Planting Seeds - Food & Farming News from CDFA

Census of US Agriculture released – California snapshot

Announcement from the USDA’s National Agricultural Statistics Service

The USDA’s National Agriculture Statistics Service (NASS) has announced the results of the 2017 Census of Agriculture with new information about U.S farms and ranches and those who operate them, including first-time data about on-farm decision making, down to the county level.

“The Census shows new data that can be compared to previous censuses for insights into agricultural trends and changes down to the county level,” said NASS Pacific Region Director Gary R. Keough. “We are pleased to share first-time data on topics such as military status and on-farm decision making. To make it easier to delve into the data, we made the results available in many online formats including a new data query interface, as well as traditional data tables.”

The 2017 Census of Agriculture data show the following facts about California agriculture:

  • Top commodities were: fruits and nuts with $17.5 billion in farmgate value, vegetables with $8.2 billion, milk with $6.5 billion, cattle and calves with $3.1 billion, and horticulture with $2.9 billion.
  • Fresno, Kern, Merced, Monterey, Stanislaus, San Joaquin and Tulare counties lead all U.S. counties in sales.
  • Total farm production expenses for California totaled $37.8 billion, up $2.3 billion from 2012.
  • The average age of the California farmer is 59.2, up from 57.9 in 2012.
  • Military veterans account for 10 percent of California farmers.
  • At 14,552 farms, California is the top state using renewable energy producing systems in agriculture. Solar is the most common renewable energy producing system on farms and ranches in the Golden State.

Results are available in many online formats including video presentations, a new data query interface, maps, and traditional data tables. To address questions about the 2017 Census of Agriculture data, @USDA_NASS will host a live Twitter “Ask the Census Experts” #StatChat on Friday, April 12 at 10 a.m. PST/1 p.m. ET. All Census of Agriculture information is available at www.nass.usda.gov/AgCensus.

The Census tells the story of American agriculture and is an important part of our history. First conducted in 1840 in conjunction with the decennial Census, the Census of Agriculture accounts for all U.S. farms and ranches and the people who operate them. After 1920, the Census happened every four to five years. By 1982, it was regularly conducted once every five years. Today, NASS sends questionnaires to nearly 3 million potential U.S. farms and ranches. Nearly 25 percent of those who responded did so online. Conducted since 1997 by USDA NASS – the federal statistical agency responsible for producing official data about U.S. agriculture – it remains the only source of comprehensive agricultural data for every state and county in the nation and is invaluable for planning the future.

Link to Census

Link to CDFA agricultural statistics page

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California Final Grape Crush Report

From the USDA’s National Agricultural Statistics Service

The 2018 crush totaled 4,506,583 tons, up 6.2 percent from the 2017 crush of 4,241,945 tons. Red wine varieties accounted for the largest share of all grapes crushed, at 2,447,930 tons, up 8.8 percent from 2017. The 2018 white wine variety crush totaled 1,833,755 tons, up 3.8 percent from 2017. Tons crushed of raisin type varieties totaled 82,508, down 12.5 percent from 2017, and tons crushed of table type varieties totaled 142,391, up 8.0 percent from 2017.

The 2018 average price of all varieties was $831.63, up 6.8 percent from 2017. Average prices for the 2018 crop by type were as follows: red wine grapes, $1,019.03, up 5.5 percent from 2017; white wine grapes, $634.84, up 8.0 percent from 2017; raisin grapes, $299.48, up 18.4 percent; and table grapes, $192.01, up 7.6 percent.

Leading Grape Varieties and Districts

In 2018, Chardonnay continued to account for the largest percentage of the total crush volume with 15.8 percent. Cabernet Sauvignon accounted for the second leading percentage of crush with 15.1 percent. Thompson Seedless, the leading raisin grape variety crushed for 2018, was only 1.5 percent of the total crush.

District 13, (Madera, Fresno, Alpine, Mono, Inyo Counties; and Kings and Tulare Counties north of Nevada Avenue (Avenue 192)), had the largest share of the State’s crush, at 1,370,068 tons. The average price per ton in District 13 was $318.38.

Grapes produced in District 4 (Napa County) received the highest average price of $5,571.44 per ton, up 6.6 percent from 2017. District 3 (Sonoma and Marin counties) received the second highest return of $2,817.92, up 0.3 percent from 2017. The 2018 Chardonnay price of $970.76 was up 5.1 percent from 2017, and the Cabernet Sauvignon price of $1,683.25 was up 8.3 percent from 2017. The 2018 average price for Zinfandel was $600.21, up 1.5 percent from 2017, while the Pinot Noir average price was down 0.9 percent from 2017 at $1,674.62 per ton.

