California Water Priorities Ballot Measure Review Completed

Legislative Analyst Completes Review of California Water Priorities Ballot Measure

California Water Alliance (CalWA) executive director Aubrey Bettencourt announced TODAY that California Legislative Analyst Mac Taylor and Director of Finance Michael Cohen reported their findings to Attorney General Kamala Harris regarding CalWA’s proposed constitutional and statutory amendment for November’s General Election ballot.

In its report to Attorney General Harris, the Legislative Analyst’s Office (LAO) found that the water priorities ballot measure “would not significantly increase or decrease the state’s anticipated debt payments.”

“We are pleased that the LAO agrees that our measure performs as we intended and has no undesirable fiscal effects,” said Bettencourt. “From the outset, we wrote it to avoid any new taxes, new debt, new user fees, or other costs to the state’s taxpayers.”

The measure would redirect up to $10.7 billion in previously-authorized High-Speed Rail Project and 2014 Water Bond general obligation bond authority to fund construction of specific water-storage related projects throughout the state and amend the state’s constitution to prioritize uses of water, putting people’s needs first.

By helping to solve California’s water storage infrastructure needs, the initiative would remove unspent bond funds from the High-Speed Rail Project approved by voters in 2008, now listed as the least important infrastructure priority according to the recent Stanford Golden State Poll. Dealing with the state’s water problems is the majority of voters’ top priority, according to the same poll.

CalWA sponsored the measure with State Senator Bob Huff and Board of Equalization Vice-Chair George Runner, its proponents.

The LAO also found the net effect of the measure on federal funds and its impact on state and local governments were unknown. The LAO also reported the measure could cause unknowable changes in other state capital projects.

Bettencourt said that Attorney General Harris is expected to finish her review within a week and release an official title and summary for the measure, the first step in circulating petitions to qualify the measure for placement on November’s ballot.

“The people of California will be given the ability to reprioritize the state’s direction for the needs of today—from a high speed train to water storage,” Bettencourt said. “They will soon be able to sign the measure’s petition and help us in our efforts to qualify this important initiative measure for a vote of the people,” she concluded.

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About the California Water Alliance

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. To learn more, visit www.CaliforniaWaterAlliance.org.

About the California Water Alliance Initiative Fund Committee

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/

Paid for by the California Water Alliance Initiative Fund | 455 Capitol Mall Suite 600, Sacramento, CA 95814

California Ag Today2016-05-31T19:24:15-07:00January 20th, 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

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

”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:

Measuring irrigation system performance and efficiency;
Estimating orchard water requirements based on evapotranspiration;
Determining the amount of water applied;
Evaluating soil moisture; and
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

California Ag Today2021-05-12T11:05:59-07:00January 11th, 2016|

Farmers are Asset Managers

By Brian German, Associate Editor

Richard Casias, principal scientist and managing member at RCC Group, LLC, an environmental management consulting company based in Davis, expressed his deep respect for the Valley’s local farmers’ positive outlook, “What I really appreciate about these individuals is farmers are true asset managers. Their goal is to work efficiently, effectively and bring a good investment off the land they are managing.”

RCC Group’s primary customer base of almond, walnut and pistachio growers approach Casias by introducing their asset, emphasizing ongoing preservation of that asset, and making certain that the inputs are positive, and losses are minimized, like any company. With over 30 years of experience in earth science and environmental management, Casias attributes his expertise to this ongoing learning process.

Casias has traveled nationwide, including Hawaii, Nevada, Utah, New Mexico and Texas, promoting environmental management systems and conducting environmental and water resource investigations. “I’ve been advocating for an environmental management system for farming operations. Australia and other countries have been doing it, and it is completely applicable here in Central Valley farming operations.”

Casias continued, “So many of the farming practices that are being done are not getting farmers the positive feedback and validation as good land and water stewards. That is part of my motivation—to make sure growers recognize and take credit for all the extra work that they do to make their farming operations successful.”

When it comes to increasing water regulations on farming, Casias commented, “I try to remind growers that public scrutiny is not solely focused on agriculture as the villain; there are a number of people [and industries] using these natural resources.”

