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Clasificación De Las Comarcas O Unidades Veterinarias De Riesgo Conforme Al RD 138/2020
DIIRECCION GENERAL MINISTERIO DE SANIDAD DE LA PRODUCCIÓN DE AGRICULTURA, PESCA Y AGRARIA ALIMENTACIÓN SUBDIRECCION GENERAL DE SANIDAD E HIGIENE ANIMAL Y TRAZABILIDAD CLASIFICACIÓN DE LAS COMARCAS O UNIDADES VETERINARIAS DE RIESGO PARA TUBERCULOSIS CONFORME AL RD138/2020 1. Clasificación de las diferentes comarcas o unidades veterinarias en función del riesgo (Anexo II RD138/2020). Listado por Comunidades Autónomas. ANDALUCÍA Riesgo Bajo: Provincia Comarca Ganadera JAÉN ALCALA LA REAL ((MONTES OCCIDENTALES) GRANADA ALHAMA DE GRANADA (ALHAMA/TEMPLE) ALMERÍA ALTO ALMANZORA CÓRDOBA BAENA, GUADAJOZ Y CAMPIÑA ESTE ALMERÍA BAJO ANDARAX/CAMPO DE TABERNA GRANADA BAZA (ALTIPLANICIE SUR) SEVILLA CARMONA (LOS ARCORES) HUELVA CARTAYA (COSTA OCCIDENTAL) JAÉN CAZORLA (SIERRA DE CAZORLA) ALMERÍA COSTA LEVANTE/BAJO ALMANZORA SEVILLA ECIJA (LA CAMPIÑA) MÁLAGA ESTEPONA (COSTA DE MALAGA) GRANADA GUADIX (HOYA-ALTIPLANICIE DE GUADIX) ALMERÍA HOYAS-ALTIPLANICIE JAÉN HUELMA (SIERRA MÁGINA) GRANADA HUESCAR (ALTIPLANICIE NORTE) GRANADA IZNALLOZ (MONTES ORIENTALES) JAÉN JAEN (CAMPIÑA DE JAEN) HUELVA LA PALMA DEL CONDADO (CONDADO DE HUELVA) SEVILLA LEBRIJA (LAS MARISMAS) CÁDIZ LITORAL GRANADA LOJA (VEGA/MONTES OCC.) MÁLAGA MALAGA (GUADAHORCE ORIENTAL) CÓRDOBA MONTILLA (CAMPIÑA SUR) GRANADA MOTRIL (COSTA DE GRANADA) GRANADA ORGIVA (ALPUJARRA/VALLE DE LECRIN) ALMERÍA PONIENTE ALMERÍA RIO ANDARAX/RIO NACIMIENTO GRANADA SANTA FE (VEGA DE GRANADA) SEVILLA SEVILLA (DELEGACIÓN PROVINCIAL) JAÉN UBEDA (LA LOMA) Provincia Comarca Ganadera C/ Almagro 33 28010 MADRID www.mapa.gob.es -
Supplementary Materials Section S1. Tabernas
SUPPLEMENTARY MATERIALS SECTION S1. TABERNAS BADLANDS The climatological conditions and the sparsely vegetated landscape of the study area justify the local name of “Desierto de Tabernas” (Tabernas Desert) (Lázaro, Rodrigo, Gutiérrez, Domingo, & Puigdefábregas, 2001). However, it does not meet the demanding climatic criteria for entry into the desert category. The main argument that can be given for it is that the climate of the zone is semi-arid. In addition, the vegetation cover is thick where it can be. The asymmetry present in many of the small catchments integrating these badlands is linked to the vegetation pattern. North to east facing hillslopes are larger, more stable and less steep. Here plant cover ranges from 20% to 40% in the area (Puigdefabregas, Sole, Gutierrez, del Barrio, & Boer, 1999). The opposite slopes are affected by erosion, shorter, steeper, and bare (Calvo- Cases et al., 2014). The Tabernas badlands cannot be considered as the result of a desertification process. There has been no misuse of resources here (at least until recently, see next section). In other words, this desolate landscape is not the result of overexploitation. The reason is that this territory, due to its complicated orography, has never harbored an economy capable of promote substantial land degradation. On the upper hillslopes, M. tenacissima used to be harvested for cellulose, while the footslope sedimentary fill was cultivated with rainfed cereal crops. Both types of land use ceased about 50 years ago (Puigdefabregas et al., 1999). It was also possible to find some irrigation confined to small areas by then. In Almería, the use of subsoil water in irrigation is a long-established and dominant practice (Sánchez-Picón, Aznar-Sánchez, & García-Latorre, 2011) and, although by far the greater part of the agricultural lands was not irrigated, irrigation has been the economic basis of Almería because of the high yields it produced (Latorre, García-Latorre, & Sanchez-Picón, 2001). -