The entire Grape Crush Report is available online in both PDF and spreadsheet format at www.nass.usda.gov/ca.

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We should discuss soil as much as coal – From gatesnotes

By Bill Gates

I’m done with cow farts.

I’ve written about them several times over the last six months, and I bring them up in polite conversation more than I should. In my defense, I have a legitimate reason: cows, with their burps and farts, are a good example of something that contributes to climate change but isn’t related to generating electricity.

Most discussions about fighting climate change focus on electricity and the need for renewable energy. De-carbonizing the way we generate electricity would be a huge step, but it won’t be enough if we don’t reach zero net emissions from every sector of the economy within 50 years (and make a serious dent in the next ten). That includes the agriculture, forestry, and land use sector, which is responsible for 24 percent of all greenhouse gas emissions—just one percentage point less than electricity.

Gassy cattle are a memorable and significant example of emissions—but they’re not the only major contributor to agriculture, forestry, and land use’s slice of the emissions pie. We’re just as well-off picking on soil.

Here’s a mind-blowing fact: there’s more carbon in soil than in the atmosphere and all plant life combined. That’s not a big deal when left to its own devices. But when soil gets disturbed—like it does when you convert a forest into cropland—all that stored carbon gets released into the atmosphere as carbon dioxide. That’s one reason why deforestation alone is responsible for 11 percent of all global greenhouse gas emissions. (Another reason is that forests and grasslands are natural carbon sinks. Clearing them reduces the planet’s capacity to remove carbon dioxide from the air.)

The microbes in soil can also create greenhouse gases when they come into contact with fertilizer. Synthetic fertilizers revolutionized how we feed the world, but they release a powerful greenhouse gas called nitrous oxide when broken down by those microbes. Natural fertilizers like manure aren’t any better, because they release greenhouse gases as they decompose.

So how do we fight climate change caused by agriculture? We can’t simply get rid of soil—or stop growing crops, using fertilizer, and raising livestock. There are some changes that societies can make—people in level 1 and 2 countries will eat more meat as they move up the income ladder, so people in level 3 and 4 countries could consume less to compensate, for example—but at the end of the day, people need to eat.

That’s why the goal with agriculture is not to reduce the amount created, but to reduce emissions per product. I’m involved with a group called Breakthrough Energy Ventures that is backing a number of creative solutions to tackle the problem. Because every country and every culture approaches food production differently, there are a lot of different ways to do that. Here are some of the ones I find most interesting:

  • Microscopic nitrogen factories that replace fertilizer: What if we could fertilize plants without releasing so much harmful nitrous oxide into the air? BEV is invested in a company called Pivot Biothat has genetically modified microbes to provide plants with the nitrogen they need without the excess greenhouse gases that synthetic alternatives produce.
  • Longer roots that store more carbon: Kernza has developed a new strain of wheat with longer and denser roots, so it can absorb more carbon dioxide from soil. Since traditional wheat is an annual plant and only lasts for one growing season, it has short and relatively fragile roots. Kernza’s seeds produce a perennial wheat with roots that are twice as long as traditional wheat. Plus, its hardier structure creates higher yields for farmers—which in turn leads to less water use, greater climate resiliency, and healthier soils.
  • Lab-grown palm oil brewed from microbes: Palm oil has earned its bad environmental reputation: the destruction of Borneo’s forests to build new palm oil plantations resulted in the largest single-year increase in emissions in over two hundred years. But it’s a fixture of modern society, found in everything from food to shampoo. C16 Biosciences has created an alternative to natural palm oil by using fermentation to brew a synthetic version.
  • An invisible barrier that helps food stay fresh longer: Approximately one-third of all food produced gets lost or wasted every year. That’s bad for people who don’t have enough to eat, bad for farmers, and bad for the environment. Two companies—Apeel and Cambridge Crops—are working on protective skins that keep food fresh longer. The coating is invisible and doesn’t affect the taste at all.
  • Collective crop storage: Not all innovations are technological: Babban Gona is a novel business model in Nigeria that helps farmers hold onto their crops longer. Many Nigerian farmers don’t have facilities to store their crops. They can only move their products right after harvest when the market is flooded with goods, so they sell for a rock-bottom price, or sometimes not at all (Nigeria loses 50 to 60 percent of its food before it even gets to the consumers). Babban Gona farmers go in together to purchase a grain silo. This means they can wait to sell their crops at a more advantageous time—reducing emissions from waste and increasing income at the same time.

