The Model of Almeria: Temporary Migration Programs As a Solution for Environmentally-Induced Migration? Sara Vigil*
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Roquetas De Mar - Arrival Cities Integrated Action Plan - Executive Summary (English)
Powered by TCPDF (www.tcpdf.org) Roquetas de Mar - Arrival Cities Integrated Action Plan - Executive Summary (English) 1. EXISTING PROBLEMS AND CITY ANALYSIS In the last decade, it can be observed that immigration has massively grown. Record-breaking numbers of migrants are moving across international borders, fleeing conflict, persecution, poverty and other life- threatening situations. It is also due to labour and skill shortages and demographic changes, which makes make people to seek better opportunities elsewhere. The large displacement of populations has broader implications for the social, economic and political landscape. But society must be prepared to be welcoming, instead of stablishing discrimination and prejudices. Each country’s Governments need to deal with it, managing diversity and facilitating integration for these collectives. In the case of Roquetas de Mar, a municipality in the province of Almeria within the Andalucia region of Spain, its population has significantly grown since 1990s. This is due to the so call “Plastic Sea”, the most important intensive agricultural environment on the planet, whose human structures can be observed from space. The city has in agriculture and tourism its main economic engines, concentrating with its 22 km of coast a third of the hotel supply of the province. Its population has multiplied by 2.5 in the last 20 years thanks mainly to the massive arrival of immigrants, coming from a large part of Eastern Europe and the Southern Mediterranean, alluvial population that has radically changed the composition of a city in that 104 nationalities coexist, and that it is the eleventh youngest in Andalusia, with an average age of 35.5 years. -
Assesment of the Social Summit for Climate Possible Learnings for Future Events
ASSESMENT OF THE SOCIAL SUMMIT FOR CLIMATE POSSIBLE LEARNINGS FOR FUTURE EVENTS Report: Javier de la Casa & Samuel Sosa-Martínez Traduction: Camino Villanueva & Javier Gonzalez (Traductores en Acción) ECOLOGISTAS EN ACCIÓN C/ Marques de Leganés 12, 28004 Madrid TEL. 915312739 FAX. 915312611 www.ecologistasenacción.org Contact us: [email protected] April 2020 CONTENT PROLOGUE 4 CONTEXT OF THE COP25 (CHILE-MADRID) 5 CALL FOR THE SOCIAL SUMMIT FOR CLIMATE 6 ORGANISATION 8 TASK FORCES AND DECISION MAKING 8 INTERNATIONAL COORDINATION 10 FUNDING 11 ACTIVITIES OF THE SOCIAL SUMMIT FOR CLIMATE 12 SPACES AND ACTIVITIES 12 PROTEST 13 PARALLEL ACTIONS 14 SURVEY ON THE SOCIAL SUMMIT FOR CLIMATE 14 INTRODUCTION AND METHODOLOGY 14 RESULTS OF THE INDIVIDUAL EVALUATION 15 RESULTS OF THE GROUPS’ EVALUATION 22 LESSONS LEARNED 26 FINAL CONSIDERATIONS 27 ACKNOWLEDGEMENTS 28 ADDITIONAL RESOURCES 28 ANNEXES 31 3 PROLOGUE We have brought our message of environmental protection and social justice to this process for years. We have shown our solutions and we now wonder: are they really listening to us? Taily Terena, Continental Network of Indigenous Women of the Americas (ECMIA) and the Terena nation of Brazil The purpose of this document is to evaluate the Social Summit for Climate (hereinafter know as the SSC), an event created by the civil society in the form of internationally-coordi- nated social movements in response to the COP25 Chile-Madrid. The goal of this evaluation is to provide strategic support for the formation of similar movements. For this reason, it includes a description of the activities that took place under the SSC and its organisational model. -
