AndreaBozzo/ceres-open-data-index huggingface dataset:
Campaña: 3LNO GROUNDFISH SURVEY (FLETAN NEGRO 3L) 3LNO GROUNDFISH SURVEY (FLETAN NEGRO 3L)

The surveys on NAFO Regulatory Area of Div. 3L (Flemish Pass) were initiated by Spain in 2003. The surveys  were carried out by the R/V “Vizconde de Eza” following the same procedures and using the same bottom trawl  net type Campelen.  The main objectives of this survey time series are: a) to obtain abundance indices of the  main exploited species, b) to study the structure and distribution of these demersal species in the area.
Campaña: CANARIAS 1002

They focus on the seabed research of EEZ Canarias  (Spain ), both indirect and direct. Carry out a survey of the fishing beaches to later elaborate fishing charts. Systematic bathymetric survey of the study areas with 100% coating (Multi-beam echo sounder EM-300). seismic profiles according to the ship's defeat (Topas 710 system). Performance of sound velocity profiles in the water column. Side sweep sonar in selected areas. Sediment sampling (Shipeck dredges - Box corer). Sampling of Rocky Outcrops (Rock Dredge).
Campaña: PELACUS 0314

1. Calibration and testing transducers noise due to the change of their location.  2. To estimate the abundance of the main pelagic fish (sardines, anchovies, horse mackerel, mackerel, etc.) by the method of echo integration in the northern Spanish coast and map their range.  3. Determine the main biological characteristics of target fish species: age structure and length, length / weight ratio and maturity stage from sampling biological sardine, anchovy, mackerel, horse mackerel, horse mackerel, chub mackerel, blue whiting and hake.  4. Determine the size structure of all fish species caught.  5. Estimate the TS / length ratio of the target species  6. To estimate the relative abundance and mapped the distribution of sardine and anchovy eggs.  7. Characterization of the hydrological conditions of the survey area, especially thermohaline properties of the waters over the continental shelf. Measurement of vertical profiles of temperature, salinity and fluorescence in stations (CTD Casts) and acquisition of continuous sea surface data (ttemperature, salinity and fluorescence).  8. Study of the relationship of oceanographic and meteorological conditions with distribution and abundance of sardine eggs and adults.  9. Determine the distribution patterns of taxonomic diversity and biomass different size classes of plankton (pico-, phyto- and zooplankton) in the study area.  10. Characterize the horizontal and vertical distribution of plankton. Mapping biomass plankton size classes  11. Plankton biomass estimation, fractional and total. Studying the relationship between ichthyoplankton and plankton.  12. Estimate the natural abundance of N15 in sardine, anchovy, mackerel, and krill and myctophids to determine their trophic position.  13. Mapping the abundance of top predators  14. Map the relative abundance of  anthropogenic sea surface microplastic  15. Estimate the strength of recruitment of anchovy and other species in the Cantabrian observed during the JUVENA campaign.
Arboledas Singulares de Aragón

Localización de las Arboledas Singulares de Aragón incluidas en el Catálogo de árboles y arboledas singulares de Aragón regulado por el Decreto 27/2015, de 24 de febrero, del Gobierno de Aragón.
  Se entiende por arboledas singulares a aquellas formaciones vegetales, entendidas como grupos de árboles - conjuntos de árboles de reducida extensión, tales como bosquetes, alineaciones o rodales- que merezcan un régimen de protección especial por presentar características que les confieren un elevado valor como patrimonio natural relacionadas con los siguientes aspectos:
  a) Posesión, en el contexto de su especie, de tamaños, formas, edades o particularidades científicas excepcionales.
  b) Rareza por número o distribución, así como por las particularidades de su desarrollo o su ubicación.
  c) Interés científico, cultural, histórico o social relevante.
European Petroleum Survey Group (EPSG)

Elaboración de cartografía generada por la restitución de vuelo fotogramétrico 2001, por reducción de datos gráficos de la cartografía 1:1.000. La información vectorial se estructura en los siguientes temas: edificaciones, construcciones y cerramientos, edificios singulares, parcelario de viario, hidrografía, altimetría, movilidad, medio ambiente, monumentos, red eléctrica y elementos auxiliares, a los que se añade información de parcelario catastral, callejero municipal, toponimia y rotulación auxilar, red topográfica municipal y divisiones administrativas.
European Petroleum Survey Group (EPSG)