Moss-Dominated Biocrusts Increase Soil Microbial Abundance And
Applied Soil Ecology 117–118 (2017) 165–177 Contents lists available at ScienceDirect Applied Soil Ecology journal homepage: www.elsevier.com/locate/apsoil Moss-dominated biocrusts increase soil microbial abundance and MARK community diversity and improve soil fertility in semi-arid climates on the Loess Plateau of China ⁎ Bo Xiaoa,b, , Maik Vestec,d a Department of Soil and Water Sciences, China Agricultural University, Beijing, 100193, China b State Key Laboratory of Soil Erosion and Dryland Farming on the Loess Plateau, Institute of Soil and Water Conservation, Chinese Academy of Sciences, Yangling, 712100, China c University of Hohenheim, Institute of Botany (210), Garbenstrasse 30, Stuttgart, 70599, Germany d Brandenburg University of Technology Cottbus-Senftenberg, Soil Protection and Recultivation, Konrad-Wachsmann-Allee 6, Cottbus, 03046, Germany ARTICLE INFO ABSTRACT Keywords: Various ecological functions of biocrusts are mostly determined by their bacterial and fungal abundance and Biological soil crust community diversity, which has not yet been fully investigated. To provide more insights into this issue, we Microbiotic crust collected samples of moss biocrusts, fixed sand, and mobile sand from a watershed with semi-arid climate on the Microbial community composition Loess Plateau of China. The relative abundances and community diversities of soil bacteria and fungi of the Microbial community diversity samples were determined using high-throughput DNA sequencing. Finally, we analyzed the characteristics of Relative abundance of species bacterial and fungal community of the moss biocrusts and their relationships to the content of soil nutrients. Our High-throughput sequencing results showed that the moss biocrusts had 1048 bacterial OTUs (operational taxonomic units) and 58 fungal OTUs, and their Shannon diversity indexes were 5.56 and 1.65, respectively. -
Características De Las Comarcas De Almería 1
Características de las Comarcas de Almería 1. Comarca de Los Vélez Compuesta por 4 municipios, es la comarca histórica sin discusión de la Provincia de Almería. La activi- dad económica responde a una de las PiV DXWRVX¿FLHQWHV GH QXHVWUD SURYLQFLD'DGDODH[WHQVLyQGHVXV WpUPLQRV municipales esta comarca presenta la menor densidad de población de la provincia. Se observa un au- PHQWRVLJQL¿FDWLYRGHYLYLHQGDVHQORVFXDWURPXQLFLSLRV no teniendo por tanto municipios menores de 2.500 ha- bitantes de PEM. Además, en esta comarca los núcleos de población y las entidades singulares representan un modo habitacional subrayable. Vélez Rubio es el centro neurálgico y administrativo de dicha zona, ofreciendo una oferta cultural notable, como ejemplo: el Museo Comar- cal Velezano Miguel Guirao. Vélez Blanco es uno no de los pueblos más singulares de Andalucía Oriental, con: HO SDUTXHQDWXUDOGH6LHUUDGH0DUtD/RV9pOH]\HO FDVWLOORDOFi]DUGHORV)DMDUGR, monumento señero del Renacimiento. Así mismo cuenta con pinturas rupestres, pinares, espléndidos paisajes, aguas de manantial, etc. Destacar el impulso que Chirivel ha dado a su economía y oferta cultural en la última década con ejemplos tan in- teresantes como: El Museo del Esparto, único en Europa. [46] XVélez Rubio XChirivel