Planting Seeds - Food & Farming News from CDFA

USDA to purchase surplus cheese for food banks and needy families; will also extend assistance program for dairy producers

Cheese

The U.S. Department of Agriculture (USDA) has announced plans to purchase approximately 11 million pounds of cheese from private inventories to assist food banks and pantries across the nation, while reducing a cheese surplus that is at its highest level in 30 years. The purchase, valued at $20 million, will be provided to families in need across the country through USDA nutrition assistance programs, while assisting the stalled marketplace for dairy producers whose revenues have dropped 35 percent over the past two years.

“We understand that the nation’s dairy producers are experiencing challenges due to market conditions and that food banks continue to see strong demand for assistance,” said Agriculture Secretary Tom Vilsack. “This commodity purchase is part of a robust, comprehensive safety net that will help reduce a cheese surplus that is at a 30-year high while, at the same time, moving a high-protein food to the tables of those most in need. USDA will continue to look for ways within its authorities to tackle food insecurity and provide for added stability in the marketplace.”

USDA received requests from Congress, the National Farmers Union, the American Farm Bureau and the National Milk Producers Federation to make an immediate dairy purchase. Section 32 of the Agriculture Act of 1935 authorizes USDA to utilize fiscal year 2016 funds to purchase surplus food to benefit food banks and families in need through its nutrition assistance programs.

USDA also announced that it will extend the deadline for dairy producers to enroll in the Margin Protection Program (MPP) for Dairy to Dec. 16, 2016, from the previous deadline of Sept. 30. This voluntary dairy safety net program, established by the 2014 Farm Bill, provides financial assistance to participating dairy producers when the margin – the difference between the price of milk and feed costs – falls below the coverage level selected by the producer. A USDA web tool, available atwww.fsa.usda.gov/mpptool, allows dairy producers to calculate levels of coverage available from MPP based on price projections.

On Aug. 4, USDA announced approximately $11.2 million in financial assistance to U.S. dairy producers enrolled in MPP-Dairy, the largest payment since the program began in 2014.

While USDA projects dairy prices to increase throughout the rest of the year, many factors including low world market prices, increased milk supplies and inventories, and slower demand have contributed to the sluggish marketplace for dairy producers.

USDA will continue to monitor market conditions in the coming months and evaluate additional actions, if necessary, later this fall.

Link to full news release

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‘Science Non-Fiction’ – News coverage of CDFA’s release of parasitic wasps in fight against Asian citrus psyllid

From KBAK and KBFX Eyewitness News, Bakersfield:

External video – link no longer available

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From Bakersfield Now:

Science Non Fiction: Parasitic Wasps Releases to Go After Psyllids 

By Christine Bedell

Thousands of tiny, parasitic wasps originating from Pakistan are being released in residential areas throughout Bakersfield in the latest effort to protect Kern citrus from the dangerous and stubbornly reappearing Asian citrus psyllid.

State and local agricultural officials began spreading the Tamarixia radiata around citrus trees in 23 locations Tuesday in an experiment that’s been performed in Southern California to combat the psyllid and an incurable, deadly plant disease it transmits, Huanglongbing.

Ag experts have seen an alarming increase in the number of Asian citrus psyllids in Kern County over the last year in both residential areas and packing houses, prompting them to take the new tack. Fortunately, they have not detected Huanglongbing in Kern, where citrus was the No. 4 crop in terms of value in 2014, worth $892.9 million.

“It’s been very successfully established in Southern California,” Victoria Hornbaker, citrus program manager for the California Department of Food and Agriculture, said of the Tamarixia radiata release program. “We want to see if we can get some success in Kern County.”

The Tamarixia radiata is a natural predator of the Asian citrus psyllid but doesn’t harm other pests. Crews are releasing 200 to 600 of them per location, depending on the area’s psyllid risk. They’re likely to do releases monthly; it will take about a year to determine if the work is successful.

Partners in the endeavor include the Kern County Department of Agriculture and Measurement Standards, California Department of Food and Agriculture, U.S. Department of Agriculture and University of California.

Huanglongbing was found in Hacienda Heights in 2012; there have since been 26 additional finds on residential trees in Los Angeles County. Infected trees die and must be removed.

