California Fruit and Vegetable

Tag: USDA

  • Peaches & Apricots Included in New $159.4 Million USDA Food Assistance Purchases

    The U.S. Department of Agriculture (USDA) today announced it will purchase up to $159.4 million in domestically produced seafood, fruits, legumes, and nuts for distribution to a variety of domestic food assistance programs, including charitable institutions. These purchases are being made utilizing funds under the authority of Section 32 of the Agricultural Adjustment Act (Pub. L. 74-320), as amended (Section 32). This is one of many actions USDA is taking to address the disruptions in the food system supply chain and worsened food insecurity resulting from the COVID-19 pandemic.

    “The impacts of COVID-19 reverberated from our farms to our oceans,” said Agriculture Secretary Tom Vilsack. “U.S. fisheries and the American seafood industry were dealt a heavy blow. Today, USDA is pleased to make the largest single seafood purchase in the Department’s history. These healthy, nutritious food purchases will benefit food banks and non-profits helping those struggling with food hardship as the Biden Administration works to get the economy back on track for American families.”

    Selected commodities include: Alaska pollock, apricots (canned, dried, and frozen), chickpeas, dry peas, Gulf of Mexico and South Atlantic wild-caught shrimp, lentils, navy beans, Pacific pink shrimp, Pacific rockfish fillets, Pacific whiting fillets, pistachios, prepared peaches, and sockeye (red) salmon. The inventories of these commodities are in high oversupply due to a decrease in demand because of the COVID-19 pandemic and disruption in the supply chain, as restaurants and other outlets closed during the pandemic. This is the largest purchase of U.S. raised seafood by the USDA to date.

    Within a few days of approval, USDA’s Food and Nutrition Service will offer these commodities to their networks. Orders should be received during the first week of June with solicitations being issued mid-June and awards occurring near the end of the month. Deliveries should start to occur by mid-August.

    Solicitations will be available electronically through the Web-Based Supply Chain Management (WBSCM) system and on the Agricultural Marketing Service’s website at www.ams.usda.gov/selling-food. To be eligible to submit offers, potential contractors must meet the AMS vendor qualification requirements and be domestic operations.

    The purchase amounts are as follows:

    USDA also announced today a policy change that makes food fish and other aquatic species eligible for the Emergency Assistance for Livestock, Honey Bees and Farm-raised Fish Program (ELAP) under the USDA Farm Service Agency (FSA). Previously, only farm-raised game and bait fish were eligible for death loss ELAP benefits. Beginning June 1, eligible aquaculture producers can request ELAP assistance for 2021 losses. This policy change is for the 2021 and subsequent program years. You can learn more here.

  • ARS Citrus Rootstocks: A Success Story

    Remember that old commercial that declared, “A day without orange juice is like a day without sunshine”? Thanks to the Agricultural Research Service (ARS), consumers can enjoy “citrus sunshine” whenever they like. Begun by USDA more than a century ago, the citrus research program has helped to ensure a bounty of not only oranges, but also grapefruits, mandarins, lemons, and more.

    But that bounty was severely threatened in 2005 with the appearance of a new and destructive disease. Citrus greening, or huanglongbing (HLB), has caused Florida citrus production to plummet around 70 percent in the 15 years since the disease hit U.S. citrus groves. HLB, which causes low yields, yellowed leaves, and bitter-tasting fruit, is caused by a bacterium, Candidatus Liberibacter asiaticus. So far, there is no cure.

    Like other crops, citrus crops are susceptible to a variety of diseases and pests. One reliable way to fend off those threats is to graft the fruit-producing part of a tree (the scion) to the lower trunk and root system (the rootstock) of a different tree that has been bred to resist the disease or pest. Rootstocks are also used to obtain specific tree sizes, yields, and fruit quality, among other goals.

    A 6-year-old Owari Satsuma Mandarin tree on US-942 rootstock developed by ARS. In this trial, US-942 was the highest yielding rootstock, averaging more than 300 pounds of fruit per tree (Photo by Jake Price, University of Georgia).

    With ARS’s long history of helping growers keep their groves healthy and productive, the agency had the expertise required when HLB appeared. To quickly address the problem, the ARS citrus breeding project was refocused in 2005 partly to develop new, HLB-tolerant, highly productive citrus rootstocks.

    Led by Kim Bowman, a plant geneticist in the ARS Subtropical Insects and Horticulture Research Unit in Fort Pierce, FL, the team released 12 new HLB-tolerant citrus rootstocks between 2007 and 2018. Before and after the releases, Bowman conducted dozens of field trials to evaluate and validate the rootstocks’ performance, providing the scientific data needed to demonstrate their potential and gain industry acceptance. These rootstocks, all with the prefix “US,” have since become a key component in the survival of the Florida citrus industry.

    ARS plant geneticist Kim Bowman in front of 5-year-old Valencia orange trees on HLB-tolerant rootstocks he and his colleagues developed (Photo by Diane Helseth).

    Not surprisingly, demand for the rootstocks was extremely high, and growers also needed assurances that they’d be getting the real deal. Bowman arranged for the plant material to be certified disease-free by the Florida Department of Agriculture, paving the way for the rootstocks to be commercially propagated on a large scale.

