Date post: | 03-Jan-2016 |
Category: |
Documents |
Upload: | paula-fitzgerald |
View: | 215 times |
Download: | 0 times |
December 12, 2007
•Goal Statement
•Background
•Methodology
•Findings
•Discussion
Goal Statement
To compare the typical and ecological economic value of open spaces.
Serves as a model for examining the value ecological services.
Traditional Economic Viewpoint
• Current value: Focuses on Services that the Individual Can be Charged For.e.g. Food, timber, recreation and
aesthetic value
• Potential Value: $/unit X maximum number of buildable lots + Raw Materials
http://www.clarku.edu/tbwa/images/current%20photos/Slide3.JPG
Ecological Economic Viewpoint• Values all the services including
those that benefit communities as a whole. e.g. Air filtration, erosion control, and
overland flow mitigation
• Claims that the conventional valuation approach undervalues nature
http://www.clarku.edu/tbwa/images/current%20photos/Slide3.JPGhttp://www.oscette.com/Creekpipe1.JPG
http://grandbaynerr.org/images/Erosion_site03.Grand_Battures.20041201.detail_of_land_slumping.2.jpg
•Build-out Analysis Lots• 339 RS-7 units
•Calculated Preserved Open Space Lots• 1,026 RS-7 Units
•Current Residential Tax Rate: 1.21%
•Mean House Value: $183,000
•$90,694,830 Revenue per 30yrs
•573 New School-Age Children
•Cost of K-12 Schooling: $41,062,057
•Additional School Cost: $17,850,000
•Net Tax Revenue: $31,782,773 per 30yrs
(without gray infrastructure cost)
Total: $2,171,119 over 30 years
$2,171,119
• Ecological Economic > Typically Valued Economic Services
A large part of the open space value is lost in the typical valuation methods
$2,171,119
$31,782,773
Analyze Other Areas by Applying Similar Methods
Consider Policy Implications for Land Use Planning
SponsorColin NovickGreater Worcester Land Trust
Project AdvisorProf. Robert KruegerProf. Dominic GoldingProf. Jennifer Rudolph
Ruth GentileWorcester Planning and Regulatory Services
Sean DwyerWorcester Parks & Recreation Coordinator
Roger PlourdeBroad Arrow Forestry
Robert McNeilMcNeil Engineering