Mar Menor Property Rentals
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Destination Region of Murcia
PRESS Destination Region of Murcia Region of Murcia The Region of Murcia is located in south-east Spain on what is known as the Mediterranean Arc. Set between two seas –the Mediterranean and the Mar Menor– as a region, it has succeeded in combining its extensive cultural heritage with innovation and avant-garde artistic tendencies. Its most important cities are Murcia, the capital, with more than 440,000 inhabitants, Cartagena with more than 214,000 and Lorca with more than 90,000. The Region of Murcia has a population of around one and a half million and covers an area of 11,300km2. Although it is not a very large region, it offers 252km of coast and an astonishing variety of different landscapes considering its size. Diverse and accessible, it only takes a few hours to travel the length and breadth of the region. Mountains, beaches and cities dot the landscape and visitors will find history at every turn. Another of the Region of Murcia’s main attractions is its particularly good weather, with average temperatures in excess of 19ºC and 315 days of sun a year. All these factors offer visitors the opportunity to choose between a wide range of alternatives when organising their stay in the Region of Murcia. It is a destination full of contrasts, where everything is close at hand and easily accessible. Although the driving force behind the Region of Murcia’s economy has traditionally been agriculture, the Regional Government has made a firm commitment to converting the tourist sector into one of the pillars of the region’s economy. -
The Case of La Manga
Sustainable Development and Planning VI 279 The economic sustainability in urban planning: the case of La Manga J. L. Miralles1 & S. García-Ayllón2 1Polytechnic University of Valencia, Spain 2Polytechnic University of Cartagena, Spain Abstract The urbanization process that shapes the present Mediterranean coast started with the mass tourism that encouraged the Centres and Areas of National Tourist Interest law in 1962, as a strategic national investment. 50 years after its implementation, it is necessary to conduct a retrospective analysis of the results, assessing to what extent have the stated goals in the 1960s been met. The evolution of the macroeconomic, political and legal parameters show certain deviations from initial forecasts of many large urban plans carried out in coastal places created from scratch. The case of La Manga del Mar Menor on the Murcia coast – a target for 250,000 holidaymakers – which came from a desert dune in the 1960s, is certainly an example; poorly documented while enlightening, of the results that have been achieved. The study of real social and economic performance as a tourism product against territorial and landscape impacts, the problem of governance in the context of urban planning and the ability of private property to develop its own sustainable projects in the long run has been approached with the detail and objectivity that allows a comprehensive case study contrasted by the facts. All these elements will be distributed to either side of the balance, in order to evaluate the validity of a coastal development model, that after five decades we can now begin to postulate with enough research perspective. -
Gestión Integrada Del Agua En La Región De Murcia. El Caso Del Campo De Cartagena
GESTION INTEGRADA DEL AGUA EN LA REGION DE MURCIA: EL CASO DEL CAMPO DE CARTAGENA GESTIÓN INTEGRADA DEL AGUA EN LA REGIÓN DE MURCIA EL CASO DEL CAMPO DE CARTAGENA 1 GESTION INTEGRADA DEL AGUA EN LA REGION DE MURCIA: EL CASO DEL CAMPO DE CARTAGENA 2 GESTION INTEGRADA DEL AGUA EN LA REGION DE MURCIA: EL CASO DEL CAMPO DE CARTAGENA GESTIÓN INTEGRADA DEL AGUA EN LA REGIÓN DE MURCIA EL CASO DEL CAMPO DE CARTAGENA 3 GESTION INTEGRADA DEL AGUA EN LA REGION DE MURCIA: EL CASO DEL CAMPO DE CARTAGENA EDITORES: Manuel Erena Arrabal, Joaquín Gris Martínez, Enrique Correal Castellanos AUTORES: Manuel Erena, Consuelo Pellicer, Luis Rincón, Pablo Botía, Enrique Correal, Juan Gabriel Pérez, Pascual Romero (IMIDA) Joaquín Gris Martinez (CARM) Ramon Aragon (IGME) Rafael