XMaría XVélez Blanco [47] 1. Comarca de Los Vélez [48] [49] 2. Comarca del Almanzora Oeste Esta comarca cuenta con 13 municipios de diferentes tipologías socioecómicas, desde el corte más tradicional, como Urrácal o Somontín, hasta las que go- zan de una economía más moderna, de- sarrollada en los últimos 30 años y basa- da en el turismo rural o la industria cárnica, como pueden ser Serón o Tíjola. Existen seis municipios con menos de 1000 habitantes de PEM, cuatro de de los cuales tienen menos de 25 de índice de densidad de población. -
Soil Loss) Assessment 29 5.1 Introduction
Soil Erosion Assessment Using Remotely Sensed Data and Ancillary Data in the Desert Of Tabernas, southeast Spain Yared Jillo Gobena , 2003 Soil Erosion Assessment Using Remotely Sensed Data and Ancillary Data in the Desert Of Tabernas, southeast Spain by Yared Jillo Gobena Thesis submitted to the International Institute for Geo-information Science and Earth Observation in partial fulfilment of the requirements for the degree in Master of Science in Geo-information Science and Earth Observation, Environmental System Analysis and Monitoring specialization. Degree Assessment Board Thesis advisor Dr. Tsehaie Woldai prof. Dr. Freek van der Meer Thesis examiners prof. Dr. Freek van der Meer (Chairman) Dr. K.Hein UU (External Examiner) Dr. Dr. D.P. Shrestha (Member) Dr. P.M. van Dijk (PD) (Observer) INTERNATIONAL INSTITUTE FOR GEO-INFORMATION SCIENCE AND EARTH OBSERVATION ENSCHEDE, THE NETHERLANDS Disclaimer This document describes work undertaken as part of a programme of study at the International Institute for Geo-information Science and Earth Observation (ITC). All views and opinions expressed therein remain the sole responsibility of the author, and do not necessarily represent those of the institute. Contents List of Figures iii List of Tables v Acknowledgements vii Abstract ix 1 INTRODUCTION 1 1.1 ENVIRONMENTAL PROBLEMS IN THE STUDY AREA . 3 1.2 PREVIOUS ACTIVITIES . 4 1.3 RESEARCH OBJECTIVES . 5 1.4 IMPORTANCE OF THE RESEARCH . 5 1.5 METHODOLOGY . 5 1.6 RESEARCH MOTIVATIONS . 6 1.7 HYPOTHESIS . 7 1.8 RESEARCH OUTLINE . 7 2 DESCRIPTION OF THE STUDY AREA 9 2.1 LOCATIONS AND ACCESS . 9 2.2 CLIMATE . 10 2.3 GEOMORPHOLOGY . -
Censo Sociedades Almeria 2020
FEDERACIÓN ELECCIONES A LA ASAMBLEA ANDALUZA DE ESTAMENTO SOCIEDADES GENERAL DE LA FAC CAZA Circunscripción: Almeria Pag. 1 de 4 Fecha censo: 14/07/2020 CODIGO SOCIEDAD POBLACION --- --- 04003 SD CA PIKI-VANA ALMERIA --- --- 04004 SD CA MONTEAGUD VIATOR --- --- 04005 SD CA EL JABALI OLULA DEL RIO --- --- 04006 SD CA EL AGUILA BALERMA --- --- 04007 SD CA VIRGEN CARMEN LORCA --- --- 04008 SD CA LA UNION ANTAS ANTAS --- --- 04009 SD CA ALSODUX ALSODUX --- --- 04010 SD CA SAN RAMON LAROYA --- --- 04011 AG DV CN NS SOCORRO OLULA DEL RIO --- --- 04012 SD CA DE VIATOR VIATOR --- --- 04013 SD CA LA CODORNIZ ADRA --- --- 04015 SD CZ LAS PERDICES SAN ISIDRO DE NIJAR --- --- 04016 SD CA ANDARAX BERJA --- --- 04018 AS CA TORRENEGRA ALMERIA --- --- 04019 SD CA SAN DIEGO CUEVAS DE ALMANZORA --- --- 04021 SD CA EL TORIL ROQUETAS DE MAR --- --- 04024 SD CA ALHIZAN-DALIAS DALIAS --- --- 04025 SD CA EL POLA ALMERIA --- --- 04027 SD CA INM CONCEPCION ESCULLAR --- --- 04028 SD CA VIR ANGUSTIAS LAUJAR DE ANDARAX --- --- 04030 SD CA ALCON BALANEGR VISO, EL --- --- 04031 AS DV CZ PERD-BLANCO MACAEL --- --- 04032 SD CA SN FE MONDUJAR SANTA FE DE MONDUJAR --- --- 04034 AS ON PA VERDERILLO CAÑADA DE S. URBANO, LA --- --- 04035 SD CA DE FIÑANA FIÑANA --- --- 