SlideShare a Scribd company logo
1 of 9
Download to read offline
Here is what a Dubai-Sharjah metro link could mean
Study shows a metro line between Al Qiyada station and Sharjah City Centre could reduce traffic
congestion by 30%
Published: 21:01 January 27, 2018
Shafaat Shahbandari, Staff Reporter
Dubai: A metro link connecting Sharjah with Dubai’s Green Line could reduce traffic on the
congested highways between the emirates by more than 30 per cent, a new study has found.
Conducted by Aurecon, a Dubai-based international transport planning firm that works closely
with the local transport authorities, the study highlights the economic impact of congestions
between the two emirates and shows how a direct link between Al Qiyada metro station and
Sharjah City Centre could offset at least a third of the current traffic problems.
Gulf News got an exclusive access to the study that is most likely a first look into the possibility
of linking the two emirates with the metro.
The five corridors in total have a capacity of 33,200 vehicles per hour, but somehow through a
lot of squeezing around, 40,000 vehicles use the highways per peak hour, causing delays of up to
2 hours 40 minutes.”
- Nadeem Shakir, Technical Director at Aurecon
“There could be more than one ways of linking the two emirates through the metro and this is
one such hypothetical scenario of what could happen if a metro link is built between Dubai and
Sharjah,” said Nadeem Shakir, technical director at Aurecon, who headed the study.
The study found that currently, the five corridors between Dubai and Sharjah witness 900,000
vehicular trips daily, with 450,000 passing in each direction. The combined peak direction flow
on Ittihad Road, Damascas Street, Beirut Street, Mohammad Bin Zayed Road and Emirate Road
is 40,000 vehicles or 52,000 passengers per hour during the morning peak hours.
“The five corridors in total have a capacity of 33,200 vehicles per hour, but somehow through a
lot of squeezing around 40,000 vehicles use the highways per peak hour, causing delays of up to
two hour 40 minutes. We calculated the economic impact of the time and fuel lost during these
delays and found that Dh4.3 billion is lost per year,” said Shakir.
He added that an equivalent amount would be enough to build a 12km metro line per year.
Shakir observed that increasing the lane capacity between the emirates is neither possible nor it
will help ease congestion.
“The border lane capacity increase will not help since the inflow/outflow from and to the border
crossing is dictated by the road network on the either side of border. The road network on
Sharjah side is limited due to corridors and ROW constraints,” he said.
Metro connectivity
So the only possible solution, according to Shakir, to ease the congestion could be a metro link.
“We developed the hypothetical direct link of 7.5km between Al Qiyadah station and Sharjah
City Centre, with no stations in between. Such a project could be built at a cost of Dh3 billion,
almost 30 per cent less than the amount lost in traffic congestion annually and this could help in
transporting around 16,000 passengers per peak hour out of the 52,000 passengers that currently
use private vehicles,” said Shakir.
The combined peak direction flow on Ittihad Road, Damascus Street, Beirut Street, Mohammad
Bin Zayed Road and Emirates Road is 40,000 vehicles or 52,000 passengers per hour during the
morning peak hours.
Using the demand-supply elasticity model, the study found that about 30 per cent of the private
vehicular demand plus some of the existing demand on the buses will divert to the metro system.
“The link will see a total boarding plus alighting at the Sharjah City Centre station of about
22,000 passengers/hour (both directions) during the peak hours. This is massive demand and it
will require a huge terminal area plus integration facilities to make it work, approximately twice
the size of Union Square Metro Station in Dubai,” added Shakir.
However, to support the passenger demand, the study showed that a train would be running at a
frequency of 2.5 minutes during peak hours.
But, Shakir cautioned that additional demand from Sharjah might put significant load on the
Dubai’s metro network, which are already running at their capacity during the peak hours.
No complete solution
And on the flip side, though the metro link might help in shortening the duration of the rush
hours, which are around two hours for morning and three hours for evening, but it will not
reduce the congested travel times during the peak hour.
“Any pure transport solution will not solve the traffic issues at the border, it requires wider urban
planning and policy intervention. Integrated planning approach by the authorities at the federal
level involving all the relevant stakeholders is required,” said Shakir.
Among the long-term solutions to the traffic woes, he suggested building of more affordable
housing in Dubai to spread the population and reduce the trip lengths on the road networks.
He also suggested sustainable city planning approach to encourage mixed-use development with
people living and working in the same locality.
Sharjah Dubai traffic
A study conducted by Aurecon, a Dubai-based international transport planning firm, has looked
at the possible impact on a metro link between Sharjah and Dubai on the inter-emirate trafficc
situation. Here are the conclusions:
CURRENT SCENARIO
• Daily 900,000 Vehicular trips(450,000 in each direction) between Sharjah and Dubai
• Peak direction flow is 40,000 vehicles (52,000 passenger trips) during the AM peak hour
CURRENT ROAD CAPACITY (from Sharjah to Dubai)
• 33,200 vehicles/hour across different corridors
ECONOMIC IMPACT OF CONGESTION
• Economic losses due to peak period congestion – Dh4.3 Billion/Year
• Peak Period Spread (AM –2hrs and PM-3hrs)
• Average delay due to congestion (AM plus PM peaks) –2 hr 40mins
• This is an equivalent amount required to construct 12 km of metro each year.
METRO CONNECTIVITY
• A hypothetical scenario Sharjah–Dubai Metro Connection
• A metro line connection between the Sharjah City Centre and Al Qiyadah station on Dubai’s
green line
• 7.5 km in length
• Construction Cost of Metro Extension – Dh3 Billion.
KEY FINDINGS
• Using the demand supply elasticity model it is expected that about 30% of the private vehicular
demand plus some of the existing demand on the buses will divert to metro system.
• About 16,000 Passengers/peak hour will use the line connection between Sharjah and Dubai.
Source: Aurecon ©Gulf News
Reference: “Here is what a Dubai-Sharjah metro link could mean”
Published: 21:01 January 27, 2018
Shafaat Shahbandari, Staff Reporter
Q1. Analyze the major issues in the feasibility of Dubai-Sharjah Metro Line. (5 Marks, CLO4)
Q2. Suggest the possible alternatives to ease the traffic congestion. Support your answer from the
project feasibility perspective.
Here is what a Dubai-Sharjah metro link could mean
Study shows a metro line between Al Qiyada station and Sharjah City Centre could reduce traffic
congestion by 30%
Published: 21:01 January 27, 2018
Shafaat Shahbandari, Staff Reporter
Dubai: A metro link connecting Sharjah with Dubai’s Green Line could reduce traffic on the
congested highways between the emirates by more than 30 per cent, a new study has found.
Conducted by Aurecon, a Dubai-based international transport planning firm that works closely
with the local transport authorities, the study highlights the economic impact of congestions
between the two emirates and shows how a direct link between Al Qiyada metro station and
Sharjah City Centre could offset at least a third of the current traffic problems.
Gulf News got an exclusive access to the study that is most likely a first look into the possibility
of linking the two emirates with the metro.
The five corridors in total have a capacity of 33,200 vehicles per hour, but somehow through a
lot of squeezing around, 40,000 vehicles use the highways per peak hour, causing delays of up to
2 hours 40 minutes.”
- Nadeem Shakir, Technical Director at Aurecon
“There could be more than one ways of linking the two emirates through the metro and this is
one such hypothetical scenario of what could happen if a metro link is built between Dubai and
Sharjah,” said Nadeem Shakir, technical director at Aurecon, who headed the study.
The study found that currently, the five corridors between Dubai and Sharjah witness 900,000
vehicular trips daily, with 450,000 passing in each direction. The combined peak direction flow
on Ittihad Road, Damascas Street, Beirut Street, Mohammad Bin Zayed Road and Emirate Road
is 40,000 vehicles or 52,000 passengers per hour during the morning peak hours.
“The five corridors in total have a capacity of 33,200 vehicles per hour, but somehow through a
lot of squeezing around 40,000 vehicles use the highways per peak hour, causing delays of up to
two hour 40 minutes. We calculated the economic impact of the time and fuel lost during these
delays and found that Dh4.3 billion is lost per year,” said Shakir.
He added that an equivalent amount would be enough to build a 12km metro line per year.
Shakir observed that increasing the lane capacity between the emirates is neither possible nor it
will help ease congestion.
“The border lane capacity increase will not help since the inflow/outflow from and to the border
crossing is dictated by the road network on the either side of border. The road network on
Sharjah side is limited due to corridors and ROW constraints,” he said.
Metro connectivity
So the only possible solution, according to Shakir, to ease the congestion could be a metro link.
“We developed the hypothetical direct link of 7.5km between Al Qiyadah station and Sharjah
City Centre, with no stations in between. Such a project could be built at a cost of Dh3 billion,
almost 30 per cent less than the amount lost in traffic congestion annually and this could help in
transporting around 16,000 passengers per peak hour out of the 52,000 passengers that currently
use private vehicles,” said Shakir.
The combined peak direction flow on Ittihad Road, Damascus Street, Beirut Street, Mohammad
Bin Zayed Road and Emirates Road is 40,000 vehicles or 52,000 passengers per hour during the
morning peak hours.
