Planting Seeds - Food & Farming News from CDFA

Giant tumbleweed an invasive species that’s here to stay – from UC Riverside

Tumbleweeds wreaked havoc last year in Victorville, CA

UC Riverside news release

A new species of gigantic tumbleweed once predicted to go extinct is not only here to stay — it’s likely to expand its territory.

The species, Salsola ryanii, is significantly larger than either of its parent plants, which can grow up to 6 feet tall. A new study from UC Riverside supports the theory that the new tumbleweed grows more vigorously because it is a hybrid with doubled pairs of its parents’ chromosomes.

Findings from the study are detailed in a new paper published in the Oxford University-produced journal AoB Plants.

Salsola ryanii is a nasty species replacing other nasty species of tumbleweed in the U.S.,” said study co-author Norman Ellstrand, UCR Distinguished Professor of Genetics. “It’s healthier than earlier versions, and now we know why.”

Humans are diploid organisms, with one set of chromosomes donated by the mother and one set from the father. Sometimes a mother’s egg contains two sets of chromosomes rather than just the one she is meant to pass on. If this egg is fertilized, the offspring would be triploid, with three sets of chromosomes. Most humans do not survive this.

Plants with parents closely related enough to mate can produce triploid offspring that survive but are unable to reproduce themselves. However, a hybrid plant that manages to get two copies from the mother and two from the father will be fertile. Some species can have more than four sets of chromosomes. They can even have “hexaploidy,” with six sets of chromosomes.

Scientists have long assumed there must be some kind of evolutionary advantage to polyploidy, the term for hybrids that have multiple sets of chromosomes, since it poses some immediate difficulties for the new hybrids.

“Typically, when something is new, and it’s the only one of its kind, that’s a disadvantage. There’s nobody exactly like you to mate with,” said study co-author Shana Welles, the graduate student in Ellstrand’s laboratory that conducted the study as part of her Ph.D. research. She is now a postdoctoral fellow at Chapman University.

The advantage to having multiple sets of chromosomes, according to the study, is that the hybrid plant grows more vigorously than either of its parents. This has been suggested as the reason polyploidy is so common in plants. However, it has not, until now, been demonstrated experimentally.

Polyploidy is associated with our favorite crops; domesticated peanuts have four sets of chromosomes, and the wheat we eat has six.

Though tumbleweeds are often seen as symbols of America’s old West, they are also invasive plants that cause traffic accidents, damage agricultural operations, and cause millions in property damage every year. Last year, the desert town of Victorville, California, was buried in them, piling up to the second story of some homes.

Currently, Salsola ryanii has a relatively small but expanding geographic range. Since the new study determined it is even more vigorous than its progenitors, which are invasive in 48 states, Welles said it is likely to continue to expand its range. Additionally, Welles said climate change could increase its territory takeover.

Though this tumbleweed is an annual, it tends to grow on the later side of winter.

“It’s one of the only things that’s still green in late summer,” Welles said. “They may be well positioned to take advantage of summer rains if climate changes make those more prevalent.”

Given its potential for damage, the knowledge now available about Salsola ryanii could be important for helping to suppress it, and Ellstrand believes that is what should happen before it takes over.

“An ounce of prevention is a pound of cure,” he said.

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Two former USDA secretaries agree that next 30 years may be most important period in the history of agricuture – from the Des Moines Register

By Tom Vilsack and Dan Glickman

Note -Tom Vilsack is former U.S. Secretary of Agriculture (2009-2017), and currently the president and CEO of the U.S. Dairy Export Council. Dan Glickman is former Secretary of Agriculture (1995-2001), and currently the executive director of the Aspen Institute Congressional Program.

“We do not inherit the earth from our ancestors, we borrow it from our children.” — Native American proverb

Never have these words carried more urgency as we are faced with the threats posed by climate change.

For U.S. farmers and ranchers, who are on the front lines in the battle against climate change, tremendous challenges lie ahead: how to nourish an unprecedented population while protecting and enhancing the world in which we all live.

A global population expected to hit 9 billion by 2050, requiring roughly 70% more food than what is currently produced.

The shrinking of farmable land. According to American Farmland Trust, cropland in the United States disappears at a rate of 175 acres per hour due to business and residential expansion.

And all in the face of climate change. The U.S. Global Change Research Program reports that the effects of climate change are already being felt. Increases in average temperature, extreme heat conditions, heavy rainfall, droughts and extreme weather events contribute to excessive runoff, flooding, and soil erosion, loss of soil carbon and reduce the availability and quality of water.