    Bowman and his colleagues have also done a great deal of research on rootstock propagation. Even though most common citrus rootstocks can be grown uniformly from seeds, it takes several years for a young tree to produce a lot of seeds, and the seeds of many new rootstocks don’t grow into true-to-type plants. The scientists have shown that using plant cuttings or tissue culture is an acceptable alternative to starting new rootstock trees from seed, and it’s a much faster way to create hundreds of thousands of plants.

    The use of these alternative methods has dramatically increased propagation for some of the new rootstocks, so that nurseries are not limited by seed supply.

    From 2018 to 2020, the HLB-tolerant “US” rootstocks were used to produce nearly 3 million new citrus trees, or about 37 percent of all trees propagated in Florida. These rootstocks have also proven effective in areas affected by other diseases besides HLB. The rootstock “US-942” demonstrated the most consistent outstanding performance in field plantings and was the most popular rootstock in Florida from 2018 to 2020, with about 1.8 million trees propagated during that 2-year period, or about 22 percent of all propagations.

    For more information, visit Citrus Rootstocks.—By Sue Kendall, USDA-ARS Office of Communications.

  • Breeding Better Blueberries with USDA

    Drs. Jim Polashock (JP) and Jeannie Rowland (JR) are researchers with the Genetic Improvement for Fruits & Vegetables Laboratory located in Beltsville, MD. Their work involves the improvement of blueberries through the identification and evaluation of genetic markers linked to traits like fruit color, cold hardiness, and disease resistance. In an “Under the Microscope” (UM) interview with the USDA-ARS, the following was shared:

    UM – Blueberries are often hailed as ‘superfruits.’ What makes these berries so healthy?

    JR – The same compounds that give blueberries their hue are also potent antioxidants. Anthocyanins have been linked to many health benefits, from improving night vision and preventing macular degeneration to ameliorating inflammation associated with chronic diseases like cancer and heart disease.

    JP – In addition to the anthocyanins, blueberries are relatively low in calories and packed with other nutrients including vitamin C, potassium, and compounds called flavonoids. The flavonoids also have been linked to anti-inflammatory activity.

    Side by side comparison of two blueberry lines; ‘Bluecrop’ (left) has light blue-colored fruit with a waxy coating, while ‘Nocturne’ has black-colored fruit without a waxy coating.

    UM – Which blueberry traits are you and your team looking to improve?

    JR – We focus on improving traits that are important to the blueberry industry. For example, we hope to discover the genes that are responsible for climatic adaptation (like cold hardiness and chilling requirement), which help determine the geographical range where plants can be grown. We’re also studying several fruit quality traits, such as firmness and scar size. The scar is the opening on the back of the berry that is left when the stem detaches. This can be an entry point for diseases, so it is important that the opening is small.

    Fruit color is also an important trait that we are researching.  Berries can range from black to the more desirable light blue color. The light blue color is the result of a waxy coating on the fruit that can help prevent disease and desiccation (the drying out of the fruit).

    Blueberry plants of a new ARS-developed cultivar ‘Talisman.’

    JP – Another one of our goals is to improve natural disease resistance in blueberries. We are working on uncovering the genes associated with disease resistance. Once discovered, we can bring resistance genes from various blueberry plants into superior plants through traditional breeding. Blueberries with improved resistance reduce production costs and help protect the environment and consumers. We are also working on varieties suitable for machine harvesting, which requires the fruit to be firm and ripen around the same time. Machine harvesting increases sustainability by reducing costs.

    UM – The U.S. blueberry crop alone is estimated to be worth more than $900 million and the global blueberry market is swiftly expanding.  What kinds of threats do blueberry growers and producers currently face?

    JP – To be competitive, growers must produce a quality product while keeping costs down. This involves research across several different disciplines including breeders, horticulturalists, pathologists, and others that all contribute to various aspects of developing improved varieties, disease control and production practices.

    JR: In some years, severe low temperatures in winter can cause damage to flower buds. Also, frosts in late winter and early spring can cause major damage to opening flowers in some years. This kind of damage to flower buds and opening flowers decreases fruit yield.

    UM – What common pathogens or fungi should home gardeners be aware of? 

    JP – Since blueberries are native to North America, they are well-adapted to grow here and have few important disease problems. However, the most common disease home gardeners are likely to see is fruit rot — called anthracnose — that is caused by a fungus. While not harmful to consume, it can make the berries soft and unappealing.  Another common fungus-caused threat to blueberries is a disease called mummy berry, which results in leaf infections and small dried fruit called ‘mummies.’

    Blueberries can also acquire viral infections that reduce plant vigor and yield.  Unfortunately, virus-infected blueberries cannot be cured and affected bushes must be removed to contain the virus. In addition, most of these viruses are transmitted by sucking insects, so the best way to prevent blueberry viruses from spreading is through insect control.

    UM – How can growers protect their blueberries?

    JP – Home gardeners should check with their local gardening supply store for recommendations on how to control the diseases and insects. Birds eating the berries as they ripen is probably more of issue for home gardeners. Bird netting can be purchased at gardening supply stores to help protect the crop.

    UM – How can consumers extend the shelf life of blueberries?

    JP – Fresh blueberries generally disappear pretty quickly but keeping them in the refrigerator will help extend shelf life. They can also be frozen for longer term storage.