Using the demand-supply elasticity model, the study found that about 30 per cent of the private
vehicular demand plus some of the existing demand on the buses will divert to the metro system.
“The link will see a total boarding plus alighting at the Sharjah City Centre station of about
22,000 passengers/hour (both directions) during the peak hours. This is massive demand and it
will require a huge terminal area plus integration facilities to make it work, approximately twice
the size of Union Square Metro Station in Dubai,” added Shakir.
However, to support the passenger demand, the study showed that a train would be running at a
frequency of 2.5 minutes during peak hours.
But, Shakir cautioned that additional demand from Sharjah might put significant load on the
Dubai’s metro network, which are already running at their capacity during the peak hours.
No complete solution
And on the flip side, though the metro link might help in shortening the duration of the rush
hours, which are around two hours for morning and three hours for evening, but it will not
reduce the congested travel times during the peak hour.
“Any pure transport solution will not solve the traffic issues at the border, it requires wider urban
planning and policy intervention. Integrated planning approach by the authorities at the federal
level involving all the relevant stakeholders is required,” said Shakir.
Among the long-term solutions to the traffic woes, he suggested building of more affordable
housing in Dubai to spread the population and reduce the trip lengths on the road networks.
He also suggested sustainable city planning approach to encourage mixed-use development with
people living and working in the same locality.
Sharjah Dubai traffic
A study conducted by Aurecon, a Dubai-based international transport planning firm, has looked
at the possible impact on a metro link between Sharjah and Dubai on the inter-emirate trafficc
situation. Here are the conclusions:
CURRENT SCENARIO
• Daily 900,000 Vehicular trips(450,000 in each direction) between Sharjah and Dubai
• Peak direction flow is 40,000 vehicles (52,000 passenger trips) during the AM peak hour
CURRENT ROAD CAPACITY (from Sharjah to Dubai)
• 33,200 vehicles/hour across different corridors
ECONOMIC IMPACT OF CONGESTION
• Economic losses due to peak period congestion – Dh4.3 Billion/Year
• Peak Period Spread (AM –2hrs and PM-3hrs)
• Average delay due to congestion (AM plus PM peaks) –2 hr 40mins
• This is an equivalent amount required to construct 12 km of metro each year.
METRO CONNECTIVITY
• A hypothetical scenario Sharjah–Dubai Metro Connection
• A metro line connection between the Sharjah City Centre and Al Qiyadah station on Dubai’s
green line
• 7.5 km in length
• Construction Cost of Metro Extension – Dh3 Billion.
KEY FINDINGS
• Using the demand supply elasticity model it is expected that about 30% of the private vehicular
demand plus some of the existing demand on the buses will divert to metro system.
• About 16,000 Passengers/peak hour will use the line connection between Sharjah and Dubai.
Source: Aurecon ©Gulf News
Reference: “Here is what a Dubai-Sharjah metro link could mean”
Published: 21:01 January 27, 2018
Shafaat Shahbandari, Staff Reporter
Q1. Analyze the major issues in the feasibility of Dubai-Sharjah Metro Line. (5 Marks, CLO4)
Q2. Suggest the possible alternatives to ease the traffic congestion. Support your answer from the
project feasibility perspective.
Here is what a Dubai-Sharjah metro link could mean
Study shows a metro line between Al Qiyada station and Sharjah City Centre could reduce traffic
congestion by 30%
Published: 21:01 January 27, 2018
Shafaat Shahbandari, Staff Reporter
Dubai: A metro link connecting Sharjah with Dubai’s Green Line could reduce traffic on the
congested highways between the emirates by more than 30 per cent, a new study has found.
Conducted by Aurecon, a Dubai-based international transport planning firm that works closely
with the local transport authorities, the study highlights the economic impact of congestions
between the two emirates and shows how a direct link between Al Qiyada metro station and
Sharjah City Centre could offset at least a third of the current traffic problems.
Gulf News got an exclusive access to the study that is most likely a first look into the possibility
of linking the two emirates with the metro.
The five corridors in total have a capacity of 33,200 vehicles per hour, but somehow through a
lot of squeezing around, 40,000 vehicles use the highways per peak hour, causing delays of up to
2 hours 40 minutes.”
- Nadeem Shakir, Technical Director at Aurecon
“There could be more than one ways of linking the two emirates through the metro and this is
one such hypothetical scenario of what could happen if a metro link is built between Dubai and
Sharjah,” said Nadeem Shakir, technical director at Aurecon, who headed the study.
The study found that currently, the five corridors between Dubai and Sharjah witness 900,000
vehicular trips daily, with 450,000 passing in each direction. The combined peak direction flow
on Ittihad Road, Damascas Street, Beirut Street, Mohammad Bin Zayed Road and Emirate Road
is 40,000 vehicles or 52,000 passengers per hour during the morning peak hours.
“The five corridors in total have a capacity of 33,200 vehicles per hour, but somehow through a
lot of squeezing around 40,000 vehicles use the highways per peak hour, causing delays of up to
two hour 40 minutes. We calculated the economic impact of the time and fuel lost during these
delays and found that Dh4.3 billion is lost per year,” said Shakir.
He added that an equivalent amount would be enough to build a 12km metro line per year.
Shakir observed that increasing the lane capacity between the emirates is neither possible nor it
will help ease congestion.
“The border lane capacity increase will not help since the inflow/outflow from and to the border
crossing is dictated by the road network on the either side of border. The road network on
Sharjah side is limited due to corridors and ROW constraints,” he said.
Metro connectivity
So the only possible solution, according to Shakir, to ease the congestion could be a metro link.
“We developed the hypothetical direct link of 7.5km between Al Qiyadah station and Sharjah
City Centre, with no stations in between. Such a project could be built at a cost of Dh3 billion,
almost 30 per cent less than the amount lost in traffic congestion annually and this could help in
transporting around 16,000 passengers per peak hour out of the 52,000 passengers that currently
use private vehicles,” said Shakir.
The combined peak direction flow on Ittihad Road, Damascus Street, Beirut Street, Mohammad
Bin Zayed Road and Emirates Road is 40,000 vehicles or 52,000 passengers per hour during the
morning peak hours.
Using the demand-supply elasticity model, the study found that about 30 per cent of the private
vehicular demand plus some of the existing demand on the buses will divert to the metro system.
“The link will see a total boarding plus alighting at the Sharjah City Centre station of about
22,000 passengers/hour (both directions) during the peak hours. This is massive demand and it
will require a huge terminal area plus integration facilities to make it work, approximately twice
the size of Union Square Metro Station in Dubai,” added Shakir.
However, to support the passenger demand, the study showed that a train would be running at a
frequency of 2.5 minutes during peak hours.
But, Shakir cautioned that additional demand from Sharjah might put significant load on the
Dubai’s metro network, which are already running at their capacity during the peak hours.
No complete solution
And on the flip side, though the metro link might help in shortening the duration of the rush
hours, which are around two hours for morning and three hours for evening, but it will not
reduce the congested travel times during the peak hour.
“Any pure transport solution will not solve the traffic issues at the border, it requires wider urban
planning and policy intervention. Integrated planning approach by the authorities at the federal
level involving all the relevant stakeholders is required,” said Shakir.
Among the long-term solutions to the traffic woes, he suggested building of more affordable
housing in Dubai to spread the population and reduce the trip lengths on the road networks.
He also suggested sustainable city planning approach to encourage mixed-use development with
people living and working in the same locality.
Sharjah Dubai traffic
A study conducted by Aurecon, a Dubai-based international transport planning firm, has looked
at the possible impact on a metro link between Sharjah and Dubai on the inter-emirate trafficc
situation. Here are the conclusions:
CURRENT SCENARIO
• Daily 900,000 Vehicular trips(450,000 in each direction) between Sharjah and Dubai
• Peak direction flow is 40,000 vehicles (52,000 passenger trips) during the AM peak hour
CURRENT ROAD CAPACITY (from Sharjah to Dubai)
• 33,200 vehicles/hour across different corridors
ECONOMIC IMPACT OF CONGESTION
• Economic losses due to peak period congestion – Dh4.3 Billion/Year
• Peak Period Spread (AM –2hrs and PM-3hrs)
• Average delay due to congestion (AM plus PM peaks) –2 hr 40mins
• This is an equivalent amount required to construct 12 km of metro each year.
METRO CONNECTIVITY
• A hypothetical scenario Sharjah–Dubai Metro Connection
• A metro line connection between the Sharjah City Centre and Al Qiyadah station on Dubai’s
green line
• 7.5 km in length
• Construction Cost of Metro Extension – Dh3 Billion.
KEY FINDINGS
• Using the demand supply elasticity model it is expected that about 30% of the private vehicular
demand plus some of the existing demand on the buses will divert to metro system.
• About 16,000 Passengers/peak hour will use the line connection between Sharjah and Dubai.
Source: Aurecon ©Gulf News
Reference: “Here is what a Dubai-Sharjah metro link could mean”
Published: 21:01 January 27, 2018
Shafaat Shahbandari, Staff Reporter
Q1. Analyze the major issues in the feasibility of Dubai-Sharjah Metro Line. (5 Marks, CLO4)
Q2. Suggest the possible alternatives to ease the traffic congestion. Support your answer from the
project feasibility perspective.
Solution
1 ans..
2 ans..

