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The Metropolitan Jerusalem Master Plan
The Metropolitan Jerusalem Master Plan
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Four rows of trees,
separated lanes, a
pedestrian and cycling
expanse, and a two-
direction pedestrian
conveyor sidewalk.
Simulated image of
a boulevard with a
maximum of smart street
characteristics
Sustainability in Jerusalem
meet and hold social events, an impromptu
lounge for alternating art exhibits and a
convenient route for all to use in getting
around the city. Creating an inclusive
infrastructure which is accessible to all
of the capital’s residents and visitors, and
connects its neighborhoods with each
other, will increase everyone’s ability to
enjoy what metropolitan Jerusalem has
to offer and bring the periphery and the
historical center closer to each other,
while effectively making the city center
bigger and expediting the development of
neighborhoods as a source of attainable
housing with new qualities. The ability
to get around for free will remove the
economic barriers between people, and
the ability to get around on Shabbat will
remove religious barriers – all of this while
significantly lowering air pollution.
There is a significant difference between
the winds during the cold season and the
hot season in Jerusalem. Cold winter winds
bringing rain come in from the west. In
contrast, summer breezes come in from the
northwest. The difference between wind
flow directions in summer and winter in
Jerusalem allow us to use these elements in
planning for both protections from winter
winds and for taking in the summer breeze.
Plants provide an excellent means of
balancing the winds. On one hand, soft,
pleasant movement surrounds every
leaf and every tree. On the other hand,
rows of trees and bushes are much more
effective for protecting from strong winds
than structures such as walls or buildings.
Tall buildings can create a quiet area
protected from winds, but ultimately they
amplify the winds. When the wind hits a
building, there is dynamic pressure on the
façade, creating high wind speeds over the
ground surrounding the building. Thus,
construction of buildings higher than five
storeys (about 15 meters) without planting
at least one row of trees around it should
be avoided. These trees will moderate wind
speeds around buildings in the winter.
Herzog Street with
simulated image of the
pedestrian conveyor belt
Sustainability in Jerusalem
is similar to a Shabbat elevator, and even
religious people would be able to use it on
Shabbat, decreasing air pollution all week.
The existence of a pedestrian conveyor
belt on any given street is expected to
significantly lessen the number of cars
traveling through the neighborhood
streets. Use of conveyor belts will solve
transportation accessibility for people
with disabilities and babies in strollers.
Free moving sidewalks will especially help
weaker populations – particularly those
with many children.
For a small, largely one-time investment,
any street with enough space for a 4-meter
or more traffic island can become a
beautiful boulevard where two rows of
trees envelop a moving sidewalk. Such
transformation, inexpensive and simple
to implement, is possible on almost all
Jerusalem roads, such as Derech Hebron,
Zvia and Yitzhak, Moshe Baram, Kanfei
Nesharim, Yirmiyahu, Ben Gurion, and
many others.
There is good potential for creating a
10 km ring of boulevards, incorporating
conveyor belt sidewalks for public
transportation, a green expanse, and
tourist and commerce points along. In the
initial stage, it is proposed that a network
of such boulevards connect King David,
Agron, Azza, Herzog, and Yaakov Pat
Streets and The Railway Park. The ring
of boulevards will serve as a place for
cultural events and tens of businesses:
kiosks, cafés, boutiques, and more. It will
serve as an enormous linear park and a real
tourist attraction. In the second stage, the
network of pedestrian conveyor sidewalks
will be set throughout the entire city, and
later on, even certain areas in the greater
metropolitan region.
The boulevard network will serve as a
lively urban expanse, a place for people to
The difference in the
direction of air flow
in Jerusalem in the
winter and summer
makes it possible
to use the same
planning elements in
all seasons.