Ramat Aviv

Ramat Aviv Alef or Ramat Aviv HaYeruka, and originally plainly Ramat Aviv (Hebrew: רָמַת אָבִיב, lit. Spring Heights), is a neighborhood in northwest Tel Aviv, Israel.

Ramat Aviv
Coordinates: 32.114167°N 34.796944°E / 32.114167; 34.796944
Country Israel
CityTel Aviv
Quarter1st Quarter of Tel Aviv
Area
  Total2,321 km2 (896 sq mi)
Population
 (2012)[2]
  Total8,170
  Density3.5/km2 (9.1/sq mi)
Median Age
  Total33
  Male31
  Female36
Ramat Aviv Alef

History

Buildings from the 1950s

The neighborhood was founded in 1950s following the great influx of immigrants from Eastern Europe. Golda Meir lived in the neighborhood from 1959 to 1978.[4]

In January 2011 it was published that remains of a building, believed to be 7,800–8,400 years old, were discovered in an archaeological excavation carried out in 8 Fichman Street in Ramat Aviv, by the Israel Antiquities Authority.[5] The findings attest to permanent habitation on the northern bank of the Yarkon River.[6]

Streets, boundaries, and transit

Ramat Aviv is bordered by Einstein Street in the north, Chaim Levanon Street to the east and south, and Namir Road in the west. The main streets in the neighborhood are Brodetzki and Reading. These five arterials are served by several bus lines each.

Landmarks

In the neighborhood are the Alliance High School and Ramat Aviv Mall. In the northeast of the neighborhood, opposite university campus, are student dorms of Tel Aviv University.

Nearby landmarks are Tel Aviv University, the Eretz Israel Museum, the Palmach Museum, and Beth Hatefutsoth.

Other neighborhoods of Tel Aviv with Ramat Aviv in the name

gollark: So, firstly, is your terminal server connected to the, er, server, in the rack GUI?
gollark: Well, maybe not that slow, I don't know the exact details of OC networking, but at least would make latency a bit higher, and stress any relays you use.
gollark: 4 drives to a server would allow... 12MB? each, which is much more than you can do now, and would give each node a decent amount of computation power (especially with data cards), but splitting everything across the network would be sloooow.
gollark: You could possibly make some sort of storage clustering thing - servers can have 4 drives each, after all, and use all of them for remote-accessible storage if they network-boot with an EEPROM.
gollark: But accessed as one peripheral *from another computer*, I mean.

References

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