Top Banner
GIS for Noise Simple GIS Tools to Improve Noise Analysis Presented by Kevin Keller TRB ADC 40 Summer Meeting July 23, 2007 San Luis Obispo, CA
29

Presentation 02. GIS for Noise - adc40.org

Jan 29, 2022

Download

Documents

dariahiddleston
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: Presentation 02. GIS for Noise - adc40.org

GIS for Noise

Simple GIS Tools to Improve Noise AnalysisPresented by Kevin Keller

TRB ADC 40 Summer Meeting July 23, 2007

San Luis Obispo, CA

Page 2: Presentation 02. GIS for Noise - adc40.org

GIS – Geographic Information System

• Geographic – Related to the surface of the earth – Point, Line, Polygon

• Information – Each Point, Line, Polygon has Data related to directly to it.

• System – Computer Program

Page 3: Presentation 02. GIS for Noise - adc40.org

GIS Computer Software

• ESRI (ArcView)– Has the most users – 90 % of the GIS market - most public agencies in the U.S. are users.

• CADD system can be set up to work like a GIS system

• Google Earth, MSN Live Search• Noise Model Software:TNM, LIMA,

Soundplan, CANDA, ETC.

Page 4: Presentation 02. GIS for Noise - adc40.org

How can this improve Noise Analysis?

Page 5: Presentation 02. GIS for Noise - adc40.org

GIS Data• Land Use Data – Zoning, Parcel

– Use to plan field work, placement of model sites, address and building information

• Air Photos– Use to plan field work, placement of model sites, measuring

distance, graphics

• Topographical – USGS DEM, CADD Contour Lines– Use to build 3d surface of project area, which is used to

calculated elevations of roadways, receivers, and barriers.

Page 6: Presentation 02. GIS for Noise - adc40.org

Screening Level

• Distance – Buffer, Overlay

• Sensitive Land Uses

• Potential Affected Population

Page 7: Presentation 02. GIS for Noise - adc40.org
Page 8: Presentation 02. GIS for Noise - adc40.org
Page 9: Presentation 02. GIS for Noise - adc40.org
Page 10: Presentation 02. GIS for Noise - adc40.org
Page 11: Presentation 02. GIS for Noise - adc40.org
Page 12: Presentation 02. GIS for Noise - adc40.org
Page 13: Presentation 02. GIS for Noise - adc40.org
Page 14: Presentation 02. GIS for Noise - adc40.org

Impact Metric = (#Res. Population Impacts/Mile) + (0.3 x(#MU Population Impacts/Mile)) + ((100 X # Hospitals)/Mile) + (250 x # Schools)/Mile)

Page 15: Presentation 02. GIS for Noise - adc40.org

Building a TNM Model• Data – Need to Start

• CADD/GIS file of existing TOPO –Roadway, Buildings, Contour Lines, etc

• Data – Needed to Complete Model

• Measurement Locations, Traffic

• Build Design File showing lane markings, and Edge of Proposed Roadway

• Software Needed – TNM, ARCGIS, Excel

Page 16: Presentation 02. GIS for Noise - adc40.org
Page 17: Presentation 02. GIS for Noise - adc40.org
Page 18: Presentation 02. GIS for Noise - adc40.org
Page 19: Presentation 02. GIS for Noise - adc40.org
Page 20: Presentation 02. GIS for Noise - adc40.org

• Other Data –

• Air Photos, Design Files in 3d, Elevation Points used for Design

Page 21: Presentation 02. GIS for Noise - adc40.org
Page 22: Presentation 02. GIS for Noise - adc40.org
Page 23: Presentation 02. GIS for Noise - adc40.org

Output - Graphics

Page 24: Presentation 02. GIS for Noise - adc40.org
Page 25: Presentation 02. GIS for Noise - adc40.org
Page 26: Presentation 02. GIS for Noise - adc40.org
Page 27: Presentation 02. GIS for Noise - adc40.org
Page 28: Presentation 02. GIS for Noise - adc40.org
Page 29: Presentation 02. GIS for Noise - adc40.org

Questions