The next 30 years promise to be the most important in the history of agriculture.

The U.S. Farmers & Ranchers Alliance (USFRA) has developed a short film that underscores the important role agriculture plays in combating climate change. The film, “30 Harvests,” documents the challenges two farmers face while embracing the opportunity to positively impact the environment. Farmers are truly the change agents that will help feed an unprecedented population while solving for climate change.

However, in order to achieve a truly sustainable food system, the entire food value chain must work together. We need a drumbeat of contagious collaboration.

This partnership has already begun. Recently, leaders across agriculture, technology, finance and investment, and food companies gathered at a 1,400-acre farm outside Washington, D.C. for the Honor the Harvest Forum, sponsored by the U.S. Farmers and Ranchers Alliance and the Aspen Institute. The gathering featured working sessions among stakeholders that centered around sustainable food systems.

Additionally, we need all the creative minds to address this issue through science. USFRA is partnering with the Foundation for Food and Agriculture Research (FFAR) to bring science to the table that addresses climate change head on. Studies reveal that agricultural soils have the capacity to draw down and store carbon through the photosynthesis process, farmers and ranchers continually steward water use and quality, and greenhouse emissions are being reduced in animal production through truly inventive ways. Continual improvement in production practices through science has the potential to stabilize and reverse common climate trends.

By focusing on the capacity of carbon sequestration of agricultural lands, and new emission reduction technologies already being used on farms and ranches, U.S. farmers and ranchers can be the first to reduce emissions connected to agriculture and eventually get to a net zero or better.

This is an opportunity we have now to ensure that families that are connected and rooted to the land, whether small farms or production agriculture operations, are in a position to say to their children and grandchildren, yes, you do have an amazing opportunity and future in agriculture. Every farmer, every acre, and every voice is needed to plant the future for the next generation.

Link to story in the Des Moines Register

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Study finds farm-level food waste worse than previously thought – from Civil Eats

By Gosia Wozniacka

Last year, Cannon Michael left over 100 acres of ripe cantaloupes unharvested. The sixth generation grower could not justify paying workers to pick them all because the cost of labor, packing, and, shipping would have been more than the price he could get for the fruit.

And so, he left about 30 percent of his perfectly edible cantaloupes to decompose and get churned back into the ground.

“It was very frustrating to grow a high-quality product and have to leave it in the fields,” said Michael, the president/CEO of Bowles Farming Company, which grows 300 to 400 acres of cantaloupes in Los Banos, California, every season, in addition to hundreds of acres of watermelon, tomatoes, and cotton. “If the pricing drops,” due to oversupply or other reasons, said Michael, “there’s a certain economic threshold that just doesn’t justify harvesting the crop.”

Michael’s experience, it turns out, is fairly typical. According to a new ground-breaking study about on-farm food loss from Santa Clara University, a whopping one third of edible produce—or 33.7 percent—remains unharvested in the fields and gets disked under. This is a much larger percentage than previously reported—and it may end up dramatically increasing the current estimate of overall food waste in the U.S.—which until now has been long tallied at 40 percent.

Most research on food loss and food waste has focused on post-harvest, retail, and consumer levels. The new study offers a far more accurate look at on-farm food loss by relying on in-field measurements. Most other studies have used less reliable grower surveys to estimate produce left in fields and put the percent of on-farm loss closer to 20 percent.

“We’re very excited for this data to come out,” Greg Baker, the study’s author and executive director of the Center for Food Innovation and Entrepreneurship at Santa Clara University, told Civil Eats. “There is a lack of awareness by consumers about how large of a problem this is at the farm level.” He added that the study corroborated the scenarios that he and his colleagues had been observing the fields for a while.

“This study should serve as a wake-up call,” said Dana Gunders, a food waste expert and advisor, formerly at the Natural Resources Defense Council and behind its seminal 2012 food waste report, Wasted. “It provides a map in terms of where we should look for opportunities to minimize food loss, and it helps us understand that it’s not as easy as farmers leaving food in the fields and we should just go get it.”

The Scale of the Problem

Food loss and food waste have become major concerns in recent years. It’s a humanitarian issue, with an estimated 40 million Americans food insecure.

At the same time, food waste is a major source of greenhouse gas emissions, contributing 8 percent of total global emissions and at least 2.6 percent of all U.S. emissions. If food waste were a country, it would be the third-largest emitting country in the world, after China and the U.S.