More Related Content

Similar to Here is what a Dubai-Sharjah metro link could meanStudy shows .pdf

Hyderabad metro rail – for a better livable city
Hyderabad metro rail – for a better livable cityHyderabad metro rail – for a better livable city
Hyderabad metro rail – for a better livable city
Pramod Kumar
 
hyderrrrabad
hyderrrrabadhyderrrrabad
hyderrrrabad
nandu523
 
Right Angle GUlf Engineering News Clips 2009
Right Angle GUlf Engineering News Clips 2009Right Angle GUlf Engineering News Clips 2009
Right Angle GUlf Engineering News Clips 2009
Anup Jalan
 

Similar to Here is what a Dubai-Sharjah metro link could meanStudy shows .pdf (20)

Dubai metro paper in IRSE magazine
Dubai metro paper in IRSE magazineDubai metro paper in IRSE magazine
Dubai metro paper in IRSE magazine
 
Dubai - City of Emirates
Dubai - City of EmiratesDubai - City of Emirates
Dubai - City of Emirates
 
Best alternate transport for dhaka city
Best alternate transport for dhaka cityBest alternate transport for dhaka city
Best alternate transport for dhaka city
 
Draft Feasibility report of the railway system in Karachi
Draft Feasibility report of the railway system in KarachiDraft Feasibility report of the railway system in Karachi
Draft Feasibility report of the railway system in Karachi
 
Project brief updated_aug081
Project brief updated_aug081Project brief updated_aug081
Project brief updated_aug081
 
Hyderabad metro rail – for a better livable city
Hyderabad metro rail – for a better livable cityHyderabad metro rail – for a better livable city
Hyderabad metro rail – for a better livable city
 
Metro project in inda
Metro project in indaMetro project in inda
Metro project in inda
 
Hu3613721373
Hu3613721373Hu3613721373
Hu3613721373
 
Hu3613721373
Hu3613721373Hu3613721373
Hu3613721373
 
hyderrrrabad
hyderrrrabadhyderrrrabad
hyderrrrabad
 
agra metro project 2.pdf
agra metro project 2.pdfagra metro project 2.pdf
agra metro project 2.pdf
 
