1 transportation policy area review (tpar) a suggested new approach presentation to m.c. civic...
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1
Transportation Policy Area Review (TPAR)
A suggested new approach
Presentation to M.C. Civic Federation
November 8, 2010
2
Presentation Outline
1. Guiding Principles / Stakeholder Participation
2. The Proposed TPAR Policy in a Nutshell
3. Proposed Process Component Parts
4. The Main Steps
5. Sample Policy Area Results
3
Guiding Principles• Based on Approved Master Plans.
• Process easily understood.
• Separate analysis for transit and roads.
• Public – private financing of solutions.
• Support economic development.
• Monitor, report and adjust key elements.
4
Stakeholder Participation• PHED Committee Members• Council, Planning, and MCDOT staff• Listening Sessions with selected stakeholders:
– Chambers of Commerce and Employers– Transportation-Related Groups– Leadership of Civic Associations– Developers and their Representatives– Transportation Professionals.
• Presentation to Stakeholders• Presentation to County Executive and staff.
5
The Proposed TPAR Policy in a Nutshell
Achieving Balance • Guidance to improve transportation -
development activity balance - 10 years forward.
• Establish standards of transportation adequacy for both transit services and roadway congestion
• A Policy Area is balanced when both transit services and roadways meet the adequacy standards.
6
The Proposed TPAR Policy in a NutshellProgramming Transportation Projects
• If Policy Area not balanced County should program the transit services / road improvements.
• Programmed transportation improvements must come from Adopted and Approved Master and Sector Plans.
• Proposed improvements funded through a public-private partnership.
• Programming to occur once a threshold of private payments has been reached.
7
The Proposed TPAR Policy in a Nutshell
Monitoring and Reporting
TPAR requires monitoring and reporting of key elements of the policy:– Development Activity– Implementation of Transit Services and Capital
Projects– Annual Report on trends during the prior year– Recommendations for action to ensure
desirable balance.
8
Component Parts of the Process
1. Identify Transit Inadequacies and
Solutions
2. Identify Roadway Inadequacies and
Solutions
3. Cost Allocation Steps
4. Programming Public
Commitments
5. Monitor and Report
9
Analysis Uses 21 Policy AreasAnalysis Uses 21 Policy Areas
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Aspen Hill AHBethesda / Chevy Chase BCCClarksburg CLKCloverly CLVDamascus DAMDerwood DERFairland / White Oak FWOGaithersburg GBGGermantown East GTEGermantown West GTWKensington Wheaton KWMontgomery Village / Airpark MVANorth Bethesda NBNorth Potomac NPOlney OLYPotomac POTR&D Village RDVRockville RKVSilver Spring / Takoma Park SSTPRural East RurERural West RurW
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SUGGESTED TRANSIT PROCESS
11
Suggested Process for Transit
• Establish Geographic Policy Area Categories
– Urban– Suburban – Rural
• Establish Service Factors– Transit Coverage– Peak Headways– Span of Service
12
# = Consistent with the 2008 Montgomery County Strategic Transit Plan and based on guidance from various Master Plans and Sector Plans
Identify Transit Inadequacies and Solutions
Factors Characterizing Bus Transit Quality of Service in Montgomery County#
Transit Service Area
Categories
Coverage:(percent of area
within a 1 mile walk of Metro and/or 1/3 mile walk of bus)
Peak Headways:(equal to or less
than___minutes between buses on average in Peak
Hour)
Span of Service:(equal to or more than ___hours in
duration per weekday on average)
Urban Greater than 80% 20 minutes with Metrorail15 minutes w/o it.
17 Hours
Suburban Greater than 30% 20 minutes 14 Hours
Rural Greater than 5% 30 minutes 4 Hours
13
* Note: Transit includes Transportation Management Districts (TMD)
Yes
No
Are transit adequacy
standards met?
