Save Our Water Web Site Launches “Don’t Waste Summer” Campaign

As a drought-stricken California moves further into a hot summer, Save Our Water – a partnership between the Association of California Water Agencies (ACWA) and the California Department of Water Resources (DWR) – is launching Don’t Waste Summera campaign devoted to providing daily tips and news to help Californians find ways to conserve at home and at work every day.

Don’t Waste Summer kicks off this week with the official start of summer. Tips will range from simple ideas such as shutting water off as you brush your teeth, to checking for and fixing leaks, to helpful ways businesses big and small can do their part in saving water during the drought.

The campaign will also showcase the efforts of Save Our Water partners to conserve this summer.

The Association of California Water Agencies (ACWA) is the largest statewide coalition of public water agencies in the country. Its nearly 440 public agency members collectively are responsible for 90% of the water delivered to cities, farms and businesses in California.

The Department of Water Resources (DWR) is responsible for managing and protecting California’s water. DWR works with other agencies to benefit the state’s people, and to protect, restore and enhance the natural and human environments.

2016-05-31T19:34:21-07:00June 30th, 2014|

UC Gets FAA Clearance to Research Drone Use in Ag

A UC laboratory at the former Castle Air Force Base in Atwater received clearance from the Federal Aviation Administration to fly dones at the Merced County Radio Control Club’s field, reported Thaddeus Miller in the Merced Sun-Star.

The unmanned aircraft are part of a project funded by the UC Division of Agriculture and Natural Resources that aims to study the possible use remote controlled aerial imaging to provide real-time information to farmers about water use and crop health.

The project leader, David Doll, UC Cooperative Extension advisor in Merced County, has put together a project team that includes UC Merced professors and graduate students, and UCCE advisors and staff.

Drones are also known as unmanned aerial vehicles (UAVs). Doll believes small, basic UAVs can provide a platform for imaging hardware that can vastly improve crop surveillance to enhance water usage and pest control.

Doll’s project will test the potential of UAVs for water management and pest monitoring. He also plans to write a curriculum to extend information to farmers and demonstrate the use of small, remote controlled aerial vehicles as imaging platforms.

UC Merced also has other plans for using drone technology in research. They are seeking FAA approval to fly the aircraft over the university’s protected land, which includes 6,500 acres of grassland and vernal pools.

Dan Hirleman, dean of UC Merced’s School of Engineering, said the university’s use of drones and development of new technology could set it apart from other schools.

“We’re kind of at the ground zero for a lot of what’s going on in those areas,” he said. “It’s just a perfect fit with our sustainability theme and the application area.”

2016-05-31T19:34:22-07:00June 25th, 2014|

Could more dryland farming be in California’s future?

By Todd Fitchette; Farm Press Blog 

Slate.com’s “Thirsty West: The No-Water Way” is the latest in a string of popular press articles to suggest that California might be better off relying less on irrigated agriculture and more on dryland farming.

Generations ago, California settlers and residents established a system of water conveyance that allowed great cities like Los Angeles and San Francisco to be built and agriculture to flourish.

Modern irrigation paved the way for greater crop yields and the ability to feed a growing society that left the farm starting with the industrial revolution.

What would an article in the popular press be without a few gross misstatements, such as the oft-repeated meme that California agriculture uses 80 percent of the state’s water supply in an average year?

This is far from an average year. Still, agriculture typically uses about 43 percent of the water allotted while 46 percent is consumed by the environment. For California, that means much of that 46 percent is allowed to flow unimpeded to the Pacific Ocean.

Urban users consume the remaining 11 percent, according to the State of California.

With no surface water allotted to much of California agriculture this year, and the ever-shrinking ground water supplies, California agriculture will have a fraction of its typical annual supply of irrigation water for the few crops farmers can maintain.

We really do not know how much remains in underground aquifers, though it’s a safe bet to suggest “not enough.”