Ironically, the earlier the food loss occurs in the chain of production, sale, and consumption, the better, experts say. While no farmer likes plowing perfectly good melons, artichokes, or lettuce back into the earth, the decomposing produce provides nutrients for next season’s crop. But once produce is harvested, packed, and sent to a warehouse, and there’s no market for it, it often heads to the landfill, where it releases greenhouse gases.

Still, even when the loss occurs at the field level, it still requires plenty of water, land, fertilizer, pesticides in many cases, and agricultural labor. ReFED, a coalition of nonprofits, businesses, and government agencies that fight food loss and food waste, estimates that 21 percent of water, 18 percent of cropland, and 19 percent of fertilizer in the U.S. are dedicated to food that is never eaten.

Farmers Trapped in a Broken System

The new study measured the loss of 20 hand-harvested crops in 123 fields on mid- to large-size conventional California farms. It found that food loss varied depending on the crop, and even on the variety of produce. (Produce that was damaged by disease, rot, pests, or machinery was not included in the measurements.)

Partial harvests were typical, the study found. The lowest losses were for tomatoes, sweet corn, and artichokes, though a significant amount of produce was still left in the fields. Some of the highest losses were for watermelon at 57 percent, cabbage at 52 percent, strawberries at 44 percent, and kale at 39 percent. By far the highest waste, at 113 percent (meaning more is lost than sold), occurred with romaine hearts, where all of the outer leaves were left in the fields.

“Anyone who has watched a romaine hearts harvest has had their heart broken,” said Gunders, who was not involved with the study.

The study also points out that growers often have little control over how much produce is lost. Unlike with retail and consumer-level food loss, farm-level loss is the product of a complex mix of forces that include field stability (how quickly a crop matures and how long it can stay in the field before going bad), weather, pests and plant diseases, labor availability, market prices, and buyer specifications for how produce should look and feel like.

Farmers grow mostly under contract with wholesalers and retailers and have to deliver what those contracts specify. Most plant 25-30 percent more than the contract specifies because of all the variables listed above. But it can also lead to a lot of excess produce.

“People say all this food is rotting in the fields, why don’t the farmers make it available? Farmers have been demonized. They didn’t design the system and they are not the villains,” said Greg Baker. Due to liability issues and food safety rules, most farmers don’t let the public come to harvest crops in the fields. A few organizations, such as Farm to Pantry, do organize teams of volunteers to glean produce on farms after the harvest, but the numbers of farmers who participate are small and volunteers can be hard to find.

According to Baker, growers who participated in the study were surprised to learn just how much food was being left behind. Along with measuring the amount of unharvested edible food—collected directly behind harvest crews—the study also surveyed growers about how much they thought was being lost. In the end, the measured loss was on average 2.5 times more than what the growers had estimated.

Harvest decisions are partially dictated by nature. “If something isn’t ready or ripe, or isn’t big enough, it’s not getting picked,” said Danny Royer with Great Valley Oak, an organization that improves farming efficiency with technology. “You want to be able to send the crew one time and pick as much as possible,” Royer said. (Some crops require multiple harvests.) Bruised or “ugly” produce is also passed by.

But the most important variable driving grower decisions is the cost of labor. The tight ag labor market has already driven up wages, but California now also requires more overtime pay for farmworkers. And the state’s minimum wage is due to increase gradually from $12 per hour to $15 by 2023.

When an oversupply or a food-safety scare leads to rock-bottom prices, it’s cheaper to till it in and start fresh. Even when prices are higher, Royer said, growers limit labor expenses by asking workers to pick only the best quality produce.

“The percentage of harvest is very dependent on the market,” Royer said. “If market prices aren’t great, we’re not going to go gang buster and pick a bunch of boxes.”

A Range of Solutions Are Possible

For some growers, it’s worth donating their produce to food banks in order to earn tax incentives. Bowles Farming Company did this with some of its watermelons last year and the company was able to write off part of its losses, which made it financially viable to harvest and pack the produce, said Michael, the company’s CEO.

The California Association of Food Banks works with about 200 such growers. The fruits or vegetables are picked up directly from packing sheds (in some cases, directly from the farm) and immediately delivered to food banks in the western region, said Steve Linkhart, director of the Association’s Farm to Family program. Last year, the program shipped 164 million pounds of fruits and veggies; in July, the organization hit a record with 16 million pounds in a single month. “Anything out there that’s edible, we do whatever we can to get it to someone who can eat it,” Linkhart said.