Cambios urbanos semestrales en el periodo de otoño de 2011 a primavera de 2012.
  El servicio de mapas visible comprende los cambios desde otoño de 2009 hasta primavera de 2020.
  La tipología de los cambios reflejados es la siguiente: nuevo, en construcción, demolición/eliminación, vertidos y similares y modificación/reforma, clasificada a su vez en más detalle como: zona deportiva, zona verde, edificación, vial, movimiento de tierras, vertidos, piscina.
  Para su elaboración se parte de dos imágenes de muy alta resolución y se combina una detección automática de cambios con una depuración mediante fotointerpretación.
European Petroleum Survey Group (EPSG)

Cambios urbanos anuales en el periodo de otoño de 2016 a otoño de 2017.
  El servicio de mapas visible comprende los cambios desde otoño de 2009 hasta primavera de 2020.
  La tipología de los cambios reflejados es la siguiente: nuevo, en construcción, demolición/eliminación, vertidos y similares y modificación/reforma, clasificada a su vez en más detalle como: zona deportiva, zona verde, edificación, vial, movimiento de tierras, vertidos, piscina.
  Para su elaboración se parte de dos imágenes de muy alta resolución y se combina una detección automática de cambios con una depuración mediante fotointerpretación.
European Petroleum Survey Group (EPSG)

Cambios urbanos semestrales en el periodo de primavera de 2014 a otoño de 2014.
  El servicio de mapas visible comprende los cambios desde otoño de 2009 hasta primavera de 2020.
  La tipología de los cambios reflejados es la siguiente: nuevo, en construcción, demolición/eliminación, vertidos y similares y modificación/reforma, clasificada a su vez en más detalle como: zona deportiva, zona verde, edificación, vial, movimiento de tierras, vertidos, piscina.
  Para su elaboración se parte de dos imágenes de muy alta resolución y se combina una detección automática de cambios con una depuración mediante fotointerpretación.
Redes de transporte CyL: Servicio WMS

Servicio Web de visualización de mapas, conforme al estándar WMS-OGC, que recoge el tema de redes de transporte (tema 7, Anexo I de Directiva INSPIRE: TN - Transport Networks).
La especificación del tema de Redes de Transporte se ha organizado en torno a cuatro subtemas: carreteras, ferrocarril, transporte por agua y transporte aéreo, incluyendo también las conexiones entre ellos. Así se pretende crear un marco genérico que permita la representación topográfica, la construcción de redes topológicamente consistentes, la conectividad con el resto de temas de INSPIRE y la posibilidad de asociar otros tipos de información a estos datos (por ejemplo, el límite de velocidad).
La especificación recoge algunos requerimientos para los datos: las redes deben estar interconectadas a través de las fronteras y entre modos de transporte, algunas características topográficas deben estar correctamente recogidas y soportar el vínculo con información sobre flujos de transporte, de forma que habilite los datos para proveer servicios de navegación.
Más información: https://blog-idee.blogspot.com.es/2009/01/redes-de-transporte-en-inspire.html
Campaña: MIOCEAN 2 2018

The goals of this survey are framed within the educational activity of the Faculty of Marine Sciences ULPGC to give the possibility of a complete oceanographic study (Physical , Chemical , Biological and Geological Survey ) in the south and north-east of Gran Canaria students of Degree, Bachelor and Master , the convergence zone between the area and the trail of the island and the presence of permanent rotation south of it. Thus this survey will contribute to a comprehensive training for students in oceanographic study of an oceanic region may   Determine the structure of water bodies, the effects of convergence and divergence to the passage of the Canary Current across the channels between islands, mass transport , and nutrients.   Determine the distribution of chemical species , including oxygen and carbon dioxide system and quantify the transport of CO2 in the atmosphere-ocean study area , the effect of micro and mesoscale phenomena in their distribution.   To characterize the effect of the wake , turns and other mesoscale structures in the distribution of species of phytoplankton and zooplankton.
Campaña: BATHYPELAGIC

The test cruise of the Bathypelagic project (Bathytest) was carried out to the south of Gran Canaria and consisted in two oceanographic stations over 300 and 1000 meters depth in order to test the video camara system installed on the rosette and developed by the University of Las Palmas (Canary Islands). Different tests were performed in order to capture images at different wavelengths to find the best image quality and avoid scapement of organisms as much as possible. Day and night casts were performed. Zooplankton nets deployments (WP-2) were made also during day and nightime.
Campaña: PLATUXA 0503