The premise behind dryland farming comes at a time when drought awareness has increased, though not entirely in practice as California lawns remain watered and cars are washed in driveways.

While dryland farming has its challenges, maybe it’s time for modern agriculture to consider the benefits of the water-thrifty practice and tackle the challenges with all the fervor of a sergeant told by his lieutenant “that can’t be done!”

While dryland farming is utilized to a small extent in California, its close cousin could be the no-till practices recommended by researchers Jeff Mitchell of the University of California.

Mitchell continually promotes the benefits of no-till and strip-till conservation practices that help hold in soil moisture and provide a host of other benefits to growers. He’ll readily admit there are challenges under California’s current farming systems.

While farmers elsewhere in the U.S. successfully employ the practice, California farmers seem reluctant to do the same.

Still, Mitchell works with California growers to employ conservation tillage practices that work and to transform machinery used in standard farming practices to achieve results.

Since Mitchell works with UC Cooperative Extension, his efforts move beyond the purely academic to the practical.

As California agriculture continues to seek ways to be as water thrifty as possible, and new technologies are developed to meet those ends, we need not be so quick to say “that won’t work” and instead embrace ideas that right now might only be a “what-if” conversation between a third-year undergrad and her college Ag professor.

2016-05-31T19:35:22-07:00June 24th, 2014|

Pressure Builds Against EPA Water Proposal

By: Kate Campbell; Ag Alert

Proposed changes to the federal Clean Water Act have roiled farmers across the nation and created an uproar among many other water users—including cities and counties with parks and recreation areas, golf courses and local water agencies.

If adopted, the proposed rule changes would expand the definition of “waters of the United States” to potentially allow federal agencies to regulate virtually every area of ground in the nation that gets wet or has flow during rainfall.

California Farm Bureau Federation leaders were in Washington, D.C., in mid-May to explain to lawmakers face to face the damage the proposed changes could have on food production. They called for more time to review and comment on the proposal.

The U.S. Environmental Protection Agency said last week it will extend the comment deadline on the proposed rule, allowing farmers, ranchers and other interested stakeholders more time—until Oct. 20—to comment on its proposed redefinition of waters of the U.S. The extension adds almost three additional months to the comment period, which had been scheduled to end July 21.

Comment on a companion interpretive rule governing agricultural exemptions that accompanied the waters of the U.S. rule also will be extended—from June 5 to July 7.

The Clean Water Act was signed into law in 1972 to protect the nation’s “navigable” waters from pollution. The current proposal to amend the act would greatly expand EPA’s regulatory powers. Farm policy experts say Congress gave states, not the EPA, primary responsibility for land use oversight.

Farm Bureau, together with dozens of other business groups, is protesting the proposed changes.

Farmers and ranchers say the proposal would expand regulatory authority to many common land features including puddles, ponds, ditches, and temporary and small wetlands. The proposal would give federal agencies power to regulate and potentially prohibit many common land-use and farming practices on or near privately owned land.

Solano County hay and forage farmer Sean Favero said the proposed rule change gives him serious cause for concern. Fields where he plants alfalfa, wheat and triticale can retain seasonal moisture in low spots, which under the proposed changes could trigger additional permits and fees, including prohibitions against planting at all.

These are naturally occurring land contours that don’t connect to streams or other bodies of water, he said, adding that he’s concerned about regulations made thousands of miles away by people who don’t know what’s going on at ground level that could further complicate or prevent him from farming. Favero made those points as part of the CFBF federal policy delegation to Washington.

“Judging by the amount of interest from legislators in what we had to say about the proposed changes to the Clean Water Act, I’d like to think our office visits had something to do with the extension announced last week,” Favero said.

CFBF Federal Policy Division consultant Erin Huston said extension of the comment periods “allows us more time to flesh out our objections and explain how the proposal sits on top of the regulatory layers California already has to protect water quality.”