Classify Policy Areas by Transit
Category
No additional transit costs
3
2
1
Go to on
slide 39
21
4
6
5
Identify Transit improvements to meet transit adequacy
standards
Estimate transit service costs
and capital investment
needs
Proposed Process: Main Steps Identify Transit* Inadequacies and Solutions
14
"Urban" Policy Areas served by Metrorail
(Sequenced by Decreasing "Coverage" of Bus Routes)
Number of Bus Routes
Metro Rail?
MARC Com-muter Rail?
Future Light Rail?
Area of the
Policy Area
(sq. mi.)
Pop. Density in 2010 (person per sq.
mi.)
Emp. Density in 2010 (emp. per sq.
mi.)
Coverage (Percent of area within 1 mi. rail;
1/3 of bus)
Peak Headway by Bus in PM Peak
Hour (min.)
Span: Duration of Weekday
Bus Service (hours)
Silver Spring/Takoma Park 33 Y Y Y 10.49 8,622 4,376 96.0% 17.5 13.4North Bethesda 14 Y Y Y 9.25 5,216 7,430 87.4% 21.3 15.0Kensington/Wheaton 20 Y Y 19.26 4,853 1,230 82.0% 22.6 13.6Bethesda/Chevy Chase 16 Y Y 20.24 4,962 4,339 81.2% 17.6 13.5Rockville City 13 Y Y Y 13.64 4,314 5,794 79.9% 17.2 17.6Derwood 3 Y Y 8.22 2,274 2,556 70.0% 20.0 14.9
more than less than more than80.0% 15.0 ## 17.0
Policy Areas Categorized as "Urban" based upon Transit Coverage, Peak Headway, and Span of Service of 2010
## = 20.0 with Metrorail
xx.xInadequate versus the Standards shown
15
"Suburban" Policy Areas
(Sequenced by Decreasing "Coverage" of Bus Routes)
Number of Bus Routes
Metro Rail?
MARC Com-muter Rail?
Future Light Rail?
Area of the
Policy Area
(sq. mi.)
Pop. Density in 2010 (person per sq.
mi.)
Emp. Density in 2010 (emp. per sq.
mi.)
Coverage (Percent of area within 1 mi. rail;
1/3 of bus)
Peak Headway by Bus in PM Peak
Hour (min.)
Span: Duration of Weekday
Bus Service (hours)
R&D Village 5 Y 2.38 3,076 8,764 75.5% 25.0 11.7Gaithersburg City 10 Y Y 11.03 5,446 4,967 75.0% 19.3 14.6Fairland/White Oak 13 20.66 3,700 1,495 48.2% 19.5 11.9Germantown West 10 Y Y 10.98 5,652 1,347 48.0% 21.8 15.7Montgomery Village/Airpark 12 9.41 5,472 1,372 47.1% 19.4 14.9Aspen Hill 10 13.05 4,644 478 43.7% 18.4 15.9Germantown East 5 Y 6.57 3,568 1,310 39.3% 21.0 13.4Cloverly 2 9.83 1,621 137 30.0% 26.5 7.2
North Potomac 7 10.49 2,570 1,427 29.2% 23.6 12.3Olney 4 17.36 1,887 317 26.2% 24.6 9.2Potomac 10 Y 28.07 1,696 431 22.5% 19.1 14.3Clarksburg 2 Y 14.91 934 255 16.4% 30.0 10.2
more than less than more than30.0% 20.0 14.0
Policy Areas Categorized as "Suburban" based upon Transit Coverage, Peak Headway, and Span of Service of 2010
xx.xInadequate versus the Standards shown
16
"Rural" Policy Areas (Sequenced by Decreasing
"Coverage")
Number of Bus Routes
Metro Rail?
MARC Com-muter Rail?
Future Light Rail?
Area of the
Policy Area
(sq. mi.)
Pop. Density in 2010 (person per sq.
mi.)
Emp. Density in 2010 (emp. per sq.
mi.)
Coverage (Percent of area within 1 mi. rail;
1/3 of bus)
Peak Headway by Bus in PM Peak
Hour (min.)
