UC’s Karen Klonsky Retires

Karen Klonsky Retires, Gets Major Credit for CA Agricultural Cost and Return Studies

By Patrick Cavanaugh, Deputy Editor and Laurie Greene, Editor

 

This is an exclusive interview with Karen Klonsky, UC Davis Cooperative Extension specialist emeritus, in the UC Davis Department of Agricultural and Resource Economics. Her expertise has been farm management and production, sustainable agriculture and organic agriculture.

CAT: Congratulations on your recent retirement!UCANR 100 years logo

Klonsky: Thanks Patrick. I retired on July 1, 2015, after 34 years. I started at UC Davis in ’81, straight from graduate school.

CAT: What has been your primary research interest?

Klonsky: My primary research areas are sustainable and organic agriculture. I have approached these subjects from several dimensions, including the economic feasibility of alternative farming practices, the size and growth of organic production in California, and factors influencing the adoption of alternative farming systems.

CAT: Wow, what a great career! I understand your interest in alternative farming systems began with your dissertation work comparing alfalfa systems with integrated pest management.

Klonsky: I studied agricultural economics in graduate school and started working with a professor in my department who had a joint appointment in agricultural economics and entomology. And I just became very interested in that research area.

I worked with entomologists and researchers on a computer model of plants and alfalfa weevils, and their interaction, plus a management component. I studied the plant and bug components, then did the management part and imposed it on top and asked, ‘If you did this, how many bugs would die?’ The plant model showed how much the alfalfa would grow, and at what point you could cut the alfalfa and achieve the desired yield. I never actually did any fieldwork.”

CAT: Since 1983, you not only directed ongoing Cost and Return Studies, but the development of an entire archived library of Cost and Return Studies for the UC Davis Department of Agricultural and Resource Economics. You recently completed studies on pistachios and walnuts, right?

Klonsky: Yes, both “Sample Costs to Establish and Produce English Walnuts In the Sacramento Valley, Micro sprinkler irrigated” and “Sample Costs to Establish and Produce Pistachios In the San Joaquin Valley-South, Low-Volume Irrigation.”

Our library contains studies about field, tree and vine crops and animal commodities. But since I retired, Dan Sumner, director, University of California Agricultural Issues Center and Frank H. Buck, Jr. Distinguished Professor for the Department of Agricultural and Resource Economics has taken that over and I continue to be peripherally involved.

CAT: These cost studies have been recognized worldwide.ARE Cost and Return Studies

Klonsky: Yes, and it has been very gratifying work. We decided to put them online routinely, and we have had a million downloads per year. Around 2005, Pete Livingston, my staff research associate, got the idea of scanning in the older studies. All of the newer studies were in electronic file format, so posting was easy. However, most of the older studies were paper copies, so we got a grant to scan and add them to our new online archive.

CAT: What was the most interesting thing about doing those cost studies?

Klonsky: I loved doing those studies. I really learned a lot because all cost studies are done directly with farmers we met through county farm advisors. I really got to know what farmers were thinking about and what their options were.

CAT: So those were real costs, not university costs?

Klonsky: Those were not university costs. The farmers tell us what equipment they will use, and then we calculate the cost of using their equipment—the fuel used to operate the equipment and the repair costs—with an agriculture-engineering program.

CAT: Do you have a math background?

Klonsky: Yes, I got my bachelor’s at the University of Michigan in mathematics. It was very helpful.

CAT: And you also earned your Ph.D. at the University of Michigan?

Klonsky: Yes.

CAT: So did you grow up in Michigan?

Klonsky: No, I grew up in New York.

CAT: And you just had an interest in going to Michigan State University?

Klonsky: Well, I had an interest in agriculture because I had an uncle who farmed corn and vegetables in upstate New York. We would go up there and I thought it was the most wonderful thing in the world.

CAT: What were some of the highlights of your career?

Klonsky: For many, many years, I was involved in the long-term on-campus sustainable agriculture research on land that is now on Russell Ranch, but it started as Sustainable Ag Farming Systems. We looked at four different farming systems, organic, low input, high-input, and we did a lot of analyses with cover crops and rotations. It was great to work on that project.

CAT: And you worked with USDA on the trends of organic farms?

Klonsky: And then I worked quite a bit with Department of Food and Agriculture on using the registration data for their organic farmers to compile statistics about how many farmers they had, what they grew, and the number of acres they planted with each crop. They had this database, which started in 1992 I believe, but they weren’t using it. Now the most recent registration analysis is available for 2012.

CAT: Just to try to get more data on the organic movement and organic growth?

Klonsky: Yes, because there was no data at all about it. Now NASS (National Agriculture Statistics Service) conducts a nationwide Organic Census, in addition to the regular Census of Agriculture.

CAT: I understand you served as an editor of the Journal of American Society of Farm Managers and Rural Appraisers (ASFMRA). What did that entail?ASFMRA

Klonsky: Yes. I did that for many years. ASFMRA is a national organization. The Journal of the ASFMRA comes out annually. As editor, I corresponded with the authors, assigned reviewers, and ultimately, accepted or rejected submissions, like any journal.

CAT: Did you travel a lot with your work and presentations?

Klonsky: You know, not so much, I went to Spain one time and France once for work. But I did travel around domestically to symposiums and conferences to speak on the economics of growing a lot of different crops, including many presentations at the EcoFarm Conference.