This campaign, financed entirely by the Spanish administration, is part of the agreement established between the SGPM and the IEORealization of research program in the fisheries as well as the research project funded by the General Secretariat of R & D of the Xunta de Galicia: Identification of commercial products from La Raya through DNA technology, developed in collaboration with the University of Vigo and the Technological Center of the Sea (CETMAR).  Currently there is a moratorium on fishing for the commercial species of the Great Bank of Newfoundland, so the results of this campaign represent a valuable information for the Spanish administration. OBJECTIVES This campaign belongs to the series destined to obtain indices of abundance and to know the structure of the populations of commercial species in the area of ​​Regulation of the NAFO, and in particular in the divisions 3N and 3O.  WORK AREA Mainly worked in the queue of the Great Bank of Newfoundland outside the Exclusive Economic Zone of Canada, in divisions 3O and 3N of the area of ​​regulation of NAFO.
Campaña: PRESTIGE 0403

This third investigation of the spillage of fuel in waters of Galicia and the Cantabrian Sea intended to continue the study of the impact of oil spills. In this edition, the monitoring of the process of recovery of ecosystems and exploited resources involved a study during spring flowering, period of higher production, to quantify the changes in the patterns of distribution and abundance of the communities. This campaign of 'evaluation of the impact of the Prestige discharges on the ecosystem of the platform and its fishing resources in spring time' was attended by researchers from the IEO, SGPM and CSIC. GOALS The general objective was to estimate the impact produced by the Prestige discharge on the demersal and benthic communities present on the continental shelf of Galicia, in soft bottoms between 35 and 500 meters. These communities are subject to considerable fishing exploitation and sustain the economy of numerous coastal towns of Galicia and the Cantabrian Sea. At the same time, geophysical studies were included, aimed at improving the knowledge of the funds of the internal platform, essential for carrying out sampling operations. The study was articulated around the following objectives: WORK AREA A multidisciplinary campaign of 16 days was proposed in the area of ​​the platform between the Ría de Vigo and the mouth of the Bidasoa river. The study was conducted in affected areas of the continental shelf of Galicia and the Cantabrian Sea in funds between 35 and 500 m. To this end, a series of sampling stations arranged in radials and located in five geographical sectors and three depth layers (71-120, 121-200 and 201-500 m) were established, which corresponded to those of the historical series of survey campaigns. of the IEO (following figure). In areas of special interest due to the importance of the discharges, hauls were made at less than 70 m.
Campaña: ARGELIA 0204

The Algerian continental shelf, very narrow and rocky, is not conducive to bottom trawling. Its average length is 6 km, even in certain areas, the 500-meter isobath is 3 miles from the coast. Only in some gulfs in the west of the country (such as Oran), near the Alboran Sea, the platform reaches an extension above average. According to the Algerian Geographic Unit, it is estimated that only 1/3 of the surface is optimal for bottom trawling: 3,500 km2 up to 200 m depth and 7,000 km2 between 200 and 350 m. This limits the availability of demersal species and thus, rg / 1999 / xhtml "> of the total catches of these species (~ 25,000 Tm), about 4,000 (~ 20%) correspond to crustaceans, mainly prawns, which are caught between 200 and 400 m GOALS Determine the abundance and characteristics of the main demersal resources of Algeria. For this, the following partial objectives are proposed: - Know the biological structure of the communities exploited by the trawl fishery on the platform and the upper slope. - Obtain indices of abundance and biomass of the main species, such as mullet, sparids, hake, monkfish, white shrimp, Norway lobster, pink prawn, Moorish prawns, octopus and cuttlefish. - To determine the characteristics of the demographic structure of these species, as well as to know their geographical and bathymetric distribution. - Collect data on the state of maturity, size and weight, and collect biological samples of demersal species for growth and reproduction studies.
Campaña: ANGOLA 1103

Within the framework of cooperation between the Ministry of Agriculture, Fisheries and Food (MAPA) and the Ministry of Fisheries of the Republic of Angola, the campaign to evaluate the main species of crustaceans and other demersal resources of existing fishing interest was undertaken on the platform and slope of the Exclusive Economic Zone of the Republic of Angola. WORK AREA  The investigation was developed in the area of ​​the platform and the slope of the Exclusive Economic Zone of the Republic of Angola between the parallels 5º S and 12º S, from 12 miles from the coast, counted from the baseline, to the Isobot of the 800 meters deep.
ETRS_1989_UTM_Zone_30N