Right Angle GUlf Engineering News Clips 2009
Right Angle GUlf Engineering News Clips 2009Right Angle GUlf Engineering News Clips 2009
Right Angle GUlf Engineering News Clips 2009
 
final report
final reportfinal report
final report
 
Dubai metro map
Dubai metro mapDubai metro map
Dubai metro map
 
Case study of feasibility study of mrts
Case study of feasibility study of mrtsCase study of feasibility study of mrts
Case study of feasibility study of mrts
 
Gulf news t92
Gulf news t92Gulf news t92
Gulf news t92
 
Metro and monorail infrastructure development in india
Metro and monorail infrastructure development in indiaMetro and monorail infrastructure development in india
Metro and monorail infrastructure development in india
 
NHAI-E-Coffee-Table.pdf
NHAI-E-Coffee-Table.pdfNHAI-E-Coffee-Table.pdf
NHAI-E-Coffee-Table.pdf
 
MUROC, Mashhad Urban Railway Operation Company
MUROC, Mashhad Urban Railway Operation CompanyMUROC, Mashhad Urban Railway Operation Company
MUROC, Mashhad Urban Railway Operation Company
 
TRAINING ON METRO TRAIN
TRAINING ON METRO TRAINTRAINING ON METRO TRAIN
TRAINING ON METRO TRAIN
 

More from arhamgarmentsdelhi

In Drosophila melanogaster, the yellow body gene is X-linked. The yel.pdf
In Drosophila melanogaster, the yellow body gene is X-linked. The yel.pdfIn Drosophila melanogaster, the yellow body gene is X-linked. The yel.pdf
In Drosophila melanogaster, the yellow body gene is X-linked. The yel.pdf
arhamgarmentsdelhi
 
How can Virtual Communities, Geographical Information Systems, and G.pdf
How can Virtual Communities, Geographical Information Systems, and G.pdfHow can Virtual Communities, Geographical Information Systems, and G.pdf
How can Virtual Communities, Geographical Information Systems, and G.pdf
arhamgarmentsdelhi
 
For each mammalian organ system, list the organs and their function. .pdf
For each mammalian organ system, list the organs and their function. .pdfFor each mammalian organ system, list the organs and their function. .pdf
For each mammalian organ system, list the organs and their function. .pdf
arhamgarmentsdelhi
 
Discuss the advantages of Hadoop technology and distributed data fil.pdf
Discuss the advantages of Hadoop technology and distributed data fil.pdfDiscuss the advantages of Hadoop technology and distributed data fil.pdf
Discuss the advantages of Hadoop technology and distributed data fil.pdf
arhamgarmentsdelhi
 
Describe how sexual orientation is a product of biology and soci.pdf
Describe how sexual orientation is a product of biology and soci.pdfDescribe how sexual orientation is a product of biology and soci.pdf
Describe how sexual orientation is a product of biology and soci.pdf
arhamgarmentsdelhi
 
Define social contract theory. What does it attempt to explainS.pdf
Define social contract theory. What does it attempt to explainS.pdfDefine social contract theory. What does it attempt to explainS.pdf
Define social contract theory. What does it attempt to explainS.pdf
arhamgarmentsdelhi
 
A) Explain five (5) challenges amphibians faced when colonizing land.pdf
A) Explain five (5) challenges amphibians faced when colonizing land.pdfA) Explain five (5) challenges amphibians faced when colonizing land.pdf
A) Explain five (5) challenges amphibians faced when colonizing land.pdf
arhamgarmentsdelhi
 
a. Explain how chronic bleeding leads to iron deficiency anemia. b. .pdf
a. Explain how chronic bleeding leads to iron deficiency anemia. b. .pdfa. Explain how chronic bleeding leads to iron deficiency anemia. b. .pdf
a. Explain how chronic bleeding leads to iron deficiency anemia. b. .pdf
arhamgarmentsdelhi
 
8. Identify the causes and symptoms of endocarditis, myocarditis, an.pdf
8. Identify the causes and symptoms of endocarditis, myocarditis, an.pdf8. Identify the causes and symptoms of endocarditis, myocarditis, an.pdf
8. Identify the causes and symptoms of endocarditis, myocarditis, an.pdf
arhamgarmentsdelhi
 
17 Testing Your Knowledge s. Why are biologists sointerested inchemis.pdf
17 Testing Your Knowledge s. Why are biologists sointerested inchemis.pdf17 Testing Your Knowledge s. Why are biologists sointerested inchemis.pdf
17 Testing Your Knowledge s. Why are biologists sointerested inchemis.pdf
arhamgarmentsdelhi
 

More from arhamgarmentsdelhi (20)

For z 2.85, in which of the following graphs does the shaded area .pdf
For z  2.85, in which of the following graphs does the shaded area .pdfFor z  2.85, in which of the following graphs does the shaded area .pdf
For z 2.85, in which of the following graphs does the shaded area .pdf
 
In Drosophila melanogaster, the yellow body gene is X-linked. The yel.pdf
In Drosophila melanogaster, the yellow body gene is X-linked. The yel.pdfIn Drosophila melanogaster, the yellow body gene is X-linked. The yel.pdf
In Drosophila melanogaster, the yellow body gene is X-linked. The yel.pdf
 
How can Virtual Communities, Geographical Information Systems, and G.pdf
How can Virtual Communities, Geographical Information Systems, and G.pdfHow can Virtual Communities, Geographical Information Systems, and G.pdf
How can Virtual Communities, Geographical Information Systems, and G.pdf
 
For each mammalian organ system, list the organs and their function. .pdf
For each mammalian organ system, list the organs and their function. .pdfFor each mammalian organ system, list the organs and their function. .pdf
For each mammalian organ system, list the organs and their function. .pdf
 
Direct but short answer to the following problemBased on intervie.pdf
Direct but short answer to the following problemBased on intervie.pdfDirect but short answer to the following problemBased on intervie.pdf
Direct but short answer to the following problemBased on intervie.pdf
 
Discuss the advantages of Hadoop technology and distributed data fil.pdf
Discuss the advantages of Hadoop technology and distributed data fil.pdfDiscuss the advantages of Hadoop technology and distributed data fil.pdf
Discuss the advantages of Hadoop technology and distributed data fil.pdf
 
Describe how sexual orientation is a product of biology and soci.pdf
Describe how sexual orientation is a product of biology and soci.pdfDescribe how sexual orientation is a product of biology and soci.pdf
Describe how sexual orientation is a product of biology and soci.pdf
 
Define social contract theory. What does it attempt to explainS.pdf
Define social contract theory. What does it attempt to explainS.pdfDefine social contract theory. What does it attempt to explainS.pdf
Define social contract theory. What does it attempt to explainS.pdf
 
