A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Community values and attitudes towards land use on the Gnangara Groundwater System: A Sense of Place study in Perth, Western Australia
Research highlights ▶ Applies tripartite Sense of Place to multiple land use and groundwater management. ▶ Results from SEM confirm the significance of the tripartite Sense of Place model. ▶ Place identity, attachment and dependence are correlated but distinctly different. ▶ Place identity, attachment and dependence extend beyond management boundaries.
Abstract Climate change is exacerbating an ever increasing demand on Perth's traditional water sources. One of these water sources is the Gnangara Groundwater System (GGS). Land uses above the Groundwater System directly affects water infiltration and subsequent aquifer recharge and, as such, need to be carefully considered to ensure future water supply security for Perth. Community acceptance has been demonstrated to be an integral component of effective land use planning. The psychological concept of Sense of Place (incorporating the notions of identity, attachment and dependence) can be used to predict intention to accept or reject land use planning decisions. Results from a Sense of Place study indicated that three distinct constructs emerge, which are the cognitive, emotional and behavioural bonds with places on the GGS. Sense of Place is not limited to only people who live in the GGS area but to all Perth people. Findings from this study defy the traditional assumption that Sense of Place is dependant to some extent on proximity to the location. The policy implication is that social boundaries can extend beyond geographical or management boundaries of a place.
Community values and attitudes towards land use on the Gnangara Groundwater System: A Sense of Place study in Perth, Western Australia
Research highlights ▶ Applies tripartite Sense of Place to multiple land use and groundwater management. ▶ Results from SEM confirm the significance of the tripartite Sense of Place model. ▶ Place identity, attachment and dependence are correlated but distinctly different. ▶ Place identity, attachment and dependence extend beyond management boundaries.
Abstract Climate change is exacerbating an ever increasing demand on Perth's traditional water sources. One of these water sources is the Gnangara Groundwater System (GGS). Land uses above the Groundwater System directly affects water infiltration and subsequent aquifer recharge and, as such, need to be carefully considered to ensure future water supply security for Perth. Community acceptance has been demonstrated to be an integral component of effective land use planning. The psychological concept of Sense of Place (incorporating the notions of identity, attachment and dependence) can be used to predict intention to accept or reject land use planning decisions. Results from a Sense of Place study indicated that three distinct constructs emerge, which are the cognitive, emotional and behavioural bonds with places on the GGS. Sense of Place is not limited to only people who live in the GGS area but to all Perth people. Findings from this study defy the traditional assumption that Sense of Place is dependant to some extent on proximity to the location. The policy implication is that social boundaries can extend beyond geographical or management boundaries of a place.
Community values and attitudes towards land use on the Gnangara Groundwater System: A Sense of Place study in Perth, Western Australia
Tapsuwan, Sorada (author) / Leviston, Zoe (author) / Tucker, David (author)
Landscape and Urban Planning ; 100 ; 24-34
2010-09-27
11 pages
Article (Journal)
Electronic Resource
English
The Effect of Land Use and Climate Change on Groundwater Recharge in Gnangara Groundwater System
| HENRY – Federal Waterways Engineering and Research Institute (BAW) | 2016
| Online Contents | 2008
| Elsevier | 2008