There will never be one silver bullet that stops climate change—but I’m hopeful that these innovations and others will chip away at agricultural emissions enough to prevent the worst from happening. (Unfortunately, farmers in places like sub-Saharan Africa are already experiencing the effects of climate change, so we also have to help them adapt).

I wish agricultural innovation got as much attention as the impact on climate change from electricity, because its success is just as critical to stopping climate change. Future changes in income and population may come close to doubling the current environmental impacts of the food system. I believe creative, scalable solutions to this challenge are out there, and now is the time to invest in their R&D.

Link to blog post

Link to CDFA’s Healthy Soils Program

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Beginning farmer and rancher program accepting applications for education grants for 2019 and 2020

Announcement from the USDA

The USDA’s Beginning Farmer and Rancher Development Program (BFRDP) provides grants to organizations for education, mentoring, and technical assistance initiatives for beginning farmers or ranchers. Ensuring there will be a “new generation” of beginning farmers and ranchers — regardless of age or production choice — is especially important to the continuation of agricultural production in the United States. 

Applications are now being accepted for 2019 and 2020. Learn more here:
https://www.grants.gov/web/grants/view-opportunity.html?oppId=314549–currently

Eligibility: Applications may only be submitted by a collaborative state, tribal, local, or regionally-based network or partnership of qualified public and/or private entities. These collaborations may include the following entities: State Cooperative Extension Services; Federal, State, municipal or tribal agencies: community based organizations (CBOS); non-governmental organizations (NGOS); junior and four-year colleges and universities or foundations maintained by a college or university; and private for-profit organizations.

Match: There is a 25 percent match under this program. The match can be waived with adequate justification for applicants serving underserved areas or populations.

Link to the BFRDP Funding Opportunity Webpage

Link to the BFRDP Webpage

Coming Soon: Applicants/Stakeholder Webinar:

Date: Tuesday April 16, 2019;  From 2:00 pm – 4 pm Eastern Time

Join by Zoom: https://zoom.us/j/227818946

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#CDFACentennial – Centennial Reflections video series with Bob Wynn

The California Department of Food and Agriculture is celebrating its 100thanniversary as a state agency in 2019. Throughout the year this blog will feature a number of items to commemorate this milestone. Today we continue with the Centennial Reflections video series, featuring CDFA employees remembering their histories, and the agency’s.

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Virulent Newcastle Disease detected in Arizona

Announcement by the USDA

The United States Department of Agriculture’s (USDA) Animal and Plant Health Inspection Service (APHIS) confirmed the presence of virulent Newcastle disease (VND) in a small flock of pet chickens in Coconino County, Arizona. This is the first case of VND in Arizona.

This case is believed to be connected to the current outbreak of virulent Newcastle disease in California, as tests show the virus is almost identical to the virus causing disease in California. Since May 2018, more than 400 cases of VND have been confirmed as part of the southern California outbreak, primarily in backyard exhibition birds.

Virulent Newcastle disease is not a food safety concern. No human cases of the disease have ever occurred from eating poultry products. Properly cooked poultry products are safe to eat. In very rare instances people working directly with sick birds can become infected. Symptoms are usually very mild, and limited to conjunctivitis and/or influenza-like symptoms. Infection is easily prevented by using standard personal protective equipment.

APHIS is working with the Arizona Department of Agriculture to respond to the finding. Federal and State partners are also conducting additional surveillance and testing in the area.

It is essential that all bird owners follow good biosecurity practices to help protect their birds from infectious diseases. These include simple steps like washing hands and scrubbing boots before and after entering a poultry area; cleaning and disinfecting tires and equipment before moving them off the property; and isolating any birds returning from shows for 30 days before placing them with the rest of the flock.

In addition to practicing good biosecurity, all bird owners should report sick birds or unusual bird deaths to their veterinarian or to State veterinary officials. Additional information on biosecurity for all poultry flocks can be found at www.aphis.usda.gov/animalhealth/defendtheflock.

More information about VND in California

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Farmers look to adapt to climate change – from Bakersfield.com

By John Cox

Delano citrus grower Matt Fisher prefers not to use the term “climate change,” and doesn’t like debating the topic, but he’s thought a lot about how to deal with it.

He has invested in highly efficient drip-irrigation systems — more so than many of his peers — because he is concerned more frequent droughts may be in store. But he sees worsening pest infestations and other potential results of increasingly volatile weather as being beyond his control.

“As a grower, you just take it as it comes,” he said. “It’s the reality of our business.”