Dozens of similar programs operate around the country, including the Borderlands Produce Rescue and the Community Food Bank in Arizona, which rescue surplus produce at the port entry of Nogales.

Still, growers can write off only a percentage of what they donate. And they say setting up the logistics of culling excess produce is complicated and costly. So, labor-intensive crops such as broccoli, cauliflower, and celery, which growers used to donate in droves, are no longer making it to food banks, Linkhart said.

“It’s sad because they grow this produce, their dads and grandfathers grew it. It’s their life and they have to stand and watch it get tilled under,” he added.

Companies including Imperfect Produce and Hungry Harvest are also trying to move the needle by delivering “ugly” produce at a discount, directly to customers. Though the approach has promise, growers say the volume rescued is relatively small so far. Some critics also suggest the companies are incentivizing farmers to overproduce to meet the demand of the ugly produce movement. Others worry that it is displacing community supported agriculture and other smaller-scale subscription services in the marketplace.

Full Harvest, a company that connects the producers of things like juice, kimchi, and baby food directly with farms to buy imperfect and surplus produce using an online B2B marketplace, offers another solution. It contracts with processors who can cover the farmers’ labor costs while paying less for produce.

“As people start waking up to the reality that food waste contributes to climate change, any company that says they’re buying surplus produce sends a powerful message. They’re helping (to reduce) one of the greatest contributors to climate change,” said Christine Moseley, founder and CEO of Full Harvest.

The most powerful changes, according to experts and growers, could happen at the retail level. Bowles Farming Company CEO Michael says he’d like to see a streamlined supply chain. Growers could work with local retailers and plant a set number of acres at a guaranteed price (currently, they work with marketing agents and the price isn’t set).

Another idea is for retailers to buy entire fields from growers so that they would own the entire crop, said Baker, the study’s author. This could incentivize more supermarket chains to create imperfect or grade B produce sections (several already do). The retailer could also process the imperfect or surplus produce into salsa, juices, and other value-added products for use in its own private label.

“What we really need is new ideas, a different way of thinking about it. Right now, all the players do what makes economic sense for them,” Baker said.

But buying and marketing imperfect produce at a discount isn’t ideal, said Gunders. “It doesn’t cost any less to get this product to market,” she said. “The idea that it should be discounted is a little flawed.”

Gunders wants to see the cosmetically perfect and the “imperfect” pieces sold together. “We should have different shapes and colors of peaches, for example, because that’s what peaches do, that’s how peaches grow. It’s the mixed beauty that nature provides,” she said. “Imperfect produce needs to go through the main channel for more of it to be accepted. The farms are massive and that’s the only way we will sell more product and move the needle on food loss.”

Link to story in Civil Eats

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CDFA on the radio to discuss Produce Safety Rule

FDA Food Safety Modernization Act

CDFA’s Michelle Phillips recently appeared on KSTE radio’s “Farm Hour” program, with host Fred Hoffman, to discuss the FDA’s Produce Safety Rule in addition to the Food Safety Modernization Act and CDFA’s role in education and enforcement in California.

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#CDFACentennial – Centennial Reflections video series with Secretary Karen Ross

The California Department of Food and Agriculture is celebrating its 100th anniversary 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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Video – Climate Smart Agriculture and CDFA’s Alternative Manure Management Program

The Alternative Manure Management Program (AMMP) provides financial assistance for the implementation of non-digester manure management practices that will achieve reduced greenhouse gas emissions in California.

Click this link for more information about CDFA’s Climate Smart Agriculture Programs.

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Secretary Ross in South Africa – Farewell to a land of resilience and opportunity

Secretary Ross with Western Cape Department of Agriculture director Ms. Joyene Isaacs.

By CDFA Secretary Karen Ross

CAPE TOWN, SOUTH AFRICA – Our week in South Africa concluded by attending the Bureau for Food and Agricultural Policy’s Agricultural Outlook Conference. I had the honor of speaking to farmers and the academic community about California’s Climate Smart Agriculture practices.

The conference opened with a great speech by the director of the Western Cape Department of Agriculture, Ms. Joyene Isaacs, who not only thanked the agriculture sector for their resilience during the drought and uncertain times ahead (land reform and economy), but also thanked them for providing food for South Africans – a primary need that is sometimes overlooked in policy and social discussions within the country.

South Africa’s agriculture sector is definitely contending with the challenges of climate change, with a backdrop of land, economic and social issues that run deep. Solutions will not be easy, but the country and its people are committed to embracing opportunities in order to secure a brighter future.

