PPGIS and Public Use in Protected Areas: A Case Study in the Ebro Delta Natural Park, Spain

Author:

Palacio Buendía Amalia VaneskaORCID,Pérez Albert María YolandaORCID,Serrano Giné DavidORCID

Abstract

This paper analyses public use in the Ebro Delta Natural Park using PPGIS (public participation geographic information system) methodology. An online survey was designed using Google Maps API, HTML, and JAVASCRIPT. Respondents were asked to place and rate thirteen items on an interactive map to characterize and georeference public use with regard to accessibility, facilities and services, signposting, safety and security, and leisure activities. In total we collected 209 valid surveys and mapped 2617 georeferenced opinions. Facilities and services were rated highly by users (72.46% were “very satisfied”). These were followed by accessibility (61%, “very satisfied”) and signposting (60.2%, “satisfied” or “quite satisfied”). Safety and security items were hardly rated perhaps because users do not feel insecure in the area. Respondents’ mapping of opinions and experiences, which are heterogeneous and were well rated, enabled us to visualize areas that might be understood as social hotspots. Our results show that PPGIS is an effective procedure for measuring public use in protected areas and may be a valuable tool for park managers and planners.

Publisher

MDPI AG

Subject

Earth and Planetary Sciences (miscellaneous),Computers in Earth Sciences,Geography, Planning and Development

Reference40 articles.

1. Guidelines for Public Use Measurement and Reporting at Parks and Protected Areas;Hornback,1999

2. Guidelines for Protected Areas Legislation;Lausche,2011

3. Tourism and Visitor Management in Protected Areas: GUIDELINES for Sustainability;Leung,2018

4. Manual Sobre Conceptos de uso Público en los Espacios Naturales Protegidos,2005

5. Análisis de la demanda de uso Público en Tres Parques Naturales de Galicia;Cabalar;BAGE,2013

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