Intensive Habitat Loss in South Spain: Arborescent Scrubs with Ziziphus (5220*) Antonio J
Chapter Intensive Habitat Loss in South Spain: Arborescent Scrubs with Ziziphus (5220*) Antonio J. Mendoza-Fernández, Esteban Salmerón-Sánchez, Fabián Martínez-Hernández, Francisco J. Pérez-García, Agustín Lahora, María E. Merlo and Juan F. Mota Abstract The habitat arborescent matorral with Ziziphus (5220*) was included in the Habitats Directive of the European Commission. These plant formations represent the maximum potential vegetation in a very restrictive arid environment, since it encompasses endemic, tropical, or Maghrebian floristic elements, and from other areas of the ancient Thetis Sea. In fact, the version of this community with Gymnosporia senegalensis (Lam.) Loes. [=Maytenus senegalensis (Lam.) Exell] constitutes extraordinarily singular flora formations in the Iberian southeast. These are unique communities in Europe and ecologically extremely valuable and, however, have been included among the Europe’s most endangered habitats. The vast economic development experienced in South Spain based on the remarkable transformation of traditional farming patterns into a highly profitable agriculture that uses industrial production methods and the groundwater intensively (agri- culture intensification and land-use change), in addition to urbanization without sustainable land planning, determines that European G. senegalensis populations are seriously threatened by severe habitat destruction and fragmentation. Keywords: habitat fragmentation, Mediterranean Basin, priority coastal habitat, semiarid ecosystems, Ziziphus lotus 1. Introduction Mediterranean arborescent scrubs with Ziziphus Mill. species have been coded as habitat 5220* (arborescent matorral with Ziziphus) and included in the Habitats Directive of the European Commission since 1992 [1], which lists Europe’s most endan- gered and vulnerable habitats. These plant communities, recognized in the Iberian Southeast, Cyprus, Sicily, and surrounding islands, are composed mainly by pre-desert deciduous scrub with Ziziphus lotus (L.) Lam. -
Environment Protection Engineering REVIEW of the ENVIRONMENTAL IMPACT ASSESSMENT PROCESS of WASTEWATER TREATMENT PLANTS in SPAIN
Environment Protection Engineering Vol. 44 2018 No. 4 DOI: 10.37190/epe180402 JOSE LUIS FUENTES-BARGUES1 REVIEW OF THE ENVIRONMENTAL IMPACT ASSESSMENT PROCESS OF WASTEWATER TREATMENT PLANTS IN SPAIN The environmental impact over natural water systems, both marine and land, of the sewage is minimized with the treatment at Wastewater Treatment Plants (WWTPs), but these facilities also gen- erate environmental impacts during the construction period and during the operation period. A review of the environmental impact assessment (EIA) process of WWTPs in Spain through the analysis of records of decision (RODs) between 2000 and 2016 has been performed in this work. The major envi- ronmental impacts during the construction period are noise, land use and disturbance of the air and water’s quality. During the operation period, the major environmental impacts are noise, odors from the depuration process and the visual impact of the facilities. About the EIA process, results show the processing time is too long, scoping phase has a success rate about 57.2% and regional public admin- istrations are the most participative, both at scoping phase and at public participation phase. In general, public participation during period of exhibition is very low, in twelve of the RODs nobody submitted any report. The role of environmental project manager and the work environmental journal must be strengthened. 1. INTRODUCTION Population growth, industrialization, agricultural practices and urbanization in- crease the water demand and thus the quantity of wastewater generated. The discharge of wastewater without any treatment process or the direct irrigation in landfills, cause environmental pollution and health problems [1]. -
