100 years of innovation turns Israel into an agricultural leader

By ABIGAIL KLEIN LEICHMAN
(Israel21c via JNS) 

If the Israeli cow is the world champion milk producer, if Israel has superior wheat for pasta and bread, if tomatoes grow year-round and citrus fruits are easy to peel and pit-free—we can thank Yitzhak Elazari Wilkanski.

This agricultural scientist, who immigrated to Ottoman Palestine in 1908 from Lithuania and changed his last name to Volcani, established the Agricultural Experiment Station at Ben Shemen in 1921. This was the forerunner of the Volcani Center Agricultural Research Organization, the research arm of Israel’s Ministry of Agriculture since 1952.

The center’s logo is seven species encircled by a biblical verse describing Israel as A land of wheat and barley and grapevines and figs and pomegranates, a land of oil olives and dates.

Saw A Need
Volcani saw that the pioneer Jewish farmers needed more than grit and determination—they needed cutting-edge scientific research.

“The worker of the land, himself, does not investigate, or make new innovations, does not discover codes, and does not pave roads. If he devotes his efforts to such endeavours, he will not make a living,” he wrote in 1918. “Therefore, the worker of the land has to place research work in the hands of those entrusted to do so, and they will guide the growers in the fields of their labors.”

Today, the Volcani Center is the largest institution devoted to agricultural research and development in Israel, advancing agriculture in Israel and abroad through innovation and problem-solving.

Headquartered in Rishon Lezion with experimental research stations north and south, the Volcani Center is responsible for many of Israel’s groundbreaking developments in plant and animal breeding, protected agriculture, irrigation, arid-land agriculture, postharvest handling, crop protection and farm mechanization.

The Volcani Center encompasses six institutes: Animal Sciences, Plant Protection, Soil, Water & Environmental Sciences, Plant Sciences, Agricultural Engineering and Postharvest & Food Sciences.

Approximately 200 PhDs employed in these institutes share their expertise and innovations with agronomists across the globe, and work with hundreds of graduate students from Israel and abroad.

Volcani’s northern Neve Ya’ar research station has a model farm for sustainable agriculture, spices and health products. The southern Gilat research station focuses on desert agriculture.

Considered Local Conditions
“Yitzhak Volcani was such a visionary,” said Prof. Vinnie Altstein, a neurochemist at the Volcani’s Institute of Plant Protection and consultant to the chief scientist of the Agriculture Ministry.

“People who’d been sent here by the Rothschild family [in the 1880s to establish farms and vineyards] brought varieties that were excellent in Europe but inedible here. Yitzhak understood we needed to make our own varieties, that have good yield and ability to grow under local conditions of little water and diverse climatic regions,” she explained.

“He thought agriculture should be very diverse, focusing on crops as well as animals that could be adapted to conditions in Israel.”

Practical Training Offered
In addition to basic and applied research from lab to field, the center provides practical training at universities and research institutes.

Volcani convinced Israel’s first president, Chaim Weizmann, to start an institute in Rehovot to commercialize research from the agricultural station. In 1949, this became the world-renowned Weizmann Institute of Science.

Another of Volcani’s initiatives in Rehovot turned into the Faculty of Agriculture at the Hebrew University, established in 1952 and still a major source of agricultural research in Israel.

Research highlights
Here are just 10 of the many Volcani Center innovations over the past century.

• The Israeli cow is the world champion milk producer. A 100 ago, milk production per cow was 700 liters per year, while now it’s 12,000 liters. The secret: the Israeli Holstein cow, a breed developed at the Volcani Center.

• A series of durum wheat cultivars—each named after an Israeli agriculture minister—are used to produce top-quality pasta. One was even grown in Italy by a leading pasta company.

• A closed-loop aquaculture system provides fish for food and wastewater for crops that can feed livestock.

• Globally successful new fruits and vegetables such as easy-peeling Orri mandarin oranges and Or tangerines; the nutritious Oranghetti spaghetti squash; the TableSugar acorn squash; the Tomaisin cherry tomato; and the bright yellow Goldy zucchini squash.

• A gene therapy that prevents day blindness in sheep that was later applied to humans suffering from a disease that causes blindness by damaging the retina.

• A machine that can pick out 95% of the seeds in a pomegranate, extracting the seeds from 16 pomegranates per minute.

• The Aliza grapefruit, named after Volcani researcher Aliza Vardi, is unique among grapefruits because it does not contain furanocoumarins, compounds that can interact dangerously with some medications.

• A simple, quick and inexpensive technique for detecting pesticide and drug residues on fruits and vegetables, as well as in water and air, based on the same principle as home pregnancy tests.

• The use of insect sex pheromones as “traps” for monitoring and disrupting the mating of harmful pests such as the red palm weevil, that can infest date trees.

What’s next?
There’s always lots of new research going on at the Volcani Center. Among the projects underway:

• Raising commercial cocoa beans in Israel.

• Growing a new peanut variety enriched with high-oleic acid.

• Research into the health benefits of goat-milk cheese compared to cow-milk cheese.

• Red, green and black chickpea varieties with specific uses, flavors and traits.

• Establishment of the Helmsley Center for Artificial Intelligence Research in Agriculture

• Determining proper growth conditions for medical cannabis and building a national cannabis gene bank for the use of authorized growers, scientists and breeders.

• Investigating the potential of the tropical “miracle tree” Moringa oleifera and its desert relative, Moringa peregrina, as edible seed-oil and protein crops.

This article was first published by Israel21c.