Mention of climate change may still provoke skepticism in other sectors, but in California’s agriculture industry, the discussion is less about whether disruption is coming than it is about how farmers will adapt.

A consensus appears to have emerged that extreme weather conditions — drought and flooding, hotter summers and milder winters — will increase competition for irrigation water such that some crops now produced in the Central Valley may no longer be economically feasible in the region.

Ag economists say that high-value commodities like nuts, table grapes and citrus are likely to remain viable, depending on market demand, but that the future could be shaky for row crops and dairy feed, such as alfalfa, hay and silage corn.

There is also concern about broader impacts that climate change might have on agriculture in the state. For instance, warmer winters could deprive certain trees of the “chill hours” they need to produce quality fruit. Also, some kinds of pests might proliferate if temperatures don’t drop low enough to wipe out a large portion of their population.

Some of the changes may be manageable through investment in groundwater recharging or switching to different varieties, though observers emphasize solution may come with new challenges and trade-offs. They say survival will require adaptability and resilience — just the sort of qualities growers are known for.

“Farmers have a great way of adapting and surviving,” said George Radanovich, president of the California Fresh Fruit Association trade group.

The challenge in context

For all the alarm, industry leaders say the threats climate change presents are no worse than other challenges they must cope with: rising labor costs, groundwater pumping restrictions and regulations that cut off access to effective, if potentially harmful, pesticides.

Grower representatives also take the climate-change discussion as an opportunity to promote policies benefiting ag interests even if long-term weather changes don’t occur. Expectations for worsening water scarcity highlight the need to build more water storage and conveyances, they note, as well as increased use of percolation to refill underground aquifers.

People familiar with the long-term weather forecasts for Central Valley’s ag fields also point out what they see as an important distinction between mitigation and adaptation. That is, farmers may not agree with what they see as onerous regulations intended to reduce greenhouse-gas emissions seen as accelerating climate change, but they share an interest in preparing for the changes ahead.

“Everybody I know in agriculture says, ‘Yes, the climate’s changing and adaptation to that climate change is crucial.’ So that’s not controversial,” said Dan Sumner, an agricultural economist at UC Davis. “At the same time, that doesn’t mean they buy into every public policy proposal for mitigating the climate change.”

In that regard, Kern County farming powerhouse The Wonderful Co. has forged its own path. Looking to shrink its own carbon footprint, the Los Angeles-based company announced Tuesday it plans to use 100-percent renewable energy to power its U.S. operations by 2025.

“One of the main reasons we’ve committed (to that goal) … is that we understand the impact climate change will have on our industry,” Rob Yraceburu, president of its Wonderful Orchards division, said in a written statement. “We must be prepared with our water management and crop cultivation to sustain our operations.”

State forecast

Some of the most recent thinking on how climate change might affect Central Valley ag was outlined in a report released in August by the California Energy Commission.

Asserting that water shortages will worsen as gradual warming reduces mountain snowpacks, the study concluded farmers will turn to those crops that produce the greatest revenue per unit of irrigation water.

One of the report’s key findings is that increased competition for water will mean lower-value crops — feed crops, in particular — will have to be produced elsewhere, depriving dairies of easy access to the hay and alfalfa they feed their herds.

Sumner, who was among nine contributors to the study, said the projected reduction in feed crops doesn’t necessarily mean California will end up producing a lot less milk. Hay could be imported from other states, for example, and southern Central Valley dairies could potentially relocate to Northern California.

But neither of those changes may be necessary, said Michael Boccadoro, executive director of Dairy Cares, a statewide dairy coalition. Feed crops are only low-value when viewed apart from the dairies they support, he said.

“We don’t grow alfalfa just to grow alfalfa,” he said. “We’re growing it because we need it for a very high-value crop out here,” he added, referring to dairy products.

Losing chill hours

There’s also a bright side to worries that milder winters will lower the quality of fruit from trees that don’t get enough chill hours.

David Magana, a senior analyst at Rabobank specializing in fruit, vegetables and tree nuts, said farmers will probably be able to substitute other varieties more suitable to the new conditions.

“There are varieties that require less chill-hour requirements. That’s another way,” Magana said. He added that the climate-change outlook is unclear for row crops like carrots.

Sumner agreed growers will probably want to try out different crop varieties less susceptible to higher overall temperatures. But he noted there’s typically a trade-off involved, in that a substitute tree won’t necessarily offer the same pleasing flavor or other beneficial characteristics.