The House Transportation and Infrastructure Committee held a hearing last week on the proposed changes, and the House Agriculture Committee is scheduled to hold a hearing this week on the possibility of an agricultural exemption under the proposed rule changes, Huston said.

“That hearing will address our concerns about how the proposed rule would specifically tie in with the U.S. Department of Agriculture’s voluntary conservation practices established by farmers and ranchers through the Natural Resources Conservation Service,” she said.

“We spent a lot of time talking to legislators while we were in Washington and I felt they listened closely to what we had to say,” said Kris Gutierrez, partner in a San Joaquin County vineyard management company and a participant in the CFBF Washington trip. “I believe we got our points across and appreciate the thoughtfulness of our lawmakers.”

American Farm Bureau leaders said the EPA has “misrepresented” its proposed rule changes and downplayed impacts on land use.

“If more people knew how regulators want to require permits for common activities on dry land, or penalize landowners for not getting them, they would be outraged,” AFBF President Bob Stallman said, noting that the proposal “broadly expands federal jurisdiction and threatens local land-use and zoning authority.”

Stallman described the EPA proposal as “an end-run around Congress and the Supreme Court.”

The proposal to regulate everyday farming practices isn’t just impractical, it’s illegal, Stallman told the House Subcommittee on Water Resources and Environment last week.

The EPA has said farmers would face less regulation under its proposal. In response, Stallman said the rule would micromanage farming via newly mandated procedures for fencing, spraying, weeding and more. Obtaining permits, meanwhile, could delay time-sensitive tasks for months, potentially ruining crops in the process.

“EPA is deliberately misleading the regulated community about the impacts on land use,” Stallman said.

2016-05-31T19:35:23-07:00June 20th, 2014|

Cal Ag Today Founder Recognized at Journalism Award Ceremony

Written by: Monique Bienvenue – Cal Ag Today Associate Editor 

As the Senior Intern and the current Associate Editor of Cal Ag Today, I’d like to personally congratulate my colleague, Patrick Cavanaugh, for being awarded at the 20th Annual Journalism Award Ceremony last night.

Patrick is not only hard working; he’s extremely dedicated and passionate about promoting all issues pertaining to the California agricultural industry. As somebody who understands the importance of agricultural literacy, I’m extremely proud of Patrick’s accomplishments and cannot wait to see what’s in store for Cal Ag Today and its impact on the agriculture industry.

The following Press Release has been provided by the Fresno County Farm Bureau:

FCFB announced the recipients of its 20th Annual Journalism Award Ceremony at the organization’s Celebrating Friends of Agriculture social tonight.

Recognized for excellence in agriculture reporting were:

Print/Web Print Media

First place: Mark Grossi, The Fresno Bee, “For Valley citrus growers, this season has 2 natural disasters,” March 2, 2014 – a comprehensive story about Valley citrus growers, specifically in the Porterville area, who are suffering the challenges brought on by the drought. The article touches on the impacts both farmers and consumers will face due to the drought.

Television/Radio/Web Audio-Visual Media

First place: A.J. Fox, Justin Sacher, Dave Spaher and Heidi Waggoner, KSEE, “High and Dry” series, April 21-24, 2014 – a four-part series focusing on the water struggles California farmers and consumers are encountering due to the drought; addresses potential solutions to the issues.

Farm Trade Print/Television/Radio/Web Media

First place: Patrick Cavanaugh, Pacific Nut Producer, “West Side water series,” Aug. 2013, Nov. 2013, April 2014 – a three-part series that examines Valley farmers and their agricultural journey through California’s water crisis, including the challenges they encounter along the way and what may be in store for the future.

2016-05-31T19:35:23-07:00June 20th, 2014|

Breeding Crops for Drought Tolerance Tricky

By Ching Lee; Ag Alert

With water becoming ever-more precious, farmers are increasingly looking to innovations to help their crops be more resilient in the face of drought.

One focus has been on breeding and engineering new crop varieties that can withstand longer periods of water deprivation. While much progress has been made in this area, researchers say increasing drought tolerance in crops has never been clear cut, and prospects for getting those traits into specialty crops are uncertain.