Span: Duration of Weekday
Bus Service (hours)
Rural West 1 Y 132.90 157 20 8.4% 30.0 6.3Damascus 1 9.42 1,119 248 7.4% 20.0 15.7Rural East 1 117.18 289 48 7.4% 20.0 15.7
more than less than more than5.0% 30.0 4.0
Policy Areas Categorized as "Rural" based upon Transit Coverage, Peak Headway, and Span of Service of 2010
xx.xInadequate versus the Standards shown
17
SUGGESTED ROAD PROCESS
18
* Note: Roadways include traffic operations, bikeways and walkways
4. Road Process Main Steps Identify Roadway* Inadequacies and Solutions
Yes
NoApply Transp. Demand Model
Are there future Inadequacies?
14131210-year
Dev. Act. Forecasts
Programmed Projects in
CIP/CTP
11
Summarize Roadway Policy Area and
Corridor Performance
Iterate as
Needed
17
15
16
Projects not yet Programmed
(State/County)
Go to on
slide 39
22
Prepare combinations of projects for CIP/CTP for
performance and to complete within 10 years
19
3B-13: Standard of Roadway Performance3B-13: Standard of Roadway Performance
Urban Street Class
Range of Free Flow Speeds
Typical Free Flow Speed 50 mph 40 mph 35 mph 30 mph
Level of Service
A > 42 > 35 > 30 > 25
B 34 42 28 35 24 30 19 25
C 27 34 22 28 18 24 13 19
D 21 27 17 22 14 18 9 13
E 16 21 13 17 10 14 7 9
F =< 16 =< 13 =< 10 =< 7
Level of Service
A > 84% > 88% > 86% > 83%
B 68% 84% 70% 88% 69% 86% 63% 83%
C 54% 68% 55% 70% 51% 69% 43% 63%
D 42% 54% 43% 55% 40% 51% 30% 43%
E 32% 42% 33% 43% 29% 40% 23% 30%
F =< 32% =< 33% =< 29% =< 23%
III
Basic Source: Highway Capacity Manual (2000) Exhibit 15-2 Urban Street LOS by Class
IV
Average Travel Speed (mph)
I II
Average Speed Relative to the Typical Free Flow Speed (as a percent)
55 to 45 mph 45 to 35 mph 35 to 30 mph 35 to 25 mph
20
Policy Areas including their MSPAs
Adequacy of the Main Roads County-wide Summary:
2020 Development Forecasts with Existing Roads plus Programmed CIP/CTP
The bars show the range of PM Peak Period Congested Speed relative to "Free Flow Speed" for arterial segments within the Policy Area:(1) averaged by direction of flow that is, (2) weighted by the Vehicle-Miles-Traveled, and(3) normalized for Arterial Class of each of the link segments of the arterial corridor
A
B
C
D
E
F
Applying the Standard to Policy AreasApplying the Standard to Policy Areas
21
Example of Policy Area ResultsExample of Policy Area Results
Policy Areas including their MSPAs
Adequacy of the Main Roads County-wide Summary:
2020 Development Forecasts with Existing Roads plus Programmed CIP/CTP
A
B
C
D
E
F
The bars show the range of PM Peak Period Congested Speed relative to "Free Flow Speed" for arterial segments within the Policy Area:(1) averaged by direction of flow that is, (2) weighted by the Vehicle-Miles-Traveled, and(3) normalized for Arterial Class of each of the link segments of the arterial corridor
Average for the Non-Peak Flow Direction
Average for the Peak Flow Direction
Existing + Programmed Projects
Guidance to reviewers to help better understand
these Charts
Average for a
Policy Area
22
TPAR Results County-wideTPAR Results County-wide
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Policy Areas including their MSPAs
Adequacy of the Main Roads County-wide Summary:
2020 Development Forecasts with Existing Roads plus Programmed CIP/CTP
A
B
C
D
E
F
The bars show the range of PM Peak Period Congested Speed relative to "Free Flow Speed" for arterial segments within the Policy Area:(1) averaged by direction of flow that is, (2) weighted by the Vehicle-Miles-Traveled, and(3) normalized for Arterial Class of each of the link segments of the arterial corridor
Average for the Non-Peak Flow Direction
Average for the Peak Flow Direction
Existing + Programmed Projects
Guidance to reviewers to help better understand
these Charts
"Urban" Served by Metrorail with Metro Station Policy Areas
"Suburban" Served by Bus and Limited Commuter Rail Service"Rural"
23
Setting the TPAR Standard for RoadsSetting the TPAR Standard for Roads
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Policy Areas including their MSPAs
Adequacy of the Main Roads County-wide Summary:
2020 Development Forecasts with Existing Roads plus Programmed CIP/CTP
A
B
C
D
E
F
The bars show the range of PM Peak Period Congested Speed relative to "Free Flow Speed" for arterial segments within the Policy Area:(1) averaged by direction of flow that is, (2) weighted by the Vehicle-Miles-Traveled, and(3) normalized for Arterial Class of each of the link segments of the arterial corridor
Average for the Non-Peak Flow Direction
Average for the Peak Flow Direction
Existing + Programmed Projects
Guidance to reviewers to help better understand
these Charts
"Urban" Served by Metrorail with Metro Station Policy Areas
"Suburban" Served by Bus and Limited Commuter Rail Service"Rural"
Policy Area Adequacy Standards
24
Adequacy of Forecasts with CIP/CTPAdequacy of Forecasts with CIP/CTP
BCC
SSTP
NP
NB
KW
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DER
RDVGBG
FWO
OLYPOT
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MVAAHGTE
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DAM
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Policy Areas including their MSPAs
Adequacy of the Main Roads County-wide Summary:
2020 Development Forecasts with Existing Roads plus Programmed CIP/CTP
A
B
C
D
E
F
The bars show the range of PM Peak Period Congested Speed relative to "Free Flow Speed" for arterial segments within the Policy Area:(1) averaged by direction of flow that is, (2) weighted by the Vehicle-Miles-Traveled, and(3) normalized for Arterial Class of each of the link segments of the arterial corridor
Average for the Non-Peak Flow Direction
Average for the Peak Flow Direction
Existing + Programmed Projects
Network effects of new Projects
Direct effect of new Projects
Guidance to reviewers to help better understand
these Charts
"Urban" Served by Metrorail with Metro Station Policy Areas
"Suburban" Served by Bus and Limited Commuter Rail Service"Rural"
Policy Area Adequacy Standards
25
Adequacy with Sample ImprovementsAdequacy with Sample Improvements
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Policy Areas including their MSPAs
Policy Area Adequacy Standards
Adequacy of the Main Roads County-wide Summary:
2020 Development Forecasts with Existing, Programmed CIP/CTP, Proposed
A
B
C
D
E
F