    UM – Do blueberries lose some of their nutritional value if frozen or mixed with other fruits?

    JP – Blueberries maintain all of their nutritional quality after being frozen. In fact, freezing can help preserve some nutrients. The berries will be soft when they defrost but will still taste great.

    UM – Can your research in blueberry improvement be applied to other fruits, such as other members of the genus Vaccinium like cranberries? 

    JP – Blueberries and cranberries are actually closely related North American fruit crops.  Although they appear to be quite different, as blueberries grow on bushes with soft sweet fruit while cranberries grow on low-growing vines and bear firm tart fruit, they are actually genetically quite similar.

    JR – We have been working on team projects to sequence the blueberry and cranberry genomes.  Due to their similarities, we can compare traits and markers of one species to those in other related species and transfer information between the two.

  • USDA to Purchase Fresh Produce Under New TEFAP Program

    The U.S. Department of Agriculture (USDA) today announced plans to purchase Fresh Produce (WBSCM Material Number 111427). Pandemic Assistance funding has been made available to supplement The Emergency Food Assistance Program (TEFAP) program for the remainder of the fiscal year ending September 30, 2021. Pursuant to that directive, to help those most in need receive healthy, fresh foods, USDA will be offering boxes of pre-packed, fresh produce through TEFAP in addition to the single varieties that are already available to order. The fresh produce package will include a variety of fresh fruits and vegetables that meet the following requirements. A 10-12 pound package that includes a minimum of at least four of the following: 3-5 lbs. of vegetables (no more than 3lbs. of root vegetables; i.e. potatoes, yams, carrots, onions, etc.), 3-5 lbs. of fruit; at least 2 locally grown fruit or vegetable items, as available, and if not available, add an additional fruit and vegetable item to meet a minimum package weight range of 10-12 lbs. Packages will be expected to have a shelf life of 7-10 days once delivered to the location listed on the contract.

    Solicitations will be issued in the near future, and will be available electronically through the Web-Based Supply Chain Management (WBSCM) system and beta.sam.gov. A hard copy of the solicitation will not be available. Public WBSCM information is available without an account on the WBSCM Public Procurement Page. All future information regarding this acquisition, including solicitation amendments and award notices, will be published through WBSCM, the Agricultural Marketing Service’s website at www.ams.usda.gov/selling-food, and beta.sam.gov. Interested parties shall be responsible for ensuring that they have the most up-to-date information about this acquisition. The contract type is anticipated to be firm-fixed price. Deliveries are expected to be to various locations in the United States on an FOB destination basis.

    Pursuant to Agricultural Acquisition Regulation 470.103(b), commodities and the products of agricultural commodities acquired under this contract must be a product of the United States and shall be considered to be such a product if it is grown, processed, and otherwise prepared for sale or distribution exclusively in the United States. Packaging and container components under this acquisition will be the only portion subject to the World Trade Organization Government Procurement Agreement and Free Trade Agreements, as addressed by FAR clause 52.225-5.

    Offerors are urged to review all documents as they pertain to this program, including the latest—

    • AMS Master Solicitation for Commodity Procurements (MSCP-D), August 13, 2020 (pdf)
    • Qualification Requirements for Selling TEFAP Fresh Produce to USDA Agricultural Marketing Service, April 7, 2021

    These documents are available on the AMS Commodity Procurement website.

    To be eligible to submit offers, potential contractors must meet the Qualification Requirements for Selling TEFAP Fresh Produce to the USDA Agricultural Marketing Service. The AMS point of contact for new vendors can be reached by email at TEFAPFreshProduce@usda.gov. Please include the following in the email’s subject line: TEFAP Fresh Produce [insert company name].

    Once qualification requirements have been met, access to WBSCM will be provided. Bids, modifications, withdrawals of bids, and price adjustments shall be submitted using this system. Submission of the above by any means other than WBSCM will be determined nonresponsive.

    To receive e-mail notification of the issuance of AMS solicitations, contract awards, and other information, subscribe online by visiting: “Stay up to date on USDA Food Purchases” available on the AMS Commodity Procurement webs

  • Healthy Roots, Healthy Trees: HLB & Soil Microbes

    The rhizosphere, defined as the soil environment that surrounds the plant roots, is a rich and diverse habitat for microbes. Some members of the rhizosphere microbiome (or collection of microbes), are good, others bad while many are just there and don’t provide any benefits or harm to the host. One function of the good microbes in the rhizosphere is to help facilitate the availability and assimilation of nutrients and water from the rhizosphere. Just like the human gut, the plant rhizosphere conveys key nutritional functions and the analogy was made that “plants wear their gut on the outside”. One example is the symbiotic relationship between legumes (peas, beans) and rhizobia. Those bacteria help the plant fix atmospheric nitrogen in exchange for carbon supply. Another example is the symbiotic relationship between the plant and mycorrhizal fungi, whereby the mycorrhizae receive carbon from the plant in exchange for increased nutrient uptake (principally phosphorus and nitrogen). There is undeniable evidence that plants have developed a mechanism for recruiting good microbes to cope with environmental stress such as protection against opportunistic pathogens or drought. The rise of ‘omics’ technologies have helped profile entire microbial communities associated with plants and shed light in their biological functions. This research has fueled the development of novel commercial bioproducts to address the increasing consumer’s demand of environmentally-friendly products. As a result, there has been several commercial ‘probiotics’ and ‘prebiotics’ that have been marketed for agricultural use including many biocontrol agents such as fungal- (e.g., Trichoderma) and bacterial- based (e.g., Bacillus, Streptomyces, or Pseudomonas) bioproducts.

