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Journal articles on the topic 'Cantabria (Spain). Asamblea Regional'

Author: Grafiati

Published: 4 June 2021

Last updated: 5 February 2022

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1

Viñas, Carmen Delgado. "Depopulation Processes in European Rural Areas: A Case Study of Cantabria (Spain)." European Countryside 11, no. 3 (September 1, 2019): 341–69. http://dx.doi.org/10.2478/euco-2019-0021.

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Abstract Europe witnessed massive migration away from rural areas throughout the 20th century. Spain was no exception to the rule, albeit with differences in timing and pace, and the population in Cantabria constitutes a paradigmatic case. Here, the rural exodus began early – before the mid-20th century – in some mountainous districts, but reached a peak in the 1960s and continued throughout the following decades. Since the 1990s, population levels in rural municipalities have fallen at a slower rate, while the population of the region as a whole has increased slightly. Disturbingly, the rural population has continued to decline in the early 21st century, in an overall context of almost zero population growth. The demographic trends analyzed here are not only different in time, but also in space. With the partial exception of regional capitals and their neighbouring communities, municipalities in mountain districts have witnessed such a substantial decline in their populations that they have experienced a genuine process of depopulation. This case does not explain the all-similar cases in rural Europe as a whole, but it can help in interpreting other comparable processes in different regions of southern Europe where depopulation reached its maximum in the second half of the 20th century and still continues today.

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2

Cos, Olga De, Valentín Castillo, and David Cantarero. "Facing a Second Wave from a Regional View: Spatial Patterns of COVID-19 as a Key Determinant for Public Health and Geoprevention Plans." International Journal of Environmental Research and Public Health 17, no. 22 (November 16, 2020): 8468. http://dx.doi.org/10.3390/ijerph17228468.

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Several studies on spatial patterns of COVID-19 show huge differences depending on the country or region under study, although there is some agreement that socioeconomic factors affect these phenomena. The aim of this paper is to increase the knowledge of the socio-spatial behavior of coronavirus and implementing a geospatial methodology and digital system called SITAR (Fast Action Territorial Information System, by its Spanish acronym). We analyze as a study case a region of Spain called Cantabria, geocoding a daily series of microdata coronavirus records provided by the health authorities (Government of Cantabria—Spain) with the permission of Medicines Ethics Committee from Cantabria (CEIm, June 2020). Geocoding allows us to provide a new point layer based on the microdata table that includes cases with a positive result in a COVID-19 test. Regarding general methodology, our research is based on Geographical Information Technologies using Environmental Systems Research Institute (ESRI) Technologies. This tool is a global reference for spatial COVID-19 research, probably due to the world-renowned COVID-19 dashboard implemented by the Johns Hopkins University team. In our analysis, we found that the spatial distribution of COVID-19 in urban locations presents a not random distribution with clustered patterns and density matters in the spread of the COVID-19 pandemic. As a result, large metropolitan areas or districts with a higher number of persons tightly linked together through economic, social, and commuting relationships are the most vulnerable to pandemic outbreaks, particularly in our case study. Furthermore, public health and geoprevention plans should avoid the idea of economic or territorial stigmatizations. We hold the idea that SITAR in particular and Geographic Information Technologies in general contribute to strategic spatial information and relevant results with a necessary multi-scalar perspective to control the pandemic.

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Ibeas, Angel, Hernan Gonzalo_Orden, Luigi Dell’Olio, and Jose Luis Moura. "Sectional mapping of local roads in Spain." Canadian Journal of Civil Engineering 35, no. 11 (November 2008): 1200–1209. http://dx.doi.org/10.1139/l08-074.

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The management of any road network can be improved by gathering information about the different road segments that form it. Geographic information systems (GISs) can be used to map and manipulate the large amount of information collected. This helps managers in their analysis of the network and in the decision-making processes. This article explains the development and practical use of the latest mapping carried out on the local roads in the region of Cantabria in northern Spain. The aim of the current study was to perform a thorough analysis of the characteristics of each segment of the road network to update and restructure the existing mapping. A geographic information system (GIS) was used for consulting and analyzing the data obtained now and over previous years. Moreover, the ways this information could be used in the decision-making process were improved for a regional road network which has, in general, a low volume of traffic.

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4

Perpiña Castillo, Carolina, Eloína Coll Aliaga, Carlo Lavalle, and José Carlos Martínez Llario. "An Assessment and Spatial Modelling of Agricultural Land Abandonment in Spain (2015–2030)." Sustainability 12, no. 2 (January 11, 2020): 560. http://dx.doi.org/10.3390/su12020560.