The bars show the range of PM Peak Period Congested Speed relative to "Free Flow Speed" for arterial segments within the Policy Area:(1) averaged by direction of flow that is, (2) weighted by the Vehicle-Miles-Traveled, and(3) normalized for Arterial Class of each of the link segments of the arterial corridor
Average for the Non-Peak Flow Direction
Average for the Peak Flow Direction
Existing + Programmed Projects
Network effects of new Projects
Direct effect of new Projects
Guidance to reviewers to help better understand
these Charts
"Urban" Served by Metrorail with Metro Station Policy Areas
"Suburban" Served by Bus and Limited Commuter Rail Service"Rural"
26
• RESULTS OF SUGGESTED APPROACH
on three Sample Policy Areas
27
Fairland White OakFairland White Oak
Source: Map layers provided by MNCPPC
0.0 0.5 1.0 miles
N
Source: Map layers provided by MNCPPC
0.0 0.5 1.0 miles
0.0 0.5 1.0 0.0 0.5 1.0 miles
N N
2010 Growth Percent PercentHouse- 2010 to Growth of Countyholds to 2020 by Area Growth
28,544 345 1.2% 0.8%
2010 Growth Percent Percent
Employ- 2010 to Growth of Countyment to 2020 by Area Growth
30,891 6,225 20.2% 7.8%
Forecast of Growth in Emploment
Fairland / White OakForecast of Growth in Households
28
Germantown EastGermantown East Source: Map layers
provided by MNCPPC
0.0 0.5 1.0
miles N
Source: Map layers provided by MNCPPC
0.0 0.5 1.0
miles 0.0 0.5 1.0
miles 0.0 0.5 1.0 0.0 0.5 1.0
miles N N
2010 Growth Percent PercentHouse- 2010 to Growth of Countyholds to 2020 by Area Growth
8,032 305 3.8% 0.7%
2010 Growth Percent Percent
Employ- 2010 to Growth of Countyment to 2020 by Area Growth
8,603 4,425 51.4% 5.5%
Forecast of Growth in Emploment
Germantown EastForecast of Growth in Households
29
Bethesda Chevy ChaseBethesda Chevy Chase
Source: Map layers provided by MNCPPC
0.0 0.5 1.0 miles
N
Source: Map layers provided by MNCPPC
0.0 0.5 1.0 miles
0.0 0.5 1.0 0.0 0.5 1.0 miles
N N
2010 Growth Percent PercentHouse- 2010 to Growth of Countyholds to 2020 by Area Growth
40,115 3,829 9.5% 8.3%
2010 Growth Percent Percent
Employ- 2010 to Growth of Countyment to 2020 by Area Growth
87,820 8,804 10.0% 19.1%
Forecast of Growth in Emploment
Bethesda / Chevy ChaseForecast of Growth in Households
30
Forecasts of Development ActivityForecasts of Development Activity
2010 Growth Percent Percent 2010 Growth Percent PercentHouse- 2010 to Growth of County Employ- 2010 to Growth of Countyholds to 2020 by Area Growth ment to 2020 by Area Growth
Bethesda / Chevy Chase 40,115 3,829 9.5% 8.3% 87,820 8,804 10.0% 11.0%
Fairland / White Oak 28,544 345 1.2% 0.8% 30,891 6,225 20.2% 7.8%
Germantown East 8,032 305 3.8% 0.7% 8,603 4,425 51.4% 5.5%
County Total = 362,000 46,000 12.7% 100.0% 510,000 80,000 15.7% 100.0%
Forecast of Development Activity in Montgomery County between 2010 and 2020 by Policy Area based on Summaries from MWCOG and MNCPPC
Forecast of Growth in Households Forecast of Growth in EmplomentPolicy Area
(including their MSPAs)
31
TRANSIT RESULTS FOR SAMPLE POLICY AREAS
32
Example Policy Areas (Sequenced by Decreasing "Coverage" of Bus Routes)
Transit Category
Number of Bus Routes
Metro Rail?
MARC Com-muter Rail?
Future Light Rail?
Coverage (Percent of area within 1 mi. rail;
1/3 of bus)
Peak Headway by Bus in PM Peak
Hour (min.)
