California Weed Science Society Meeting

California Weed Science Society Meeting

By Charmayne Hefley, Associate Editor

The California Weed Science Society (CWSS) held their annual meeting in Sacramento from January 13-15, 2016. The meeting fostered collaboration between Pest Control Advisors (PCAs) and farmers as they gathered to learn the newest innovations in weed science.

John Roncoroni, weed science farm advisor for the UC Cooperative Extension in Napa County, as well as the outgoing CWSS president, said four Fresno State students gave presentations at the meeting on their research. “We’ve had really great student participation—the amount of student scholarships we’ve given is up this year, the posters, the students and our attendance this year is up,” Roncoroni said. Pre-registration was about 530 people.

CWSS LogoRoncoroni suspects that rain pushed people to attend, “becausewith that rainwe’re looking at more weeds this year. So people are looking for the newest information on weeds. This year’s conference really has done a really good job of putting that information together. Kate Walker, our program chair, has really done a fine job of putting together a great program.”

Kate Walker, technical service representative for BASF Corporation, is also the new, incoming CWSS president.

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Links:

California Weed Science Society (CWSS)

The CWSS recently updated its published textbook, Principles of Weed Control, 4th Edition, that focuses on the applied aspects of weed control.  The purpose of this textbook is to provide access to the fundamental principles and concepts of weed management in California. The book is designed for use at the college level by students who have an interest in pursuing a plant science or associated background of course work. It is also a useful resource for individuals studying to become PCAs and applicators or for consultants who work in weed science. For more information, go to the CWSS website Publications page.

2021-05-12T11:03:04-07:00February 5th, 2016|

USDA, Microsoft Innovation Challenge Winners

Open Data from USDA, Microsoft Cloud Technology Strengthen Food Supply Through “Innovation Challenge” Winners

 

Agriculture Secretary Tom Vilsack and Microsoft officials announced the winners of the USDA, Microsoft Innovation Challenge late last month in which contestants used USDA agriculture production open data to develop online tools that can help make the American food supply more resilient in the face of climate change.

“In yet another example of how public and private resources can be leveraged together to address significant global concerns, the winners of the USDA-Microsoft Innovation Challenge have used open government data to create an impressive array of innovative tools to help food producers and our communities prepare for the impacts of climate change and ensure our nation’s ability to provide plentiful, affordable food,” said Agriculture Secretary Tom Vilsack. “For more than 100 years, USDA has compiled data on the farm economy, production, and the health of crops around the country, and it is exciting to see such modern, useful tools spring from these information sources.”

The Challenge was created in support of the President’s Climate Data Initiative, which aims to harness climate data in ways that will increase the resilience of America’s food system. USDA provided contestants with more than 100 years of crop and climate data through Microsoft Azure, Microsoft’s cloud computing platform.

“Combining the advantages of cloud computing resources with the government’s desire to provide open access to public data is likely to transform scientific research and business innovation,” said Dr. Daron G. Green, deputy managing director of Microsoft Research. “Microsoft’s partnership with the USDA evidences how public-private partnership can stimulate new applications, explore novel scenarios and, in this case, work towards a more resilient and sustainable food production.”

A total of $63,000 in cash and prizes were awarded, with winners selected from more than 346 registrants and 33 submissions from around the world.

The award recipients and their projects, are:FarmPlenty

 

  • Grand Prize, Open Source Application Award, and Best Visualization in Time or Space Award recipient: Farm Plenty, submitted by George Lee of San Francisco, Calif. This application allows farmers to analyze USDA data about crops grown within five kilometers of their farms to make informed decisions about their own crop choices.

 

  • Second Prize and Open Source Application Award recipient: Green Pastures, submitted by Khyati Majmudar of Mumbai, India. This comprehensive dashboard interface allows a farmer to visualize production, economic, livestock, and commodity data from NASS, ERS, ARMS, and other sources at scales from national to local, including information on farmers’ markets.