In recent years, three major seed companies have introduced corn varieties that specifically target water-limiting conditions. Hybrids from DuPont Pioneer and Syngenta became commercially available on a limited basis in 2011, while Monsanto rolled out its first transgenic drought-tolerant corn in several Western Corn Belt states last year.

Kent Bradford, professor of plant science and director of the Seed Biotechnology Center at the University of California, Davis, said there has been a lot of interest in developing drought-tolerant varieties of field crops such as corn, wheat and alfalfa, but breeding drought tolerance into higher-value crops such as vegetables, fruits and nuts may be a longer-term goal.

One issue with developing crops that can withstand extreme weather conditions is that the process is not so straightforward and can involve a number of different genes and approaches.

“Drought tolerance is not an easy trait,” Bradford said. “It’s not like disease resistance where you have a disease, you have the resistance and you’re good.”

Daniel Gallie, a biochemist at UC Riverside, whose team did some of the initial work on DuPont Pioneer’s drought-tolerant corn hybrids, said one way to increase drought tolerance in plants is to grow bigger roots that can reach deeper into the soil to get water.

The method UC researchers used in developing DuPont Pioneer’s corn involved reducing the plant’s production of ethylene, which is triggered by drought stress.

Scientists have also looked at ways to help plants retain more water, such as by closing the stomata, or pores, earlier, so that there’s less transpiration. UC researchers found that by reducing a plant’s vitamin C, which controls the opening and closing of pores in the leaves, they can help plants better conserve water.

Since all plants have pores, Gallie noted, this approach could be applied to any crop species and has been particularly important to crops grown in California, where farmers rely largely on irrigation, he added.

But whether this and other techniques will find their way into commercial crop varieties depends on whether they get picked up by the various seed companies, he said. Because academic researchers typically are not in the business of commercializing their developments, they look to industry partners with the funding and infrastructure to introduce, test and market new crop varieties, Gallie added.

With a crop like almonds, for example, because the life cycle of the tree is so long, research would be much slower than what can be done with an annual crop. Also, specialty crops, while important to California, are not considered major crops with as much devoted acreage as key commodity crops.

“It’s the size of the market,” said Doug Parker, director of the California Institute for Water Resources at the University of California. “Companies are looking at: Am I going to be able to produce enough of this to make money. And it’s not just what’s being grown in other states that they’re looking at; it’s worldwide.”

For crops that are grown in California, the focus has been less on drought tolerance and more on water use efficiency, as growers are trying to get the most yield from what limited water they have, he said.

Farmers seldom plant specialty crops without some irrigation, Bradford said, whereas the major field crops—particularly those farmed in the Midwest—are often dependent on rainfall, so being drought tolerant is more critical.

Bradford cautioned that while researchers are making headway, they still face hurdles trying to create drought-tolerant crops that would work well under different weather scenarios and field conditions.

Soils can vary in one field, he noted, so the stress may not be uniform. And not all droughts occur the same way. Some are characterized by lack of precipitation, others extreme heat or both. These events may also happen during different periods of a growing season.

Since crop development is a long-term strategy to help farmers deal with drought, Parker said short-term strategies for how they manage water in their cropping systems may prove more important than drought-tolerant crops.

But ultimately, a mix of both is needed, he said.

2016-05-31T19:35:23-07:00June 19th, 2014|

Farming in Drought: Tomato Growers Embrace the Heat

By Sarah Trent; Pacific Coast Farmers’ Markets Association

In late May, UC Davis published a drought impact report projecting 410,000 acres of farmland left fallow, 14,500 jobs lost, and a $1.7 billion hit to our state’s agricultural economy.

Since tomatoes can be a water-intensive crop, I expected that when I set out to ask farmers about the drought’s effect on their tomatoes, I would hear they were planting less, anticipating smaller yields, making changes to their seed orders for next year, and worrying about the future of their farms.