    One goal of my research program is to identify beneficial microbes for tree and vines crops, promote practices that support the presence and abundance of beneficial microbes and figure out how good microbes help combat pathogens and support plant health. As part of a collaborative project (UC Riverside, University of Florida, USDA-ARS) funded by the California Citrus Research Board and the USDA-NIFA, we profiled the microbiome of citrus trees in the context of Huanglongbing disease (or HLB). HLB is a highly destructive and lethal disease to all commercial citrus cultivars making it a threat to citrus production globally. Finding strategies that do not only rely exclusively on management of the insect vector of the bacterium (the Asian Citrus Psyllid), is a priority to the citrus industry. In our research, we found that there were significant tissue-specific microbial shifts occurring within the citrus microbiome as trees get sicker, especially in the root compartment. As HLB progressed, there were depletions of beneficial species in roots, such as mycorrhizal fungi, and enrichments of parasitic microorganisms, such as Fusarium and Phytophthora (see Figure). HLB-affected trees decline because of the clogging the phloem sieve tubes, which limit movement of sap and translocation of sugar to the roots, hence leading to feeder root collapse. Once tree is weakened, it becomes more susceptible to pathogens such as Phytophthora which further weakens the trees and exacerbate above ground HLB symptoms. In addition, several studies from Florida suggested that cultural practices that supported root health and rhizosphere microbiome richness and diversity limited root collapse.

    Figure: Citrus decline caused by HLB (https://apsjournals.apsnet.org/doi/10.1094/PBIOMES-04-20-0027- R – Ginnan et al. 2020. Phytobiomes); canopy thinning, wood dieback, feeder roots decline, collapse of beneficial microbes and enrichment of pathogens in roots.

    Our group was recently awarded another research funding by the USDA-NIFA Emergency Citrus Disease Research and Extension program (project director, M.C. Roper, Microbiology and Plant Pathology, UC Riverside). This research effort in collaboration with UC Agricultural and Natural Resources, UC Davis, University of Florida, and the USDA-ARS aims at investigating the root collapse associated with HLB- impacted trees and finding ways to mitigate it by promoting root health. In the proposed work, we will test how different sectors of the root microbiome contribute to or lessen fibrous root loss and if soil amendments (e.g., humic acid treatment, mulching) and planting of HLB tolerant rootstocks (Poncirus trifoliata and P. trifoliata hybrids) can be used to mitigate root loss associated with HLB in Florida, and how tree respond to those practices under a HLB free environment in California. While these approaches will not cure trees from HLB, it will provide a science-based information for strategies that support root and tree health and sustain orchard longevity until remedies are discovered. — By Philippe Rolsausen, Professor in Cooperative Extension, UC Riverside

  • Marketing Assistance Loan Rates for Wheat, Feed Grains, Oilseeds, Rice and Pulse Crops

    The U.S. Department of Agriculture’s Commodity Credit Corporation (CCC) today announced the 2021 Marketing Assistance Loan rates.

    Marketing Assistance Loans provide interim financing to producers so that commodities can be stored after harvest when market prices are typically low and sold later when market conditions may be more favorable. The 2018 Farm Bill extended the Marketing Assistance Loan program, making production for the 2019 through 2023 crops eligible for loan benefits.

    The 2021 Marketing Assistance Loan rates are available on the Farm Service Agency (FSA) website and below:

    Pandemic Assistance for Producers

    As part of a broader effort to help farmers, ranchers and producers who felt the impact of COVID-19 market disruptions, FSA has increased flexibilities for producers with Marketing Assistance Loans. Loans now mature at 12 months rather than nine for loans on most commodities. This applies to all loans disbursed beginning October 1, 2020, as well as any new loans requested by September 30, 2021. These flexibilities are part of USDA’s broader Pandemic Assistance for Producers initiative, which includes direct payments. More information can be found on farmers.gov/pandemic-assistance.

    More Information

    The CCC’s domestic agricultural price and income support programs are carried out primarily through the personnel and facilities of FSA.

    For more information about the CCC, visit usda.gov/ccc. Producers interested in Marketing Assistance Loans should contact the FSA county office at their local USDA Service Center.

    While USDA offices are currently closed to visitors because of the pandemic, Service Center staff continue to work with agricultural producers via phone, email, and other digital tools. To conduct business, please contact your local USDA Service Center. Additionally, more information related to USDA’s response and relief for producers can be found at farmers.gov/coronavirus.

    USDA is an equal opportunity provider, employer and lender.