 

  • Third Prize recipient: What’s Local, submitted by Benjamin Wellington of Landscape Metrics LLC in Brooklyn, N.Y. This tool analyzes the resources that are required to produce agricultural outputs by using data from the Census of Agriculture in a way that allows urban population centers to connect with farmers in their area.

 

  • Honorable Mention: Open Source Application Award, and Best Student-Made Award recipient: Farm Profit Calculator, submitted by Fernando Napier and Matt Pedersen of Lincoln, Neb. Farmers can use this mobile phone application to compare their input costs (fertilizer, seed, fuel, etc.) to regional averages, and find financial efficiencies where their costs are above the norm.croptrends

 

  • Honorable Mention recipient: Croptrends, submitted by Chaiyawut Lertvichaivoravit and Ta Chiraphadhanakul of Thousand Eyes in San Francisco. This useful tool can be used for viewing spatial and temporal trends in crop production and yield by county for the entire United States by using NASS data.

 

  • Popular Choice Award recipient: VAIS, submitted by Ken Moini of Thallo Tech in Nashville, Tenn. This tool uses NASS data for the entire United States to provide a unique approach to visualizing crowd-sourced pricing data.

 

  • Large Organization Recognition Award recipient: Farmed, submitted by Bryan Tower of Applied Technical Systems in Silverdale, Wash. This tool allows farmers to view crop conditions in their area by using VegScape data from NASS combined with local weather data.

 

USDA is an active founding member of the Global Data Partnership through the memberships of both the U.S. Government Open Data and the Global Open Data for Agriculture and Nutrition (GODAN) initiatives. USDA is helping pave the way for coordinating global efforts to make agriculture and nutrition data open. USDA’s Open Data Catalog is the authoritative source of publicly available USDA data.

Since 2009, USDA has invested in and advanced innovative and transformative initiatives to solve societal challenges and ensure the long-term viability of agriculture. USDA’s integrated research, education, and extension programs, supporting the best and brightest scientists and extension personnel, have resulted user-inspired, groundbreaking discoveries that are combating childhood obesity, improving and sustaining rural economic growth, addressing water availability issues, increasing food production, finding new sources of energy, mitigating climate variability, and ensuring food safety. To learn more about USDA’s impact on agricultural science, visit www.usda.gov/results.

2016-05-31T19:24:13-07:00February 2nd, 2016|

Greg Douhan is New Citrus Farm Advisor

UCCE Tulare Welcomes New Citrus Farm Advisor

By Brian German, Associate Director

The UC Cooperative Extension Program has served Tulare County since 1918 and continues to meet the ever-changing needs of the community. UC Cooperative Extension, Tulare County is preparing to welcome their new citrus farm advisor, Greg Douhan, on March 1, 2016. Douhan, who noted his excitement for the opportunity, will be taking the reins from the recently retired Neil O’Connell who gave over 34 years of faithful service advising Tulare County citrus growers.

Douhan shared that his relatives inspired him to focus his career in agriculture. “I had an uncle who was an almond grower when I was a kid. And my grandfather was an avid horticulturalist; he used to graft different trees and I always found that fascinating.”

“As I got older, I decided I was interested in plants, so I went to Humboldt State University. I also got interested in fungi, so I decided to fuse my interests in fungi and in plants and go into plant pathology,” Douhan said.

“I earned my Master’s and Ph.D. at Washington State University, and then completed a post-doc assignment at UC Davis for 3-4 years. I moved to UC Riverside for about 6 years. Now I am here in Tulare County!” 

Cooperative Extension advisors serve as conduits of information from various UC campuses. Subject matter specialists, along with local research centers, collaborate with local advisors to identify and solve local problems through research and educational programs. The mission of the program is to serve California through the creation, development and application of knowledge, in agriculture, natural and human resources. Farm advisors then apply this knowledge to improve our agriculture and food systems along with our natural resources and environment.