The truth?

“To be honest,” said Phil Rhodes of Country Rhodes Family Farm in Visalia, “this is our best year ever.”

Like many farmers, Rhodes is very concerned about water — the water level in his well has dropped about a foot a year since the 1990s, to the point where he must invest upwards of $50,000 to drill it deeper in the next year — but for now, the heat accompanying the drought has been a boon to his tomato crop, which came in early and strong. Rhodes brought his first tomatoes to farmers’ markets in mid-May, several weeks earlier than normal.

As long as he has water in his well, Rhodes’ farm is not impacted by water rationing by local or federal water districts. Farmers who rely on water from those sources are facing more dire circumstances: Rhodes admits that in the southern Central Valley region where his farm is located, he sees other farmers leaving fields unplanted.

Those unplanted fields may mean that vegetable farmers who have ground water access, farm in areas less impacted by the drought, or whose infrastructure, climate, and soil conditions allow for less water usage will see increased demand for their crops. So while the drought has substantial implications for California agriculture on the whole, farmers like Rhodes are doing well in spite or even because of it.

Ron Enos, who owns certified organic Enos Family Farms in Brentwood, also expects he’ll have a good year with his tomatoes. In his region, many of his neighbors are larger-scale farms growing processing tomatoes, which means that demand for his fresh tomatoes is high.

While the high-heat conditions accompanying the drought spelled trouble for his winter and spring vegetables (which do best in cooler conditions), the hot dry summer bodes well for his summer crops.

He also uses less water than many farmers in his region: over the last few years, Enos has transitioned to using a black plastic mulch in combination with drip irrigation for many of his crops, which cut his water usage to about 30 percent of what he needed before.

Another method for using less water on fruiting crops like tomatoes and squash is dry farming: a method of cutting irrigation early in a plant’s life and forcing it to rely only on existing soil moisture. Some vegetable varieties do especially well in these conditions, which result in smaller, more flavorful fruit.

While it’s near impossible to dry farm in the extreme climate of the Central Valley, it works well in coastal regions where the soil retains some moisture through the summer.

2016-05-31T19:35:24-07:00June 19th, 2014|

Dry Farming in California

By Eric Holthaus; Slate.com

In a year with (practically) no water, here’s something that was inevitable: farming without any water at all.

Small farms around the Bay Area are reviving an ancient technique that is just what it sounds like. Add “dry farming” to the list of ideas that could get this dry state through the worst dry spell in half a millennium.

The Hoover Dam’s Lake Mead, the primary water supply for Las Vegas, has never had this little water to start June. Earlier this week, Fresno hit 110 degrees—the second-earliest achievement of that lofty mark in the 127 years that weather records have been kept there.

New data on Thursday showed California has now gone five consecutive weeks with fully 100 percent of the state rated at “severe,” “extreme,” or “exceptional” drought. The state is getting by on meager reserves amid a multiyear shortage, and there won’t be any more significant rain until the fall: The annual dry season has begun.

The last measurable rain in San Francisco was April 25, which is about a month earlier than normal. The coast gets most of its drinking water piped in from the Sierras anyway, so a dearth of local rainfall hasn’t done much except make cars and sidewalks extra dusty.

According to a San Francisco Chronicle analysis, the region is falling short of meeting conservation targets via voluntary water cutbacks. The Bay Area’s per capita water usage is already among the lowest in the state, so there’s not as much to cut as compared with other more water-hungry places.

In San Jose, water use is actually up slightly compared with the past three years’ average. If usage isn’t curtailed soon, San Francisco is considering mandatory water rationing for the first time in more than 20 years.

One theory on the lackluster response is that the state’s crisis isn’t as immediately visible to city dwellers as it is to farmers, who use 80 percent of the state’s water. Higher prices for food will be felt only gradually, even though they could linger for years. As an example, consumers are still feeling the pinch from higher meat prices linked to a 2012 drought in Texas that forced ranchers to cut back on herds.

