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Active Transportation in Nova Scotia Capstone Presentation May 2016

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Page 1: COGS Capstone - Active Transportation

Active Transportation in Nova Scotia

Capstone PresentationMay 2016

Page 2: COGS Capstone - Active Transportation

Project Affiliations

The Team:

➔ Manuel Abreu | AGEO

➔ Sydney Homewood | AGEO

➔ Gabe Solomon | AGEO

In conjunction with:

➔ Alan Howell, MA | Planner, Planning Services |

Nova Scotia Department of Municipal Affairs

Cycling along the Cabot Trail

Source : /www.cyclenovascotia.ca/routes/cabot-trail/

Page 3: COGS Capstone - Active Transportation

Data & Software Requirements

Data/Other Resources

➔ GeoNova

➔ Nova Scotia Government - Open Data Portal

➔ Trails Nova Scotia

➔ Statistics Canada - 2011 Census Data

➔ Municipal Active Transportation Plans (PDF)

➔ Municipal Planning Strategies (Online)

Software

➔ ArcGIS 10.x suite

◆ (ArcCatalog, ArcGIS Online)

➔ PCI Geomatica

Page 4: COGS Capstone - Active Transportation

Project Deliverables➔ Mapping of:

◆ Existing and proposed AT corridors throughout Nova Scotia

◆ Blue Route

◆ Georeferencing and Digitizing

➔ Analysis of AT infrastructure in the Town of Wolfville and Windsor Area

➔ Several choropleth maps showing population density at community levels

Page 5: COGS Capstone - Active Transportation

Background on Active Transportation

What is AT?

➔ Self propelled = (active noun) + “ing” = AT

➔ Can be combined with public transit

➔ Numerous obvious and hidden benefits:

◆ Physical and mental health

◆ Financial savings are enormous

◆ Society saves money

◆ Environment is spared

◆ Increased cycle tourism

Page 6: COGS Capstone - Active Transportation

Background on Active Transportation (cont.)More Benefits:

➔ More money for things other than new road infrastructure and maintenance

➔ Healthier population that relies less on the healthcare system

➔ Exercise is a natural energiser (caffeine free)

➔ Oil prices won’t stay low forever

Page 7: COGS Capstone - Active Transportation

Background on Active Transportation (cont.)Disadvantages:

➔ Can be dangerous without proper infrastructure to support it

➔ Requires network planning to ensure route connectivity

➔ Not suitable in all weather conditions

➔ Is not as comfortable as traveling by automobile

➔ Long distances are more challenging

Page 8: COGS Capstone - Active Transportation

Obstacles to AT in Nova Scotia➔ Low oil prices

➔ More highway construction

➔ Yarmouth Survey: no bike lanes, heavy traffic, narrow pavement,

fragmented sections of sidewalk and no showers or bike racks at work

➔ Need more policies to ensure proper AT infrastructure is being built

Page 9: COGS Capstone - Active Transportation

Blue Route

➔ Project being pursued by Bicycle Nova Scotia to develop

a provincial cycling network

➔ Provide safe, well-connected cycling infrastructure

➔ The Blue Route will benefit a number of parties,

including: local businesses, tourism, the province and of

course the people of Nova Scotia

Page 10: COGS Capstone - Active Transportation

➔ Uses a combination of rail

trails, provincial roads, local

roads and designated bike

lanes

➔ There is one section of the

Blue Route open (56km)

➔ Modeled after “La Route

Verte”, Quebec’s network of

cycling routes, 5000 km long

(the longest in North

America)

Blue RouteMap

Page 11: COGS Capstone - Active Transportation

Data Preparation

➔ All 51 NS municipalities contacted regarding

AT status and available GIS data

➔ Scanned maps, trail guides & travel

brochures

➔ Plans for trails, expanding shoulders, creating

bike lanes

➔ Cleaned and organized based on geographic

location

Page 12: COGS Capstone - Active Transportation

Georeferencing and Digitizing

➔ Digitize routes

from PDF

➔ Export to

geodatabase

➔ Organized data

by municipality

Page 13: COGS Capstone - Active Transportation

Choropleth Map of Wolfville and Windsor Area

➔ Dissolve

➔ Buffer

Page 14: COGS Capstone - Active Transportation

Choropleth Map of Halifax Core

Good example

Page 15: COGS Capstone - Active Transportation

Choropleth Map of Annapolis Valley

Not so good

example

Page 16: COGS Capstone - Active Transportation

Wolfville➔ Relatively compact layout

➔ Population nearly doubles

when Acadia is fully

operational

➔ Natural beauty

➔ Topography is challenging

Page 17: COGS Capstone - Active Transportation

Windsor Area➔ Topography

➔ Strategic location

➔ Compact regional core

Page 18: COGS Capstone - Active Transportation

Python to theRescue… fixing attribute tables

➔ Organised table of

contents works well

but python can be used

to help with data

conditioning and further

consolidate feature

classes.