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This article presents a study based on the outputs from the LUISA Territorial modelling platform (Joint Research Centre of the European Commission) focused on regional and local future projections of land abandonment between 2015 and 2030. Spain is taken as representative of one of the countries highly affected by agricultural land abandonment in the European Union. The most relevant factors driving land abandonment (biophysical, agroeconomics, farm structure and demographic) are described and mapped. Results from the analysis reveal that the Galicia region, northern Spain (Asturias, Cantabria, Gipuzkoa, Bizkaia), north-eastern Spain (Aragón region), central Pyrenees/Ebro basin (Huesca, Navarra, Lleida) and south-eastern Spain (Murcia, Almería, Alicante, Málaga) are expected to undergo important abandonment processes. The study also concludes that land abandonment within mountainous, high nature value farmland and Natura 2000 areas is lower compared to the outside area without conservation and protection measures.

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5

Diaz-Sarachaga, Jose Manuel. "Combining Participatory Processes and Sustainable Development Goals to Revitalize a Rural Area in Cantabria (Spain)." Land 9, no. 11 (October 27, 2020): 412. http://dx.doi.org/10.3390/land9110412.

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Due to industrial civilization, the decline of the countryside has become a global phenomenon. Spain is a good example that reflects this issue in the rural areas of the European Union because more than half of all municipalities in the country are at risk of extinction. This manuscript aims at combining social engagement and the application of sustainable development goals (SDGs) to propose a sustainable rural revitalization plan. Several multi-sectoral working groups participated in three consultation rounds to prescribe 52 customized actions directed to Pesquera-San Miguel de Aguayo area. Social (17) and environmental (16) dimensions collected the highest number of initiatives, whilst the institutional dimension was only addressed by eight proposals. Furthermore, 40 out of the 169 SDG targets of the 2030 Agenda were put forward in the rural strategy, which also contemplated most priorities adopted by the Rural Development Programme for Cantabria. A cooperative association was identified as the most preferred governance system in order to build a community spirit and promote social empowerment, inclusiveness, and gender equality. Municipal and regional authorities were not invited to join the participatory process in order to not constrain the involvement of the selected stakeholders.

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6

Cifrian, Eva, Berta Galan, Ana Andres, and Javier R. Viguri. "Material flow indicators and carbon footprint for MSW management systems: Analysis and application at regional level, Cantabria, Spain." Resources, Conservation and Recycling 68 (November 2012): 54–66. http://dx.doi.org/10.1016/j.resconrec.2012.08.007.

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7

Nogués, Soledad, Esther González-González, and Rubén Cordera. "Planning regional sustainability: An index-based framework to assess spatial plans. Application to the region of Cantabria (Spain)." Journal of Cleaner Production 225 (July 2019): 510–23. http://dx.doi.org/10.1016/j.jclepro.2019.03.328.

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8

Casaña, Joaquim Cuevas. "Andrés Hoyo Aparicio: Todo mudó de repente. El horizonte económico de la burguesía mercantil en Santander, 1820–1874, Santander, Universidad de Cantabria-Asamblea Regional, 1993." Revista de Historia Económica / Journal of Iberian and Latin American Economic History 13, no. 2 (September 1995): 349–55. http://dx.doi.org/10.1017/s0212610900005115.

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9

Hopkins, Rachel J. A., Lawrence Guy Straus, and Manuel R. González Morales. "ASSESSING THE CHRONOSTRATIGRAPHY OF EL MIRÓN CAVE, CANTABRIAN SPAIN." Radiocarbon 63, no. 3 (March 15, 2021): 821–52. http://dx.doi.org/10.1017/rdc.2020.121.

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ABSTRACTEl Mirón is an important archaeological cave site in Cantabria (Spain) with a stratigraphy covering the late Middle Paleolithic to the Modern Period. The Magdalenian levels are especially rich in artifacts, faunal remains, and features, and included the burial of an adult female (“the Red Lady”), as well as other scattered human remains, while the Neolithic levels contained the oldest combined evidence of ceramics, domesticated grain and livestock in the region. However, in the absence of diagnostic artifacts in many levels that would always provide a traditional cultural chronology, radiocarbon dating has been essential in understanding the temporal framework for human activity at the site. Over the duration of more than two decades, the El Mirón Project has therefore obtained 93 radiocarbon dates, which cover the entire stratigraphic record as found in several different excavation areas. In light of the considerable methodological advances that radiocarbon dating has seen since 1996 we aim to evaluate the reliability of the published 14C record for El Mirón Cave, and to improve the accuracy of the radiocarbon based chronostratigraphy through Bayesian modeling. The results shed light on which dates may be used for future research and where dating discrepancies reflect taphonomic processes, thereby advancing intra-site and regional archaeological comparisons.