“I’ve been working for the UC system basically since I was a post-doc,” Douhan said, “so it has been for many years. I think Cooperative Extension was the best system for working with both the growers and everybody else to better California agriculture,” Douhan said. “This was just an incredible opportunity. I was doing science and looking for another career move, and this was a perfect opportunity to have a next chapter in doing something different.”

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Link:

Tulare County Cooperative Extension

2016-05-31T19:24:14-07:00February 1st, 2016|

California Water Priorities Ballot Measure

Petitioning for California Water Priorities Ballot Measure Kicks off Friday in Fresno

 

California Water Alliance (CalWA) executive director Aubrey Bettencourt announced TODAY that a petition drive for the California Water Priorities Ballot Measure will take place Friday, January 29, 2016, at KMJ Studios, 1071 W. Shaw Avenue in Fresno, from 2-6 pm.

Earlier this week, the proposed ballot measure was approved by Attorney General Kamala Harris, opening the door to begin signature-gathering efforts with initiative supporters. Since the measure’s approval, CalWA has received an overwhelming amount of support and requests for petitions to circulate.

Electronic copies of the petition are not available, as use of them would disqualify the signatures gathered. Requests for petitions may be made online at www.CaWater4All.com. CalWA will begin mailing petitions on Friday, January 29.

A second signature drive is being scheduled February 9-11, 2016, at the World Ag Expo in Tulare. More information on this event will be available on the CaWater4All website.

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The California Water Alliance is a statewide nonprofit organization dedicated to raising awareness about the nature of water and promoting long-term, sustainable solutions that meet the health and security needs of families, cities, businesses, farmers and the environment. 

The California Water Alliance Initiative Fund Committee (FPPC ID#1381113), sponsored by the California Water Alliance, a non-profit IRC §501(c)(4) organization, is a state primarily formed ballot measure recipient committee organized to qualify two or more state ballot measures for the November 2016 ballot. It is permitted to accept unlimited, non-tax-deductible donations from individuals, corporations, partnerships, nonprofit organizations, and any other lawfully permissible sources. For more information and restrictions, please visit http://cawater4all.com/.

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Resources:

 

The Water Priorities Constitutional Amendment and Bond Act Fact Sheet

California Water Explained

California Water Use Facts

California Water Polling Infographic

2016-05-31T19:24:14-07:00January 28th, 2016|

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|

Fresno State Helps Hungry Students

Fresno State Program Helps Hungry Students

By Brian German, Associate Editor

 

California State University, Fresno (Fresno State) recently began a multi-initiative program to support students who are struggling with food insecurity. Jessica Medina, coordinator of the “Food Security Project” at Fresno State, said, “The project has five initiatives: an on-campus food pantry, education and resources, an app titled, “Catered Cupboard,” that shows students where on campus they can receive free food, complimentary meals at the university dining hall and the Good Samaritan Fund,” she explained.

Medina said the on-campus food and hygiene pantry, named, “Student Cupboard,” provides students with access to free food and hygiene on a daily basis. We also provide them with education—how to cook those things, how to budget, how to make sure they can afford different things as a student, and connections to resources such as CalFresh, the WIC program and other agencies in the community they can benefit from. We offer emergency funding if they ever need things, as well as lots of other initiatives that access fresh nutritious food,” she noted.

Medina said Fresno State is also a member of the College and University Food Bank Alliance (CUFBA), a professional organization of campus-based programs focused on alleviating food insecurity, hunger, and poverty among college and university students in the United States. As of TODAY, there are 257 active member institutions of CUFBA.

Medina said such CUFBA members are growing in numbers. “We are starting to pop up on other campuses,” she stated, “and we are excited the chancellor of the CSU system, Chancellor White is going to be supporting a conference to have these conversations and create a model for other institutions for the future.”

Medina said students who go hungry are less likely to do well in their studies, “There are a lot of studies on what students are like in the elementary classrooms, but [food insecurity] continues on to college and beyond as well. When you don’t know where your next meal is coming from, when you don’t have that food access available to you, it is hard to concentrate. It is hard to focus. It is hard to be successful as a student. And that is what this program isa ‘student success’ program for our students.”