  • USDA Announces New & Expanded Pandemic Assistance for Farmers

    Agriculture Secretary Tom Vilsack announced today that USDA is establishing new programs and efforts to bring financial assistance to farmers, ranchers and producers who felt the impact of COVID-19 market disruptions. The new initiative—USDA Pandemic Assistance for Producers—will reach a broader set of producers than in previous COVID-19 aid programs. USDA is dedicating at least $6 billion toward the new programs. The Department will also develop rules for new programs that will put a greater emphasis on outreach to small and socially disadvantaged producers, specialty crop and organic producers, timber harvesters, as well as provide support for the food supply chain and producers of renewable fuel, among others. Existing programs like the Coronavirus Food Assistance Program (CFAP) will fall within the new initiative and, where statutory authority allows, will be refined to better address the needs of producers.

    USDA Pandemic Assistance for Producers was needed, said Vilsack, after a review of previous COVID-19 assistance programs targeting farmers identified a number of gaps and disparities in how assistance was distributed as well as inadequate outreach to underserved producers and smaller and medium operations.

    “The pandemic affected all of agriculture, but many farmers did not benefit from previous rounds of pandemic-related assistance. The Biden-Harris Administration is committed to helping as many producers as possible, as equitably as possible,” said Vilsack. “Our new USDA Pandemic Assistance for Producers initiative will help get financial assistance to a broader set of producers, including to socially disadvantaged communities, small and medium sized producers, and farmers and producers of less traditional crops.”

    USDA will reopen sign-up for CFAP 2 for at least 60 days beginning on April 5, 2021. The USDA Farm Service Agency (FSA) has committed at least $2.5 million to improve outreach for CFAP 2 and will establish partnerships with organizations with strong connections to socially disadvantaged communities to ensure they are informed and aware of the application process.

    The payments announced today (under Part 3, below) will go out under the existing CFAP rules; however, future opportunities for USDA Pandemic Assistance will be reviewed for verified need and during the rulemaking process, USDA will look to make eligibility more consistent with the Farm Bill. Moving forward, USDA Pandemic Assistance for Producers will utilize existing programs, such as the Local Agricultural Marketing Program, Farming Opportunities Training and Outreach, and Specialty Crop Block Grant Program, and others to enhance educational and market opportunities for agricultural producers.

    USDA Pandemic Assistance for Producers – 4 Parts Announced Today

    Part 1: Investing $6 Billion to Expand Help & Assistance to More Producers

    USDA will dedicate at least $6 billion to develop a number of new programs or modify existing proposals using discretionary funding from the Consolidated Appropriations Act and other coronavirus funding that went unspent by the previous administration. Where rulemaking is required, it will commence this spring. These efforts will include assistance for:

    • Dairy farmers through the Dairy Donation Program or other means:
    • Euthanized livestock and poultry;
    • Biofuels;
    • Specialty crops, beginning farmers, local, urban and organic farms;
    • Costs for organic certification or to continue or add conservation activities
    • Other possible expansion and corrections to CFAP that were not part of today’s announcement such as to support dairy or other livestock producers;
    • Timber harvesting and hauling;
    • Personal Protective Equipment (PPE) and other protective measures for food and farm workers and specialty crop and seafood producers, processors and distributors;
    • Improving the resilience of the food supply chain, including assistance to meat and poultry operations to facilitate interstate shipment;
    • Developing infrastructure to support donation and distribution of perishable commodities, including food donation and distribution through farm-to-school, restaurants or other community organizations; and
    • Reducing food waste.

    Part 2: Adding $500 Million of New Funding to Existing Programs

    USDA expects to begin investing approximately $500 million in expedited assistance through several existing programs this spring, with most by April 30. This new assistance includes:

    • $100 million in additional funding for the Specialty Crop Block Grant Program, administered by the Agricultural Marketing Service (AMS), which enhances the competitiveness of fruits, vegetables, tree nuts, dried fruits, horticulture, and nursery crops.
    • $75 million in additional funding for the Farmers Opportunities Training and Outreach program, administered by the National Institute of Food and Agriculture (NIFA) and the Office of Partnerships and Public Engagement, which encourages and assists socially disadvantaged, veteran, and beginning farmers and ranchers in the ownership and operation of farms and ranches.
    • $100 million in additional funding for the Local Agricultural Marketing Program, administered by the AMS and Rural Development, which supports the development, coordination and expansion of direct producer-to-consumer marketing, local and regional food markets and enterprises and value-added agricultural products.
    • $75 million in additional funding for the Gus Schumacher Nutrition Incentive Program, administered by the NIFA, which provides funding opportunities to conduct and evaluate projects providing incentives to increase the purchase of fruits and vegetables by low-income consumers
    • $20 million for the Animal and Plant Health Inspection Service to improve and maintain animal disease prevention and response capacity, including the National Animal Health Laboratory Network.
    • $20 million for the Agricultural Research Service to work collaboratively with Texas A&M on the critical intersection between responsive agriculture, food production, and human nutrition and health.
    • $28 million for NIFA to provide grants to state departments of agriculture to expand or sustain existing farm stress assistance programs.
    • Approximately $80 million in additional payments to domestic users of upland and extra-long staple cotton based on a formula set in the Consolidated Appropriations Act, 2021 that USDA plans to deliver through the Economic Adjustment Assistance for Textile Mills program.

    Part 3: Carrying Out Formula Payments under CFAP 1, CFAP 2, CFAP AA

    The Consolidated Appropriations Act, 2021, enacted December 2020 requires FSA to make certain payments to producers according to a mandated formula. USDA is now expediting these provisions because there is no discretion involved in interpreting such directives, they are self-enacting.

