finalists are left, compared in groups of 50 trees.

    “With more and more trees, we get more fruit to fully evaluate,” Evans said.

    Each phase takes several years to complete, so it can take decades for a new hybrid to emerge as a release candidate. The decision on how to move forward is made by a committee of growers and scientists, who weigh whether a new apple can find a useful place in the Washington fruit industry.

    Each WA 64 tree is a clone, reproduced through cuttings, with fruit-bearing budwood, or scions, grafted onto different rootstocks. Each scion is genetically identical to the original mother tree seedling.

    With specialty crop funding from the Washington State Department of Agriculture, WSU scientists have been studying how WA 64 performs on different rootstocks and orchard systems. Plantings were made in 2022 at WSU’s Roza Orchard at Prosser and the Sunrise Research Orchard near Wenatchee. Some Washington nurseries have already begun growing WA 64 budwood to support future expansion.

    “We’re starting with a small amount of budwood,” Tamsen said. “Part of what we’re looking for in a licensee is someone who can scale that up at nurseries so that commercial growers can buy trees. That supply doesn’t exist today, and it can take years to scale it up.”

    WA 64 is the fourth WSU apple to be officially released. WA 38, branded as Cosmic Crisp®, was released in 2013, reaching consumers in 2019. WA 2, a cross of Splendour and Gala, branded as Sunrise Magic®, was released in 2010. WA 5, a cross of Splendour and a variety called Co‑op 15, was released in 2009.

    WA 64’s debut likely won’t be in the same scale as Cosmic Crisp®, which was one of the largest and fastest commercial plant releases ever. Last fall, Cosmic Crisp® joined the ranks of the top ten best-selling U.S. apple varieties by sales and volume.

    Sliced WA 64 apples show the newly released variety’s yellow-pink skin and white interior.

    Tamsen expects fresh, creative ideas to flow from the new apple’s naming process, which could involve WSU community input as well as focus-group sessions. “Apples aren’t one-size-fits-all,” Evans said. “Different consumers have different preferences. Isn’t it wonderful that we can release WSU varieties that meet more of those different preferences?” — 

  • Turlock Irrigation District Comments on Serving Farmers in a Wet Year

    With the bountiful supply of much needed rain and snowpack over the winter and spring, watch this brief interview with Michelle Reimers from Turlock Irrigation District as she shares how they are utilizing it, serving and protecting their farming customers this summer with full water allocations.

    Please thank this video’s sponsor G3 Enterprises for their industry support.

  • Webinar Reveals Three Actionable Insights On How To Help Close Avocado Demand Gap

    Updated findings from a forecast study by CIRAD, the French Agricultural Research Center for International Development, point to a surplus of fresh avocados in the global market by 2030 unless action is taken to create demand. Proactive strategies through promotion similar to the model of the Hass Avocado Board (HAB) are discussed in the Avocado World Market Projection Up to 2030, Version 2.0 webinar available on-demand at HassAvocadoBoard.com/webinars beginning on August 17.

    The findings, presented by lead CIRAD researcher Eric Imbert, are an update to data first presented in 2021. As global models suggest an oversupply of avocados in the coming years, HAB invited CIRAD to present to the Hass avocado industry the latest overview through this webinar to help equip stakeholders with knowledge and solutions.

    “The global avocado supply has been growing faster than global demand over the past several years,” said Emiliano Escobedo, Executive Director of the Hass Avocado Board (HAB). “HAB is successfully doing its job of increasing consumption in the United States, but the insights from analysts at CIRAD who looked holistically at all the economic pressures around the world provide clear warning signs as well as opportunities for our industry to restore balance in the years ahead.”

    To mobilize the global avocado industry for a more sustainable future, the webinar begins with a robust overview of market developments and closes with guidance on three action steps designed to help industry leaders get ahead of the forecasted excess in supply. Increasing investment in being greener and stimulating demand growth through promotion are among the “doors to open” suggested by Imbert. HAB’s approach to market growth by developing the avocado’s nutrition story is noted as a good model to follow.

    “There are some large opportunities in the avocado market,” remarked Imbert as he spoke optimistically about the future. “But we have to build this consumption and invest in promotion.”

    HAB’s 2023 webinar series, now available on-demand to fit every schedule, continues throughout the year to support members in making better business decisions and driving category growth more effectively. Subscribe to any of HAB’s monthly newsletters at HassAvocadoBoard.com/newsletter to receive email updates as new webinars are released.

    About The Hass Avocado Board

    The Hass Avocado Board (HAB) exists to help make avocados America’s most popular fruit. HAB is the only avocado organization that equips the entire global industry for success by collecting, focusing, and distributing investments to maintain and expand demand for avocados in the United States. HAB provides the industry with consolidated supply and market data, conducts nutrition research, educates health professionals, and brings people together from all corners of the industry to collectively work towards growth that benefits everyone. The organization also collects and reallocates funds to California and importer associations to benefit specific countries of origin in promoting their avocado brands to customers and consumers across the United States.