Manifeste Européen
Appel aux organisations sociales, aux scientifiques, aux chercheurs et aux experts pour signer le «Manifeste Européen» pour soutenir une Initiative Citoyenne Européenne (ICE) pour une règlementation de l’exposition aux champs électromagnétiques (CEM) protégeant réellement la santé publique Sur la base des préoccupations des citoyens sur les champs électromagnétiques, telles que celles contenues dans l'Eurobaromètre spécial 347, et des avertissements de la communauté scientifique, diverses associations de citoyens de différents pays européens ont élaboré en 2013 un Manifeste européen de soutien à une initiative citoyenne européenne (ICE), pour une règlementation de l’exposition aux champs électromagnétiques (CEM) qui protège réellement la santé publique. Ce Manifeste Européen constitue une bonne base pour encourager réseaux dans chaque pays et au niveau européen, par la réglementation protectionniste de la pollution électromagnétique, en diffusent les alertes scientifiques et professionnelles indépendants: d’appliquer le principe de précaution et les principes ALARA et ALATA (aussi bas que raisonnable et techniquement possible) à la pollution électromagnétique, sur la base des recommandations de la Résolution 1815 de 2011 de l'Assemblée parlementaire du Conseil de l'Europe sur «danger potentiel des champs électromagnétiques et leur effet sur l’environnement ". Nous, la Coordination Européenne des Organisations pour une règlementation de l’exposition aux champs électromagnétiques protégeant réellement la santé publique, vous invitons à signer -
Annex 1 Results from the Testing of the Template
The Special Plan of the Upper Guadiana Basin. Moving from traditional towards Participatory decision making? Spain A case study report for HarmoniCop project Work Package 5 1 Edited by: Josefina Maestu (UAH) Draft Case prepared by Meritxell Costeja (UAH) 2005 Prepared under contract from the European Commission Contract No. EVK1-CT-2002-00120 Deliverable nr. 6 www.harmonicop.info 2 Table of Contents. 1.- Introduction 2-. The Context, the challenges and the complexity. 3.- Stakeholder Analysis 4.- The History of Participation. 5.- The Outcome of the process of feedback to context. 6.- The Analysis of Relational Practices. 7. Mechanisms that foster social learning and problems encountered References ANNEX 1 THE CONTEXT ANNEX 2 INSTITUTIONAL CONTEXT ANNEX 3 INTERVIEWS 3 1. Introduction This report analyses the process of elaboration of the Special Plan for the Upper Guadiana basin as a planning instrument aiming at managing water resources in the basin, providing water to the population and economic uses and preventing deterioration of valuable wetlands, helping achieve good ecological status of surface and groundwater. The traditional conflict between the development of agriculture and the protection of the wetlands in the Upper Guadiana basin is a case of special interest from a technical, economic and social perspectives due to three main reasons: (1) the large area it covers (16000 Km2 aprox.), (2) the large population affected (3) the importance of funding from the national and European level that have been invested in the area since the beginning of the nineties to mitigate the problem (Cruces de Abia et al., 1998). This case illustrates at least four key aspects related to participation, social learning and decision making in water planning: a) It illustrates planning processes carried out according to the dominant paradigm of technical determinism and administrative decision making, that requires instruments for imposing decisions made from above. -