It’s worth noting, Sumner said, that even though California ag may struggle to adjust to climate change, so will its competitors overseas. He said the real question is whether the state’s farming climate will remain superior in relation to that of other countries producing the same crops.

Kern County Agricultural Commissioner Glenn Fankhauser foresees profound but not necessarily painful changes ahead as local farmers adjust to climate change and shifting market conditions.

“It just means we’re going to grow different things,” he said.

Link to story

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USDA introduces new features to help with H2A applications and loan details

The USDA has launched two new features on farmers.gov to help customers manage their farm loans and navigate the application process for H2A visas.

Navigating the H-2A Visa Process:

Focused on education and smaller owner-operators, this farmers.gov H-2A Phase I release includes an H-2A Visa Program page and interactive checklist tool, with application requirements, fees, forms, and a timeline built around a farmer’s hiring needs.

You may view the video at this following link: youtu.be/E-TXREaZhnI

The H-2A Visa Program – also known as the temporary agricultural workers program – helps American farmers fill employment gaps by hiring workers from other countries. The U.S. Department of Labor, U.S. Citizenship and Immigration Services, U.S. Department of State, and state workforce agencies each manage parts of the H-2A Visa Program independently, with separate websites and complex business applications.

Over the next several months, USDA will collaborate further with the U.S. Department of Labor on farmers.gov H-2A Phase II – a streamlined H-2A Visa Program application form, regulations, and digital application process that moves producers seamlessly from farmers.gov website to farmers.gov portal to U.S. Department of Labor’s IT systems.

Managing Farm Loans Online:

The self-service website now enables agricultural producers to login to view loan information, history and payments.

Customers can access the “My Financial Information” feature by desktop computer, tablet or phone. They can now view:

  • loan information;
  • interest payments for the current calendar year (including year-to-date interest paid for the past five years);
  • loan advance and payment history;
  • paid-in-full and restructured loans; and
  • account alerts giving borrowers important notifications regarding their loans.

To access their information, producers will need a USDA eAuth account to login into farmers.gov. After obtaining an eAuth account, producers should visit farmers.gov and sign into the site’s authenticated portal via the “Sign In / Sign Up” link at the top right of the website.

Currently, only producers doing business as individuals can view information. Entities, such as an LLC or Trust, or producers doing business on behalf of another customer cannot access the portal at this time, but access is being planned.

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CARB announces extension for Tractor and Mobile Equipment Survey

Announcement from the California Air Resources Board

The California Air Resources Board (CARB), with the support of the California agricultural community, has extended the deadline for participation in the 2019 agricultural equipment survey. The survey, which is offered for anonymous participation, has been extended until May 15, 2019.

The 2019 survey, similar to one from 2008, covers all mobile agricultural equipment, including tractors, combines, balers, agricultural-use ATVs and forklifts, and many more. The survey is intended for the agricultural sector, including producers in the field, custom operators, and first-processing facilities, and it covers equipment using any type of fuel or electricity, of any horsepower.

Results from the 2008 survey helped determine allocations for millions of dollars in equipment turnover programs across California, from federal and air district incentive programs.

CARB has contracted with Cal Poly University to handle and completely anonymize all survey data, which includes removal of all identifying information. Cal Poly is administering a web-based survey and offering an identical paper survey available for download. The online survey may be completed on a computer or phone in just a few minutes. The paper survey can be returned to a local farm bureau or representative.

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Don’t Pack a Pest – April is Invasive Plant Pest and Disease Awareness Month

The Asian citrus psyllid, an invasive species of serious concern in California.

The USDA has declared April to be “Invasive Plant Pest and Disease Awareness Month,” during a critical time of year when damaging invasive species emerge and can be easily spread in outdoor items that people pack and move, such as grills, gardening equipment, wading pools, bicycles, and patio furniture.

Invasive species are a series problem. They attack trees, plants and agriculture, costing the United States about $40 billion each year. Household moves increase the risk for the spread of these invasive species, since people can potentially transport them to new areas.

CDFA partners with the USDA to prevent and eradicate invasive species in California. The agencies have a long history of working together on programs like Asian citrus psyllid/huanglongbing, the Mediterranean Fruit Fly, and the European Grapevine Moth.

About 35 million Americans move every year, bringing a high possibility of transporting invasive pests. For instance, federal and state inspectors often find gypsy moth egg masses on outdoor household items and recreational vehicles in non-infested areas. The USDA is offering a free checklist for household moves that includes suggestions and tips for reducing this risk.

Click here for more information about CDFA’s invasive species programs.

Click here for more information about the USDA’s Hungry Pests outreach program.

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