Domingo, Alejandro Pérez, Francisco Alcón (UPCT). Arturo Torrecillas, M. Carmen Ruiz (CEBAS) Salomón Montesinos (Geosys S.L.) AportacIÓN DE datos Y elaBORACIÓN DE mapas: Lope Lorenzo, Jonathan Peter Cox (Geomática y Servicios Web S. L.) Pedro García, Pedro Pérez, Joaquín F. Atenza, Isabel Baños, José Pilar Rosa, Daniel I. Paya, Diana Sánchez (IMIDA) Agustín Lahora (ESAMUR) Rafael Miguel García (Dirección General de Regadíos-CARM) Mariano Soto (Comunidad de Regantes del Campo de Cartagena) Inmaculada García (Servicio de patrimonio histórico-CARM) Ramon Pablo García (Servicio de Cartografia - CARM) Luis Solís (INTECSA) Mariano Vicente (Dirección General del Patrimonio Natural) Javier García-Pintado, Cristina Ortega (Eurovertice S.L.) Juan A. López morales, Ramón P. García Cárdenas, Arancha -
En En Notice to Members
European Parliament 2019-2024 Committee on Petitions 3.2.2021 NOTICE TO MEMBERS Subject: Petition No 0886/2016 by T.M.M. (Spanish) on the declining state of the ecosystem in Mar Menor lagoon, Murcia Petition No 1168/2016 by Isabel Rubio Perez (Spanish) on behalf of Ecologistas en accion de la Region Murciana on the preservation of the “Mar Menor” Petition No 1059/2019 by Jose Luis Álvarez-Castellanos Rubio (Spanish), on behalf of Izquierda Unida los Verdes de la region de Murcia on the pollution and deterioration of the environmental conditions of the Mar Menor Petition No 0756/2020 by V.A.M. (Spanish) on environmental crimes in the Mar Menor, Murcia 1. Summary of petition Petition No 0886/2016 The petitioner complains that the Mar Menor saltwater lagoon in Murcia, Spain has become increasingly polluted as a result of run-off from streams such as the one in El Albujón, through which effluent from intensive farming and the waste-water treatment plant at Los Alcázares work their way into the lagoon. He calls on the River Segura management board to improve the situation by increasing the capacity of the stream. Summary of petition Petition No 1168/2016 The petitioner complains about the current environmental emergency in the Mar Menor in the Murcia region of Spain. The Mar Menor is an ecosystem of great ecological importance, consequently, the area of the Mar Menor is recognised by various national conservation initiatives with several areas (LIC) protected under the Natura 2000 network in addition to a wetland conservation convention known as RAMSAR. -
The Old Mazarrón and La Unión Pb-Zn Orefields – SE Spain: a Travel Into the Past & a Field and Teaching Guide
The old Mazarrón and La Unión Pb-Zn orefields – SE Spain: a travel into the past & a field and teaching guide Some insights into the history, geology, ore deposits, mining, and environmental issues JOSÉ ÁNGEL LÓPEZ GARCÍA & ROBERTO OYARZUN Ediciones GEMM - Aula2puntonet 2018 The old Mazarrón and La Unión Pb-Zn orefields – SE Spain: a travel into the past and a field and teaching guide Some insights into the history, geology, ore deposits, mining, and environmental issues JOSÉ ÁNGEL LOPEZ GARCÍA [email protected] ROBERTO OYARZUN* [email protected] DEPARTAMENTO DE MINERALOGÍA Y PETROLOGIA UNIVERSIDAD COMPLUTENSE, 28040 MADRID – SPAIN *: R.O. retired from the Department in September 2018. Bajo Licencia Creative Commons (2018) Reconocimiento No Comercial (by-nc): Se permite la generación de obras derivadas siempre que no se haga un uso comercial. En cualquier explotación de la obra autorizada por la licencia hará falta reconocer la autoría. ____________________________________________________________________________________ Control de Edición & Internet: Roberto Oyarzun & Paloma Cubas www.aulados.net/GEMM/GEMM.html Cover image: An old headframe from Mazarrón. A photo of a photo from a Bar near the entrance to San Cristóbal – Perules (Mazarrón) A note on the authors José Ángel López García completed his studies in geology at the Complutense University (UCM, Spain) in 1977. He did his MSc in collaboration with the company “Mining and Metallurgical Society Peñarroya Spain” and from 1977 to 1980 he worked for the private sector. In 1980 he joined the UCM as Assistant Professor of Crystallography and Mineralogy (Faculty of Geological Sciences). In 1985 he completed his PhD with the thesis Estudio mineralógico, textural and geoquímico de las zonas of oxidación de los yacimientos de Fe-Pb-Zn de la Sierra de Cartagena (Murcia) (Mineralogical, textural and geochemical study of the oxide zones of Fe-Pb-Zn ore deposits from the Sierra de Cartagena, Murcia). -