Delimitación que comprende las áreas del ámbito de actuación del Plan de Recuperación del Urogallo Cantábrico. Publicado en el Decreto 52/2014, de 18 de septiembre,por el que se aprueba el Plan de Recuperación del Urogallo Cantábrico (Tetrao urogallus cantabricus).
Campaña: ARGELIA 0303

This campaign to evaluate deep demersal resources on the coasts of Algeria responds to the need to update and expand the studies and evaluations carried out in the 1980s. During this fishing prospecting campaign, 55 catches were made between 200 and 800 meters deep, using bottom trawls. To determine the abundance and properties of the main fishing resources of Algeria, it was necessary to obtain prior knowledge of the characteristics of the seabed on the sampled fishing beaches. Likewise, the precise knowledge of the bathymetry and morphology of the bottom optimized the trawl work and, in short, the achievement of the fishing campaign. GOALS Image of ship's personnel releasing trawl - Bathymetric and morphological recognition of the seabed in the upper slope and the Algerian coast. - Know the biological structure of demersal communities subjected to exploitation in the upper and middle slope of the study area. - Obtain indices of abundance and biomass of the main deep demersal species (hake, monkfish, white prawn, Norway lobster and red shrimp). - Characterize the demographic structure of the main demersal species exploited on the slope, as well as its geographical and bathymetric distribution. - Collect data and collect samples (otoliths) from deep demersal species for growth and reproduction studies. WORK AREA The bathymetric surveys were carried out at night, in such a way that sufficient time was available to elaborate the bathymetric maps and digital terrain models. This allowed the selection of the haul zones and served as an electronic cartography for navigation.
Campaña: PRESTIGE 0103

The oceanographic vessel Vizconde de Eza developed its first research campaign in Galicia as a result of the unfortunate accident and sinking of the Prestige oil tanker. In January of 2003, this project was undertaken to estimate the impact produced by the discharge of hydrocarbon on the demersal communities on the continental shelf of Galicia, in soft bottoms between 90 and 500 m, testing new acoustic methods for the detection of fuel the depths fixed. This multidisciplinary campaign took place over eight days on board the B / O Vizconde de Eza in the area of ​​the continental shelf between the Ría de Muros and La Coruña. The study of the main members of the bottom communities (infauna, epifauna, suprabenths and benthic and demersal macrofauna) was included, for which 20 sampling stations were established located in the three strata of the standardized trawl campaigns (70 - 120, 121 - 200 and 201 - 500 meters).
European Petroleum Survey Group (EPSG)

Cambios urbanos semestrales en el periodo de otoño de 2014 a primavera de 2015.
  El servicio de mapas visible comprende los cambios desde otoño de 2009 hasta primavera de 2020.
  La tipología de los cambios reflejados es la siguiente: nuevo, en construcción, demolición/eliminación, vertidos y similares y modificación/reforma, clasificada a su vez en más detalle como: zona deportiva, zona verde, edificación, vial, movimiento de tierras, vertidos, piscina.
  Para su elaboración se parte de dos imágenes de muy alta resolución y se combina una detección automática de cambios con una depuración mediante fotointerpretación.
European Petroleum Survey Group (EPSG)

Cambios urbanos anuales en el periodo de primavera de 2010 a primavera de 2011.
  El servicio de mapas visible comprende los cambios desde otoño de 2009 hasta primavera de 2020.
  La tipología de los cambios reflejados es la siguiente: nuevo, en construcción, demolición/eliminación, vertidos y similares y modificación/reforma, clasificada a su vez en más detalle como: zona deportiva, zona verde, edificación, vial, movimiento de tierras, vertidos, piscina.
  Para su elaboración se parte de dos imágenes de muy alta resolución y se combina una detección automática de cambios con una depuración mediante fotointerpretación.
European Petroleum Survey Group (EPSG)

Actualización cartográfica generada por la restitución de vuelo fotogramétrico 2010. La información vectorial captada mediante la digitalización sobre la ortofoto se muestra en los siguientes temas representados: edificaciones, construcciones y cerramientos, edificios singulares, parcelario de viario, hidrografía, altimetría, movilidad, medio ambiente, monumentos, red eléctrica y elementos auxiliares, a estos datos se incorpora la información de parcelario catastral, callejero municipal, toponimia y rotulación auxilar, red topográfica municipal, divisiones administrativas y proyectos de obra
Campaña: PELACUS 0318