The worry is that the Asian citrus psyllid could spread the disease to healthy trees throughout the state, including the Central Valley, where much of California’s commercial citrus is produced.

Backyard citrus growers are at risk, too, as there’s as much residential as commercial citrus growing in California. It’s estimated citrus is grown at 70 percent of residences in Bakersfield.

The spike in psyllid detection locally does not mean eradication efforts are failing, said Darin Heard, supervising agricultural biologist with the county ag department.

It’s just that the psyllid keeps getting transported to Kern from outside the area, he said. People unwittingly bring the pest here via citrus and/or uncleaned agricultural equipment.

Experts have also begun to detect nymph psyllids in Kern, meaning there’s breeding going on, Heard said.

Officials stressed Central Valley growers and residents have been very helpful in the psyllid fight and they appreciate it.

“A lot of eyes are out there looking for this bug,” Hornbaker said.

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2016 looks fruitful for California wineries after a hard year – from the San Francisco Chronicle

winegrapes

By Esther Mobley

California’s 2016 wine grape harvest is under way, and after a freakishly early and low-yielding 2015 vintage, things seem to be back to normal — sort of.

The bump in yields promises some financial relief for the wine industry, which can, with luck, pass that on to consumers. And while many wines from the 2015 vintage appear on a promising track, outcomes across California were variable; an excessively early harvest can often translate to fruit with less flavor complexity. This year, the grapes are getting a little more hang time.

“Qualitatively, we’re pretty happy,” said Hugh Davies, president and CEO of Schramsberg Vineyards. The Calistoga sparkling wine house, which first picked grapes on Aug. 3, is about one-quarter of the way through harvest.

In addition to being one of the earliest on record, last year’s vintage, which started in July, was also very compressed, with many winemakers forced to pick all of their fruit in a short window of time. This year, by contrast, “is a bit more evenly paced than some other years,” Davies said. “We’re walking through it, as opposed to running.” This is largely due to moderate daytime temperatures and cooler nights in California’s coastal regions.

Vintners are generally harvesting about a week later than last year. While 2016 is still on the early side of average — by about 10 to 15 days — the fact that it’s arriving a little later than 2015 is a relief. Extra time on the vine means prolonged development of flavors.
David Marquez dumps his bin of grapes into the transport crates during Hyde Vineyards’ overnight harvest. Photo: Carlos Avila Gonzalez, The Chronicle

“You don’t want sugar to shoot up ahead of flavor ripening,” as was the case for many vineyards in 2015, said Bedrock Wine Co. owner Morgan Twain-Peterson. “We’re not going to see that as much this year.” Bedrock’s first pick was Zinfandel from Evangelho Vineyard in Contra Costa County, on Aug. 1.

In the Central Valley, California agriculture’s workhorse region, the slightly earlier-than-average timeline meant that harvest began in mid-July. (Hotter temperatures there typically ripen fruit ahead of coastal areas.) “We should wrap up Pinot Grigio and Sauvignon Blanc by the end of next week,” said Jen Wall, winemaker for Gallo-owned Barefoot Wine in Modesto. “Currently, we’re in the middle of a heat spike — our second in two weeks.”

On the whole, yields are slightly lighter than average, but still considerably higher than 2015’s extraordinarily short crop; last year, in some regions, like the far-west Sonoma Coast, vineyards reported over a 50 percent loss.

That’s certainly good news from a financial standpoint — and also may bode well for wine quality. “Clusters and berries are small,” said Jonathan Nagy, winemaker at Byron Winery in Santa Barbara, where the first Pinot Noir grapes came in on Aug. 17. “I always like that scenario. It usually means more intense flavors, structure and color.”

It’s a return to moderation after a vintage that was marked by extremes.

One hallmark of the 2016 growing season was winter rain, some succor after three hard years of drought. “It was a dry January and February, but then we got a significant amount of rain in late February and April,” said Jeff Mangahas, winemaker at Williams Selyem winery in the Russian River Valley. The drought still pushed an early bud-break, but the spring rains slowed down the ripening process.

“The plants were a lot happier this year,” said Mangahas, who started picking on Aug. 10. “From a vegetative-cycle perspective, it was a very good growing season.”