Page 19: COGS Capstone - Active Transportation

➔ Attribute table

before using

python, many

nulls in

FEAT_CODE

field would make

it difficult to select

by attributes or

perform definition

queries.

Nulls in Attribute Table

Page 20: COGS Capstone - Active Transportation

➔ Python script to update nulls in

FEAT_CODE field to useful

values found in the FCODE

field from the West Hants data.

➔ (see below)

Reclassification

Page 21: COGS Capstone - Active Transportation

Reclassification

➔ Results of Python

script shown in

FEAT_CODE field,

where nulls are

removed.

➔ FEAT_DESC nulls

need to be updated

Page 22: COGS Capstone - Active Transportation

Reclassifying Descriptions➔ Python script that

classifies FEAT_DESC

nulls into a usable field

making selecting by

attributes or definition

queries possible.

Page 23: COGS Capstone - Active Transportation

Updated field FEAT_DESC

➔ Nulls removed

from FEAT_DESC

field. Resulting

field is populated

with qualitative

data that can be

used in conjunction

with geospatial

info.

Page 24: COGS Capstone - Active Transportation

Adding ATstatus Field

➔ Next step is to add a new field to

each of the feature classes to help

distinguish between AT status.

Page 25: COGS Capstone - Active Transportation

Field Calculate

➔ Simple field calculator

operation to add values to

the field ‘ATstatus’ by

setting ATstatus =

‘Proposed’ (or ‘Existing’)

Page 26: COGS Capstone - Active Transportation

Geoprocessing/Merge

➔ Once data is

conditioned,

resulting feature

classes can be

consolidated with

the Merge

Geoprocessing

tool.

➔ This was done

with Wolfville and

West Hants data.

Page 27: COGS Capstone - Active Transportation

Merging Rail Trails

➔ Similarly, the Rail

Trail could be

consolidated into

one feature class by

simply adding the

trail name to a new

field ‘TRAIL_NAME’.

Page 28: COGS Capstone - Active Transportation

Inserting Trail_Name Field

➔ Inserting a text

field ‘Trail_Name’

and using Python

to add the trail

name to two trails.

Page 29: COGS Capstone - Active Transportation

Results of Merging two Rail Trails

➔ Results of merged

feature classes

South Shore

Annapolis Valley

trail, and Lahave

River Trail.

Page 30: COGS Capstone - Active Transportation

Blue Route on AGOL

Page 31: COGS Capstone - Active Transportation

NS Rail Trail on AGOL

Page 32: COGS Capstone - Active Transportation

ArcScene➔ Provides AT users

(and potential

tourists) with better

understanding of

terrain

➔ Rail Trail + 2km Buffer

➔ Clipped Mass Point DTM shapefile

➔ Added TIN

➔ Clipped, floated Landsat Mosaic

➔ Slight vertical exaggeration

Page 33: COGS Capstone - Active Transportation

Data Agreement

➔ Example of one necessary hurdle

before acquiring data from the Town

of Wolfville

Page 34: COGS Capstone - Active Transportation

Municipalities Spreadsheet

➔ Data organisation

necessary for all

51 municipalities

Page 35: COGS Capstone - Active Transportation

Project ComplicationsDigitizing and Data quality:

➔ A lot of time spent collecting data and digitizing

➔ Few municipalities with officially adopted AT plans

➔ Trails vs. Active Transit Routes

➔ Data overlap

➔ Outdated Data

➔ General misunderstanding about AT

➔ Inconsistencies in data types, projection and quality

Source: www.canadatrails.ca Source: www.novascotiatrails.com

Source: www.tctrail.ca

Source: www.trails.gov.ns.ca

Page 36: COGS Capstone - Active Transportation

What would we have done differently?

➔ Create AGOL product and invite municipalities to upload their respective content

➔ Focus on the municipalities that have officially adopted AT plans

➔ Perform more spatial analysis on route connectivity or accessibility

➔ Work on AGOL to allow for group access and sharing

➔ Better geodatabase organization

Page 37: COGS Capstone - Active Transportation

Conclusion

➔ ‘Existing’ AT data doesn’t always reflect reality

➔ Potential for province-wide collaborative effort

➔ Processing of data with ArcGIS initially tedious but very efficient

➔ AT infrastructure can easily be mapped using ArcGIS

➔ ArcGIS Online ideal for public consumption of AT infrastructure maps

Page 38: COGS Capstone - Active Transportation

Thank You and Good Luck!

➔ Dave Maclean

➔ Jimmy Verran

➔ Alan Howell

➔ Room 147 occupants