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View of a salt formations on the Dead Sea shore. Deceber 06, 2013. The Dead Sea is rapidly shrinking because of diversion of incoming water. Between 1930 and 1997 it fell 21 m. Although the Dead Sea may never entirely disappear, because evaporation slows down as surface area decreases and saltiness increases, it is feared that the Dead Sea may substantially change its characteristics.
Photo by Doron Horowitz / Flash90
View of salt formations on the Dead Sea shore. December 06, 2013. The Dead Sea is rapidly shrinking because of diversion of incoming water. Between 1930 and 1997 it fell 21 m. Although the Dead Sea may never entirely disappear, because evaporation slows down as surface area decreases and saltiness increases, it is feared that the Dead Sea may substantially change its characteristics.
Photo by Doron Horowitz / Flash90
View of salt formations on the Dead Sea shore. Deceber 06, 2013. The Dead Sea is rapidly shrinking because of diversion of incoming water. Between 1930 and 1997 it fell 21 m. Although the Dead Sea may never entirely disappear, because evaporation slows down as surface area decreases and saltiness increases, it is feared that the Dead Sea may substantially change its characteristics.
Photo by Doron Horowitz / Flash90
View of salt formations on the Dead Sea shore, as seen from the Israeli side. December 06, 2013. The Dead Sea is rapidly shrinking because of diversion of incoming water. Between 1930 and 1997 it fell 21 m. Although the Dead Sea may never entirely disappear, because evaporation slows down as surface area decreases and saltiness increases, it is feared that the Dead Sea may substantially change its characteristics.
Photo by Doron Horowitz / Flash90