Still, as many Californians are aware, it will take a lot more sustained rainfall for the region to fully emerge out of the drought. “The rain we got this year was good for the vines, but it didn’t recharge our aquifers,” said Steve Ledson, owner of Ledson Winery & Vineyards in Sonoma Valley, who began harvesting Chardonnay on Aug. 14. “My personal opinion is that it’s going to take several more years.”

Elsewhere, the still-dry landscape had catastrophic consequences. For the second year in a row, Lake County was ravaged by wildfire. One winery in Lower Lake, Terrill Cellars, burned down. For others, the Clayton Fire threatened to disrupt the beginning of harvest. Six Sigma Ranch south of Lower Lake, for example, had to evacuate last weekend; the fire missed the property by less than 2 miles.

Smoke taint, which was a problem in 2008, does not seem likely; proximity to fire does not necessarily mean lingering smoke. “This year and last year, we had very little smoke on our property,” said Christian Ahlmann, Six Sigma’s vice president. “I don’t think the wine will have any trouble.”

Though it’s still early to call it, 2016’s potential is strong. “There’s going to be good concentration of flavors,” said Matt Stornetta, whose La Prenda Vineyard Management farms 1,000 acres of vine in Sonoma County.

Michael McNeill, director of winemaking at Sonoma Valley’s Hanzell Vineyards, agreed. The one possible challenge at Hanzell, said McNeill, is that the acidity is a little lower than expected, “so we’re going to have to balance that out with the ripeness level.”

It remains difficult to draw conclusions about weather patterns for future vintages, however. Who knows what’s “normal” anymore? Twain-Peterson points out that just a few years ago — 2009, 2010 and 2011, when there was plenty of cold and rain — we were talking about the pattern of late harvests. Chalk it up to California’s ever-unpredictable meteorology.

Link to story

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Video – A look back at mating disruption and the European Grapevine Moth

Last week CDFA announced the lifting of a long-running quarantine in California for the European Grapevine Moth, dating back to 2009. In the midst of the program, in 2012, CDFA produced a video featuring Napa County Agriculture Commissioner (then asst.) Greg Clark discussing the effectiveness of moth pheromone for mating disruption. It was a major part of the eradication program.

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Salinas Ag training program shares in USDA grant for new farmers and ranchers

The USDA has announced a new investment of $17.8 million for 37 projects to help educate, mentor, and enhance the sustainability of the next generation of farmers, including $600,000 for the Agriculture and Land-Based Training Association, or ALBA, in Salinas. ALBA generates opportunities for farm workers and limited-resource, aspiring farmers to grow and sell crops from two organic farms in Monterey County. CDFA produced a video about ALBA as part of its award-winning Growing California series.

The USDA investment is made through the agency’s Beginning Farmer and Rancher Development Program (BFRDP). Since 2009, USDA has invested more than $126 million into projects targeting new and beginning farmers and ranchers through BFRDP.

With the average age of the American farmer exceeding 58 years, the USDA (and CDFA) recognizes the need to bring more people into agriculture. Over the course of the Obama Administration, USDA has engaged its resources to provide greater support to the farmers of the future by improving access to land and capital; building new markets and market opportunities; extending new conservation opportunities; offering appropriate risk management tools; and increasing outreach, education, and technical support.

Link to USDA news release

 

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Climate Smart Agriculture Online Webinar: Netherlands & California Discuss Saline Agriculture

Last month CDFA hosted a climate smart agriculture webinar in partnership with the Netherlands and the University of California’s World Food Center addressing salinity in specialty crops within California’s Central Valley and along coastal areas.

The webinar is now available online with included presentations.

CDFA CSA site screenshot

Saline agriculture, the ability to produce crops with brackish water and in high salinity soils could potentially be of interest to California farmers who encounter these growing conditions. The webinar featured an overview by Arjen de Vos of Salt Farm Texel, a producer of saline agriculture in the Netherlands, as well as perspective from California State Board of Food and Agriculture member Don Cameron, of Terranova Ranch, a diversified farming operation in the Central Valley. Researchers from Wageningen UR and the University of California also provided perspective.