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10

Owens, J. B. "Imágenes de la diversidad: el mundo urbano en la Corona de Castilla (S. XVI-XVIII). Edited by José Ignacio Fortea Pérez (Santander, Universidad de Cantabria and Asamblea Regional de Cantabria, 1997) 513 pp. Ptas. 2, 400." Journal of Interdisciplinary History 29, no. 1 (July 1998): 110–12. http://dx.doi.org/10.1162/jinh.1998.29.1.110.

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11

Arruti, A., I. Fernández-Olmo, and A. Irabien. "Regional evaluation of particulate matter composition in an Atlantic coastal area (Cantabria region, northern Spain): Spatial variations in different urban and rural environments." Atmospheric Research 101, no. 1-2 (July 2011): 280–93. http://dx.doi.org/10.1016/j.atmosres.2011.03.001.

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12

Ceballos López, Francisco. "Mil días de funcionamiento de la Asamblea Regional de Cantabria." Revista de las Cortes Generales, April 1, 1985, 267–80. http://dx.doi.org/10.33426/rcg/1985/4/140.

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13

García de la Oliva, África, and Eva Sainz Elías. "Reglamentos de los parlamentos autonómicos : relación de textos en vigor." Revista de las Cortes Generales, April 1, 2000, 339–82. http://dx.doi.org/10.33426/rcg/2000/49/534.

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SUMARIO: Introducción. 1. Comunidades Autónomas. 1.1. Parlamento Vasco. 1.2. Parlamento de Cataluña. 1.3. Parlamento de Galicia. 1.4. Parlamento de Andalucía. 1.5. Junta General del Principado de Asturias. 1.6. Parlamento de Cantabria. 1.7. Parlamento de La Rioja. 1.8. Asamblea Regional de Murcia. 1.9. Cortes Valencianas. 1.10. Cortes de Aragón. 1.11. Cortes de Castilla-La Mancha. 1.12. Parlamento de Canarias. 1.13. Parlamento de Navarra. 1.14. Asamblea de Extremadura. 1.15. Parlamento de las Illes Balears. 1.16. Asamblea de Madrid. 1.17. Cortes de Castilla y León. 2. Ciudades Autónomas. 2.1. Asamblea de la Ciudad Autónoma de Ceuta. 2.2. Asamblea de la Ciudad Autónoma de Melilla

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14

García de la Oliva, África, Eva Saínz Elías, and Consuelo Sánchez. "Las publicaciones oficiales de los parlamentos autonómicos." Revista de las Cortes Generales, December 2, 1996, 255–305. http://dx.doi.org/10.33426/rcg/1996/39/880.

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SUMARIO: 1.- Presentación. 2.- Las publicaciones oficiales en los Reglamentos de los Parlamentos Autonómicos. 3.- Parlamento Vasco. 4.- Parlamento de Cataluña. 5.- Parlamento de Galicia. 6.- Parlamento de Andalucía. 7.-Junta General del Principado de Asturias. 8.- Asamblea de Cantabria. 9.- Diputación General de La Rioja. 10.- Asamblea Regional de Murcia. 11.- Cortes Valencianas. 12.- Cortes de Aragón. 13.- Cortes de Castilla-La Mancha. 14.- Parlamento de Canarias. 15.- Parlamento de Navarra. 16.- Asamblea de Extremadura. 17.- Parlamento de las islas baleares. 18.- Asamblea de Madrid. 19.- Cortes de Castilla y León.

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15

García de la Oliva, África, and Eva Sainz Elías. "Los debates de política general celebrados en los parlamentos autonómicos." Revista de las Cortes Generales, April 1, 2001, 335–96. http://dx.doi.org/10.33426/rcg/2001/52/669.