The Berg River Dam Reservoir in the Western Cape.

Our trip has highlighted some on-farm strategies that specialty crop growers are undertaking to conserve water, partnerships of NGOs and academia to transform livelihoods of individuals through farming, and engagement by government to lead, support and inform on climate change. In fact, climate smart agriculture here is referred to as ‘SmartAgri.’

We have much to learn together – I’m optimistic about agriculture and our ability to work together to nourish people and protect the environment for future generations.

The California delegation at the Bureau for Food and Agricultural Policy.

 I would to thank our delegation – Abby Taylor-Silva (Grower-Shipper Association), Casey Creamer (CA Citrus Mutual), Carlos Suarez (USDA/NRCS), Don Cameron (Terranova Ranch), Karla Nemeth (CA DWR), and Randy Record (Record Family Wines) for being with us to learn and collaborate on SmartAgri strategies for the benefit of California agriculture.

Western Cape citrus packing.
Learning more about water supply challenges at the Hosloot River.
Western Cape’s Hex Valley has about 4,500 hectares of table grape and citrus production.
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Secretary Ross in South Africa – Awe-inspiring women moving forward to adapt to climate change

Secretary Ross with Ms. Rirhandzu Marivate of the Living Soils Community Learning Farm

By CDFA Secretary Karen Ross

WESTERN CAPE, SOUTH AFRICA – When I was in Bonn, Germany a couple months ago attending the United Nations Climate Conference, there was a lot of discussion concerning Sustainable Development Goals – the UN’s blueprint to achieve a better and more sustainable future for all by addressing the global challenges we face, including climate change. While in the Western Cape, I was very impressed to witness several of these goals in action and being spearheaded by awe-inspiring women.

Among them is Ms. Rirhandzu Marivate of the Sustainability Institute. She serves as project manager of the organization’s Living Soils Community Learning Farm. The Institute provides technical assistance and other elements of sustainable development to small-scale farmers and offers educational services to the children of farm workers. In addition to a school, the Institute’s campus includes a learning garden, an ecological housing project that encourages ethnic integration, and a natural woodland area to conserve native landscapes. Ms. Marivate works to share sustainability strategies, approaches for capacity building, and research within farm worker communities, all geared towards reaching the sustainable goals of reduced poverty, quality education, gender equality, and sustainable communities.

Ms. Marviate’s work and vision helps to further the achievements of the Learning Farm, which is an innovative partnership with the retailer Woolworths and Spier Winery.

I had the opportunity to meet three amazing women at the farm who are learning specialty crop production, marketing and business. This project is truly dedicated to transforming lives and providing upward mobility for women through farming – with a lens on the climate challenges that farming will encounter.

My visit to the Learning Farm was truly a realization about the promise of the U.N. Sustainable Development Goals and their great potential for disadvantaged women in the Western Cape.

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Secretary Ross in South Africa – Drought strategies in the Western Cape

By CDFA Secretary Karen Ross

THE WESTERN CAPE, SOUTH AFRICA – We were fortunate to be able to visit one of the largest plum farms on the African continent – getting a first-hand look at strategies to further conserve water and extend crop yield.

The stone fruit industry here is dedicated to export markets – with quality, yield and storage suitability being key attributes.

At Sandriver Fruit Farm, part of the Le Roux Group, the farming operation experienced complete surface water loss for almost six weeks during the summer of 2018, because the river that runs adjacent to the farm and through the local production region ran dry. Groundwater was not an option for these farmers and as a result, many strategies and approaches are now being used to extend water-use efficiency.

It is very encouraging to see similarities between farmers in California and the Western Cape in combating climate change!

By using netting on plum orchards, Sandriver Fruit Farm can experience water savings of more than 10 percent over traditional production.
Traditional wind breaks, consisting of trees, were replaced with netting to save water. The original windbreak tree trunks are used as posts.
Composting and mulching is becoming the norm in the Western Cape to maintain soil moisture.
In the Western Cape, 100 percent of stone fruit orchards utilize water-efficient irrigation – micro-sprinker (95 percent) and drip (five percent).
At Kanonklop, a winery in Stellenbosch, we observed cover-cropping under vines to conserve water and maintain soil moisture.
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#CDFACentennial – Centennial Reflections video series with Dave Ikari

100 years CDFA logo

The California Department of Food and Agriculture is celebrating its 100th anniversary 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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