1. Calibration and testing transducers noise. 2. To estimate the abundance of the main pelagic fish (sardines, anchovies, mackerel, etc.) by the method of echo integration in the northern Spanish coast and map their range.  3. Determine the main biological characteristics of target fish species: age structure and length, length / weight ratio and maturity stage from sampling biological sardine, anchovy, mackerel, horse mackerel, horse mackerel, chub mackerel, blue whiting and hake.  4. Determine the size structure of all fish species caught.  5. Estimate the TS / length ratio of the target species  6. To estimate the relative abundance and mapped the distribution of sardine and anchovy eggs.  7. Characterization of the hydrological conditions of the survey area, especially thermohaline properties of the waters over the continental shelf. Measurement of vertical profiles of temperature, salinity and fluorescence in stations (CTD Casts) and acquisition of continuous sea surface data (ttemperature, salinity and fluorescence).  8. Study of the relationship of oceanographic and meteorological conditions with distribution and abundance of sardine eggs and adults.  9. Determine the distribution patterns of taxonomic diversity and biomass different size classes of plankton (pico-, phyto- and zooplankton) in the study area.  10. Characterize the horizontal and vertical distribution of plankton. Mapping biomass plankton size classes  11. Plankton biomass estimation, fractional and total. Studying the relationship between ichthyoplankton and plankton.  12. Estimate the natural abundance of N15 in sardine, anchovy, mackerel, and krill and myctophids to determine their trophic position.  13. Mapping the abundance of top predators  14. Map the relative abundance of  anthropogenic sea surface microplastic  15. Estimate the strength of recruitment of anchovy and other species in the Cantabrian observed during the JUVENA campaign. 16. Estimate blue whiting biomass in Porcupine Seabight in coordination with the other nations performing the International Blue Whiting Spring Survey (IBWSS).
Campaña: VULCANA II 0318

The main objective of the project "VULcanología CAnaria submariNA, VULCANA", is assess the degree of damage and recovery on the marine ecosystem of the volcano submarine of the island of El Hierro, making it extensible to any other region sensitive to underwater volcanic activity in the archipelago. To do this, he held the monitoring of the physico-chemical, biological and geological properties of the submarine process of the island of El Hierro and other areas of volcanic interest, giving continuity to the first and only time series data of a multidisciplinary monogenetic submarine volcano in Spanish waters. 1 .- Study of the spatio-temporal variability of physical, chemical and biogeochemical. 2. Evaluation of the impact of the eruption process of trophic lower levels. 3. physiographic, morphological and structural characterization of the seabed associated emissions and adjacent offshore areas.
Campaña: CAPESME 0415

They focus on the seabed research of Mediterranean sea (Spain ), both indirect and direct. Carry out a survey of the fishing beaches to later elaborate fishing charts. Systematic bathymetric survey of the study areas with 100% coating (Multi-beam echo sounder EM-300). seismic profiles according to the ship's defeat (Topas 710 system). Performance of sound velocity profiles in the water column. Side sweep sonar in selected areas. Sediment sampling (Shipeck dredges - Box corer). Sampling of Rocky Outcrops (Rock Dredge).
Campaña: CAPESME 1015

They focus on the seabed research of Mediterranean sea (Spain ), both indirect and direct. Carry out a survey of the fishing beaches to later elaborate fishing charts. Systematic bathymetric survey of the study areas with 100% coating (Multi-beam echo sounder EM-300). seismic profiles according to the ship's defeat (Topas 710 system). Performance of sound velocity profiles in the water column. Side sweep sonar in selected areas. Sediment sampling (Shipeck dredges - Box corer). Sampling of Rocky Outcrops (Rock Dredge).
Campaña: CAPESME 1114

They focus on the seabed research of Mediterranean sea (Spain ), both indirect and direct. Carry out a survey of the fishing beaches to later elaborate fishing charts. Systematic bathymetric survey of the study areas with 100% coating (Multi-beam echo sounder EM-300). seismic profiles according to the ship's defeat (Topas 710 system). Performance of sound velocity profiles in the water column. Side sweep sonar in selected areas. Sediment sampling (Shipeck dredges - Box corer). Sampling of Rocky Outcrops (Rock Dredge).