Registro Vias Pecuarias Provincia De Almeria
COD_VP Nombre COD.TRAMO PROVINCIA MUNICIPIO ESTADO LEGAL ANCHO PRIORIDAD USO PUBLICO LONGITUD 04001001 CORDEL DE GRANADA A ALMERIA 04001001_01 ALMERIA ABLA CLASIFICADA 38 1 520 04001001 CORDEL DE GRANADA A ALMERIA 04001001_02 ALMERIA ABLA CLASIFICADA 38 1 1446 04001001 CORDEL DE GRANADA A ALMERIA 04001001_03 ALMERIA ABLA CLASIFICADA 38 1 2140 04001001 CORDEL DE GRANADA A ALMERIA 04001001_04 ALMERIA ABLA CLASIFICADA 38 2 999 04001002 CORDEL DE ESCULLAR 04001002_01 ALMERIA ABLA CLASIFICADA 38 1 11 04001002 CORDEL DE ESCULLAR 04001002_02 ALMERIA ABLA CLASIFICADA 38 0 2964 04001002 CORDEL DE ESCULLAR 04001002_03 ALMERIA ABLA CLASIFICADA 38 1 1379 04001003 VEREDA DE OHANES 04001003_01 ALMERIA ABLA CLASIFICADA 21 1 293 04001003 VEREDA DE OHANES 04001003_02 ALMERIA ABLA CLASIFICADA 21 0 1507 04001004 VEREDA DEL SERVAL 04001004_01 ALMERIA ABLA CLASIFICADA 21 1 3036 04001004 VEREDA DEL SERVAL 04001004_02 ALMERIA ABLA CLASIFICADA 21 1 103 04001005 VEREDA DEL CAMINO DE ESCULLAR 04001005_01 ALMERIA ABLA CLASIFICADA 21 1 639 04001005 VEREDA DEL CAMINO DE ESCULLAR 04001005_02 ALMERIA ABLA CLASIFICADA 21 1 11 04001005 VEREDA DEL CAMINO DE ESCULLAR 04001005_03 ALMERIA ABLA CLASIFICADA 21 1 1251 04001007 COLADA DEL MORAL 04001007_01 ALMERIA ABLA CLASIFICADA 4 1 1058 04002001 CORDEL DE ESCULLAR 04002001_01 ALMERIA ABRUCENA CLASIFICADA 38 0 621 04002001 CORDEL DE ESCULLAR 04002001_02 ALMERIA ABRUCENA CLASIFICADA 38 0 1258 04002002 CORDEL DE GRANADA A ALMERIA 04002002_01 ALMERIA ABRUCENA CLASIFICADA 38 1 933 04002002 CORDEL DE GRANADA A ALMERIA 04002002_02 -
Insecta, Zygentoma) from South–Eastern Spain R
Animal Biodiversity and Conservation 28.1 (2005) 91 Ctenolepisma almeriensis n. sp. of Lepismatidae (Insecta, Zygentoma) from south–eastern Spain R. Molero–Baltanás, M. Gaju–Ricart & C. Bach de Roca Molero–Baltanás, R., Gaju–Ricart, M. & Bach de Roca, C., 2005. Ctenolepisma almeriensis n. sp. of Lepismatidae (Insecta, Zygentoma) from south–eastern Spain. Animal Biodiversity and Conservation, 28.1: 91–99. Abstract Ctenolepisma almeriensis n. sp. of Lepismatidae (Insecta, Zygentoma) from south–eastern Spain.— Ctenolepisma almeriensis n. sp., from the south–eastern part of the Iberian Peninsula is described. This species was determined previously as Ctenolepisma lineata (Fabricius, 1775), which is widespread over the south–western Palaeartic region. The main difference between the two species is the setation of thoracic sternites. In each bristle–comb of the mesosternum and the metasternum, macrosetae are arranged in a single row in C. lineata and in two parallel rows in C. almeriensis n. sp. In the prosternum, the first species shows 1–2 irregular lines of macrosetae per comb, and the new species shows 2–3 lines. Based on other parameters of setation, a discriminant analysis was carried out to separate a group of Spanish specimens of C. lineata from another group of specimens of the new species. This analysis demonstrated the validity of the occurrence of double or single lines of macrosetae in thoracic sternites to distinguish between the two species. Key words: Ctenolepisma almeriensis n. sp., Ctenolepisma lineata, Spain, Thysanura, New species, Arid regions fauna Resumen Ctenolepisma almeriensis sp. n. de Lepismatidae (Insecta, Zygentoma) de España suroriental.— Se describe Ctenolepisma almeriensis sp. -