There, I found one possible answer that’s catching on: get rid of water entirely.

Dry farming, a longtime niche of California’s massive agriculture industry, is gathering conversation within farmers market circles around the Bay Area. Here’s how it works, according to Fast Company:

By tapping the moisture stored in soil to grow crops, rather than using irrigation or rainfall during the wet season, dry-land farming was a staple of agriculture for millennia in places like the Mediterranean, and much of the American West, before the rise of dams and aquifer pumping.

During the rainy season, farmers break up soil then saturated with water. Using a roller, the first few inches of the soil are compacted and later form a dry crust, or dust mulch, that seals in the moisture against evaporation.

Dry farming isn’t as simple as just farming without rain. During a drought, it’s even more challenging.

“We’re concerned about keeping these trees alive. We try to create a barrier to keep the moisture,” said Stan Devoto, a dry farmer based in Sonoma County who raises apples, wine grapes, and cut flowers for Bay Area farmers markets. “On the east side of your grapevine, where the sun rises, you strip all the leaves. That allows for better airflow. On the west side, where the sun sets, you keep a good canopy of leaves to protect the drought. We do it by hand.”

The dry-farming method has long been practiced successfully in Mediterranean climates with a long dry season like California’s—basically, dry farmers forgo the extra fertilizer, water, and other inputs that maximize yields. Advocates say its water starvation diet produces sweeter and more flavorful tomatoes, apples, and other fruit. Some of the best wines ever produced in Napa Valley were dry farmed.

But there’s a significant downside. Though his heirloom apples make a cider that “brings to mind Lambic beer,” according to the San Francisco Chronicle, Devoto says “people have to be willing to pay a little bit more for them.” Dry farmers like Devoto are trading quantity for quality.

Devoto concedes that’s one of many reasons dry farming won’t have the potential to overthrow conventional agriculture. The lower water usage means there’s a significant yield tradeoff: His dry-farmed apples average 12 to 14 tons per acre, less than half the 20 to 40 tons per acre irrigated apple crops typically get. The wells on his property simply don’t produce enough water to irrigate.

That’s made his decision pretty easy.

2016-05-31T19:35:24-07:00June 19th, 2014|

Views on Food: Outsmarting the Drought

By Elaine Corn; The Sacramento Bee

Shahar Caspi tends acres of gardens, fruit trees and a commercial vineyard in the hamlet of Oregon House in the foothills between Marysville and Grass Valley. His job since 2012 has been raising food year round for his community and bringing perfect wine grapes to harvest – all without tilling, and with little to zero added water.

We drove between two fields, one side brown, ragged and parched, the other a Caspi no-water showcase – grape vines in bud break, the ground beneath them rich, a natural ground cover green as jade.

“Mulch with shredded roots,” he says exuberantly, eyes off the road. “Very simple!”

At a sunny glade, another concept preps cherry trees. He walks us past huge square holes he flushed with water and allowed to drain. The holes were filled with Caspi’s mulch, manure and compost, then a tree. “They won’t need water for many, many months.”

Back in the greenhouse next to his mountaintop home, Caspi laid manure on the rock-hard dirt floor, and on purpose didn’t till the soil underneath. He stuck chard seedlings directly into the manure. “They flourished immediately,” Caspi says. “The roots went sideways into a huge mass of roots. I’ve never seen anything like it.”

And despite no rainfall the first four months of his second season of raising food for his neighbors, water usage dropped 30 percent and yields increased.

How does he do it?

The same way a dietitian would bulk up a wasting patient with lots of calories and nutrients. Except Caspi is like a soil chef, mixing fermented manure and compost in varying proportions “to re-establish a whole layer of soil that holds water” like a subterranean sponge.

The technique is reminiscent of Rudolf Steiner’s bio-dynamics, which treats the farm as a holistic entity. But considering Caspi’s past and combining it with an uncertain future of water in California, a goal of using zero water to grow food is understandable.