    • An increase in CFAP 1 payment rates for cattle. Cattle producers with approved CFAP 1 applications will automatically receive these payments beginning in April. Information on the additional payment rates for cattle can be found on farmers.gov/cfap. Eligible producers do not need to submit new applications, since payments are based on previously approved CFAP 1 applications. USDA estimates additional payments of more than $1.1 billion to more than 410,000 producers, according to the mandated formula.
    • Additional CFAP assistance of $20 per acre for producers of eligible crops identified as CFAP 2 flat-rate or price-trigger crops beginning in April. This includes alfalfa, corn, cotton, hemp, peanuts, rice, sorghum, soybeans, sugar beets and wheat, among other crops. FSA will automatically issue payments to eligible price trigger and flat-rate crop producers based on the eligible acres included on their CFAP 2 applications. Eligible producers do not need to submit a new CFAP 2 application. For a list of all eligible row-crops, visit farmers.gov/cfap. USDA estimates additional payments of more than $4.5 billion to more than 560,000 producers, according to the mandated formula.
    • USDA will finalize routine decisions and minor formula adjustments on applications and begin processing payments for certain applications filed as part of the CFAP Additional Assistance program in the following categories:
      • Applications filed for pullets and turfgrass sod;
      • A formula correction for row-crop producer applications to allow producers with a non-Actual Production History (APH) insurance policy to use 100% of the 2019 Agriculture Risk Coverage-County Option (ARC-CO) benchmark yield in the calculation;
      • Sales commodity applications revised to include insurance indemnities, Noninsured Crop Disaster Assistance Program payments, and Wildfire and Hurricane Indemnity Program Plus payments, as required by statute; and
      • Additional payments for swine producers and contract growers under CFAP Additional Assistance remain on hold and are likely to require modifications to the regulation as part of the broader evaluation and future assistance; however, FSA will continue to accept applications from interested producers.

    Part 4: Reopening CFAP 2 Sign-Up to Improve Access & Outreach to Underserved Producers

    As noted above, USDA will re-open sign-up for of CFAP 2 for at least 60 days beginning on April 5, 2021.

    • FSA has committed at least $2.5 million to establish partnerships and direct outreach efforts intended to improve outreach for CFAP 2 and will cooperate with grassroots organizations with strong connections to socially disadvantaged communities to ensure they are informed and aware of the application process.

    Please stay tuned for additional information and announcements under the USDA Pandemic Assistance to Producersinitiative, which will help to expand and more equitably distribute financial assistance to producers and farming operations during the COVID-19 national emergency. Please visit www.farmers.gov for more information on the details of today’s announcement.

    USDA touches the lives of all Americans each day in so many positive ways. In the Biden administration, USDA is transforming America’s food system with a greater focus on more resilient local and regional food production, ensuring access to healthy and nutritious food in all communities, building new markets and streams of income for farmers and producers using climate-smart food and forestry practices, making historic investments in infrastructure and clean-energy capabilities in rural America, and committing to equity across the Department by removing systemic barriers and building a workforce more representative of America. To learn more, visit www.usda.gov.

  • USDA Announces New & Expanded Pandemic Assistance for Farmers

    Agriculture Secretary Tom Vilsack announced today that USDA is establishing new programs and efforts to bring financial assistance to farmers, ranchers and producers who felt the impact of COVID-19 market disruptions. The new initiative—USDA Pandemic Assistance for Producers—will reach a broader set of producers than in previous COVID-19 aid programs. USDA is dedicating at least $6 billion toward the new programs. The Department will also develop rules for new programs that will put a greater emphasis on outreach to small and socially disadvantaged producers, specialty crop and organic producers, timber harvesters, as well as provide support for the food supply chain and producers of renewable fuel, among others. Existing programs like the Coronavirus Food Assistance Program (CFAP) will fall within the new initiative and, where statutory authority allows, will be refined to better address the needs of producers.

    USDA Pandemic Assistance for Producers was needed, said Vilsack, after a review of previous COVID-19 assistance programs targeting farmers identified a number of gaps and disparities in how assistance was distributed as well as inadequate outreach to underserved producers and smaller and medium operations.

    “The pandemic affected all of agriculture, but many farmers did not benefit from previous rounds of pandemic-related assistance. The Biden-Harris Administration is committed to helping as many producers as possible, as equitably as possible,” said Vilsack. “Our new USDA Pandemic Assistance for Producers initiative will help get financial assistance to a broader set of producers, including to socially disadvantaged communities, small and medium sized producers, and farmers and producers of less traditional crops.”

    USDA will reopen sign-up for CFAP 2 for at least 60 days beginning on April 5, 2021. The USDA Farm Service Agency (FSA) has committed at least $2.5 million to improve outreach for CFAP 2 and will establish partnerships with organizations with strong connections to socially disadvantaged communities to ensure they are informed and aware of the application process.

    The payments announced today (under Part 3, below) will go out under the existing CFAP rules; however, future opportunities for USDA Pandemic Assistance will be reviewed for verified need and during the rulemaking process, USDA will look to make eligibility more consistent with the Farm Bill. Moving forward, USDA Pandemic Assistance for Producers will utilize existing programs, such as the Local Agricultural Marketing Program, Farming Opportunities Training and Outreach, and Specialty Crop Block Grant Program, and others to enhance educational and market opportunities for agricultural producers.