04037 AS DV SANTA INES LUCAR --- --- 04038 SD CA SAN ANTON PURCHENA --- --- 04040 SD CA EL CASTILLO VELEZ BLANCO --- --- 04041 S.CA HUERCAL-ALMERIA HUERCAL DE ALMERIA --- --- 04042 C.D. EL PARAISO ALMERIA --- --- 04043 AS FINES SD CA FINES --- --- 04044 AS DV BUENA AMISTAD PECHINA --- --- 04045 SD CA EL PERDIGACHO ALMERIA --- --- 04046 SD CA ANTON LOPEZ AGUADULCE --- --- 04047 SD CA TETICA LAYON BACARES --- --- 04048 SD CA VIRGEN DEL MAR ALMERIA --- --- 04049 SD CA SAN ANTONIO RAGOL --- --- 04050 SD CA BENAHADUX BENAHADUX --- --- 04051 AG ON DE ALMERIA ALMERIA FEDERACIÓN ELECCIONES A LA ASAMBLEA ANDALUZA DE ESTAMENTO SOCIEDADES GENERAL DE LA FAC CAZA Circunscripción: Almeria Pag. -
UC Riverside UC Riverside Electronic Theses and Dissertations
UC Riverside UC Riverside Electronic Theses and Dissertations Title Vesicular Horizon Distribution, Properties, and Pedogenic Processes in Deserts of the Western United States Permalink https://escholarship.org/uc/item/325854wj Author Turk, Judith Katherine Publication Date 2012 Peer reviewed|Thesis/dissertation eScholarship.org Powered by the California Digital Library University of California UNIVERSITY OF CALIFORNIA RIVERSIDE Vesicular Horizon Distribution, Properties, and Pedogenic Processes in Deserts of the Western United States A Dissertation submitted in partial satisfaction of the requirements for the degree of Doctor of Philosophy in Soil and Water Sciences by Judith Katherine Turk March 2012 Dissertation Committee: Dr. Robert C. Graham, Chairperson Dr. Christopher Amrhein Dr. Katherine Kendrick Copyright by Judith Katherine Turk 2012 The Dissertation of Judith Katherine Turk is approved: ____________________________________________________________ ____________________________________________________________ ____________________________________________________________ Committee Chairperson University of California, Riverside ACKNOWLEDGEMENTS I would like to acknowledge my advisor, Dr. Robert Graham, and committee members, Dr. Christopher Amrhein and Dr. Katherine Kendrick, for their guidance with the project. I am greatly indebted to several friends who helped me in the field, including Shahriar Uddin, Christina Conn, Myles Davis, and Nathan Bailey. I would like to thank Dr. Brenda Buck and Dr. Patrick Drohan for their helpful reviews of my SSSA paper, included here as Chapter 2. I am thankful to Myles Davis, Peter Homyak, and Annie Rossi for many helpful discussions about the work. I’d like to thank Tricia Menchaca for her help interpreting the lithology of the desert pavements and Nicole Pietrasiak for sharing her description of the Clark Mountains soil with me, and for including me in her permit application to work at this site. -
Andalusia, 2020 Autonomous Community of Spain
Quickworld Entity Report Andalusia, 2020 Autonomous Community of Spain Quickworld Factoid Official Name : Autonomous Community of Andalusia Status : Autonomous Community of Spain Active : 11 Jan. 1982 - Present World Region : Mediterranean Basin, Western Europe Capital : Sevilla Country : Spain Population : 8,388,107 - Permanent Population (Spain Official Estimate - 2016) Land Area : 86,950 sq km - 33,600 sq mi Density : 96.4/sq km - 250/sq mi Names Common Name : Andalusia Andalucía (Spanish) Official Name : Autonomous Community of Andalusia Comunidad autónoma de Andalucía (Spanish) ISO 3166-2 : ES-AN FIPS Code : SP51 Administrative Subdivisions Provinces (8) Almería Cadiz Cordoba Granada Huelva Jaen Malaga Sevilla Comarcas (60) Alhama Aljarafe Almería Alpujarra Almeriense Alpujarra Granadina Alto Guadalquivir Antequera Area Metropolitana de Sevilla Bahía de Cádiz Bajo Guadalquivir Baza Campiña de Baena Campiña de Carmona Campiña de Jaén Campiña de Jerez Campiña de Morón y Marchena Campiña Sur Campo de Gibraltar Comarca Metropolitana de Jaén Comarca Metropolitana de Málaga Córdoba Costa del Sol Occidental Costa Noroeste Costa Occidental Costa Tropical Cuenca Minera Ecija El Andévalo El Condado Filabres-Tabernas Guadix Huelva Huéscar La Axarquía La Janda La Loma Las Villas Levante Almeriense Loja Los Montes Los Pedroches Los Vélez © 2019 Quickworld Inc. Page 1 of 2 Quickworld Inc assumes no responsibility or liability for any errors or omissions in the content of this document. The information contained in this document is provided on -
Red De Alta 01
A R D E A N G A I R G Ó E N D T.M. ORIA A D I E C T.M. TABERNO N I V M O U R P R C T.M. PURCHENA I A T.M. PULPÍ T.M. PARTALOA T.M. LÚCAR T.M. URRÁCAL T.M. ALBOX T.M. HUÉRCAL-OVERA T.M. SOMONTÍN T.M. ARMUÑA T.M. OLULA T.M. FINES DEL RIO T.M. TÍJOLA T.M. PURCHENA T.M. ARBOLEAS O T.M. ALCONTAR T.M. SERÓN T.M. CANTORIA T.M. SUFLÍ T.M. ZURGENA T.M. MACAEL T.M. BAYARQUE E T.M. SIERRO T.M. LÍJAR T.M. LAROYA Cantoria T.M. CUEVAS N DEL ALMANZORA T.M. ALBANCHEZ T.M. CHERCOS T.M. ANTAS NUEVO Á T.M. CÓBDAR T.M. BACARES T.M. VERA T.M. BENITAGLA R T.M. ALCUDIA T.M. TAHAL DE MONTEAGUD T.M. LUBRÍN T.M. SENES BENIZALON R T.M. GARRUCHA T.M. CASTRO T.M. VELEFIQUE DE FILABRES T.M. OLULA T.M. ULEILA T.M. BÉDAR E DE CASTRO DEL T.M. LOS GALLARDOS DEL CAMPO T PLANO GUÍA T.M. MOJÁCAR T.M. MARÍA T.M. TURRE T.M. VELEZ-BLANCO I T.M. VELEZ-RUBIO T.M. CHIRIVEL T.M. GERGAL A R D E A N G A I R G Ó E N D T.M. ORIA A D I E C T.M. TABERNO N I V M O U R P R C T.M. PURCHENA I A T.M. -
Copia De PLAZAS NORMALIZADAS2
RELACIÓN DE PUESTOS AGRUPADOS POR CENTRO Suma de Nº DE PLAZAS CENTRO2 DZBS1 Categoria Total AGS NORTE DE ALMERIA DAP LEVANTE-ALTO ALMANZORA Médico de Familia 1 ZBS ALBOX Médico de Familia 1 ZBS HUERCAL-OVERA Médico de Familia 1 Médico de Familia Funciones de Pediatría 1 ZBS VERA Médico de Familia 1 Total AGS NORTE DE ALMERIA 5 AGS NORTE DE CADIZ DAP JEREZ-COSTA NOROESTE Médico de Familia 1 DAP SIERRA DE CADIZ Médico de Familia 2 ZBS CHIPIONA Médico de Familia 1 ZBS JEREZ Médico de Familia 4 Médico de Familia Funciones de Pediatría 1 ZBS ROTA Médico de Familia 1 ZBS SANLUCAR DE BARRAMEDA Médico de Familia Funciones de Pediatría 2 ZBS UBRIQUE Médico de Familia 1 ZBS VILLAMARTIN Médico de Familia 2 Total AGS NORTE DE CADIZ 15 AGS NORTE DE HUELVA DAP HUELVA-ANDEVALO CENTRAL Médico de Familia 2 ZBS VALVERDE DEL CAMINO Médico de Familia 1 Total AGS NORTE DE HUELVA 3 AGS NORTE JAÉN DAP JAEN-NORTE Médico de Familia 2 ZBS LINARES Médico de Familia 1 Total AGS NORTE JAÉN 3 AGS SUR DE GRANADA ZBS MOTRIL Médico de Familia 3 Total AGS SUR DE GRANADA 3 AGS SUR DE SEVILLA DAP SEVILLA SUR Médico de Familia 9 ZBS DOS HERMANAS Médico de Familia 3 ZBS EL ARAHAL Médico de Familia 1 ZBS LAS CABEZAS DE SAN JUAN Médico de Familia 1 ZBS LEBRIJA Médico de Familia 1 Médico de Familia Funciones de Pediatría 1 ZBS MONTELLANO Médico de Familia 1 ZBS MORON DE LA FRA. Médico de Familia Funciones de Pediatría 1 ZBS UTRERA Médico de Familia 1 Total AGS SUR DE SEVILLA 19 1/6 RELACIÓN DE PUESTOS AGRUPADOS POR CENTRO Suma de Nº DE PLAZAS CENTRO2 DZBS1 Categoria Total ÁREA -
Soil Wind Erosion in Ecological Olive Trees in the Tabernas Desert (Southeastern Spain): a Wind Tunnel Experiment