Caspi grew up inculcated with respect for water. In Israel, kids get “Don’t Waste A Drop” stickers in school that go on the family fridge. “It’s so much in our blood to save water,” he says. “We had a cartoon that showed the whole family showering together under a few drops of water.”

Modern drip irrigation with emitters was an idea out of Israel. So is placing black plastic sheeting over soil to contain moisture. Israel leads the world in recycling 80 percent of its water. Its latest technology collects dew.

In California, some growers are on top of the drought. A report from the California Farm Water Coalition says that in the San Joaquin Valley $2.2 billion was invested in drip irrigation on 1.8 million acres. But for every conserver using soil probes, infrared photography and improved weather forecasting, we have devourers of resources.

“Here you flood fields,” Caspi says. “An Israeli would say, ‘Are you kidding?’ It’s the mentality of abundance, that it’s going to last forever.”

In 2008, winemaker Gideon Beinstock hired Caspi to be vineyard manager at Renaissance Vineyard and Winery in Oregon House. With Caspi’s degree in plant sciences from The Hebrew University and years of experience in water strategy in Israel, his mission was to convert 45 acres of conventionally cultivated vineyard to fully bio-dynamic viticulture.

Production costs went down by 12 percent. Yields increased between 3 percent and 7 percent.

Beyond his work at the vineyard, Caspi tends the gardens of about 50 “member” neighbors in and around Oregon House. Because this is a rural community, Caspi can put a sign on the road saying “manure needed,” and loads are brought to him for fermenting.

The finished manure plus organic matter from garden waste, wood ash and olive paste all come from within a 10-mile radius. It returns to the members in the form of Caspi’s magical soil smoothie that retains water and nourishes roots.

In the garden, take a load off and don’t till. Then follow Caspi’s instructions.

Find a source of manure and compost. Lay a thick layer, up to 4 inches, on the ground and plant right into it. Apply plant by plant rather than over the entire garden. For tomatoes, dig a deep hole, water the hole until the water drains, fill the hole with a mix of chicken manure and compost, then a tomato seedling. Add a bit more nitrogen in the form of half a teaspoon of chicken manure when you dig the hole. Water once more.

How long can you go without added water? A week? A month? Water only if lack of moisture is detected by sticking a finger into the ground. “The first year is hardest,” Caspi says. “Don’t give up. If you fail, you try again.”

As to your own sense of food security, you can have a community-supported agriculture system on your street. “One person grows the potatoes, someone else grows the beans, and another person grows herbs,” Caspi explains. Everyone adds to the pile tended by the neighborhood compost geek. In a few years, the soil will be so absorptive it will gulp winter rainwater and retain it through summer.

Without access to the livestock that live near Caspi, there might be a cost for store-bought manure, unless you have a friend with a horse, a cow or chickens. When a crop is ready, deliveries begin in staggered availability.

With wells already stressed in the Sierra foothills, Caspi remains an Israeli at heart, tinkering for extra droplets of water in what he presumes is a terminal drought.

“The plant takes only what it needs,” Caspi says. “This is how it works in nature. If you don’t need it, why do you want to take it?”

To protect ourselves from food shortages and to buffer California’s agricultural economy, we all should regard any adjustments that allow us to grow food with less water as permanent.

 

2016-05-31T19:35:24-07:00June 17th, 2014|

Poll Finds Little Support for Drought Spending Despite Broad Awareness

Source: Bettina Boxall; Los Angeles Times 

Most Californians surveyed say the statewide drought has had little or no impact on their daily lives, and a majority oppose the suspension of environmental protections or large-scale public spending to boost water supplies, a new USC Dornsife/Los Angeles Times poll has found.

Although 89% characterize the drought as a major problem or crisis, only 16% say it has personally affected them to a major degree.