    USDA Pandemic Assistance for Producers – 4 Parts Announced Today

    Part 1: Investing $6 Billion to Expand Help & Assistance to More Producers

    USDA will dedicate at least $6 billion to develop a number of new programs or modify existing proposals using discretionary funding from the Consolidated Appropriations Act and other coronavirus funding that went unspent by the previous administration. Where rulemaking is required, it will commence this spring. These efforts will include assistance for:

    • Dairy farmers through the Dairy Donation Program or other means:
    • Euthanized livestock and poultry;
    • Biofuels;
    • Specialty crops, beginning farmers, local, urban and organic farms;
    • Costs for organic certification or to continue or add conservation activities
    • Other possible expansion and corrections to CFAP that were not part of today’s announcement such as to support dairy or other livestock producers;
    • Timber harvesting and hauling;
    • Personal Protective Equipment (PPE) and other protective measures for food and farm workers and specialty crop and seafood producers, processors and distributors;
    • Improving the resilience of the food supply chain, including assistance to meat and poultry operations to facilitate interstate shipment;
    • Developing infrastructure to support donation and distribution of perishable commodities, including food donation and distribution through farm-to-school, restaurants or other community organizations; and
    • Reducing food waste.

    Part 2: Adding $500 Million of New Funding to Existing Programs

    USDA expects to begin investing approximately $500 million in expedited assistance through several existing programs this spring, with most by April 30. This new assistance includes:

    • $100 million in additional funding for the Specialty Crop Block Grant Program, administered by the Agricultural Marketing Service (AMS), which enhances the competitiveness of fruits, vegetables, tree nuts, dried fruits, horticulture, and nursery crops.
    • $75 million in additional funding for the Farmers Opportunities Training and Outreach program, administered by the National Institute of Food and Agriculture (NIFA) and the Office of Partnerships and Public Engagement, which encourages and assists socially disadvantaged, veteran, and beginning farmers and ranchers in the ownership and operation of farms and ranches.
    • $100 million in additional funding for the Local Agricultural Marketing Program, administered by the AMS and Rural Development, which supports the development, coordination and expansion of direct producer-to-consumer marketing, local and regional food markets and enterprises and value-added agricultural products.
    • $75 million in additional funding for the Gus Schumacher Nutrition Incentive Program, administered by the NIFA, which provides funding opportunities to conduct and evaluate projects providing incentives to increase the purchase of fruits and vegetables by low-income consumers
    • $20 million for the Animal and Plant Health Inspection Service to improve and maintain animal disease prevention and response capacity, including the National Animal Health Laboratory Network.
    • $20 million for the Agricultural Research Service to work collaboratively with Texas A&M on the critical intersection between responsive agriculture, food production, and human nutrition and health.
    • $28 million for NIFA to provide grants to state departments of agriculture to expand or sustain existing farm stress assistance programs.
    • Approximately $80 million in additional payments to domestic users of upland and extra-long staple cotton based on a formula set in the Consolidated Appropriations Act, 2021 that USDA plans to deliver through the Economic Adjustment Assistance for Textile Mills program.

    Part 3: Carrying Out Formula Payments under CFAP 1, CFAP 2, CFAP AA

    The Consolidated Appropriations Act, 2021, enacted December 2020 requires FSA to make certain payments to producers according to a mandated formula. USDA is now expediting these provisions because there is no discretion involved in interpreting such directives, they are self-enacting.

    • An increase in CFAP 1 payment rates for cattle. Cattle producers with approved CFAP 1 applications will automatically receive these payments beginning in April. Information on the additional payment rates for cattle can be found on farmers.gov/cfap. Eligible producers do not need to submit new applications, since payments are based on previously approved CFAP 1 applications. USDA estimates additional payments of more than $1.1 billion to more than 410,000 producers, according to the mandated formula.
    • Additional CFAP assistance of $20 per acre for producers of eligible crops identified as CFAP 2 flat-rate or price-trigger crops beginning in April. This includes alfalfa, corn, cotton, hemp, peanuts, rice, sorghum, soybeans, sugar beets and wheat, among other crops. FSA will automatically issue payments to eligible price trigger and flat-rate crop producers based on the eligible acres included on their CFAP 2 applications. Eligible producers do not need to submit a new CFAP 2 application. For a list of all eligible row-crops, visit farmers.gov/cfap. USDA estimates additional payments of more than $4.5 billion to more than 560,000 producers, according to the mandated formula.
    • USDA will finalize routine decisions and minor formula adjustments on applications and begin processing payments for certain applications filed as part of the CFAP Additional Assistance program in the following categories:
      • Applications filed for pullets and turfgrass sod;
      • A formula correction for row-crop producer applications to allow producers with a non-Actual Production History (APH) insurance policy to use 100% of the 2019 Agriculture Risk Coverage-County Option (ARC-CO) benchmark yield in the calculation;
      • Sales commodity applications revised to include insurance indemnities, Noninsured Crop Disaster Assistance Program payments, and Wildfire and Hurricane Indemnity Program Plus payments, as required by statute; and
      • Additional payments for swine producers and contract growers under CFAP Additional Assistance remain on hold and are likely to require modifications to the regulation as part of the broader evaluation and future assistance; however, FSA will continue to accept applications from interested producers.