Monitoring Coastal Lagoon Water Quality Through Remote Sensing: the Mar Menor As a Case Study
water Article Monitoring Coastal Lagoon Water Quality through Remote Sensing: The Mar Menor as a Case Study Manuel Erena 1,* , José A. Domínguez 2, Felipe Aguado-Giménez 3 , Juan Soria 4 and Sandra García-Galiano 5 1 IMIDA, GIS & Remote Sensing, 30150 Murcia, Spain 2 VURV, Crop Research Institute, 161 06 Prague, Czech Republic 3 IMIDA, Marine Aquaculture Station, 30740 San Pedro del Pinatar, Spain 4 Instituto Cavanilles de Biodiversidad y Biología Evolutiva, Universidad de Valencia, 46980 Paterna, Spain 5 Department of Mining and Civil Engineering, Universidad Politécnica de Cartagena, 30202 Cartagena, Spain * Correspondence: [email protected]; Tel.: +34-968-366-751 Received: 4 April 2019; Accepted: 9 July 2019; Published: 15 July 2019 Abstract: The Mar Menor is a hypersaline coastal lagoon located in the southeast of Spain. This fragile ecosystem is suffering several human pressures, such as nutrient and sediment inputs from agriculture and other activities and decreases in salinity. Therefore, the development of an operational system to monitor its evolution is crucial to know the cause-effect relationships and preserve the natural system. The evolution and variability of the turbidity and chlorophyll-a levels in the Mar Menor water body were studied here through the joint use of remote sensing techniques and in situ data. The research was undertaken using Operational Land Imager (OLI) images on Landsat 8 and two SPOT images, because cloudy weather prevented the use of OLI images alone. This provided the information needed to perform a time series analysis of the lagoon. We also analyzed the processes that occur in the salt lagoon, characterizing the different spatio-temporal patterns of biophysical parameters. -
Evolution of the Beaches in the Regional Park of Salinas and Arenales of San Pedro Del Pinatar (Southeast of Spain) (1899–2019)
International Journal of Geo-Information Article Evolution of the Beaches in the Regional Park of Salinas and Arenales of San Pedro del Pinatar (Southeast of Spain) (1899–2019) Daniel Ibarra-Marinas, Francisco Belmonte-Serrato, Gustavo A. Ballesteros-Pelegrín * and Ramón García-Marín Department of Geography, Campus La Merced, University of Murcia, 30001 Murcia, Spain; [email protected] (D.I.-M.); [email protected] (F.B.-S.); [email protected] (R.G.-M.) * Correspondence: [email protected] Abstract: Coastal erosion is anissuewhich affects beaches all over the world and that signifies enormous economic and environmental losses. Classed as a slow phenomenon, the evolution of the coastline requires long-term analysis. In this study, old cartography and aerial photographs from various dates have been used to study the evolution of the coastline. The information has been processed with free software (QGIS) and for the calculation of sediment transport the Coastal Modeling System (SMC) software. The results show the accretion/erosion phenomena that occurred after the construction of the port in San Pedro del Pinatarin 1954 and which changed the coastal dynamics of a highly protected area. In some sectors, the beach has been reduced almost in its Citation: Ibarra-Marinas, D.; entirety, with retreat rates of up to −2.05 m per year and a total area loss of 66,419.81 m2 in Las Belmonte-Serrato, F.; Salinas beach and 76,891.13 m2 on Barraca Quemada beach. Ballesteros-Pelegrín, G.A.; García-Marín, R. Evolution of the Keywords: beach; coastal erosion; coastal construction; sediment transport; Posidoniaoceanica Beaches in the Regional Park of Salinas and Arenales of San Pedro del Pinatar (Southeast of Spain) (1899–2019). -
El Litoral Como Espacio Productivo. El Caso De Cartagena