CAT: You worked and collaborated with some really interesting people.

Klonsky: Most of my important collaborations were conducting trials with people in other disciplines. For instance, at Russell Ranch, I was the only economist involved in the collaboration with plant pathologists and pomologists who ran trials to discover fumigation alternatives in the preplanting of trees.

Then I worked with people at UC Santa Cruz on alternatives for strawberry fumigation. Most of my work has been interdisciplinary.

CAT: California farming in general is huge, diverse industry. We produce 60% of the fruits and vegetables, and nearly 100 percent of the nut crops that people across the country consume. Any comments on that and on how valiant and resilient farmers are to get through year after year, particularly lately with the drought and the lack of water deliveries?

Klonsky: When I first started, there was a land price bubble, and there were a lot of bankruptcies because people had these land payments they just couldn’t pay.

It was kind of like the mortgage crisis that housing saw in 2008, agriculture saw in the early 80s.

CAT: So as you have been editor for the Journal of the American Society of Farm Managers and Rural Appraisers, you see land values going up and that keeps agriculture strong—the high land values, right?

Klonsky: Well, but it keeps it expensive. So now there is more and more leasing of land. As farmers retire from permanent crops, they have an orchard, but they don’t really want to sell it, so they lease it.

CAT: There you go. Keep it somehow in the family.

Klonsky: Yes, they try to keep ownership in the family. Or what we see also are these development leases where a young farmer can’t afford to buy the land, so they lease the land, but they pay for the trees to be planted.

CAT: So you are still coming to your office at UC Davis?

Klonsky: I am officially retired, but we have what we call a ‘partial recall’ where you can do things if you have funding. I have a project along with Rachel Goodhue, Professor, UC Davis Department of Agricultural and Resource Economics, with the California Department of Food and Agriculture, funded through the California Department of Pesticide Regulation. The Department of Pesticide Regulations is required by law to do an economic analysis of all proposed new regulations. So that is what I am working on.

CAT: Give me a couple of examples. VOC regulations?

Klonsky: Yeah, we do VOC.

CAT: Are you looking at sustainable groundwater legislation?

Klonsky: No, just pesticide regulation. It is funded by the Mill tax on pesticides.

CAT: Did you work with a lot of graduate students at UC Davis?UC Davis Graduate Studies

Klonsky: Oh yeah, I worked with a lot of graduate students coming through. One of them was on different ways of pesticide management on eucalyptus trees. I said I went to Spain. On that trip, I spoke about growing eucalyptus for firewood.

CAT: That was an economic study, wasn’t it?

Klonsky: Yes it was. They grow it not for firewood, but for paper. But that never really caught on here.

CAT: Are you bullish on agriculture? Do you think Ag is going to continue thriving in California?

Klonsky: Oh, sure. Oh, sure. But I think that the water situation is definitely real, and I think agriculture already has definitely made tremendous strides in irrigation systems, especially the subsurface irrigation in vegetables, in particular processing tomatoes, which I worked on.

CAT: That was a huge improvement in growing tomatoes. And people didn’t think it was going to work, but it turned out to be fantastic.

Klonsky: Yeah, a really win-win on that one. And orchards are getting more efficient. If you look at the water per pound of crop produced, you see major improvements with water efficiency.

CAT: Absolutely. Of course, most plants transpire most of the water they take up through the roots, up through the leaves and the stomata cells. By the way, do you have any interesting stories regarding your career?

Klonsky: It’s not the highlight, but the weirdest thing of my career is I got an email from somebody in Ministry of Agriculture and Fisheries from the United Arab Emirates. They wanted me to give a live presentation about Cooperative Extension in California and how it’s organized.

So I had to go to this office building in downtown Sacramento at 10:00 at night because of the time difference. I went into a conference room that had a special kind of projector so I could see them and they could see me. And on the monitor I see all these men walked in—they were all men—and half of them were in Western dress and half of them were wearing a Sheik-like headdress, with a band that sits on top and holds it on.

That was crazy, just being downtown after everybody is gone and the whole building was dark and quiet, except the one room that I was in.

CAT: How long was the presentation?

Klonsky: Gosh, maybe an hour.

CAT: You needed to do some research for that presentation?

Klonsky: Yeah, I had to do some research, I had to think about Cooperative Extension in a different way—the big picture. 

CAT: Keep up the good work, and I hope you are enjoying retirement.

Klonsky: Yeah, I come in two days a week, so it is nice to see everybody. I still get a lot of emails, which I need to answer.

2016-08-18T13:54:40-07:00January 26th, 2016|

Ag Collaboration with the Netherlands

Karen Ross: Ag Collaboration with the Netherlands

By Charmayne Hefley, Associate Editor

 

One of the best ways to overcome the challenges that arise in farming, is ag collaboration with countries that have already found solutions to the issues we face.

Karen Ross, secretary, California Department of Food and Agriculture, led a delegation of Californians to the Netherlands last month, “for shared discussion on all of the ways we can collaborate on climate-smart agriculture,” Ross said, “including water-use efficiency and improved fertilizer use.”

“In particular, the Netherlands has a shared issue with us—nitrates in groundwater—and what we can do to improve our water management and fertilizer management to avoid that. They’re doing some interesting things with greenhouse technologies and salt-tolerant crops, so we saw some real opportunities. We had university people with us to do some trials here.”