Despite widespread news coverage of the drought — one of the worst in recent decades — the state’s major population centers have largely escaped severe mandatory rationing. Even agriculture, which as California’s thirstiest sector is inevitably hit the hardest by drought, has partially compensated for reduced water delivery by pumping more groundwater.

That has softened the drought’s effect on many, apparently blunting the desire for drastic remedies and big spending on water projects.

While Central Valley congressmen and some agribusiness interests have blamed environmental regulations for worsening the water shortages, those polled cited a much broader range of causes. Topping the list was a lack of rain and snow and people using too much water, followed by insufficient storage and climate change.

“They’re really blaming larger forces here,” said David Kanevsky of American Viewpoint, the Republican firm that conducted the opinion survey with Greenberg Quinlan Rosner Research, a Democratic firm. “What they don’t want to see is quick fixes at the expense of the environment.”

The survey showed strong support for water recycling, capturing storm water, increasing storage in underground aquifers, voluntary conservation and seawater desalination. A smaller percentage, though still a majority, favored building new dams and reservoirs.

But when it comes to paying for the projects, the numbers flipped. Only 36% want to improve storage and delivery systems by spending taxpayer dollars.

“As soon as you inject spending into it, support dries up,” said Drew Lieberman of Greenberg Quinlan Rosner.

Pollsters conducted the telephone survey of 1,511 registered California voters from May 21 to May 28 for the USC Dornsife College of Letters, Arts and Sciences and the Los Angeles Times. The margin of error is plus or minus 2.9 percentage points.

A large majority of those surveyed, 87%, said they were trying to save water by taking shorter showers, flushing toilets less frequently and making other changes in their domestic routines. Two-thirds say they are watering their lawns less, and roughly a quarter say they’ve ripped out lawns and replaced them with drought-tolerant plants.

Generally speaking, people in all parts of the state were taking steps to reduce domestic water use. But regional differences surfaced when people were queried about solutions.

Coastal areas favored mandatory 20% cuts in water use more than inland regions. In Southern California, 45% of those surveyed said water rates should be increased to promote conservation, compared with 56% in the Bay Area and slightly less than a third in the Central Valley.

A biology major with independent political leanings, Hart also opposed suspending environmental regulations. “I believe we should do more as a community to limit our water usage before we go and affect the wildlife around us,” she said.

The Bay Area had the smallest share of those saying the drought had a major impact — 11% — probably reflecting an urban landscape with some of the lowest per capita water use in the state. But 32% of those in the Central Valley, the state’s agricultural heart, said the drought had a major effect on their lives.

A sharp partisan divide surfaced over the role of climate change, with 78% of Democrats saying it was very or somewhat responsible for water supply problems, compared with 44% of Republicans.

Democrats and Republicans differed to a lesser extent on whether environmental protections for fish and wildlife should be suspended in response to water shortages. Overall, 55% of voters said no, as did 56% of Democrats, compared with 45% of Republicans and 64% of those who didn’t align with a party.

Those results suggest a bill passed by the GOP-controlled U.S. House and headed to a House-Senate conference committee is out of sync with a majority of the state’s voters. The legislation would roll back federal fish protections to increase delivery of water in California. But of 11 different water-supply solutions in the opinion survey, easing environmental regulations was the only one opposed by more than 50%.

Photos and newscasts about shrinking reservoirs and dusty cropland have also apparently failed to boost voter willingness to open the public wallet for water projects.

Reluctance to spend taxpayer dollars on water supply was found across the political spectrum. Whether Democratic, Republican or independent, fewer than 40% of those surveyed supported storage and delivery system improvements if they cost taxpayer money.

The numbers are largely unchanged from the results of a USC-Times poll conducted in September that gauged support for state borrowing to finance water-supply improvements. Legislators are now trying to hammer out a water bond to place on the November ballot.

“I think it’s trouble for passing a water bond,” Lieberman said, “if the ‘no’ side spends money” this fall.

2016-05-31T19:35:25-07:00June 17th, 2014|
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