Span: Duration of Weekday
Bus Service (hours)
Bethesda/Chevy Chase Urban 16 Y Y 81.2% 17.6 13.5
more than less than more than80.0% 15.0 ## 17.0
Fairland/White Oak Suburban 13 48.2% 19.5 11.9
Germantown East Suburban 5 Y 39.3% 21.0 13.4
more than less than more than
30.0% 20.0 14.0
Ruralmore than less than more than
5.0% 30.0 4.0
Transit Adequacy Analysis Examples: for Three Policy Areas Categorized based upon Transit Coverage, Peak Headway, and
Span of Service of 2010
## = 20.0 with Metrorail
xx.xInadequate versus the Standards shown =
xx.xInadequate versus the Standards shown =
33
ROADWAY RESULTS FOR SAMPLE POLICY AREAS
34
Sample Road Improvements (Sample Road Improvements (for testing onlyfor testing only))
Transportation Improvement Type Policy CommentsFacility Name and/or Limits Area To be Noted
FY10 AGP Proj. In CTP and CIP for const. by FY14 to count 6 yearsplus 3 following projects by FY16 In Approved CTP
Interchange MD097 (Ga. Ave) at Randolph Rd KW In Approved CIPMontrose Pkwy East; MD355 to MD586 (Veirs Mill Rd) NB In Approved CIPChapman Ave Extd; Randolph Rd to Old Gtwn Rd NB In Approved CIP
Purple Line New Carrollton to Bethesda Co-Wide
TDM Activities in BCC, SSTP, NB, DER, FWO, KW Co-Wide improved monitoring & programs
Observation Dr Roberts Tavern to I-4 (revised extent) CLK 2 lanes each way
Mid-Co. Hwy Shady Grove Rd to MD200 Interco. Conn. DER widen to 3 Lanes each way
Interchange US029 Columbia Pk at Fairland/Musgrove Rd FWO
MD117 Clopper RdI-270 to Longdraft reconstruction GBG improve median/ turn lanes
Mid-Co. Hwy MD027 to Middlebrook Rd (revised extent) GTE 2 lanes each way (design 3)
I-4 Overpass Road bridge over I-270 GTE
MD355 Frederick MD027 Ridge Rd to Little Seneca Pky GTE widen to 2 Lanes each way
Century Blvd I-4 to Existing Century Blvd GTW
Goshen Rd Girard St to Warfield Rd MVA widen to 4 lane divided
Twinbrook PkwyMD355 Rockville Pike to Ardennes Ave NB widen to 3 Lanes each wayMD117 Clopper RdWatkins Mill Rd to Game Preserve Rd NP widen to 2 Lanes each way
Projects that could be Available by 2020
35
Variation in Road Performance in FWOVariation in Road Performance in FWO
10 m
inor
art
eria
ls
Ran
dolp
h R
d / C
herr
y H
ill R
d
Old
Col
umbi
a P
ike
Fai
rland
Rd
US
029
Col
umbi
a P
ike
Gre
enca
stle
Blv
d
Brig
gs C
hane
y R
dPow
der
Mill
Rd
MD
650
New
Ham
pshi
re A
ve
Arterial Roads in the Fairland / White Oak Policy Area
Policy Area
Adequacy Standard
Adequacy of the Main Roads in the Fairland / White Oak Policy Area:2020 Development Forecasts with
CIP/CTP Programmed ImprovementsA
B
C
D
E
F
The bars show the range of PM Peak Period Congested Speed relative to "Free Flow Speed" for arterial segments within the Policy Area:(1) averaged by direction of flow that is, (2) weighted by the Vehicle-Miles-Traveled, and(3) normalized for Arterial Class of each of the link segments of the arterial corridor
Average for the Non-Peak Flow Direction
Average for the Peak Flow Direction
Existing + Programmed Projects
Network effects of new Projects
Direct effect of each new Project
Guidance to reviewers to help better understand these Charts
36
Future Road Performance in FWOFuture Road Performance in FWO
10 m
inor
art
eria
ls
Ran
dolp
h R
d / C
herr
y H
ill R
d
Old
Col
umbi
a P
ike
Fai
rland
Rd
US
029
Col
umbi
a P
ike
Gre
enca
stle
Blv
d
Brig
gs C
hane
y R
dPow
der
Mill
Rd
MD
650
New
Ham
pshi
re A
