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|

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.

2016-05-31T19:27:04-07:00November 11th, 2015|

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|
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