Assume that you have the following set of hexadecimal values $20, $.pdf
Assume that you have the following set of hexadecimal values $20, $.pdfAssume that you have the following set of hexadecimal values $20, $.pdf
Assume that you have the following set of hexadecimal values $20, $.pdf
 
Briefly explain why heating water close to boiling in a test tube wo.pdf
Briefly explain why heating water close to boiling in a test tube wo.pdfBriefly explain why heating water close to boiling in a test tube wo.pdf
Briefly explain why heating water close to boiling in a test tube wo.pdf
 
AP Biology II -1. What substrate does the enzyme Potassium Cyanide.pdf
AP Biology II -1. What substrate does the enzyme Potassium Cyanide.pdfAP Biology II -1. What substrate does the enzyme Potassium Cyanide.pdf
AP Biology II -1. What substrate does the enzyme Potassium Cyanide.pdf
 
allocation SolutionThe correct option is Depreciation.Depreci.pdf
allocation SolutionThe correct option is Depreciation.Depreci.pdfallocation SolutionThe correct option is Depreciation.Depreci.pdf
allocation SolutionThe correct option is Depreciation.Depreci.pdf
 
A) Explain five (5) challenges amphibians faced when colonizing land.pdf
A) Explain five (5) challenges amphibians faced when colonizing land.pdfA) Explain five (5) challenges amphibians faced when colonizing land.pdf
A) Explain five (5) challenges amphibians faced when colonizing land.pdf
 
Classful addressing describes the IP address scheme thata.) divid.pdf
Classful addressing describes the IP address scheme thata.) divid.pdfClassful addressing describes the IP address scheme thata.) divid.pdf
Classful addressing describes the IP address scheme thata.) divid.pdf
 
a. Explain how chronic bleeding leads to iron deficiency anemia. b. .pdf
a. Explain how chronic bleeding leads to iron deficiency anemia. b. .pdfa. Explain how chronic bleeding leads to iron deficiency anemia. b. .pdf
a. Explain how chronic bleeding leads to iron deficiency anemia. b. .pdf
 
8. Identify the causes and symptoms of endocarditis, myocarditis, an.pdf
8. Identify the causes and symptoms of endocarditis, myocarditis, an.pdf8. Identify the causes and symptoms of endocarditis, myocarditis, an.pdf
8. Identify the causes and symptoms of endocarditis, myocarditis, an.pdf
 
Can someone please help me with this question3. Describe the funct.pdf
Can someone please help me with this question3. Describe the funct.pdfCan someone please help me with this question3. Describe the funct.pdf
Can someone please help me with this question3. Describe the funct.pdf
 
2. The probability that a phone call will last more than t minutes i.pdf
2. The probability that a phone call will last more than t minutes i.pdf2. The probability that a phone call will last more than t minutes i.pdf
2. The probability that a phone call will last more than t minutes i.pdf
 
28. Which of the following is an example of temporal structure in a .pdf
28. Which of the following is an example of temporal structure in a .pdf28. Which of the following is an example of temporal structure in a .pdf
28. Which of the following is an example of temporal structure in a .pdf
 
17 Testing Your Knowledge s. Why are biologists sointerested inchemis.pdf
17 Testing Your Knowledge s. Why are biologists sointerested inchemis.pdf17 Testing Your Knowledge s. Why are biologists sointerested inchemis.pdf
17 Testing Your Knowledge s. Why are biologists sointerested inchemis.pdf
 

Recently uploaded

Recently uploaded (20)

2024-NATIONAL-LEARNING-CAMP-AND-OTHER.pptx
2024-NATIONAL-LEARNING-CAMP-AND-OTHER.pptx2024-NATIONAL-LEARNING-CAMP-AND-OTHER.pptx
2024-NATIONAL-LEARNING-CAMP-AND-OTHER.pptx
 
80 ĐỀ THI THỬ TUYỂN SINH TIẾNG ANH VÀO 10 SỞ GD – ĐT THÀNH PHỐ HỒ CHÍ MINH NĂ...
80 ĐỀ THI THỬ TUYỂN SINH TIẾNG ANH VÀO 10 SỞ GD – ĐT THÀNH PHỐ HỒ CHÍ MINH NĂ...80 ĐỀ THI THỬ TUYỂN SINH TIẾNG ANH VÀO 10 SỞ GD – ĐT THÀNH PHỐ HỒ CHÍ MINH NĂ...
80 ĐỀ THI THỬ TUYỂN SINH TIẾNG ANH VÀO 10 SỞ GD – ĐT THÀNH PHỐ HỒ CHÍ MINH NĂ...
 
Single or Multiple melodic lines structure
Single or Multiple melodic lines structureSingle or Multiple melodic lines structure
Single or Multiple melodic lines structure
 
Exploring_the_Narrative_Style_of_Amitav_Ghoshs_Gun_Island.pptx
Exploring_the_Narrative_Style_of_Amitav_Ghoshs_Gun_Island.pptxExploring_the_Narrative_Style_of_Amitav_Ghoshs_Gun_Island.pptx
Exploring_the_Narrative_Style_of_Amitav_Ghoshs_Gun_Island.pptx
 
Google Gemini An AI Revolution in Education.pptx
Google Gemini An AI Revolution in Education.pptxGoogle Gemini An AI Revolution in Education.pptx
Google Gemini An AI Revolution in Education.pptx
 
ICT Role in 21st Century Education & its Challenges.pptx
ICT Role in 21st Century Education & its Challenges.pptxICT Role in 21st Century Education & its Challenges.pptx
ICT Role in 21st Century Education & its Challenges.pptx
 
Accessible Digital Futures project (20/03/2024)
Accessible Digital Futures project (20/03/2024)Accessible Digital Futures project (20/03/2024)
Accessible Digital Futures project (20/03/2024)
 
On_Translating_a_Tamil_Poem_by_A_K_Ramanujan.pptx
On_Translating_a_Tamil_Poem_by_A_K_Ramanujan.pptxOn_Translating_a_Tamil_Poem_by_A_K_Ramanujan.pptx
On_Translating_a_Tamil_Poem_by_A_K_Ramanujan.pptx
 
Beyond_Borders_Understanding_Anime_and_Manga_Fandom_A_Comprehensive_Audience_...
Beyond_Borders_Understanding_Anime_and_Manga_Fandom_A_Comprehensive_Audience_...Beyond_Borders_Understanding_Anime_and_Manga_Fandom_A_Comprehensive_Audience_...
Beyond_Borders_Understanding_Anime_and_Manga_Fandom_A_Comprehensive_Audience_...
 