California Ag Today2016-05-31T19:26:59-07:00January 7th, 2016|

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

California Ag Today2021-05-12T11:05:59-07:00December 31st, 2015|

Almond Conference Announces AIM Strategy

Annual Almond Conference Announces AIM Strategy and Improved Leadership

By Patrick Cavanaugh, Deputy Editor

Leadership was the recurring theme for the 3,000+ attendees over the three-day 43rd Annual Almond Conference, hosted by the Almond Board of California last week in Sacramento. “We are focused on the fact that the almond industry is accepting its responsibility to provide leadership for California agriculture and to use our treasure and talent to work on solutions for a lot of the problems that are very daunting,” said Richard Waycott, president and CEO of the Almond Board. “We have talked a lot about what is expected by consumers and by consumer product goods companies, which is our customer base,” Waycott noted.

At the conference, the Almond Board launched Accelerated Innovation Management (AIM), a major strategic effort designed to further increase the almond industry’s efficiency and sustainability, that features four major initiatives described by Waycott:

Water Management and Efficiency – A focus on accelerating almond farmer transition to more efficient irrigation scheduling and management practices to maximize the most crop per drop of water. This initiative, which builds on the 33 percent reduction in water used per pound of almonds achieved by the industry over the last 20 years, includes working with farmers to fine tune irrigation techniques and adopting more advanced water management technologies.

Sustainable Water Resources – First, an exploration of how to best leverage a unique strength of the California Almond industry—its acreage—to accelerate natural flood-year groundwater recharge of aquifers. Collectively, California’s aquifers are the state’s largest water storage system; water recharged through this program would benefit all Californians, not just farmers. Second, an investigation of opportunities to recycle water from multiple sources, such as municipal wastewater, as a way of increasing overall water availability for farmers and all Californians.

Air Quality – Investigation of various methods the almond industry can help meet the Central Valley’s exacting air quality standards. This initiative will scrutinize all components of almond farming that impact air quality and evaluate opportunities to decrease emissions. This initiative will identify alternatives, such as decreased fossil fuel use, that will result in cleaner air for all those who live in California’s Central Valley—farmers, their families, and surrounding communities.

22nd Century Agronomics – A recognition that we need to better understand and then adopt the technologies that will lead California farming into the 22nd century. The Almond Board of California will lead a comprehensive exploration of almond farming techniques, bringing an exploratory mindset to consider all options as to what innovations and technical “leap frogs” will be needed to sustainably farm in the future. Each component of almond farming will be considered, from land preparation and varietal development, to equipment and processing.

Link: Almond Board of California

California Ag Today2016-05-31T19:27:01-07:00December 14th, 2015|

Positive Outlook for Table Grapes

Barry Bedwell: Positive Outlook for Table Grapes

By Charmayne Hefley, Associate Editor

At the November 17 Grape, Nut & Tree Fruit Expo in Fresno, Barry Bedwell, president of the California Fresh Fruit Association, reported a positive outlook for table grapes this year. “Production continues to expand,” said Bedwell, “and consumer acceptance of table grapes continues to expand, particularly for exported California table grapes. That’s a real positive. We’re also seeing the development of newer varieties—more proprietary brands that are very consumer friendly.”

Barry Bedwell, president, California Fresh Fruit Association

Bedwell said topping this year’s California Fresh Fruit Association annual Board of Directors Top 10 Issues survey are water concerns, followed by food safety and labor. “These are relatively consistent,” Bedwell said, “but we have seen some changes. Since last year, water, of course, has gone to the top of the list. Our members expressed concerns beyond the drought that encompass what future water system will allow proper conjunctive use of water—both surface water and groundwater.”

“We’ve also seen increased concern over food safety. And even though grapes are permanent crops with, I think, a low risk profile, we always have to be very concerned about food safety.

Then we have to look at the labor situation—not only the cost of labor—but also the availability. So, even though it has been stalled, the need for immigration reform is critically important. We will probably be in a defensive position in the next couple of years, compounded by increasing labor costs due to some well-intended, but I think misguided, efforts to increase wages around the state unnecessarily.”