Hired as a fulltime employee by Fresno State to coordinate this, Medina commented, “I think we are one of the first campuses to create a full-time position to coordinate this effort. I graduated from Fresno State with both my undergraduate and master’s, and I am very fortunate to continue on here and be a part of this.”

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Links

 

CalFresh

California State University, Fresno

Catered Cupboard

College and University Food Bank Alliance (CUFBA)

Food Security Project

Food Security Project Resources

Good Samaritan Fund

Students Covered

WIC program

2016-05-31T19:26:58-07:00January 15th, 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|

USDA Official Talks TPP in CA

USDA Official Talks TPP in California

By Brian German, Associate Editor

 

United States Department of Agriculture (USDA) Under Secretary for Farm and Foreign Agricultural Services Michael Scuse held a roundtable at the California Farm Bureau Office in Sacramento with California ag leaders in December to discuss the proposed Trans-Pacific Partnership (TPP) trade agreement. “The reason we came out here now is the Trans-Pacific Partnership is finalized and the text has been released. We wanted to meet with the representatives of the different commodity groups to get their take on the agreement,” said Scuse. “It was a very good, interesting meeting,” he noted.

While not all industries are behind the TPP, Scuse said, “Agriculture, as a whole, is very supportive of the TPP. There were a couple of concerns about sanitary and phytosanitary issues and about how other countries may address those going forward.  California ag leaders asked us to put together a fact sheet on these phytosanitary issues, labor, and other topics, so they have some talking points to converse with their constituents as well as their representatives in Congress.”

To make this trade agreement law, Scuse explained, “We are hoping Congress will take this up as soon as they possibly can. Every day we delay getting approval on TPP from Congress puts our producers at a disadvantage. The sooner we get this approved, the better it will be for all our farmers and ranchers across the United States,” he noted.

For California, the leading agricultural state, shipping more than $23 billion worth of food and agricultural products in 2014, time is expensive.

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Links:

USDA Farm and Foreign Agricultural Services helps to keep America’s farmers and ranchers in business as they face the uncertainties of weather and markets. They deliver commodity, credit, conservation, disaster, and emergency assistance programs that help improve the stability and strength of the agricultural economy.

Trans-Pacific Partnership (TPP) trade agreement, “Economy, Water, Trade and Labor were Big Topics at 32nd Agribusiness Conference.”

California Farm Bureau Federation

2021-05-12T11:05:59-07:00January 4th, 2016|

Drought Lessons from Israel, Part 2

Drought Lessons from Israel, Part 2

Drought-Stricken Israel has Plenty of Water

By Patrick Cavanaugh, Deputy Editor

Israel is a drought-stricken country, yet they have plenty of water for farming and for their cities. What can California learn from these drought lessons from Israel?

Uri Shani, a Hebrew University of Jerusalem, Faculty of Agricultural, Food and Environmental Quality Sciences, professor and former director of the Israel Water Authority during the high-stress drought six years ago, said Israel reached its current water-secure status using recycled water from cities and commissioning seven desalination plants along the Mediterranean Sea. Shani said, “Clean, desal water is used by everybody, even the farmers; however, they mostly use the recycled water from the cities. The advantage of desalinated water over recycled water is improved quality because it comes from natural water that is cleaner and less salty.”

“Of course the desal water that goes to the cities is then recycled,” explained Shani, “which goes to the farmers. We’ve solved the water quality problem in irrigation by generating more desal water, as it is not expensive anymore.”

Shani summarized, “In the competition between the cities and the farmers, the farmers will lose by definition because you must supply drinking water. So, when water is limited, the farmers will lose; there is no question about it. Now, the possibility of getting more water will always favor the farmer,” he said.

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Links

Israel Water Authority

Hebrew University of Jerusalem, Faculty of Agricultural, Food and Environmental Quality Sciences

 

2021-05-12T11:05:59-07:00December 31st, 2015|
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