Ross’s group was able to visit Wageningen UR (University & Research centre), Netherlands’ prominent agriculture university. She said between the University of California, Davis and the Dutch university, “we found ways that we can collaborate together to find the solutions that are not just about here in California,” Ross said. “If we can solve these problems on water-use efficiency, desalinating brackish water, and salt-tolerant crop issues in California, we will make a contribution to solving these problems on a global basis.”

Ross’s team also visited many farmers, primarily of specialty crops. Ross commented, “We saw some of their digester technology, which we know is one of the solutions for our dairies. We really want to advance that technology, make it affordable and provide value to our dairies.”

2021-05-12T11:05:58-07:00January 22nd, 2016|

Social Media Minute—January 2016

SOCIAL MEDIA MINUTE—January 2016 Edition

Do you have a farm or ag business that’s not engaged on social media yet? We want YOU to be on top of your social media game! We’ll be sharing tips and pointers to help you get started or improve promotion of your ag-related company through social media.

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Step 1: Create a “Friend” Page or Log In

Today we’ll get you started with Facebook.

Definitions:

  • Friend Page – a personal page for you to make friends of your own and connect with others
  • Fan Page – a public page used to share updates for your farm, ranch, organization or company (these updates can be seen by everyone)

Step 1: Create a “Friend” Page or Log In

(1.1) First things first:  Open your web browser and type facebook.com into the url bar at the top.

Before you can create what is known as a “fan” page for Facebook to post updates and promote your business, you are required to have a Facebook “friend” page.

Already have a “friend” page? Great! Go ahead, log into it and proceed with us. If not, continue with Step 1.2.

(1.2) Enter the required information and click “Sign Up.”

(1.3) Record your information and password in a secure place. Well now, that was easy enough!

Step 2: Creating a "Fan" Page

Step 2: Create a “Fan” Page

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Step 2: Create a “Fan” Page

This is the most important part! Once you’ve set up your “friend” page it will be time to develop a “fan” page. We’ll walk you step-by-step through the process.

First and foremost, across the top of your page, in the blue border, you’ll notice:

  • your name
  • a “home” button
  • a few other buttons.
  • a little arrow, all the way to the right.

(2.1) Click the little arrow.

The pop up menu that appears next should read, “Create Page” at the top. Don’t worry if it looks different than the sample page (at left) because this was previously created.

(2.2) Click on “Create Page” to continue creating your “fan” page.

 

Step 3: Select the Type of “Fan” Page

Step 3: Selecting the Type of "Fan" Page

Step 3: Selecting the Type of “Fan” Page

At this point, you’ll be prompted to select the type of page. You have the following options:

For the purposes of this tutorial we are going to create a “Company, Organization or Institution” page. No matter what you choose, the overall appearance will generally be the same.

Definitions, for our purposes:

  • Local Business or Place – A location or business such as a bar, restaurant or retailer. This page allows you to define your business hours and price range of products sold. Ideal for fruit stands.
  • Company, Organization or Institution – Ideal for companies, businesses or organizations that don’t need to publicize work hours or prices to the public. Examples could include: CDFA, California Ag Today, Fresno County Farm Bureau.
  • Brand or Product – A specific product, service, organization or campaign you want to promote with trademark or distinctive name, aside from your corporate identity. This page could garner a lot of attention for a specific crop, such as Wonderful® Halos® California Mandarins or Cuties Mandarins.
  • Public Figure – A politician, community leader, reporter, or person of note within the community.
  • Entertainment – (not a likely choice) 
  • Cause or Community – A page to rally for someone suffering from health issues, a family needing help after a tragic accident… Aka pages to rally to help those in the community in need of help.

(3.1) Click on the “Company, Organization or Institution” icon (or another category that works best for your business). You will be prompted for information.

In this case. we were asked to (3.2) “Choose a Category” and (3.3) enter the company name. For this tutorial, we selected “Farming/Agriculture” as our category and named our mythical company “Calagtoday’s Social Media Farm.”

(3.4) Select “Get Started.”

Step 4: Setting up your “Fan” Page

Now you will be directed to enter more information. The first page will ask you (4.1) to enter a brief sentence or two about your page. We described our mythical business as, “Calagtoday’s Social Media Farm page is about teaching people how to use social media to promote their ag businesses.”

Step 4: Setting up your "Fan" Page (cont.)

Step 4: Setting up your “Fan” Page (cont.)

(4.2) We connected it to the californiaagtoday.com website in the next field, and (4.3) entered our Facebook web address or link as, “calagtodaySMfarm” for people to find our page.

(4.4) Once you’ve saved that information you’ll move on to selecting a profile picture.

All profile pictures have a 1:1 ratio, which means they are squares. Keep this in mind so you select a picture or logo that fits properly in your profile box. We took our basic graphic square “CalAgToday” logo and added “Social Media Farm” to it for use as our profile picture.

Our picture was on our computer, so (4.5) we selected “Upload From Computer” to get it onto Facebook.

Step 4: Setting up your "Fan" Page (cont.)

Step 4: Setting up your “Fan” Page (cont.)

(4.6) Your next choice is whether or not you’d like to add your page to your “favorites”—making it easier to find your page on your Facebook home page instead of having to scroll. This becomes extremely useful as you join more Facebook groups and administrate more of your own pages.

