Stormy weather in Israel to continue through weekend
Strong winds and heavy rains uproot trees in Tel Aviv, sleet falls in Jerusalem; coldest day of the year expected on Friday.
The cold and stormy weather sweeping through Israel since Tuesday is expected to peak today and continue throughout the weekend, with Friday expected to be the coldest day of the year.
Snow will continue to fall on Mount Hermon and the northern Golan Heights, with a chance of snow in the center of the country as well. Possible flooding is expected in the south of the country, while in Jerusalem temperatures are expected to reach zero degrees Celsius (32 degrees Fahrenheit).
Snow fell on Mount Hermon and at high elevations in the Golan Heights and the Galilee on Wednesday, as well as in the central mountains. In some locations, the winds exceeded 100 kilometers per hour.
A 70-year-old man in Netanya was lightly injured on Wednesday when he was struck in the head by a glass door that was blown off its hinges. Elsewhere in the city, on Yehuda Halevi Street, a tree fell on a car, but no injuries were caused.
On Tel Aviv's King George Street, traffic was disrupted when a large tree was uprooted by strong winds, tearing down power lines, ripping a bench out of the ground and blocking the street. Traffic lights and signs were blown down around the city. In south Tel Aviv's Levinsky Park, the city erected a new tent to provide shelter for the homeless.
Aviation traffic was also disrupted yesterday. A Dutch KLM jet scheduled to land at Ben-Gurion International Airport was forced to land in Cyprus instead. The Israel Airports Authority went on a state of alert for other possible disruptions in airplane traffic.
Both Safed and Jerusalem received some 40 millimeters of rain, according to the Meteo-Tech meteorology firm, while Netanya had 30 millimeters of rain. The Mediterranean was particularly rough, with waves reaching up to nine meters.
The level of Lake Kinneret rose three centimeters over the past two days. Air pollution levels in the south were higher than average.