Annual Report2018
ANNUAL REPORT2018 Anticipating the future INDEX LETTER FROM THE 1 CHAIRMAN AND VICE CHAIRMAN 3 4 VEHICLE REGISTRATIONS 32 José Vicente de los Mozos, 4.1 Registrations in Spain 33 Chairman of ANFAC 4 4.2 Registrations by power source 41 Mario Armero, Executive Vice Chairman of ANFAC 6 4.3 Registrations in Europe 44 5 VEHICLE STOCK 47 2 BASIC FIGURES OF THE SECTOR 8 Production and exports 9 Vehicle registrations 10 Vehicle stock 10 6 TURNOVER AND TAXATION 51 Share of GDP and employment 11 7 MILESTONES OF THE YEAR 55 VEHICLE PRODUCTION 3 AND EXPORTS 12 3.1 Production 13 3.2 Exports 26 8 TRANSPARENCY PORTAL 66 2018 ANNUAL REPORT 2 LETTER FROM THE 1 CHAIRMAN AND VICE CHAIRMAN José Vicente de los Mozos, Chairman of ANFAC 4 Mario Armero, Executive Vice Chairman of ANFAC 6 2018 ANNUAL REPORT 3 LETTER FROM THE CHAIRMAN BASIC FIGURES VEHICLE PRODUCTION VEHICLE VEHICLE TURNOVER MILESTONES TRANSPARENCY AND VICE CHAIRMAN OF THE SECTOR AND EXPORTS REGISTRATIONS STOCK AND TAXATION OF THE YEAR PORTAL José Vicente de los Mozos Chairman of ANFAC An ongoing battle for competitiveness Over recent years, mobility, in its widest sense, has revolutionised different suppliers and services, in which new components and the environment in which the automotive industry works. Private technologies play a leading role. The car of the future will be a vehicles as individual possessions now form part of an ecosystem “smartphone with wheels”. This opens up a range of challenges, but in which on-demand mobility is hugely important, where the way also offers new business possibilities in which vehicle manufacturers in which we travel depends on our needs and circumstances at the have to be involved. -
En En Draft Mission Report
European Parliament 2014-2019 Committee on Petitions 07.2.2019 DRAFT MISSION REPORT following the inspection visit carried out at the Doñana National Park in Spain from 19-21 September 2018 Committee on Petitions Members of the mission: Pál Csáky (EPP) (Leader of the mission) Miltiadis Kyrkos (S&D) Ex officio member: Rosa Estaràs Ferragut (EPP) Soledad Cabezón Ruiz (S&D) Florent Marcellesi (Greens/EFA) CR\1176468EN.docx PE632.130v02-00 EN United in diversity EN Objective The inspection visit to Doñana was carried out with the aim of meeting on the ground with the petitioners of petitions 0907/2009, 0051/2013, 0085/2013, 0257/2013 and 0260/2018, and engaging in dialogue with the regional and national authorities, in order to better understand the various aspects of alleged non-compliance with EU environmental legislation, in the protected area of Doñana in Huelva. Doñana National Park is the largest natural reserve in Spain. It has a wide variety of ecosystems and plays host to numerous species of wildlife. Throughout history, the ecosystem has been constantly under threat from the drainage of marshlands, use of water for intensive agriculture and water pollution. The Doñana Natural Park is a member of the Natura 2000 network (ES0000024, ES6150009 and ES6180005) and is therefore protected under Directives 92/43/EEC and 2009/147/EC on habitats and birds. The petitions oppose projects that aim to extract, store and transport gas in the area, as well as to illegally use groundwater for intensive agriculture, which would be incompatible with EU environmental legislation. Wednesday 19 September 2018 - Seville Meeting with petitioners in Seville on 19 September Javier Castroviejo on behalf of the Doñana Club, Petition 0907/2009 The Doñana Club is an association with 40 years’ experience in the conservation of Doñana and many of its members are scientists; the petitioner is director of the Doñana Biological Station. -