Once you’ve made the decision on whether or not you want your page to be accessible in your “favorites” menu [Click on “Add to Favorites”] or not [Click “Skip”] you’ll be prompted (4.7) to narrow your audience. You can choose the location of the audience you’d like to target, the age range, gender and interests. We simply chose to our audience to be those who are interested in “agriculture,” but you can select additional audience interests.

(4.8) After you’ve completed all of these steps, click “Save.” 

Step 5: The "Almost" Finished Page

Step 5: The “Almost” Finished Page

Step 5: The “Almost” Finished Page

Congratulations! You’ve completed the basic steps to create a “fan” page for your ag-related business.

For now, though, pause and admire your work. You’re on the way to advocating for agriculture. Facebook is the first step in the social media puzzle, yet it has the largest audience compared to all other social media pages.

We’ll cover the remaining steps required prior to posting content on your page in our next “Social Media Minute.”

Stay tuned . . .

CAT Facebook

 

 

Now, please go to our company’s real Facebook page, California Ag Today, and “like” us!

2016-05-31T19:24:15-07:00January 21st, 2016|

Protecting California Citrus from ACP

Protecting California Citrus from ACP

By Charmayne Hefley, Associate Editor

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California’s $2.2 billion fresh citrus industry that supplies 85 percent of the nation’s fresh citrus is currently healthy and vibrant despite the background threat of the Asian Citrus Psyllid (ACP), according to Kevin Severns, a citrus grower in Sanger, CA; general manager of the Orange Cove-Sanger Citrus Association, a cooperative citrus packing house in eastern Fresno County; and  chairman of California Citrus Mutual.

“We’re quite concerned about it,” Severns said about the ACPa tiny bug that is a known carrier or vector of “huanglongbing” (HLB), a devastating, incurable disease of citrus trees  that has already demolished the citrus industry in Florida. “We’ve been able to keep the bug at bay to this point,” Severins continued, “at least here in the Central Valley, but we’re very concerned about it. There are a lot of issues to be concerned about with this bug.”

Save Our CitrusCalifornia has taken note of the devastation of Florida’s industry, Severns said, and is taking steps to ensure the safety of California’s citrus. “Having gone to Florida with many of our citrus growers,” Severns explained, “I heard Florida growers tell we must control the bug. So we’re trying to keep this bug at bay and not allow [the infestation] to expand. We’ve had varied success in different areas of California, but so far, we’ve been able to keep the bug’s expansion here in the Central Valley to a minimum. We continue to have finds from time to time, but we haven’t yet had an explosion of the population of the ACP.”

Severns said, “We have a very successful partnership with the California Department of Food and Agriculture (CDFA).” While trapping ACP is critical, he emphasized the importance of enlisting the help of residential folks with citrus in their backyards to get involved in the conversation, to look for this pest, and to join in the fight. “The trap is very limited in its ability to pick up ACP, so it’s very important that we have visual surveys in which growers and homeowners actually go out and look at their trees for the bug.”

Severns said current measures against the spread of the ACP is helping to buy time for researchers to find a cure for HLB. “We realize every place on earth where the ACP has gone, eventually has been followed by HLB,” Severns said, “so we’re trying very hard to buy time and give our researchers and scientists a chance to come up with a solution to this disease—whether it is a resistant type of citrus variety or a cure for the trees.”

Preventing the spread of ACP and HLB, from commercial citrus growers to residential citrus growers, will require that everyone works together. To learn more, go to CaliforniaCitrusThreat.org or contact your local Ag Commissioner.

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Did you know, the historical time period establishing the California citrus industry is known as the “other” California Gold Rush? (Source: California Citrus Mutual)

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2021-05-12T11:05:58-07:00January 12th, 2016|

Irrigation Uniformity in Almonds

Attaining Irrigation Uniformity in Almond Orchards

By Patrick Cavanaugh, Deputy Editor

Terry Prichard, a water management specialist with UC Cooperative Extension at UC Davis for 35 years whe he retired five years ago, is still at work. Prichard is currently collaborating with Almond Board of California to improve water management in almonds, especially irrigation uniformity. “I am still researching nitrogen management for all crops through a grant through the UC from CDFA, and I am helping the Almond Board with their irrigation initiative and their Irrigation Improvement Continuum,” Prichard said.

Prichard explained, “We try to apply water in order to get an average amount of water throughout the field and do that very uniformly. When it is done non-uniformly, farmers are using extra water to reach all parts of the field. So improving irrigation uniformity allows us to apply less total water, but still meet the crop’s water demands,” Prichard noted.

Dormant almond trees with micro-sprinkers

Dormant almond trees with micro-sprinkers

Improvements to irrigation uniformity can be done in any field, according to Prichard. He suggests your designer should strive for good irrigation uniformity when creating your irrigation design. “However,” he clarified, “if you design a less expensive minimal system which uses minimal size piping, you end up using extra energy to drive the pressure through the system to deliver water to the end. Driving that pressure causes friction loss in the pipe—pressure differentials from the top of the system near the pump to the end of the system on the last sprinkler or dripper. These pressure differentials deliver different volumes of water out of each sprinkler, micro-sprinkler or drip emitter, and that is what drives non-uniformity.”

