RT conference output
T1 Gis tool for leisure noise management
A1 Cueto Ancela, José Luis
A1 Bienvenido-Huertas, David
A1 Fernández Zacarías, Francisco
A1 Puyana Romero, Virginia
A1 Hernández Molina, Ricardo
A2 Ciencias y Técnicas de la Navegación y Construcciones Navales
K1 Outdoor leisure noise
K1 GIS for noise management
K1 Acoustically Saturated Zones (ZAS)
K1 Outdoor terraces
AB In 2003 the Regional Government of Andalusia created a regulatory instrument for the evaluation and management of environmental noise, the so-called Acoustically Saturated Zones (or ZAS) which with some modifications is still in force. This instrument has been used mainly (but not exclusively) in residential areas affected by outdoor leisure noise and makes available to the administration a catalog of special noise mitigation measures. These measures must be implemented in such a way that they facilitate the reconciliation of the right of residents to adequate environmental quality and the need to support economic activity. That is why the objective of this work is to describe how a GIS tool has been designed to help city officials in the efficient management of noise. Thus, the heart of the tool is a geodatabase that handles information relevant to decision-making, such as noise levels, premises license data, records of complaints and inspections, population figures, etc. The city of Cadiz has been chosen as a case study since certain attractive urban places concentrate a dense offer of terraces, bars, restaurants, and other activities, turning these areas and their surroundings into poles of attraction for crowds
YR 2023
FD 2023-09
LK http://hdl.handle.net/10498/29922
UL http://hdl.handle.net/10498/29922
LA eng
NO Se hace una pequeña revisión de la legislación en Andalucia para realizar una análisis cronológico que demuestra la vinculación entre la legislación y los progresos en este área a la que los ayuntamientos dedican especial atención. Así mismo se propone un método basado en GIS 3-D que permite realizar evaluaciones de terrazas sin la necesidad de tener un software específico para la predicción de la propagación del ruido.
DS Repositorio Institucional de la Universidad de Cádiz
RD 05-nov-2026