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7
A NOVEL MOTIVATOR FOR ENGAGING PARK
NEIGHBORS IN ECOLOGICAL
RESTORATION PROJECTS
Carin E. Vadala & Robert D. Bixler: Clemson University
Terry L. Robison: Cleveland Metroparks
Introduction
Issues of flooding, erosion, pesticides washed into the river, invasive species and nuisance wildlife
Residents whose property is either adjacent or near park boundaries can play a role in reducing these problems
Residents can help slow storm water and reduce flooding and erosion by installing rain gardens and rain barrels on their property.
Problem Statement
Since altruistic environmental attitudes have fallen short as explanations for Environmentally Responsible Behaviors (ERB), self-interests will be used to further predict ERB. An understanding of stakeholder’s self-interests, intrinsic satisfaction and competence may help urban park reserves construct a situation where ERB becomes the most reasonable choice.
First Generation ERB
Self report (Cordano, Welcomer & Scherer, 2003; Dunlap, Van Liere, Mertig & Jones, 2000; Geller & Lasley, 1985; Noe & Snow, 1990)
Moral norm activation of altruism (Guagano, Stern & Dietz, 1995; Schwartz, 1973)
Attitudes, subjective norms and intentions to behave (Azjen, 1991)
Self report and observation (Corral-Verdugo, 1997)
Second Generation ERB
Value-Belief-Norm, moving beyond measuring attitudes and behavioral intentions (Stern, Dietz, Kalof & Guagnano, 1995; Stern, Dietz, Abel, Guagnano & Kalof, 1999)
Multiply determined motivations and different types of environmental outcomes (DeYoung, 2000; Stern & Dietz, 1994)
Typology of four types of environmental behavior and four sets of causal variables (Stern, 2000)
Behavior Typology
Types of environmental behavior
environmental activism, non-activist behaviors in a public sphere, private-sphere environmentalism, and other environmentally significant behaviors
Four sets of causal variables
attitudinal factors, contextual forces, personal capabilities, and habit or routine
(Stern, 2000)
Evaluating Behavior
Outcome-based measures
Response to incentives, coercion and reinforcement
Context-based measures
Behavior is result of context, setting or environmental motivation
Useful for measuring whether ERB stems from intrinsic motivation and non-environmental motivations
(De Young, 2000)
Motivations
ERB driven by self-interest, intrinsic satisfaction, frugality, direct participation, luxury and access to novel things, competence
Avoidance of situations where people are not competent
Knowing and doing are two different things (Corral-Verdugo, 1997)
(De Young, 2000)
Methods
Two-phase design Focus group
Survey methods
750 Residents selected from seven urban park reserves in Northeastern Ohio, usable sample of 686
Modified Dillman approach yielded a return of 364 surveys, response rate 53%
Methods
Created a variable to identify whether participants enjoyed working with their hands (alpha=.86)
Two variables measured concern for issues in the urban park reserves
Concern for pesticides and fertilizers, plants spreading (alpha=.89)
Concern for frequent and excessive flooding (alpha=.88)
Enjoyment of gardening (alpha=.78)
Logistic regression
Results
Model 1 Install Rain Garden
(N=208)
Model 2 Install Rain Barrel (N=198)
Hands on .34* (1.41) .27 (1.31)CMP Concern for Pesticides .46** (1.58) .36** (1.43)CMP Concern for flooding NS NSRecreation Activity Gardening .745** (2.11) .69** (2.00)
Logistic Regression coefficient **p<.05, *p<.1 (odds ratio in parentheses)
Hands-on personality Rain garden
Low value: 21% more likely to install a rain garden
Average value: 26% more likely to install a rain garden
High value: 35% more likely to install a rain garden
Rain barrel- not predictive
Concern for pesticides
Rain garden Least concerned: 19% probability to
install a rain garden
Average concern: 27% probability to install a rain garden
Highly concerned: 38% probability to install a rain garden
Rain barrel Least concerned: 23% probability to
install a rain barrel
Average on concern: 31% probability to install a rain barrel
Highly concerned: 39% probability to install a rain barrel
Gardening for recreation Rain garden
Least prefer gardening: 15% probability to install a rain garden
Average interest in gardening: 28% probability to install a rain garden
High interest in gardening: 45% probability to install a rain garden
Rain barrel
Least prefer gardening: 18% probability to install a rain barrel
Average interest in garden: 31% probability to install a rain barrel
High interest in gardening: were 48% probability to install a rain barrel
Summary of results
Results strongly suggest that environmental concerns and enjoyment of the leisure activity gardening motivate an interest in installing rain barrels and rain gardens. (De Young, 2000; Stern & Dietz, 1994)
De Young and Stern’s notion of multiply determined behaviors is supported by the lack of predictive power of flooding as an environmental concern and the self interest in gardening. (DeYoung, 2000; Stern, 2000)
Implications Participation in (some)
outdoor recreation positively associated with environmental concern, social worlds would overlap (Teisl & O’brien, 2003; Unruh, 1980; Choi, Loomis & Ditton, 1994)
Foster leisure interests (Iso Ahola, 1979; Tinsley & Tinsley, 1986)
Practitioners should analyze desired ERB in terms of attitudes, knowledge, self interest behaviors and related constraints.