Also important is irrigation maintenance—making sure the system is flushed out and emitters are changed when needed. “Improving uniformity with large orifice-type sprinklers or even larger micro-sprinklers,” stated Prichard, “tends to be a little easier because the holes are larger and don’t plug as easily. In smaller orifice-type systems such as drip irrigation, emitters easily become clogged with physical particulates or biological particulates like slime and algae. Most commonly, lime or manganese forms inside the emitter, clogs it up and reduces the flow, so maintenance of those systems is very important to maximize your designed-in uniformity,” he said.

Continuum irrigation is an important concept because there is a whole array of current grower practices, some at the minimum level for what we consider for most growers, some are transitioning to more sophisticated methods, and others are already there. I think this continuum will reassure people who are at the minimum level and encourage them to adopt more technological solutions to irrigation scheduling.”

Prichard said the Almond Board’s Almond Irrigation Improvement Continuum doesn’t have a set timeframe. ”It has more accomplishment phases and so what we hope to do is provide each grower with information that they can use on their farm to improve their efficient use of water to produce almonds.”

“And the Almond Board is making these strategies and new technology systems web-based,” noted Prichard. “It is very easy with a web-based system to input new things. The current continuum on the website conceptualizes the basic visual measurements and practices, and you can click on a specific practice for more information on how to incorporate it to accomplish your goals. Then there is a link to a specific discussion such as how to accomplish these efficiencies using drip irrigation, for example,” said Prichard.

Double drip irrigation on Almond Trees

Double drip irrigation on almond trees

”Almond growers have made tremendous strides in improving their efficient use of water, primarily from changing older flood-type irrigation systems to the newer pressure systems. This progress has been tremendous for the industry and for growers in terms of producing more crop using less resources.”

“However, we are now at the next level of using these methods, such as weather-based irrigation scheduling estimates, followed by soil- and plant-based checks, to ensure that you are delivering just the right amount of water,” explained Prichard. “The continuum has generated a lot of grower interest. We have several ways to go and many more tools now than we did ten or twenty years ago.”

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Introduced at The Almond Conference in December, the full Irrigation Improvement Continuum and comprehensive background materials will be posted on the Almond Board’s website by March 1, 2016, providing “one-stop shopping” for almond irrigation management at all levels.

According to Almond Board’s January 2016 Outlook newsletter, the continuum describes three proficiency levels and provides a comprehensive program of irrigation management and scheduling practices in five key areas, and also explains how these practices can be effectively integrated at each level. The five key areas include:

  1. Measuring irrigation system performance and efficiency;
  2. Estimating orchard water requirements based on evapotranspiration;
  3. Determining the amount of water applied;
  4. Evaluating soil moisture; and
  5. Evaluating plant water status.

Proficiency level 1.0 (minimum) outlines research-based irrigation management practices that are within reach of all California Almond growers. Proficiency levels 2.0 (intermediate) and 3.0 (advanced) enhance practices to more sophisticated levels to attain even more “crop per drop.”

The goal is to assist all almond growers in meeting level 1.0 proficiency. Beyond this, Almond Board will work with growers to help them progress along the continuum to proficiency levels 2.0 and 3.0, in partnership with technical experts and resources available to California Almond growers, such as through University of California Cooperative Extension.

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Link:  Almond Board of California

2021-05-12T11:05:59-07:00January 11th, 2016|

New Dietary Guidelines for Healthy Eating

HHS and USDA Release New Dietary Guidelines to Encourage Healthy Eating Patterns to Prevent Chronic Diseases

 

Secretary of Health and Human Services Sylvia M. Burwell and Secretary of Agriculture Tom Vilsack TODAY released updated nutritional guidelines that encourage Americans to adopt a series of science-based recommendations to improve how they eat to reduce obesity and prevent chronic diseases like Type 2 diabetes, hypertension, and heart disease. The 2015-2020 Dietary Guidelines for Americans is the nation’s trusted resource for evidence-based nutrition recommendations and serves to provide the general public, as well as policy makers and health professionals with the information they need to help the public make informed choices about their diets at home, school, work and in their communities.

The newly released 8th edition of the Dietary Guidelines reflects advancements in scientific understanding about healthy eating choices and health outcomes over a lifetime. This edition recognizes the importance of focusing not on individual nutrients or foods in isolation, but on the variety of what people eat and drink—healthy eating patterns as a whole—to bring about lasting improvements in individual and population health.

“The Dietary Guidelines for Americans is one of many important tools that help to support a healthier next generation of Americans,” said Secretary Vilsack. “The latest edition of the Dietary Guidelines provides individuals with the flexibility to make healthy food choices that are right for them and their families and take advantage of the diversity of products available, thanks to America’s farmers and ranchers.”

The specific recommendations fit into five overarching guidelines in the new edition:

1. Follow a healthy eating pattern across the lifespan. Eating patterns are the combination of foods and drinks that a person eats over time.

2. Focus on variety, nutrient-dense foods, and amount

3. Limit calories from added sugars and saturated fats, and reduce sodium intake

4. Shift to healthier food and beverage choices

5. Support healthy eating patterns for all

Healthy eating patterns include a variety of nutritious foods like vegetables, fruits, grains, low-fat and fat-free dairy, lean meats and other protein foods and oils, while limiting saturated fats, trans fats, added sugars and sodium. A healthy eating pattern is adaptable to a person’s taste preferences, traditions, culture and budget.