Fostering Friendships - Enhancing Social Bonds in the Classroom
Fostering Friendships - Enhancing Social Bonds  in the ClassroomFostering Friendships - Enhancing Social Bonds  in the Classroom
Fostering Friendships - Enhancing Social Bonds in the Classroom
 
Unit 3 Emotional Intelligence and Spiritual Intelligence.pdf
Unit 3 Emotional Intelligence and Spiritual Intelligence.pdfUnit 3 Emotional Intelligence and Spiritual Intelligence.pdf
Unit 3 Emotional Intelligence and Spiritual Intelligence.pdf
 
How to Give a Domain for a Field in Odoo 17
How to Give a Domain for a Field in Odoo 17How to Give a Domain for a Field in Odoo 17
How to Give a Domain for a Field in Odoo 17
 
Sensory_Experience_and_Emotional_Resonance_in_Gabriel_Okaras_The_Piano_and_Th...
Sensory_Experience_and_Emotional_Resonance_in_Gabriel_Okaras_The_Piano_and_Th...Sensory_Experience_and_Emotional_Resonance_in_Gabriel_Okaras_The_Piano_and_Th...
Sensory_Experience_and_Emotional_Resonance_in_Gabriel_Okaras_The_Piano_and_Th...
 
Mehran University Newsletter Vol-X, Issue-I, 2024
Mehran University Newsletter Vol-X, Issue-I, 2024Mehran University Newsletter Vol-X, Issue-I, 2024
Mehran University Newsletter Vol-X, Issue-I, 2024
 
This PowerPoint helps students to consider the concept of infinity.
This PowerPoint helps students to consider the concept of infinity.This PowerPoint helps students to consider the concept of infinity.
This PowerPoint helps students to consider the concept of infinity.
 
ICT role in 21st century education and it's challenges.
ICT role in 21st century education and it's challenges.ICT role in 21st century education and it's challenges.
ICT role in 21st century education and it's challenges.
 
SOC 101 Demonstration of Learning Presentation
SOC 101 Demonstration of Learning PresentationSOC 101 Demonstration of Learning Presentation
SOC 101 Demonstration of Learning Presentation
 
On National Teacher Day, meet the 2024-25 Kenan Fellows
On National Teacher Day, meet the 2024-25 Kenan FellowsOn National Teacher Day, meet the 2024-25 Kenan Fellows
On National Teacher Day, meet the 2024-25 Kenan Fellows
 
Python Notes for mca i year students osmania university.docx
Python Notes for mca i year students osmania university.docxPython Notes for mca i year students osmania university.docx
Python Notes for mca i year students osmania university.docx
 
Holdier Curriculum Vitae (April 2024).pdf
Holdier Curriculum Vitae (April 2024).pdfHoldier Curriculum Vitae (April 2024).pdf
Holdier Curriculum Vitae (April 2024).pdf
 