D 3.4.1 RESEARCH and ACTION PLAN Guadiana Basin
D 3.4.1 RESEARCH AND ACTION PLAN Guadiana basin Report of the NeWater project - New Approaches to Adaptive Water Management under Uncertainty www.newater.info Title Research and Action Plan. Guadiana Basin. Purpose To provide an overview of the work to be carried out in the basin, and how this integrates within the NeWater structure. Filename D.3.4.1_RAP_WP34_Guadiana_210406_PMS.pdf Authors Llamas R (UCM), Estrela M (ISQ), Martínez-Santos P (UCM) Document history Current version. Changes to previous version. Date Status Final Target readership General readership Correct reference Ramon Llamas, editor Universidad Complutense de Madrid, Spain April 2006 Prepared under contract from the European Commission Contract no 511179 (GOCE) Integrated Project in PRIORITY 6.3 Global Change and Ecosystems in the 6th EU framework programme Deliverable title: Research and Action Plan. Guadiana Basin. Deliverable no.: D 3.4.1 (including D 3.4.3) Due date of deliverable: Month 4 Actual submission date: Month 16 Start of the project: 01.01.2005 Duration: 4 years Preamble This report provides an overview of the work NeWater intends to carry out in the Guadiana basin over the duration of the project. Some of these activities may contribute to water governance in the short term, while others are intended to act as a catalyst for the corresponding institutions to take on board on an ongoing basis. Overall the planned activities should ideally contribute to a more adaptive water system in the basin. Nevertheless, the current political climate calls for a careful approach on the part of NeWater scientists, particularly in the upper basin. -
Oficinas Con Horario Especial De Caja Para Operaciones De Efectivo
OFICINAS CON HORARIO ESPECIAL DE CAJA PARA OPERACIONES DE EFECTIVO Las oficinas incluidas en este listado tienen un horario reducido para operaciones de efectivo por ventanilla de Lunes a Viernes, de 8:30 a 11:30 h. PROVINCIA LOCALIDAD CP OFICINA DIRECCIÓN ALBACETE ALBACETE 02001 4846.000 - ALBACETE CL GAONA 24 ALMERIA ADRA 04770 5030.000 - ADRA CL NATALIO RIVAS 89 ALMERIA AGUADULCE 04720 0874.000 - AGUADULCE - CAMPILLO EL MORO CL VIOLETA 3 ALMERIA AGUADULCE 04720 5753.000 - AGUADULCE - CENTRO AV CARLOS III 328 ALMERIA ALBOX 04800 5060.000 - ALBOX PZ NUEVA 7 ALMERIA ALHAMA DE ALMERIA 04400 5110.000 - ALHAMA DE ALMERIA CL MEDICOS 2 ALMERIA ALMERIA 04007 0868.000 - ALMERIA - POLIGONO CELULOSA PZ DE DALIAS 1 ESQ. FUENTE VICTORIA ALMERIA ALMERIA 04001 5000.000 - ALMERIA - EL PASEO SUBCENTRAL CL PASEO DE ALMERIA 16 ALMERIA ALMERIA 04002 5001.000 - ALMERIA - PESCADERIA CL CARRETERA DE MALAGA 32 ALMERIA ALMERIA 04007 5002.000 - ALMERIA - VILLAGARCIA AV CABO DE GATA 112 ALMERIA ALMERIA 04130 5004.000 - ALMERIA - EL ALQUIAN CR DE NIJAR 92 ALMERIA ALMERIA 04008 5005.000 - ALMERIA - SAN FELIX CL GRANADA 204 ALMERIA ALMERIA 04005 5007.000 - ALMERIA - ALTAMIRA CL DR. GREGORIO MARAÑON/CL ALTAMIRA S/N ALMERIA ALMERIA 04120 5009.000 - ALMERIA - LA CAñADA PZ ANTONIO TORRES 2 ALMERIA ALMERIA 04001 5010.000 - ALMERIA - EL PASEO OFICINA PRINCIPAL CL PASEO DE ALMERIA 67 ALMERIA ALMERIA 04009 5011.000 - ALMERIA - LOS MOLINOS CR DE NIJAR 285 ALMERIA ALMERIA 04003 5014.000 - ALMERIA - PABLO IGLESIAS AV PABLO IGLESIAS 57 ALMERIA ALMERIA 04006 5016.000 - ALMERIA - CALZADA DE CASTRO CL CALZADA DE CASTRO 63 ALMERIA ALMERIA 04004 5018.000 - ALMERIA - HERMANOS MACHADO CL HERMANOS MACHADO 1 ALMERIA ALMERIA 04009 5019.000 - ALMERIA - TORRECARDENAS CR DE GRANADA 92 ALMERIA ALMERIA 04004 5501.000 - ALMERIA - SANTA RITA PZ SANTA RITA 1 ALMERIA ALMERIA 04007 5502.000 - ALMERIA - AV MEDITERRANEO AV MEDITERRANEO 81 ESQ.