Importantly, the guidelines suggest Americans should consume:

1. A variety of vegetables, including dark green, red and orange, legumes (beans and peas), starchy and other vegetables

2. Fruits, especially whole fruits

3. Grains, at least half of which are whole grains

4. Fat-free or low-fat dairy, including milk, yogurt, cheese, and/or fortified soy beverages

5. A variety of protein foods, including seafood, lean meats and poultry, eggs, legumes (beans and peas), soy products, and nuts and seeds

6. Oils, including those from plants: canola, corn, olive, peanut, safflower, soybean, and sunflower. Oils also are naturally present in nuts, seeds, seafood, olives, and avocados.

Further, Americans should be encouraged to consume:

1. Less than 10 percent of calories per day from added sugars. ChooseMyPlate.gov provides more information about added sugars, which are sugars and syrups that are added to foods or beverages when they are processed or prepared. This does not include naturally occurring sugars such as those consumed as part of milk and fruits.

2. Less than 10 percent of calories per day from saturated fats. The Nutrition Facts label can be used to check for saturated fats. Foods that are high in saturated fat include butter, whole milk, meats that are not labeled as lean, and tropical oils such as coconut and palm oil.

3. Less than 2,300 milligrams (mg) per day of sodium for people over the age of 14 years and less for those younger. The Nutrition Facts label is a helpful tool to check for sodium, especially in processed foods like pizza, pasta dishes, sauces, and soups.

Based on a review of current scientific evidence on nutrition, the 2015 edition includes updated guidance on topics such as added sugars, sodium, and cholesterol and new information on caffeine. For example, the 2015-2020 Dietary Guidelines is the first edition to:

1. Recommend a quantitative limit to consume less than 10 percent of calories from added sugars.

2. Reaffirm guidance about the core building blocks of a healthy lifestyle that have remained consistent over the past several editions

3. Suggest there is still work to be done to encourage more Americans to follow the recommendations outlined in the Dietary Guidelines.

The 2015-2020 Dietary Guidelines continues the nation’s dependence on California agriculture, which includes more than 400 commodities. According to the California Department of Food and Agriculture (CDFA) in 2014, the state produced nearly half of US-grown fruits, nuts and vegetables. Across the nation, US consumers regularly purchase several crops produced solely in California.

California’s top-ten valued commodities (USDA/NASS Crop Year Report 2014):

* Milk — $9.4 billion

* Almonds — $5.9 billion

* Grapes — $5.2 billion

* Cattle, Calves — $3.7 billion

* Strawberries — $2.5 billion

* Lettuce — $2 billion

* Walnuts — $1.8 billion

* Tomatoes — $1.6 billion

* Pistachios — $1.6 billion

* Hay — $1.3 billion

The 2015-2020 Dietary Guidelines for Americans is available at dietaryguidelines.gov.USDA has also released updates for consumers on ChooseMyPlate.gov, and new resources will soon be available on Health.gov from HHS that will help health professionals support their clients and patients in making healthy choices.

The Dietary Guidelines is required under the 1990 National Nutrition Monitoring and Related Research Act, which states that every 5 years, the U.S. Departments of Health and Human Services (HHS) and of Agriculture (USDA) must jointly publish a report containing nutritional and dietary information and guidelines for the general public. The statute requires that the Dietary Guidelines be based on the preponderance of current scientific and medical knowledge.

2021-05-12T11:17:15-07:00January 7th, 2016|

UPDATE! Expanded ACP Quarantine

UPDATE! Expanded ACP Quarantine in Stanislaus and Merced Counties

Two ACPs Found in City of Turlock

Stanislaus County has been placed under quarantine for the Asian citrus psyllid (ACP) following the detection of two ACPs within the City of Turlock.  The expanded ACP quarantine also includes a portion of northern Merced County along its border with Stanislaus County.  The quarantine zone measures 101 square miles, bordered on the north by East Service Road; on the south by August Avenue; on the west by Blaker Road; and on the east by North Hickman Road.  The quarantine map for Stanislaus and Merced is available online at: www.cdfa.ca.gov/go/acp-maps.

The quarantine prohibits the movement of citrus and curry leaf tree nursery stock, including all plant parts except fruit, out of the quarantine area and requires that all citrus fruit be cleaned of leaves and stems prior to moving out of the quarantine area.  An exception may be made for nursery stock and budwood grown in USDA-approved structures which are designed to keep ACP and other insects out.  Residents with backyard citrus trees in the quarantine area are asked not to transport or send citrus fruit or leaves, potted citrus trees, or curry leaves from the quarantine area.

ACP county-wide quarantines are now in place in Imperial, Los Angeles, Orange, Riverside, San Bernardino, San Diego, Santa Barbara, Tulare and Ventura Counties, with portions of Alameda, Fresno, Kern, Madera, Merced, San Benito, San Francisco, San Joaquin, San Luis Obispo, San Mateo, Santa Clara, and Stanislaus counties also under quarantine.

The ACP is an invasive species of grave concern because it can carry the disease huanglongbing (HLB), also known as citrus greening.  All citrus and closely related species, such as curry leaf trees, are susceptible hosts for both the insect and disease.  There is no cure once the tree becomes infected; the diseased tree will decline in health and produce bitter, misshaped fruit until it dies.  In California, HLB has only been detected in 2012 and 2015 on residential properties in Los Angeles County.  This plant disease does not affect human health.