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SUMARIO: 1. Introducción. - 2. Parlamento Vasco: 2.1. Normativa sobre el debate. 2.2. Debates celebrados. - 3. Parlamento de Cataluña: 3.1. Normativa sobre el debate. 3.2. Debates celebrados. - 4. Parlamento de Galicia: 4.1. Normativa sobre el debate. 4.2. Debates celebrados. - 5. Parlamento de Andalucía: 5.1. Normativa sobre el debate. 5.2. Debates celebrados. - 6. Junta General del principado de Asturias: 6.1. Normativa sobre el debate. 6.2. Debates celebrados. - 7. Parlamento de Cantabria: Normativa sobre el debate. 7.2. Debates celebrados. - 8. Parlamento de la Rioja: 8.1. Normativa sobre el debate. 8.2. Debates celebrados. - 9. Asamblea Regional de Murcia: 9.1. Normativa sobre el debate. Debates celebrados. - 10. Cortes valencianas: 10.1. Normativa sobre el debate. 10.2. Debates celebrados. - 11. Cortes de Aragón: 11.1. Normativa sobre el debate. 11.2. Debates celebrados. - 12. Cortes de Castilla-La Mancha: 12.1. Normativa sobre el debate. 12.2. Debates celebrados. -13. Parlamento de Canarias: 13.1. Normativa sobre el debate. 13.2. Debates celebrados. - 14. Parlamento de Navarra: 14.1. Normativa sobre el debate. 14.2. Debates celebrados. - 15. Asamblea de Extremadura: 15.1. Normativa sobre el debate. 15.2. Debates celebrados. - 16. Parlamento de las Illes Balears: 16.1. Normativa sobre el debate. 16.2. Debates celebrados. -17. Asamblea de Madrid: 17.1. Normativa sobre el debate. 17.2. Debates celebrados. -18. Cortes de Castilla y León: 18.1. Normativa sobre el debate. -18.2. Debates celebrados. - 19. Anexos.

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16

Izquieta-Rojano, Sheila, Antonio Silgado, Ramón Carvajal, Jesús Marco de Lucas, Jesús de la Rosa, Esteban Reol, Jesús Santamaría Ulecia, and Regino Zamora. "Spanish Scientific Network for LifeWatch-ERIC, e-Science Infrastructure for Biodiversity and Ecosystem Research." Biodiversity Information Science and Standards 3 (June 19, 2019). http://dx.doi.org/10.3897/biss.3.37196.

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The main aim of the development of a Spanish Network of Excellence on Biodiversity is to strengthen the Spanish Scientific Network Community participating in LifeWatch, the E-Science European Infrastructure for Biodiversity and Ecosystem Research ERIC (https://www.lifewatch.eu). Through this e-infrastructure several resources and services are provided to the scientific community working on this field (catalogues of virtual labs (VREs), data and services) (https://www.lifewatch.eu/web/guest/catalogue-of-virtual-labs). The LifeWatch ERIC Statutes foresee the creation of National Nodes, which in Spain has been translated into the creation of the Joint Research Unit LifeWatch Spain (JRU - LW.ES) in 2014. This brings together several organizations and institutions carrying out research, development and innovation (RDI) activities in this field. Among others, to date the JRU - LW.ES counts on the participation of Public Research Organizations (Center for Energy, Environmental and Technological Research (CIEMAT), The Spanish National Research Council (CSIC), Spanish Institute of Oceanography (IEO), National Institute of Aerospace Technology (INTA)); International Excellence Campus & Universities (ANDALUCIA TECH Universities of Seville and Málaga, Universities of Cantabria, Navarra, Extremadura, Granada, Huelva, Alcalá de Henares (Madrid), Pablo de Olavide); Ministry of Agriculture, Fishing, Food and Environment (Spanish Inventory for Natural and Biodiversity Heritage, Fundación Biodiversidad, Directorate-General for Water-River Basin Authorities, Green Infrastructure); Technology and Innovation Parks-Institutions (Andalusica Technological Park (PTA), Cartuja93, Technological Institute Galicia (ITG)); Regional and Local Authorities (Junta Andalucía), and Port Authorities (Cartagena, Huelva, Seville). These organizations have expressed their interest in integrating into a network of excellence to promote biodiversity research, addressing major environmental challenges, and supporting knowledge-based strategic solutions for environmental preservation. This scientific network, associated with the e-infrastructure LifeWatch ERIC, aims to bring together the critical mass of resources and experience in the field of biodiversity present within Spain, taking advantage of the information and communication technology (ICT) tools and facilities that offer the necessary infrastructure, operating in synergy with national research plans. In essence, the creation of this network aims to consolidate a focus of excellence in Spain in the field of biodiversity, promoting the implementation of joint European projects and contributing to the objectives set in the LifeWatch ERIC.

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