The Climate Smart Agriculture webinar is the first in a series of online discussions on Climate Smart Agriculture to be hosted in the coming months in collaboration with the University of California’s World Food Center.

Posted in Climate Change, Drought, Specialty Crops | 1 Comment

Davis Farmers’ Market celebrates 40th anniversary

 

Davis

On August 13 we celebrated the 40th anniversary of the Davis Farmers’ Market. It is everything a Farmers’ market should be: a place to show the incredible diversity, quality and bounty of what our farmers produce. Where eaters can shake the hand of the grower and learn about their farming practices. It is a place for community and a source of pride. Ten thousand people a week attend the Wednesday and Saturday markets – come rain or shine EVERY week. It is about healthy and flavorful – and as Davis Mayor Robb Davis said, it is also about gratitude. So proud that my boss, Governor Jerry Brown, signed the country’s first legislation to establish the certified farmers market program during his first term as Governor, in 1976. CALIFORNIA leads the nation with over 700 certified markets and Davis is a great model!

Learn more about CDFA’s Certified Farmers’ Market Program

Entertaining children at the Davis Farmers' Market.

Entertaining families at the Davis Farmers’ Market.

 green farm
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Updated UC Davis report on drought impacts to agriculture – from the California WaterBlog

Note – This report from UC Davis only lists land fallowed due to the drought, nearly 80 thousand acres. Total land fallowed in California is considered to be roughly 1.2 million acres.  

By Josué Medellín-Azuara, Duncan MacEwan, Richard E. Howitt, Daniel A. Sumner, and Jay R. Lund

The drought continues for California’s agriculture in 2016, but with much less severe and widespread impacts than in the two previous drought years, 2014 and 2015.  Winter and spring were wetter in the Sacramento Valley, to the extent of several reservoirs being required to spill water for flood control, but south of the Delta was unusually dry.  The much-heralded El Nino brought largely average precipitation north of the Delta, replenishing some groundwater, and drier than average conditions to the southern Central Valley and southern California.  The historical pattern of increasing water exports from the Sacramento-San Joaquin Delta in these circumstances was less available due to environmental restrictions on Delta pumping.  Some concerns also remain for water supplies north of the Delta regarding temperature releases from Shasta reservoir.  The overall estimated impacts of the 2016 drought on agriculture are summarized in the table below.

Survey work on expected surface water deliveries to agricultural water districts, and public announcement from main water contractors indicate a surface water shortage of 2.6 million acre-foot of water for agriculture during the 2016 irrigation season mostly for the Central Valley. This is roughly 14 percent less than a normal statewide surface water supply for crops.  This shortage is reduced with nearly 1.9 million acre-foot of additional groundwater pumping for a net water shortage of 0.7 million acre foot or 2.6% of the estimated applied water in agriculture.

With this water shortage, about 78,800 acres of land could be idled due to drought, a small proportion of California’s 9.3 million acres of irrigated crops. Almost all fallowed land due to drought is projected to be on the west side of the San Joaquin Basin which relies heavily on water imports. No significant drought related impacts are expected for livestock and dairies this year as this sector is more affected by market conditions than drought this year. Net water shortages will cost about $247 million dollars in forgone gross crop revenues plus $303 million in additional pumping costs for a total of $550 million in direct costs and 1,815 jobs lost in agriculture due to drought. Region-wide effects which include sectors supporting agriculture face gross revenue losses and households lost income of an estimated $603 million and 4,700 jobs statewide.

2016 ag drought table

Groundwater is responsible for offsetting about 70 percent of the statewide surface water shortage for agriculture. The energy cost of this additional pumping equals $300 million, exceeding estimated crop losses due to drought. The progressive depletion of groundwater during the drought also has increased costs for rehabilitation and replacement of domestic and agricultural wells.

Environmental issues from fish stocks further weakened by earlier years of drought have left irrigation district managers concerned about the potential for late-season curtailments to manage reservoir water temperatures for fish habitat.  Delta environmental water operation constraints this year have prevented additional through-Delta water transfers, effectively shutting down the 2016 water market across the Delta.  Water transfers from the Sacramento Valley to the San Joaquin Valley helped offset some of the economic cost of the 2014 and 2015 drought.