Residents in the area who think they may have seen ACP or symptoms of HLB on their trees are urged to call CDFA’s Pest Hotline at 1-800-491-1899 or your local agricultural commissioner’s office (Stanislaus County (209) 525-4730; Merced County (209) 385-7431).  For more information on the ACP and HLB, please visit: www.cdfa.ca.gov/go/acp.

2021-05-12T11:06:00-07:00December 28th, 2015|

Ross Supports Desalination

CDFA’s Karen Ross Supports Desalination Plants

By Brian German, Associate Editor

 

Following the opening of the Carlsbad Desalination Plant near San Diego, the largest seawater desalination plant in the Western Hemisphere, CalAgToday asked CDFA Secretary Karen Ross if she views desalination as a possible solution to the drought-induced water reductions in California.

“Desalination is an important part of the solution,” answered Ross. “Israel has really advanced this technology and there is much for us to learn about its use from Israel.”

Israel has had great success in battling drought by building many desalination plants along the Mediterranean Sea. The plants provide fresh desal water to the cities, which is used, cleaned and recycled for use on the country’s farms.

Ross continued, “I am especially optimistic about the use of practical smaller-scale desal projects to reuse our brackish water—the more inland saline water. Our researchers can use this technology to help us solve the ‘brine waste’ problem; it will absolutely be part of our new water picture. There is no single solution to our water picture, and I think we need to look to Israel to learn from their experiences as well.”

“’There is, no doubt, a cost to this new technology, but by figuring out the technology and foçusing on smaller scale projects, we should be able to scale this up to a point that will make it cost-effective,” said Ross. “Let’s face it, the value of the water it brings back for reuse is potentially going to change the price we all pay for it. But we really need to focus on improving this technology and getting those costs down as much as we possibly can.”

“The Carlsbad plant is a billion dollar investment, which is overwhelming and intimidating,” said Ross. “But when we amortize the cost and calculate what it means per household, this investment represents a very important source of supplemental water that also gives us some flexibility and resiliency for the next drought, and the one after that. Our circumstances are different than ten or twenty years ago, so the costs pencil out in a different way.”

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The Claude “Bud” Lewis Carlsbad Desalination Plant is a 50 million gallon per day (56,000 acre-feet per year (AFY)) seawater desalination plant located adjacent to the Encina Power Station in Carlsbad, California. Desalination has evolved into a desirable water supply alternative by tapping the largest reservoir in the world – the Pacific Ocean. The technology, available for decades, is at work in many arid areas of the world including the Middle East, the Mediterranean and the Caribbean. A 30-year Water Purchase Agreement is in place between the San Diego County Water Authority and Poseidon Water for the entire output of the plant. The plant has been delivering water to the businesses and residents of San Diego County since December 2015.

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Poseidon Water, the developer and owner of the Claude “Bud” Lewis Carlsbad Desalination Plant, is a privately held company that develops and invests in water projects throughout North America. Poseidon offers customized solutions to meet the water needs of municipal governments, businesses and industrial clients.

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The Huntington Beach Desalination Project is also a 50-million gallon per day facility currently in late-stage development, also by Poseidon Water. Located adjacent to the AES Huntington Beach Power Station, the plant is scheduled to be operational by 2018.

2021-05-12T11:06:00-07:00December 23rd, 2015|

Avian Influenza

Waterfowl  Migration Flyways Have Poultry Industry on Guard

By Brian German, Associate Editor

We are at the peak of migrating bird traffic flying north to south, and poultry operations throughout California and the rest of the country are looking skyward with dread. The industry aims to detect all flyways as migrating birds are suspected of spreading Asian Highly Pathogenic Avian Influenza (HPAI) A (H5N1) virus that devastated the poultry business last year throughout the Midwest with some lesser problems in California. In fact, more than 48 million birds, primarily turkeys and laying hens, were infected and had to be depopulated last year throughout the Midwest.

“These global flyways waterfowl use to move north and south and back again every year are basically like freeways,” said Maurice Pitesky, a Veterinarian and UC Cooperative Extension assistant specialist and UC Davis School of Veterinary Medicine lecturer in Population Health & Reproduction. “And in those freeway lanes,” he continued, “different birds interface with each other. We have a Pacific flyway that covers California, which can interface with the East Asia and Australian flyways. If you look at the genetics found in North America, especially in California, the genetics match some of the HPAI found in South Korea.”

Locating birds in flyways can alert poultry operations to implement immediate measures to prevent potential HPAI spreading on anything on the outside or inside of the poultry house.

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Feral Swine Also a Problem

Pitesky noted a great abundance of feral swine in California, and the geographical extent is poorly understood. “But what we do know with respect to influenza is that although feral swine, and swine in general, are unique species, influenza viruses from humans and influenza viruses from birds can infect swine. That represents one of the ways we get new strains of Avian Influenza that could adversely affect all animals, including birds and potentially humans,” he noted.

Of course, poultry HPAI is not a problem for humans. Pitesky noted, “When people say ‘highly pathogenic,’ it has nothing to do with whether humans get it or not. The ‘highly pathogenic’ label is specifically for birds in that it makes birds sick. There is no evidence any of those strains we found in North America are zoonotic, meaning able to infect humans, at this point,” he said.

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Biosecurity Explained – 6 Simple Steps

The USDA Animal and Plant Health Inspection Service (APHIS) wants to help poultry owners keep their birds healthy by practicing biosecurity to reduce the chances exposure to animal diseases such as avian influenza (AI) or exotic Newcastle disease (END).