El litoral como espacio productivo. El caso de Cartagena. Autores y e-mail de la persona de contacto: Raquel Rodríguez Alonso y Agustín Hernández Aja ([email protected]) Departamento: Departamento de Urbanística y Ordenación del Territorio Universidad: Universidad Politécnica de Madrid Área Temática: Economía de las ciudades y ordenación del territorio Resumen: (máximo 300 palabras) El litoral ha constituido a lo largo de la historia una importante fuente de recursos económicos además de un área estratégica para la defensa del territorio. Durante el siglo XIX, en paralelo al proceso de industrialización y sin perder su valor defensivo, el litoral resurge como fuente de recursos económicos y productivos con un alto grado de accesibilidad vinculado al transporte marítimo, y como elemento de ocio y disfrute personal (baños de mar y deportes náuticos). Estas transformaciones económicas y sociales van a provocar un cambio significativo en la relación entre el hombre y la costa respaldado por la transformación del marco normativo: el valor estratégico de la costa dará lugar desde el origen del derecho civil moderno, a la recuperación del concepto de Dominio Público Marítimo Terrestre, así como a la regulación de usos y limitaciones a la propiedad litoral. Desde la triple perspectiva del litoral como sistema físico natural, económico cultural y administrativo y legal, el principal objetivo de la presente comunicación será señalar las pautas en el proceso de transformación del litoral consecuencia de la evolución en la forma de producción del espacio, de área defensiva a recurso productivo, y desde mediados del siglo XIX hasta el día de hoy en la costa de Cartagena. -
Hydrogeological Modelling for the Watershed Management of the Mar Menor Coastal Lagoon (Spain)
Science of the Total Environment 663 (2019) 901–914 Contents lists available at ScienceDirect Science of the Total Environment journal homepage: www.elsevier.com/locate/scitotenv Hydrogeological modelling for the watershed management of the Mar Menor coastal lagoon (Spain) Andrés Alcolea a, Sergio Contreras b,JohannesE.Huninkb, José Luis García-Aróstegui c,d, Joaquín Jiménez-Martínez e,f,⁎ a HydroGeoModels AG, Tösstalstrasse 23, 8400 Winterthur, Switzerland b FutureWater, Calle San Diego 17, 30202 Cartagena, Spain c Geological Survey of Spain, Murcia Office, Avda. Miguel de Cervantes 45, 5A, 30009 Murcia, Spain d University of Murcia, Institute for Water and Environment, Campus de Espinardo, 30010 Murcia, Spain e Department of Water Resources and Drinking Water, EAWAG, 8600 Dübendorf, Switzerland f Department of Civil, Environmental and Geomatic Engineering, ETH Zürich, 8093 Zürich, Switzerland HIGHLIGHTS GRAPHICAL ABSTRACT • Mar Menor coastal lagoon is a key ex- ample of eutrophication by agricultural activity. • The sustainable development of Mar Menor must be considered as a land- sea continuum. • A numerical model tests the effective- ness of groundwater management strat- egies. • The model provides a decision support tool for policy makers. article info abstract Article history: The Mar Menor is the largest lagoon along the Spanish Mediterranean coast. It suffers from eutrophication and Received 1 December 2018 algal blooms associated with intensive agricultural activities and urban pressure in the surrounding Campo de Received in revised form 12 January 2019 Cartagena plain. A balanced discharge of groundwater, carrier of algal nutrients such as nitrate, is essential to en- Accepted 16 January 2019 sure the integrity of the coastal lagoon and the availability of groundwater resources inland. -
La Manga Del Mar Menor, Important Tourist Town Sitting on a Coastal Distance to Murcia (City): 74,3 Km (Freeway)
La Manga del Temperature values Mar Menor JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC Surface area: 558,3 Km² 12,9º 13,4º 13,8º 16,5º 16,6º 22,8º 25,3º 25,9º 24º 21,2º 15,3º 13,2º Population: 16.967 (INE, 2016) Average temperature: 18,6º 70,3% on year 2000 Elevation: 3 meters above sea level. Distances Kilometers of coastline: 21 Km. La Manga del Mar Menor, important tourist town sitting on a coastal Distance to Murcia (city): 74,3 Km (freeway). destination in the Region of Murcia, was urbanized in the second half Communications of the 20th century. Distance to Cartagena: 36,8 Km (freeway). Distance to Alicante: 134 Km (freeway). La Manga belongs to the municipalities of Cartagena (South side) and Road San Javier (North side), both of which created a consortium to manage it. La Manga del Mar Menor can only be accessed by road and sea. By Additional information road there is only one option: Gran Vía (Main Avenue), which goes The coastline of La Manga is basically a neck of land stretching from from Cabo de Palos to the very end of the weir area (Escañizadas). Cabo de Palos to the boundary of the Salinas y Arenales natural park 1 Health center and 1 local clinic in La Manga-Cartagena. This road, which connects to multiple developments, including in San Pedro del Pinatar. With a width ranging between 100 and 1200 3 Pharmacies in La Manga-Cartagena y 1 en La Manga-S. Javier. -
Gis Analysis of the Consequences of Short-Term Urban Planning in a Mass Tourism Destination in Spain
J. L. Miralles & S. García-Ayllón, Int. J. Sus. Dev. Plann. Vol. 10, No. 4 (2015) 499–519 GIS ANALYSIS OF THE CONSEQUENCES OF SHORT-TERM URBAN PLANNING IN A MASS TOURISM DESTINATION IN SPAIN J. L. MIRALLES1 & S. GARCÍA-AYLLÓN2 1Department of Urban Planning, Polytechnic University of Valencia, Spain. 2Department of Civil Engineering, Technical University of Cartagena, Spain. ABSTRACT Urban planning is a lengthy and settled process, the results of which usually emerge after several years or even decades. Therefore, for a proper urban design of cities, it is necessary to use parameters that are able to predict and gauge the potential long-term behaviour of urban development. In the tourist towns of the Mediterranean coast, long-term design is often at odds with the generation of business profits in the short term. This paper presents the results of this phenomenon for an interesting case of a Spanish Mediterranean coastal city created from scratch in the 1960s and turned into a tourist destination, which today is hypertrophied. La Manga del Mar Menor in the Region of Murcia every year reaches a population of more than 250,000 people during the summer, with only a few thousand in winter. This crowded environment with an asymmetric behaviour submits annual progressive impoverishment in its economic return. This questionable profitability is the result of a misguided urban development, and its results are analysed through the evolution of the land market and the resulting urbanization in the last 50 years using a GIS methodology. Keywords: La Manga, mass tourism product, Mediterranean coast urban development, retrospective urban analysis, urban GIS analysis. -
Torre-Pacheco
MAPA GEOLÓGICO DE ESPAÑA Escala 1: 50.000 TORRE-PACHECO El Mapa Geológico de España a escala 1:50.000, Edición Digital, Hoja nº 955 (Torre- Pacheco), ha sido elaborado en el marco del Convenio de Colaboración suscrito entre la Consejería de Obras Públicas y Ordenación del Territorio de la Comunidad Autónoma de la Región de Murcia y el Instituto Geológico y Minero de España Esta Hoja Geológica y su Memoria correspondiente han sido realizadas por CONSULNI- MA Consultoría e Ingeniería Ambiental, bajo normas, dirección y supervisión del IGME. Dirección y supervisión: F. J. Roldán García (IGME) F. Nozal Martín (IGME) Autores: Cartografía Geológica y Memoria F. Leyva Cabello (CONSULNIMA) F. J. García Tortosa (U. de Jaén) P. Cabra Gil (CONSULNIMA) Cartografía Geomorfológica y Memoria P. Cabra Gil (CONSULNIMA) F. J. García Tortosa (U. de Jaén) Petrología M.T. Gómez Pugnaire (U. de Granada) F. Leyva Cabello (CONSULNIMA) F. J. García Tortosa (U. de Jaén) Geología económica F. Leyva Cabello (CONSULNIMA) M. Ruiz Montes (IGME) F. J. García Tortosa (U. de Jaén) R. Aragón Rueda (IGME) J. Hornero Díaz (IGME) Paleontología L. F. Granados y Granados (CADÓMICA) J. A. Martín Pérez (CADÓMICA) Í N D I C E 1. INTRODUCCIÓN ................................................................................................. 9 1.1. MARCO GEOGRÁFICO ................................................................................. 9 1.2. MARCO GEOLÓGICO ................................................................................... 10 1.3. ANTECEDENTES ..........................................................................................