Pasture conditions and feed market conditions have improved for livestock producers, but low cattle and milk prices place intense economic pressure on producers.

Groundwater reserves and national and global market conditions continue to support the health and robustness of areas of California’s agriculture still affected by water shortages. Modest recovery in contract labor growth from 2014 to 2015 is apparent from labor statistics due to favorable market conditions for California’s commodities. Water management in the Sacramento San Joaquin Delta for protecting endangered species and access to groundwater remain important for sustaining water supply for California’s agriculture and related sectors. A better accounting of water use and water reserves along with other management tools will facilitate groundwater management, water market transfers, and overall water management and policy for drought.

 These results were developed by this team of researchers from UC Davis Center for Watershed Sciences, ERA Economics and the UC Agricultural Issues Center for their third drought economic impact assessment on agriculture commissioned by the California Department of Food and Agriculture.

Link to blog post

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Moving the Needle on Nitrogen Fertilizer Management in California Agriculture

California Department of Food and Agriculture invests in crop-specific research, training for farmers and crop advisors, and development of best practices for nitrogen use.

By Karen Ross, CDFA Secretary

As young students we are taught that water, sunshine, seed and soil are the building blocks of agriculture. Scientists and farmers alike have come to embrace the basic and vital importance of nitrogen as another basic element in farming. It plays an influential role in the growth of our crops, and it is part of a delicate balance in which the goal is to have each plant reach its potential for productivity. The risk of overuse, though, is pollution of our air and water.

The California Nitrogen Assessment, a recent report from UC Davis’ Agricultural Sustainability Institute (ASI), has focused attention on the use of nitrogen on our farms. The report is careful to point out that there are other factors contributing to excess nitrogen in our environment, most notably the burning of fossil fuels. The transportation and energy sectors, wastewater management and other sources are significant as well.

The document acknowledges the use of nitrogen as a building block of plant growth – a vital element in the most basic function of farming. And it confirms that the key to reducing excess nitrogen from the agricultural sector lies in the pursuit of efficient, refined, science-based management of fertilization, irrigation and other farming practices – key priority areas of CDFA’s Fertilizer Research and Education Program (FREP).

FREP-funded UCCE “Pump and Fertilize” trials, 2012-2015.

FREP-funded UCCE “Pump and Fertilize” trials, 2012-2015.

CDFA’s FREP is dedicated to the scientific pursuit and practical implementation of that science for the  efficient use of fertilizers. The program is tailored to the needs of individual crops, soil types, irrigation systems and other factors. In fact, FREP is for just that purpose, and it has been steadily adding to the relevant science for the last 25 years.

Californians – and California farmers – have been given a tremendous gift in the form of our state’s potential for growing good food. That gift comes with a responsibility to be good stewards of the land and all the natural resources that contribute to its suitability and fertility. That stewardship extends beyond and below the land, to the groundwater that many of our farmers must draw from during droughts like the current one, now in its fifth year.

Measuring success in nutrient management is a complex process. As stated in the ASI report, it takes from years to millennia for excess nitrogen from fertilizers to move past the root zone of food crops to reach the groundwater. The challenge of showing progress is further complicated in an environmental system that harbors years of legacy nitrate contamination. But studies like ASI’s 7-year, comprehensive report inform us about our effectiveness in recent years and, more importantly, they confirm that FREP’s work is essential in moving the needle in the right direction. According to the UC Davis Nitrate Report, since the 1970s the gap between synthetic nitrogen applied and harvested has decreased more than 60%.

In the end, reducing that footprint by only giving our crops the nitrogen they can use to produce food – no more, no less – is good for the environment. Fortunately, science has progressed to the point that it is now capable of showing us how to tailor nitrogen use for specific crops, under specific conditions, so that we can get the benefits of nitrogen without the societal or economic costs of excess use.