Solid Earth, 7, 1233–1242, 2016 www.solid-earth.net/7/1233/2016/ doi:10.5194/se-7-1233-2016 © Author(s) 2016. CC Attribution 3.0 License. Soil wind erosion in ecological olive trees in the Tabernas desert (southeastern Spain): a wind tunnel experiment Carlos Asensio1, Francisco Javier Lozano1, Pedro Gallardo1, and Antonio Giménez2 1Departamento de Agronomía, CEIA3, Campus de Excelencia Internacional en Agroalimentación, Universidad de Almería, Almería, Spain 2Departamento de Ingeniería, Universidad de Almería, Almería, Spain Correspondence to: Carlos Asensio ([email protected]) Received: 12 April 2016 – Published in Solid Earth Discuss.: 29 April 2016 Revised: 27 July 2016 – Accepted: 28 July 2016 – Published: 22 August 2016 Abstract. Wind erosion is a key component of the soil degra- by other authors for Spanish soils. As the highest loss was dation processes. The purpose of this study is to find out the found in Cambisols, mainly due to the effect on soil crusting influence of material loss from wind on soil properties for and the wind-erodible fraction aggregation of CaCO3, a Ste- different soil types and changes in soil properties in olive via rebaudiana cover crop was planted between the rows in groves when they are tilled. The study area is located in the this soil type and this favored retention of particles in vege- north of the Tabernas Desert, in the province of Almería, tation. southeastern Spain. It is one of the driest areas in Europe, with a semiarid thermo-Mediterranean type of climate. We used a new wind tunnel model over three different soil types (olive-cropped Calcisol, Cambisol and Luvisol) and studied 1 Introduction micro-plot losses and deposits detected by an integrated laser scanner. -
Redalyc.Envejecimiento Y Comarcas Deprimidas En Andalucía Occidental
Ager. Revista de Estudios sobre Despoblación y Desarrollo Rural ISSN: 1578-7168 [email protected] Centro de Estudios sobre la Despoblación y Desarrollo de Áreas Rurales España Almoguera, Pilar; Valle, Carolina del Envejecimiento y comarcas deprimidas en Andalucía occidental Ager. Revista de Estudios sobre Despoblación y Desarrollo Rural, núm. 9, 2010, pp. 129-155 Centro de Estudios sobre la Despoblación y Desarrollo de Áreas Rurales Zaragoza, España Disponible en: http://www.redalyc.org/articulo.oa?id=29615061006 Cómo citar el artículo Número completo Sistema de Información Científica Más información del artículo Red de Revistas Científicas de América Latina, el Caribe, España y Portugal Página de la revista en redalyc.org Proyecto académico sin fines de lucro, desarrollado bajo la iniciativa de acceso abierto Envejecimiento y comarcas deprimidas en Andalucía occidental Pilar Almoguera y Carolina del Valle Universidad de Sevilla ager • no 9 • 2010 Revista de Estudios sobre Despoblación y Desarrollo Rural Journal of Depopulation and Rural Development Studies Páginas: 129-155 Envejecimiento y comarcas deprimidas en Andalucía occidental Resumen: El presente trabajo ha tenido como objetivo localizar, dentro de la geografía andaluza, aquellas áreas donde se sitúan en la actualidad las poblaciones más envejecidas, observando sus estructu- ras demográficas y definiendo sus caracteres. El declive poblacional y el abandono del mundo rural por parte de los más jóvenes traen consigo la crisis económica y la escasa valoración de los recursos naturales. Ello se manifiesta, a la postre, en un proceso de depreciación de los paisajes, así como en una paulatina pérdida de las señas de identidad de “lo local”.