Here is what a Dubai-Sharjah metro link could meanStudy shows .pdf

  • 1. Here is what a Dubai-Sharjah metro link could mean Study shows a metro line between Al Qiyada station and Sharjah City Centre could reduce traffic congestion by 30% Published: 21:01 January 27, 2018 Shafaat Shahbandari, Staff Reporter Dubai: A metro link connecting Sharjah with Dubai’s Green Line could reduce traffic on the congested highways between the emirates by more than 30 per cent, a new study has found. Conducted by Aurecon, a Dubai-based international transport planning firm that works closely with the local transport authorities, the study highlights the economic impact of congestions between the two emirates and shows how a direct link between Al Qiyada metro station and Sharjah City Centre could offset at least a third of the current traffic problems. Gulf News got an exclusive access to the study that is most likely a first look into the possibility of linking the two emirates with the metro. The five corridors in total have a capacity of 33,200 vehicles per hour, but somehow through a lot of squeezing around, 40,000 vehicles use the highways per peak hour, causing delays of up to 2 hours 40 minutes.” - Nadeem Shakir, Technical Director at Aurecon “There could be more than one ways of linking the two emirates through the metro and this is one such hypothetical scenario of what could happen if a metro link is built between Dubai and Sharjah,” said Nadeem Shakir, technical director at Aurecon, who headed the study. The study found that currently, the five corridors between Dubai and Sharjah witness 900,000 vehicular trips daily, with 450,000 passing in each direction. The combined peak direction flow on Ittihad Road, Damascas Street, Beirut Street, Mohammad Bin Zayed Road and Emirate Road is 40,000 vehicles or 52,000 passengers per hour during the morning peak hours. “The five corridors in total have a capacity of 33,200 vehicles per hour, but somehow through a lot of squeezing around 40,000 vehicles use the highways per peak hour, causing delays of up to two hour 40 minutes. We calculated the economic impact of the time and fuel lost during these delays and found that Dh4.3 billion is lost per year,” said Shakir. He added that an equivalent amount would be enough to build a 12km metro line per year. Shakir observed that increasing the lane capacity between the emirates is neither possible nor it will help ease congestion.
  • 2. “The border lane capacity increase will not help since the inflow/outflow from and to the border crossing is dictated by the road network on the either side of border. The road network on Sharjah side is limited due to corridors and ROW constraints,” he said. Metro connectivity So the only possible solution, according to Shakir, to ease the congestion could be a metro link. “We developed the hypothetical direct link of 7.5km between Al Qiyadah station and Sharjah City Centre, with no stations in between. Such a project could be built at a cost of Dh3 billion, almost 30 per cent less than the amount lost in traffic congestion annually and this could help in transporting around 16,000 passengers per peak hour out of the 52,000 passengers that currently use private vehicles,” said Shakir. The combined peak direction flow on Ittihad Road, Damascus Street, Beirut Street, Mohammad Bin Zayed Road and Emirates Road is 40,000 vehicles or 52,000 passengers per hour during the morning peak hours. Using the demand-supply elasticity model, the study found that about 30 per cent of the private vehicular demand plus some of the existing demand on the buses will divert to the metro system. “The link will see a total boarding plus alighting at the Sharjah City Centre station of about 22,000 passengers/hour (both directions) during the peak hours. This is massive demand and it will require a huge terminal area plus integration facilities to make it work, approximately twice the size of Union Square Metro Station in Dubai,” added Shakir. However, to support the passenger demand, the study showed that a train would be running at a frequency of 2.5 minutes during peak hours. But, Shakir cautioned that additional demand from Sharjah might put significant load on the Dubai’s metro network, which are already running at their capacity during the peak hours. No complete solution And on the flip side, though the metro link might help in shortening the duration of the rush hours, which are around two hours for morning and three hours for evening, but it will not reduce the congested travel times during the peak hour. “Any pure transport solution will not solve the traffic issues at the border, it requires wider urban planning and policy intervention. Integrated planning approach by the authorities at the federal level involving all the relevant stakeholders is required,” said Shakir. Among the long-term solutions to the traffic woes, he suggested building of more affordable housing in Dubai to spread the population and reduce the trip lengths on the road networks. He also suggested sustainable city planning approach to encourage mixed-use development with people living and working in the same locality.
  • 3. Sharjah Dubai traffic A study conducted by Aurecon, a Dubai-based international transport planning firm, has looked at the possible impact on a metro link between Sharjah and Dubai on the inter-emirate trafficc situation. Here are the conclusions: CURRENT SCENARIO • Daily 900,000 Vehicular trips(450,000 in each direction) between Sharjah and Dubai • Peak direction flow is 40,000 vehicles (52,000 passenger trips) during the AM peak hour CURRENT ROAD CAPACITY (from Sharjah to Dubai) • 33,200 vehicles/hour across different corridors ECONOMIC IMPACT OF CONGESTION • Economic losses due to peak period congestion – Dh4.3 Billion/Year • Peak Period Spread (AM –2hrs and PM-3hrs) • Average delay due to congestion (AM plus PM peaks) –2 hr 40mins • This is an equivalent amount required to construct 12 km of metro each year. METRO CONNECTIVITY • A hypothetical scenario Sharjah–Dubai Metro Connection • A metro line connection between the Sharjah City Centre and Al Qiyadah station on Dubai’s green line • 7.5 km in length • Construction Cost of Metro Extension – Dh3 Billion. KEY FINDINGS • Using the demand supply elasticity model it is expected that about 30% of the private vehicular demand plus some of the existing demand on the buses will divert to metro system. • About 16,000 Passengers/peak hour will use the line connection between Sharjah and Dubai. Source: Aurecon ©Gulf News Reference: “Here is what a Dubai-Sharjah metro link could mean” Published: 21:01 January 27, 2018 Shafaat Shahbandari, Staff Reporter Q1. Analyze the major issues in the feasibility of Dubai-Sharjah Metro Line. (5 Marks, CLO4) Q2. Suggest the possible alternatives to ease the traffic congestion. Support your answer from the project feasibility perspective. Here is what a Dubai-Sharjah metro link could mean Study shows a metro line between Al Qiyada station and Sharjah City Centre could reduce traffic
  • 4. congestion by 30% Published: 21:01 January 27, 2018 Shafaat Shahbandari, Staff Reporter Dubai: A metro link connecting Sharjah with Dubai’s Green Line could reduce traffic on the congested highways between the emirates by more than 30 per cent, a new study has found. Conducted by Aurecon, a Dubai-based international transport planning firm that works closely with the local transport authorities, the study highlights the economic impact of congestions between the two emirates and shows how a direct link between Al Qiyada metro station and Sharjah City Centre could offset at least a third of the current traffic problems. Gulf News got an exclusive access to the study that is most likely a first look into the possibility of linking the two emirates with the metro. The five corridors in total have a capacity of 33,200 vehicles per hour, but somehow through a lot of squeezing around, 40,000 vehicles use the highways per peak hour, causing delays of up to 2 hours 40 minutes.” - Nadeem Shakir, Technical Director at Aurecon “There could be more than one ways of linking the two emirates through the metro and this is one such hypothetical scenario of what could happen if a metro link is built between Dubai and Sharjah,” said Nadeem Shakir, technical director at Aurecon, who headed the study. The study found that currently, the five corridors between Dubai and Sharjah witness 900,000 vehicular trips daily, with 450,000 passing in each direction. The combined peak direction flow on Ittihad Road, Damascas Street, Beirut Street, Mohammad Bin Zayed Road and Emirate Road is 40,000 vehicles or 52,000 passengers per hour during the morning peak hours. “The five corridors in total have a capacity of 33,200 vehicles per hour, but somehow through a lot of squeezing around 40,000 vehicles use the highways per peak hour, causing delays of up to two hour 40 minutes. We calculated the economic impact of the time and fuel lost during these delays and found that Dh4.3 billion is lost per year,” said Shakir. He added that an equivalent amount would be enough to build a 12km metro line per year. Shakir observed that increasing the lane capacity between the emirates is neither possible nor it will help ease congestion. “The border lane capacity increase will not help since the inflow/outflow from and to the border crossing is dictated by the road network on the either side of border. The road network on Sharjah side is limited due to corridors and ROW constraints,” he said. Metro connectivity So the only possible solution, according to Shakir, to ease the congestion could be a metro link.