APHIS advises the following consistent daily biosecurity practices:

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The USDA’s Fall 2015 HPAI Preparedness and Response Plan to preventing and responding to future HPAI cases, in collaboration with industry and State partners, includes:

 Promoting improved on-farm biosecurity practices in order to prevent future HPAI cases to the greatest extent possible

 Improving HPAI surveillance in wild birds as a means to provide “early warning” risk information to States and industry

 Expanding Federal, State and industry response capabilities, including availability of personnel, equipment, and depopulation, disposal and recovery options

 Improving USDA’s capabilities to rapidly detect HPAI in domestic poultry and to depopulate affected flocks within 24 hours to reduce the environmental load of HPAI viruses and their subsequent spread

 Streamlining the processes for payment of indemnity and the cost of eliminating viruses so that producers receive a fair amount quickly, to assist them in returning to production

 Enhancing our ability to communicate in a timely and effective way with producers, consumers, legislators, media, and others regarding outbreaks and other information

 Making preparations to identify and deploy effective AI vaccines should they be a cost beneficial addition to the eradication efforts in a future HPAI outbreak.

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Resources:

UC Davis School of Veterinary Medicine 

2015 Avian Influenza News (Bird Flu)

California Animal Health and Food Safety (CAHFS) Laboratory System

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CDFA

Poultry Facility Biosecurity Risk Assessment Guide: “We will always be one step ahead.”

Highly Pathogenic Avian Influenza (HPAI) outbreak in the United States

Avian Entry Requirements into California Update

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USDA

Animal and Plant Health Inspection Service

2015 Avian Influenza News 

Avian Influenza Disease

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2021-05-12T11:17:15-07:00December 22nd, 2015|

PIGS RESISTANT TO PRRS VIRUS

FIRST PIGS RESISTANT TO PRRS VIRUS

By Laurie Greene, Editor

First detected in the U.S. in 1987, Porcine Reproductive and Respiratory Syndrome Virus (PRRS Virus or PRSSv), a recently recognized incurable viral disease of pigs that can cause animal reproductive failure, reduced growth and premature death, costs American farmers approximately $600 million in damages each year.[1] Genus PIC, a global pioneer in animal genetics, announced the development of the first pigs resistant to PRRS Virus through a long-standing collaboration with the University of Missouri’s College of Agriculture, Food and Natural Resources. Specifically, they bred pigs that do not produce a protein necessary for the virus to spread.

The swine industry is invaluable to California’s agriculture, according to the California Department of Food and Agriculture (CDFA), and the demand for swine in California is increasing greatly. Expanding ethnic populations have created new demands in the marketplace.

CDFA’s Animal Health Branch aids in the management of swine diseases because of the highly contagious nature of some diseases to swine, other species of livestock and/or people. Due to expanding international trade and travel, highly transmissible foreign animal disease can spread rapidly if undetected or detected but not reported.

Currently, CDFA participates in monitoring for PRRSv through the California Animal Health and Food Safety Laboratory System; however, since no vaccine has been effective and no control program has been proposed, preventing the spread of PRRSv within and between pig populations is a critical component of a farm’s disease control program.

CDFA Animal Health and Food Safety Services’ swine health experts recommend farmers look for blisters on hooves and on the snout, unusual or unexplained illness, hemorrhagic septicemias, unusual skin lesions ranging from cyanotic patches on the ears and abdomen to raised, scabby lesions mainly on the legs, high morbidity or mortality. If you suspect you are dealing with such a disease, contact CDFA at (916) 900-5002 or your district office.

Genus is dedicated to the responsible exploration of new innovations that benefit the wellbeing of animals, farmers, and ultimately consumers. PIC, a subsidiary of Genus, is the global leader in providing genetically superior pig breeding stock and technical support for maximizing genetic potential to commercial pork producers. PIC has been delivering genetic improvements for over 50 years.

The University of Missouri has signed a global licensing deal for future commercialization with Genus. If development continues, Genus will seek approvals and registration from governments before a wider market release. Genus expects that it will be at least five years until PRRSV resistant animals will be available to farmers.

(Photo Source: USDA)


[1] Holtkamp, Derald J.; Kliebenstein, James B.; Zimmerman, Jeffrey J.; Neumann, Eric; Rotto, Hans; Yoder, Tiffany K.; Wang, Chong; Yeske, Paul; Mowrer, Christine L.; and Haley, Charles (2012) “Economic Impact of Porcine Reproductive and Respiratory Syndrome Virus on U.S. Pork Producers,” Animal Industry Report: AS 658, ASL R2671. Available at: http://lib.dr.iastate.edu/ans_air/vol658/iss1/3

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Sources

Basi, Christian, Pigs that are Resistant to Incurable Disease Developed at University of Missouri: Discovery about PRRS virus could save swine industry hundreds of millions of dollars; Exclusive deal signed with global leader in animal genetics, December 8, 2015

CDFA Swine Health Information And Resources

California Pork Producers Association

Genus tackles major pig disease with breakthrough technology, December 8, 2015

Porcine Reproductive and Respiratory Syndrome (PRRS)

Schmidt, Stephen, Big Cat Collaboration: CAFNR geneticist teams up with Kansas State researcher to make PRRSv-resistant pigs, December 8, 2015

2016-05-31T19:27:01-07:00December 16th, 2015|
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