ve
Arterial Roads in the Fairland / White Oak Policy Area
Policy Area
Adequacy Standard
Adequacy of the Main Roads in the Fairland / White Oak Policy Area:
Proposed New 2020 Projects Compared to CIP/CTP Programmed Improvements
A
B
C
D
E
F
The bars show the range of PM Peak Period Congested Speed relative to "Free Flow Speed" for arterial segments within the Policy Area:(1) averaged by direction of flow that is, (2) weighted by the Vehicle-Miles-Traveled, and(3) normalized for Arterial Class of each of the link segments of the arterial corridor
Average for the Non-Peak Flow Direction
Average for the Peak Flow Direction
Existing + Programmed Projects
Network effects of new Projects
Direct effect of each new Project
Guidance to reviewers to help better understand these Charts
Policy Area
Average
37
Variation in Road Performance in GTEVariation in Road Performance in GTE
Way
fare
r R
d
MD
355
Fre
deric
k R
d
Nee
lsvi
lle C
hurc
h R
d
Mid
dleb
rook
Rd
Brin
k R
d
Obs
erva
tion
Driv
e (p
art)
MD
118
Ger
man
tow
n R
d
MD
027
Rid
ge R
d
Arterial Roads in the Germantown East Policy Area
Approaching Policy Area
Adequacy Standard
Adequacy of the Main Roads in the Germantown East Policy Area:
2020 Development Forecasts with CIP/CTP Programmed Improvements
A
B
C
D
E
F
The bars show the range of PM Peak Period Congested Speed relative to "Free Flow Speed" for arterial segments within the Policy Area:(1) averaged by direction of flow that is, (2) weighted by the Vehicle-Miles-Traveled, and(3) normalized for Arterial Class of each of the link segments of the arterial corridor
Average for the Non-Peak Flow Direction
Average for the Peak Flow Direction
Existing + Programmed Projects
Network effects of new Projects
Direct effect of each new Project
Guidance to reviewers to help better understand these Charts
38
Future Road Performance in GTEFuture Road Performance in GTE
Way
fare
r R
d
MD
355
Fre
deric
k R
d
Nee
lsvi
lle C
hurc
h R
d
Mid
dleb
rook
Rd
Brin
k R
d
Obs
erva
tion
Driv
e (p
art)
MD
118
Ger
man
tow
n R
d
MD
027
Rid
ge R
d
Arterial Roads in the Germantown East Policy Area
Approaching Policy Area
Adequacy Standard
Adequacy of the Main Roads in the Germantown East Policy Area:
Proposed New 2020 Projects Compared to CIP/CTP Programmed Improvements
A
B
C
D
E
F
The bars show the range of PM Peak Period Congested Speed relative to "Free Flow Speed" for arterial segments within the Policy Area:(1) averaged by direction of flow that is, (2) weighted by the Vehicle-Miles-Traveled, and(3) normalized for Arterial Class of each of the link segments of the arterial corridor
Average for the Non-Peak Flow Direction
Average for the Peak Flow Direction
Existing + Programmed Projects
Network effects of new Projects
Direct effect of each new Project
Guidance to reviewers to help better understand these Charts
Policy Area
Average
I-4
Brid
ge o
ver
I-27
0
Mid
coun
ty H
wy
39
Variation in Road Performance in BCCVariation in Road Performance in BCC
MD
188
Wils
on L
a
MD
41
0 E
ast
-We
st H
wy
MD
18
7 O
ld G
eo
rge
tow
n R
d
Gre
entr
ee R
d
Jon
es
Bri
dg
e R
d
MD
18
5 C
on
ne
ctic
ut
Ave
Ce
da
r L
a
Jon
es
Mill
Rd
MD
61
4 G
old
sbo
ro R
d
Bea
ch D
r
Mac
Art
hur
Blv
d
MD
190
Riv
er R
d
Woo
dmon
t Ave
MD
396
Mas
sach
uset
ts A
ve
Bat
tery
La
Littl
e F
alls
Pkw
y
Will
ard
Ave
Bur
dette
Rd
MD
18
6 B
roo
kevi
lle R
d
MD
191
Bra
dley
Blv
d-La
24 M
inor
