The desert shall rejoice, and blossom as the rose. It shall blossom abundantly and rejoice . . . For in the wilderness shall waters break out, and streams in the desert.” (Isaiah 35:1,2,6) Much is involved in the fulfillment of this prophecy which was written concerning the land of Israel, a land that was neglected and unproductive for centuries and only in the past 20 years has become partially irrigated and fertile. The beautiful condition of the land as pictured in the prophecy will not be brought about until the return of Christ to the earth. But in the meantime the nation of Israel through its science, determination and faith in the future is doing everything in its power to cause the deserts to bloom. Although the success is almost incomprehensible it cannot be compared with the blossoming of the desert in the Kingdom Age.
Certainly there are “signs of the times” in the development of a water supply in Israel, especially in recent years. While the improvement of the Israeli irrigation procedures have been in progress during its 20 years of history in the land, the latest accomplishments are in a different vein.
The nation of Israel is geographically located in a very arid land which requires water in excess of its natural rainfall. For centuries while this land lay barren with very little agriculture, water supply was no problem. The return to the land of 2½ million Jews has placed an extensive demand on water for both industrial and agricultural uses.
In order to support its ever-increasing population, especially in food production, Israel must have water from sources outside her own boundaries. The Arabs have already partially diverted the headwaters of the River Jordan, the main source of supply for Israel. This river flows into the Sea of Galilee which serves as Israel’s chief reservoir. A point of interest is that this lake is used to irrigate portions of the Negev Desert.
As the desert can be only partially supplied by surface irrigation, some other supply must be made available. The genius of Israel’s scientists is working on other sources which might cause this desert to “blossom as the rose”. In irrigation know-how and equipment the Israeli are leaders in modernization and innovation.
The Negev desert region is an area of about 5,000 square miles, shaped somewhat like a long, narrow triangle with its base in the north, extending from Gaza on the Mediterranean to about the middle of the Dead Sea, with its apex on the south at the head of the Gulf of Aqaba. The gateway to this area is the city of Beersheba in the north of the triangle. When Israel declared its independence in 1948 Beersheba was a village of about 500 Bedouins while today it is a city of 75,000 inhabitants. However the southern areas have not progressed to this extent. Due to distance of supply and the quantities of water needed, the outside irrigation sources can benefit only a portion of this desert area.
Based on faith in the future of the land and its needs, Israel has begun construction of a desalination plant in the southern Negev Desert area. This would convert 1,350,000 gallons daily of underground brackish water into less salty irrigation water. An American science writer commenting on this undertaking states, “It is another example of how science and technology are helping the tiny Middle Eastern nation survive against terrible odds: small size, few people, lack of fresh water, no wood, no coal, little oil, some natural gas, and surrounded by 40 million hostile neighbors.”
The new desalination plant is to be located in a farming village about 20 miles south of Beersheba. This plant is not experimental but is a 10-fold scale-up based on performance of a 135,000 gallons-per-day pilot plant which has been in operation for several years at a kibbutz (collective farm), located about 15 miles west of Beersheba. The success of the smaller plant gives the scientists confidence in similar results from the larger project. The water prepared by the pilot plant is the first extensive use in agriculture of water desalination by the electrodialysis method which it employs.
Unusual discoveries have been made regarding the Negev which were instrumental in undertaking the new desalination procedures. Underlying this hot desert are vast reservoirs of water. The difficulty is that it is too salty for agricultural use, being one tenth as salty as ocean water. It is the purpose of the Israeli scientists to extract the below-ground waters and desalinate them by their new process.
However it is a more expensive procedure than pumping ground water. It costs money to pump water in Israel by any process. It is estimated that about one third of all electricity generated in Israel is used to move water about. But the extra cost of the pilot desalination plant has proved worthwhile. Tomatoes, melons and flowers grown in the Negev in the winter are flown to European markets and sold at premium prices. Development of the new procedure may not only cause the Negev desert area to blossom as a rose but it may become the winter vegetable, fruit and flower greenhouse for Europe.
Although present developments in the desert area of Israel are a forerunner of things to come, there is more involved in the prophecy than the restoration of the land. Isaiah 35 states that when the desert blossoms as a rose in its ultimate sense, “the glory of Lebanon shall be given unto it, the excellency of Carmel and Sharon, they shall see the glory of the Lord and the excellency of our God.” The ultimate fulfillment of the prophecy indicates not only a restoration of the land but also a transformation of the nation of Israel. At that time Israel and all nations of the world will accept Christ as their king. “And the Lord shall be king over all the earth: in that day shall there be one Lord, and his name one.” (Zechariah 14:9)