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In 2015, the California Fresh Fruit Association survey identified the following issues as top priorities:

Water Supply/Drought Related Issues (#3 in 2014)
Food Safety (#9 in 2014)
Immigration reform (#1 in 2014)
Health Care Mandates/Affordable Care Act (#4 in 2014)
Labor Laws and Regulations (#2 in 2014)
Labor Costs/Minimum Wage Increase Impacts (#5 in 2014)
Groundwater Management Requirements (N/L in 2014)
Water Quality Regulations (Nitrogen, Salts, etc.) (#7 in 2014)
Invasive Pest Issues (#6 in 2014)
Workers Compensation Issues (#8 in 2014)

(Source: California Fresh Fruit Association)

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Links

Grape, Nut & Tree Fruit Expo

California Fresh Fruit Association

Patrick Cavanaugh2016-05-31T19:27:02-07:00December 9th, 2015|

Technology Advances Agriculture

Mike Wade: Technology Advances Agriculture

By Charmayne Hefley, Associate Editor

As it improves, technology advances agriculture; growers find ways to incorporate new advances. Mike Wade, executive director of the California Farm Water Coalition, said, “Agriculture has always adopted new available technology once it becomes affordable. Farmers are willing adopters to become more efficient, whether it’s drip irrigation, soil management or reducing evapotranspiration.”

Wade said farmers are using drones on their farms to further advance their agricultural efficiency. “Drone technology isn’t something magical,” he said, “it’s simply a way to fly sensors over a field to gauge water use, evapotranspiration, plant stress, disease pressure and any number of different sensors a drone can carry to gather information for farmers to make better crop production decisions.”

Wade said, “California agriculture leads the world in food production and food quality. We have a direct partnership with consumers around the world. It’s important for agriculture to tell its story, for farmers to talk about the great improvements made with the new technology they adopt and to enhance the relationship we have with the consumers who buy our food.”

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The California Farm Water Coalition was formed in 1989 in the midst of a six-year drought. CFWC was formed to increase public awareness of agriculture’s efficient use of water and promote the industry’s environmental sensitivity regarding water.

Patrick Cavanaugh2016-05-31T19:27:02-07:00December 7th, 2015|

Bridging the Farm-City Gap

Stanislaus Outreach Bridges Farm-City Gap

By Patrick Cavanaugh, Deputy Editor

Wayne Zipser, executive director of the Stanislaus County Farm Bureau, noted that he, his staff and farm bureau members are working hard to bridge the farm-city gap. “We certainly do a lot of outreach,” Zipser said. “We mainly try to reach out to our young people and change their attitudes towards production agriculture.”

“We teach them where their food actually comes from,” he explained, “so when they grow older, they have a different opinion and know exactly where their food comes from—not just from the grocery store off the grocery shelf. It takes a lot of people to make that happen so consumers can appreciate the nutritious food they are consuming.”

”We have several Ag Days in the County. We visit schools individually and do presentations,” said Zipser. “One of the big presentations is something we call ‘Ag Adventure.’ We bring third graders because we’ve been told that third grade is when they absorb the most information into their minds.”

“We bring classes out to the fairgrounds and introduce every child to our industry, to where their milk and eggs come from. We also talk about how rain and snow filter down into reservoirs for storage. The teachers are also become immersed; they take the lessons back to the classroom and apply them to their own curriculum.”

Zipser explained the staff is big on social media now, “Social media benefits our industry; almonds being the number one commodity—but we’ve all heard it takes one gallon of water to produce one almond. We want to go back and say, “Look, it may take that, but look at the benefits coming back to the community.”

“One of our biggest outreaches is letting people know that our farmers and ranchers are suffering through this drought too,” Zipser said. “We, as producers, are suffering, and we have made tremendous strides in conserving water. We see many of the irrigation districts in our county now have extra water that they didn’t know they were going to have because the farmers did such a good job conserving,” Zipser clarified.