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eria
ls
Bra
dmoo
r D
r
Sev
en L
ocks
Rd
Fer
nwoo
d R
d
Arterial Roads in the Bethesda Chevy Chase Policy Area
Proposed Policy Area
Adequacy Standard
Adequacy of the Main Roads in the Bethesda Chevy Chase Policy Area:2020 Development Forecasts with
CIP/CTP Programmed ImprovementsA
B
C
D
E
F
The bars show the range of PM Peak Period Congested Speed relative to "Free Flow Speed" for arterial segments within the Policy Area:(1) averaged by direction of flow that is, (2) weighted by the Vehicle-Miles-Traveled, and(3) normalized for Arterial Class of each of the link segments of the arterial corridor
Average for the Non-Peak Flow Direction
Average for the Peak Flow Direction
Existing + Programmed Projects
Network effects of new Projects
Direct effect of each new Project
Guidance to reviewers to help better understand these Charts
MD
355
Wis
c. A
ve
40
Future Road Performance in BCCFuture Road Performance in BCC
MD
188
Wils
on L
a
MD
41
0 E
ast
-We
st H
wy
MD
18
7 O
ld G
eo
rge
tow
n R
d
Gre
entr
ee R
d
Jon
es
Bri
dg
e R
d
MD
18
5 C
on
ne
ctic
ut
Ave
Ce
da
r L
a
Jon
es
Mill
Rd
MD
61
4 G
old
sbo
ro R
d
Bea
ch D
r
Mac
Art
hur
Blv
d
MD
190
Riv
er R
d
Woo
dmon
t Ave
MD
396
Mas
sach
uset
ts A
ve
Bat
tery
La
Littl
e F
alls
Pkw
y
Will
ard
Ave
Bur
dette
Rd
MD
18
6 B
roo
kevi
lle R
d
MD
191
Bra
dley
Blv
d-La
24 M
inor
Art
eria
ls
Bra
dmoo
r D
r
Sev
en L
ocks
Rd
Fer
nwoo
d R
d
Arterial Roads in the Bethesda Chevy Chase Policy Area
Proposed Policy Area
Adequacy Standard
Policy Area
Average
Adequacy of the Main Roads in the Bethesda Chevy Chase Policy Area:
Proposed New 2020 Projects Compared to CIP/CTP Programmed Improvements
A
B
C
D
E
F
The bars show the range of PM Peak Period Congested Speed relative to "Free Flow Speed" for arterial segments within the Policy Area:(1) averaged by direction of flow that is, (2) weighted by the Vehicle-Miles-Traveled, and(3) normalized for Arterial Class of each of the link segments of the arterial corridor
Average for the Non-Peak Flow Direction
Average for the Peak Flow Direction
Existing + Programmed Projects
Network effects of new Projects
Direct effect of each new Project
Guidance to reviewers to help better understand these Charts
MD
355
Wis
c. A
ve
41
5. Proposed Process: Main StepsC. Cost-Allocation Steps
Set public-private cost
sharing
Yes
No
28
Is the Collection greater than the criteria of ?25
Transit Costs from
page 9
Roadway Costs from
page 10
2221
29Wait before the
Project-Service is Programmed
23
24
Cost per unit of development
Cost estimates for capital facilities and operating expenses
27
Establish criteria for additions into the
CIP/CTP
25
Go to on
slide 12
31
30
Aggregate Policy Area Fees collected
as part of the subdivision process
26a
26b
Set shares for Households and
Employment
Change since prior Executive briefing
42
Proposed Process: Main Steps Programming Public Commitments /
Monitor and Report
Identify as a Committed Project
in the CIP
Schedule and Implement within
10-year Time Frame
33
3̀4
Program the Project-Service
32
From on
slide 11
30
31
36
Yes
No
Monitor & Report on Development and Implementation Commitments
35
38
Go to Next Growth Policy Cycle
On Schedule?
Make Recommendations for Revised or New
Solutions
37Change since prior Executive briefing
43
Full Report is available atwww.montgomerycountymd.gov/mcdo
t
44