  • 5. “We developed the hypothetical direct link of 7.5km between Al Qiyadah station and Sharjah City Centre, with no stations in between. Such a project could be built at a cost of Dh3 billion, almost 30 per cent less than the amount lost in traffic congestion annually and this could help in transporting around 16,000 passengers per peak hour out of the 52,000 passengers that currently use private vehicles,” said Shakir. The combined peak direction flow on Ittihad Road, Damascus Street, Beirut Street, Mohammad Bin Zayed Road and Emirates Road is 40,000 vehicles or 52,000 passengers per hour during the morning peak hours. Using the demand-supply elasticity model, the study found that about 30 per cent of the private vehicular demand plus some of the existing demand on the buses will divert to the metro system. “The link will see a total boarding plus alighting at the Sharjah City Centre station of about 22,000 passengers/hour (both directions) during the peak hours. This is massive demand and it will require a huge terminal area plus integration facilities to make it work, approximately twice the size of Union Square Metro Station in Dubai,” added Shakir. However, to support the passenger demand, the study showed that a train would be running at a frequency of 2.5 minutes during peak hours. But, Shakir cautioned that additional demand from Sharjah might put significant load on the Dubai’s metro network, which are already running at their capacity during the peak hours. No complete solution And on the flip side, though the metro link might help in shortening the duration of the rush hours, which are around two hours for morning and three hours for evening, but it will not reduce the congested travel times during the peak hour. “Any pure transport solution will not solve the traffic issues at the border, it requires wider urban planning and policy intervention. Integrated planning approach by the authorities at the federal level involving all the relevant stakeholders is required,” said Shakir. Among the long-term solutions to the traffic woes, he suggested building of more affordable housing in Dubai to spread the population and reduce the trip lengths on the road networks. He also suggested sustainable city planning approach to encourage mixed-use development with people living and working in the same locality. Sharjah Dubai traffic A study conducted by Aurecon, a Dubai-based international transport planning firm, has looked at the possible impact on a metro link between Sharjah and Dubai on the inter-emirate trafficc situation. Here are the conclusions: CURRENT SCENARIO
  • 6. • Daily 900,000 Vehicular trips(450,000 in each direction) between Sharjah and Dubai • Peak direction flow is 40,000 vehicles (52,000 passenger trips) during the AM peak hour CURRENT ROAD CAPACITY (from Sharjah to Dubai) • 33,200 vehicles/hour across different corridors ECONOMIC IMPACT OF CONGESTION • Economic losses due to peak period congestion – Dh4.3 Billion/Year • Peak Period Spread (AM –2hrs and PM-3hrs) • Average delay due to congestion (AM plus PM peaks) –2 hr 40mins • This is an equivalent amount required to construct 12 km of metro each year. METRO CONNECTIVITY • A hypothetical scenario Sharjah–Dubai Metro Connection • A metro line connection between the Sharjah City Centre and Al Qiyadah station on Dubai’s green line • 7.5 km in length • Construction Cost of Metro Extension – Dh3 Billion. KEY FINDINGS • Using the demand supply elasticity model it is expected that about 30% of the private vehicular demand plus some of the existing demand on the buses will divert to metro system. • About 16,000 Passengers/peak hour will use the line connection between Sharjah and Dubai. Source: Aurecon ©Gulf News Reference: “Here is what a Dubai-Sharjah metro link could mean” Published: 21:01 January 27, 2018 Shafaat Shahbandari, Staff Reporter Q1. Analyze the major issues in the feasibility of Dubai-Sharjah Metro Line. (5 Marks, CLO4) Q2. Suggest the possible alternatives to ease the traffic congestion. Support your answer from the project feasibility perspective. Here is what a Dubai-Sharjah metro link could mean Study shows a metro line between Al Qiyada station and Sharjah City Centre could reduce traffic congestion by 30% Published: 21:01 January 27, 2018 Shafaat Shahbandari, Staff Reporter Dubai: A metro link connecting Sharjah with Dubai’s Green Line could reduce traffic on the congested highways between the emirates by more than 30 per cent, a new study has found. Conducted by Aurecon, a Dubai-based international transport planning firm that works closely
  • 7. with the local transport authorities, the study highlights the economic impact of congestions between the two emirates and shows how a direct link between Al Qiyada metro station and Sharjah City Centre could offset at least a third of the current traffic problems. Gulf News got an exclusive access to the study that is most likely a first look into the possibility of linking the two emirates with the metro. The five corridors in total have a capacity of 33,200 vehicles per hour, but somehow through a lot of squeezing around, 40,000 vehicles use the highways per peak hour, causing delays of up to 2 hours 40 minutes.” - Nadeem Shakir, Technical Director at Aurecon “There could be more than one ways of linking the two emirates through the metro and this is one such hypothetical scenario of what could happen if a metro link is built between Dubai and Sharjah,” said Nadeem Shakir, technical director at Aurecon, who headed the study. The study found that currently, the five corridors between Dubai and Sharjah witness 900,000 vehicular trips daily, with 450,000 passing in each direction. The combined peak direction flow on Ittihad Road, Damascas Street, Beirut Street, Mohammad Bin Zayed Road and Emirate Road is 40,000 vehicles or 52,000 passengers per hour during the morning peak hours. “The five corridors in total have a capacity of 33,200 vehicles per hour, but somehow through a lot of squeezing around 40,000 vehicles use the highways per peak hour, causing delays of up to two hour 40 minutes. We calculated the economic impact of the time and fuel lost during these delays and found that Dh4.3 billion is lost per year,” said Shakir. He added that an equivalent amount would be enough to build a 12km metro line per year. Shakir observed that increasing the lane capacity between the emirates is neither possible nor it will help ease congestion. “The border lane capacity increase will not help since the inflow/outflow from and to the border crossing is dictated by the road network on the either side of border. The road network on Sharjah side is limited due to corridors and ROW constraints,” he said. Metro connectivity So the only possible solution, according to Shakir, to ease the congestion could be a metro link. “We developed the hypothetical direct link of 7.5km between Al Qiyadah station and Sharjah City Centre, with no stations in between. Such a project could be built at a cost of Dh3 billion, almost 30 per cent less than the amount lost in traffic congestion annually and this could help in transporting around 16,000 passengers per peak hour out of the 52,000 passengers that currently use private vehicles,” said Shakir. The combined peak direction flow on Ittihad Road, Damascus Street, Beirut Street, Mohammad
  • 8. Bin Zayed Road and Emirates Road is 40,000 vehicles or 52,000 passengers per hour during the morning peak hours. Using the demand-supply elasticity model, the study found that about 30 per cent of the private vehicular demand plus some of the existing demand on the buses will divert to the metro system. “The link will see a total boarding plus alighting at the Sharjah City Centre station of about 22,000 passengers/hour (both directions) during the peak hours. This is massive demand and it will require a huge terminal area plus integration facilities to make it work, approximately twice the size of Union Square Metro Station in Dubai,” added Shakir. However, to support the passenger demand, the study showed that a train would be running at a frequency of 2.5 minutes during peak hours. But, Shakir cautioned that additional demand from Sharjah might put significant load on the Dubai’s metro network, which are already running at their capacity during the peak hours. No complete solution And on the flip side, though the metro link might help in shortening the duration of the rush hours, which are around two hours for morning and three hours for evening, but it will not reduce the congested travel times during the peak hour. “Any pure transport solution will not solve the traffic issues at the border, it requires wider urban planning and policy intervention. Integrated planning approach by the authorities at the federal level involving all the relevant stakeholders is required,” said Shakir. Among the long-term solutions to the traffic woes, he suggested building of more affordable housing in Dubai to spread the population and reduce the trip lengths on the road networks. He also suggested sustainable city planning approach to encourage mixed-use development with people living and working in the same locality. Sharjah Dubai traffic A study conducted by Aurecon, a Dubai-based international transport planning firm, has looked at the possible impact on a metro link between Sharjah and Dubai on the inter-emirate trafficc situation. Here are the conclusions: CURRENT SCENARIO • Daily 900,000 Vehicular trips(450,000 in each direction) between Sharjah and Dubai • Peak direction flow is 40,000 vehicles (52,000 passenger trips) during the AM peak hour CURRENT ROAD CAPACITY (from Sharjah to Dubai) • 33,200 vehicles/hour across different corridors ECONOMIC IMPACT OF CONGESTION • Economic losses due to peak period congestion – Dh4.3 Billion/Year
  • 9. • Peak Period Spread (AM –2hrs and PM-3hrs) • Average delay due to congestion (AM plus PM peaks) –2 hr 40mins • This is an equivalent amount required to construct 12 km of metro each year. METRO CONNECTIVITY • A hypothetical scenario Sharjah–Dubai Metro Connection • A metro line connection between the Sharjah City Centre and Al Qiyadah station on Dubai’s green line • 7.5 km in length • Construction Cost of Metro Extension – Dh3 Billion. KEY FINDINGS • Using the demand supply elasticity model it is expected that about 30% of the private vehicular demand plus some of the existing demand on the buses will divert to metro system. • About 16,000 Passengers/peak hour will use the line connection between Sharjah and Dubai. Source: Aurecon ©Gulf News Reference: “Here is what a Dubai-Sharjah metro link could mean” Published: 21:01 January 27, 2018 Shafaat Shahbandari, Staff Reporter Q1. Analyze the major issues in the feasibility of Dubai-Sharjah Metro Line. (5 Marks, CLO4) Q2. Suggest the possible alternatives to ease the traffic congestion. Support your answer from the project feasibility perspective. Solution 1 ans.. 2 ans..