FREP 3Since its establishment FREP has funded more than 200 research projects, most of them focused on understanding the nitrogen requirements of various crops and developing management practices that improve the performance of nitrogen fertilizers while minimizing their environmental impact. FREP’s most important achievement over the years is the way it makes that research available to the farmers and advisors who are in a position to put it to good use. Examples of FREP’s projects and achievements include:

California Fertilization Guidelines

Online crop fertilization guidelines provide growers with an important decision-making tool for environmentally safe application of fertilizing materials without compromising crop yield. Growers and advisors have access to information on fertilizer application including how much, when and the best methods. To date, there are nutrient guidelines for 22 crops, representing almost 70% of irrigated acres in California.

These guidelines have been developed through a partnership between CDFA and UC Davis to address the increasing demand from growers and advisors for accurate, timely, efficient and effective crop nutrient information across the state, especially in the San Joaquin Valley’s Tulare Lake Basin and in the Central Coast region’s Salinas Valley. These two regions collectively represent a high degree of nitrogen sensitivity relative to drinking water quality and supplies.

CropManage

Funded by FREP, CropManage is a deci­sion-making tool for growers developed by UC Cooperative Extension. Growers can integrate publically available soil and climate data with in-field measurements to create efficient irrigation and fertilization recommendations. The online tool was developed by Michael Cahn with UC Cooperative Extension and UC ANR, and schedules and tracks water and nitrogen fertilizer applications for growers planted fields.  The application is designed to help farmers conserve water and make better use of nitrogen fertilizer while maintaining crop productivity and quality.

 Nitrogen Management Training Program for Advisors

Recognizing the need for nitrogen management and training programs for both growers and crop advisors, in 2014 CDFA funded a training program to address these needs. Through this partnership with the University of California Division of Agriculture and Natural Resources (UC ANR), California Association of Pest Control Advisers, and California Certified Crop Advisors, nearly 900 Certified Crop Advisors (CCA) have been trained through 9 one-and-a-half-day sessions. The Nitrogen Management Training Program provides technical and applied information to improve CCAs’ understanding of sound nitrogen management practices and their ability to make informed recommendations to growers.

Nitrogen Management Training for Central Valley Growers

FREP 1In another collaborative project, FREP and Coalitions for Urban/Rural Environmental Stewardship (CURES) extended the nitrogen management training to the growers in high vulnerability areas in the Central Valley. This training enables the growers to self-certify their own nitrogen management training required by the regional Water Board. In 2015 and 2016, 31 grower training sessions were held with 28 CCAs trained as lead instructors. This project provided nitrogen management training to more than 1,880 growers.FREP 2

 FREP Funded and Applied Research

For 25 years, the FREP program has been investing in pioneering fertilizer research focused on agronomic efficiency in the management of nutrients, precision irrigation and fertigation practices, soil, crop, and fertilizer interactions. FREP has invested $12 million for over 200 technical, research and education projects.

Irrigation Water to Fertilize Vegetables

Through FREP funding, researchers Smith, Hartz and Cahn have just finished three seasons of field trials that demonstrated that the nitrate in groundwater supplied a substantial portion of the fertilizer requirements for lettuce and broccoli. Water quality regulations in many regions of California now require farmers to report the amount of nitrogen fertilizer that they apply to their fields and the nitrate concentration of their irrigation water. By accounting for the nitrate in irrigation water and using the soil nitrate quick test to monitor soil nitrogen levels, growers may be able to significantly reduce the amount of fertilizer nitrogen they apply to vegetable crops.

Posted in Environment, Fertilizer, Healthy soils | Tagged , , , , , | 2 Comments

California’s Agricultural Vision – help shape the future…

Agvision 2030 Banner

Nearly eight years ago, the California State Board of Food and Agriculture began a strategic planning process for the state’s agriculture and food system that ultimately led to California Agricultural Vision.

Ag Vision was motivated by the rapidly growing list of challenges facing agriculture, from regulations and water supplies to urbanization and climate change. The report identified 12 strategies and corresponding action items to ensure long-term prosperity for California agriculture. This report is not a CDFA document, but serves as a guide.

The California Department of Food and Agriculture enthusiastically supports the Board’s decision to revisit the Ag Vision Challenges and strategies in light of the changes that have impacted agricultural since the report was drafted in 2010. We’d appreciate your input on the following survey, asking your opinion/insight.

Please complete the survey at the link below by Aug. 26.

Ag Vision Survey

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