    Part 4: Reopening CFAP 2 Sign-Up to Improve Access & Outreach to Underserved Producers

    As noted above, USDA will re-open sign-up for of CFAP 2 for at least 60 days beginning on April 5, 2021.

    • FSA has committed at least $2.5 million to establish partnerships and direct outreach efforts intended to improve outreach for CFAP 2 and will cooperate with grassroots organizations with strong connections to socially disadvantaged communities to ensure they are informed and aware of the application process.

    Please stay tuned for additional information and announcements under the USDA Pandemic Assistance to Producersinitiative, which will help to expand and more equitably distribute financial assistance to producers and farming operations during the COVID-19 national emergency. Please visit www.farmers.gov for more information on the details of today’s announcement.

    USDA touches the lives of all Americans each day in so many positive ways. In the Biden administration, USDA is transforming America’s food system with a greater focus on more resilient local and regional food production, ensuring access to healthy and nutritious food in all communities, building new markets and streams of income for farmers and producers using climate-smart food and forestry practices, making historic investments in infrastructure and clean-energy capabilities in rural America, and committing to equity across the Department by removing systemic barriers and building a workforce more representative of America. To learn more, visit www.usda.gov.

  • Fresno County Dominates CA Processing Tomato Production

    The USDA-NASS Pacific Regional Office surveyed California’s tomato processors for their final acreage and tonnage for the 2020 season. The reported data is summarized by county and listed with final 2019 acres, yield and production for comparison.

    In 2020, there were 234,000 acres of processing tomatoes planted in California, a decrease of 1,000 acres compared to 2019. An estimated 228,000 acres were harvested in 2020, unchanged from the previous year. Total 2020 production was 11.31 million tons, 1.1% higher than the 2019 final production of 11.19 million tons.

    Fresno County continued to be the top California county with 3.62 million tons produced. The remaining top five counties include Yolo, Kings, Merced and San Joaquin, accounting for 74% of the total 2020 processing tomato tonnage for California. 

  • Protein Discovery Could Help Enable Eco-Friendly Fungicides

    New research reveals an essential step in scientists’ quest to create targeted, more eco-friendly fungicides that protect food crops.

    Scientists have known for decades that biological cells manufacture tiny, round structures called extracellular vesicles. However, their pivotal roles in communication between invading microorganisms and their hosts were recognized only recently.

    UC Riverside geneticist Hailing Jin and her team found plants use these vesicles to launch RNA molecules at fungal invaders, suppressing the genes that make the fungi dangerous.  

    ​Infection of an Arabidopsis plant by the fungus that causes white mold disease. (Anna Schroll/Max Planck Institute for Chemical Ecology)

    “These vesicles shuttle small RNAs between cells, like tiny Trojan horses with weapons hidden inside,” said Jin, a professor of genetics and the Cy Mouradick Chair in the Department of Plant Pathology and Microbiology. “They can silence pathogenic fungal gene expression.”

    Using extracellular vesicles and small RNAs has several advantages over conventional fungicides. They’re more eco-friendly because they are similar to naturally occurring products. Eventually, they degrade and do not leave toxic residues in the soil. Also, Jin explained, this method of fighting fungi is less likely to breed drug-resistant pathogens.

    A sticking point for scientists in creating these fungicides has been figuring out how to load their desired small RNAs into the vesicles.

    “We’ve wondered how these weaponized small RNAs get into the bubbles,” Jin said. “Now, we think we have an answer.”

    Her laboratory has identified several proteins that serve as binding agents, helping to select and load small RNAs into the vesicles. The lab’s research is detailed in a new Nature Plants journal article.

    The Jin laboratory has been working for several years on the development of gene-silencing RNA fungicides. Work toward this goal led to the team’s landmark discovery in 2013 that gene-silencing RNA messages can be sent from the fungal pathogen to the plant host to suppress host immunity. Later, the team learned small RNAs can move both ways — from plants into pathogenic invader cells as well. In 2018, the team worked out that extracellular vesicles were the major delivery system for these small RNAs. They observed that Arabidopsis plants secrete extracellular vesicles into Botrytis cinerea, a fungus that causes grey mold disease and destroys millions of crops every year.

    “This was the first example of a host using these vesicles to deliver small RNAs to another organism,” Jin said. “Previously we saw movement of RNA, but didn’t know how the small RNA are selected and transported.”

    Now, she and her colleagues have identified several RNA-binding proteins in Arabidopsis that bind to specific small RNA molecules and load them into extracellular vesicles. This suggests the proteins play an important role in loading and stabilizing small RNAs in the vesicles. The finding can help increase the payload of gene-silencing RNAs that make it into vesicles and enhance the efficiency of disease control.

    Some scientists have taken inspiration from the RNA communication in plant vesicles to design human therapies. For example, some are attempting to load anti-cancer RNAs and drugs into extracellular vesicles in fruits or vegetables, so people can eat or drink them. Jin is hopeful that her lab’s discovery can aid these efforts. — By Jules Bernstein, UC Riverside