California Ag Today2016-05-31T19:27:04-07:00November 16th, 2015|

Drought Lessons from Israel

Drought Lessons from Israel Part 1

By Patrick Cavanaugh, Deputy Editor

Six years ago, Israel was in the grips of a drought so dire the government considered shipping in water from Turkey, more than 1,000 nautical miles away. Instead, the country embarked on a coordinated effort of recycling water, desalinization (desal) and conservation education. Uri Shani, a professor at Hebrew University who was with the Israel Water Authority during this recent drought, says the country is now very secure in meeting its water needs, including agriculture and environmental requirements. California can learn from these drought lessons from Israel.

Desalinated water from Mediterranean Sea became a significant tool, but it didn’t happen very fast. Shani told California Ag Today, “For Israel it happened very slowly. The government hesitated going to desal and resistance came from, I believe, the farmers. They were afraid that desal would raise their prices for agriculture. In addition, pushback from the Minister of Finance focused on “the spending of money; they thought it was better to take the water from the farmers.”

Despite desal’s slow start, Israel relies very much on desal. “Private companies came in to build the desal plants,” Shani said, “and promised to run them for a minimum of 25 years. They were paid back when the government bought water from them.

“We use the metric system in Israel. One cubic meter of water equals 250 gallons. So the best price we get now is 50-60 cents (U.S.) for 250 gallons or 1 cubic meter. This is the price at the exit of the plant. It has only added about 60 cents to the urban customer’s water bill.

California Ag Today2016-05-31T19:27:04-07:00November 11th, 2015|

Calif. Profs Win Irrigation E3 Leader Awards

Irrigation E3 Leader Awards Go to Two California Faculty

The Irrigation Foundation has named 15 outstanding students and faculty as winners of the 2015 Irrigation E3 Program. The Foundation selected two faculty 2015 Irrigation E3 Leaders, both in California, Florence Cassel, Fresno State and Tim Ellsworth, West Hills College Coalinga.

This year’s class of faculty and students will receive an all-expenses-paid trip next week to the Irrigation Show & Education Conference, Nov. 9 – 13, in Long Beach, Calif.

Founded in 2012, the E3 program provides students and faculty with exposure, experience and education in the irrigation industry. Academics nominate outstanding students for consideration as E3 Learners and/or apply to become E3 Leaders themselves.

To qualify to apply for Irrigation E3 Leader status, an instructor must be teaching, or will be teaching within the next six months, irrigation-related coursework at a North American community college, university or similar institution of higher learning. Prior winners may not reapply.

Chosen faculty will have the opportunity to participate in education classes, industry sessions and networking events. Working with academics is essential to the Foundation’s mission of attracting people to careers in irrigation by supplying the irrigation industry with educated professionals. Faculty members help shape the future career paths of their students and keeping instructors up-to-date on the latest and greatest in the irrigation industry is a must.

“This is the fourth year of the program, and the Foundation is sending a record number of students to the show,” said senior foundation manager Janine Sparrowgrove. “We are excited to give the students and faculty the opportunity to attend classes and gain exposure to industry companies and technologies.”

Florence Cassel Sharma, Assistant Professor Irrigation/Water Management, Jordan College of Agricultural Sciences and Technology, Department of Plant Science, California State University, Fresno researches optimizing water use efficiency through low and deficit irrigation practices, improving irrigation scheduling, and utilizing remote sensing techniques for water resources management, crop water use, and soil salinity assessment. Assistant director of research of the Center for Irrigation Technology, Sharma is a recipient of the 2009 Outstanding Research and Scholarly Activity Award for the Jordan College of Agricultural Sciences and Technology.

Tim Ellsworth, agriculture technology instructor at West Hills College Coalinga, researches primarily soil science with a focus on precision agriculture and nutrient management. He currently serves on the advisory board for the Canadian Biochar Consortium.

Prior to West Hills, Ellsworth was a professor and faculty director of the online master’s program for the Department of Natural Resources and Environmental Science at University of Illinois, Urbana-Champaign, a soil scientist with the USDA U.S. Salinity Laboratory, a visiting faculty member at the Centre for Water Research, Department of Civil Engineering, University of Western Australia in Perth and a senior scientist performing hazard assessments and hazard evaluations for the U.S. Army with regard to management of the U.S. Army Chemical Weapon Stockpile.

This year’s Irrigation E3 Learners are: