AndreaBozzo/ceres-open-data-index huggingface dataset:
Campaña: PATAGONIA 0209

The main objective of the project ATLANTIS is the study of fishing activities and marine resources of commercial interest in the FAO statistical subareas 41.3.1 and 41.3.2, within an ecosystem approach, paying particular attention to interactions between fishing activities and Vulnerable Marine Ecosystems, mainly on the High Seas of the SW Atlantic. From 1988 the IEO scientific observers onboard programme, gives commercial, biological, oceanographic and physical data (bathymetry, surface and sea bed temperatures, etc). A series of research cruises were carried out from 2007, on board the R/V Miguel Oliver, with the main objective of said research cruises was the quantitative, qualitative and geographical study and identification of the Vulnerable Marine Ecosystems and of the vulnerable organisms in the taxonomic groups who could live in the study area, including the proposal of marine areas to be protected, to allow sustainable exploitation of fishing resources without endangering the Vulnerable Marine Ecosystems. During the research cruises undertaken, from the surface to 1,500 m, in the south western Atlantic waters between 42ºS and 48ºS, a variety of data was obtained from the fieldwork on geology, geomorphology, benthos, fisheries and physical oceanography. The results include: a detailed cartographic and bathymetric study of the area, a description of the geological substratum and of the benthic features, an analysis of the abundance and distribution of the species of largest commercial fishing interest, a footprint analysis of the fishery, an identification and a description of the Vulnerable Marine Ecosystems. The research undertaken and its main findings led to the delineating of several areas to be protected, with a total area of 41,000 km2, according to presence of organisms classified as vulnerable.
Campaña: ATLANTIS 2009

The main objective of the project ATLANTIS is the study of fishing activities and marine resources of commercial interest in the FAO statistical subareas 41.3.1 and 41.3.2, within an ecosystem approach, paying particular attention to interactions between fishing activities and Vulnerable Marine Ecosystems, mainly on the High Seas of the SW Atlantic. From 1988 the IEO scientific observers onboard programme, gives commercial, biological, oceanographic and physical data (bathymetry, surface and sea bed temperatures, etc). A series of research cruises were carried out from 2007, on board the R/V Miguel Oliver, with the main objective of said research cruises was the quantitative, qualitative and geographical study and identification of the Vulnerable Marine Ecosystems and of the vulnerable organisms in the taxonomic groups who could live in the study area, including the proposal of marine areas to be protected, to allow sustainable exploitation of fishing resources without endangering the Vulnerable Marine Ecosystems. During the research cruises undertaken, from the surface to 1,500 m, in the south western Atlantic waters between 42ºS and 48ºS, a variety of data was obtained from the fieldwork on geology, geomorphology, benthos, fisheries and physical oceanography. The results include: a detailed cartographic and bathymetric study of the area, a description of the geological substratum and of the benthic features, an analysis of the abundance and distribution of the species of largest commercial fishing interest, a footprint analysis of the fishery, an identification and a description of the Vulnerable Marine Ecosystems. The research undertaken and its main findings led to the delineating of several areas to be protected, with a total area of 41,000 km2, according to presence of organisms classified as vulnerable.
Campaña: PATAGONIA 0210

The main objective of the project ATLANTIS is the study of fishing activities and marine resources of commercial interest in the FAO statistical subareas 41.3.1 and 41.3.2, within an ecosystem approach, paying particular attention to interactions between fishing activities and Vulnerable Marine Ecosystems, mainly on the High Seas of the SW Atlantic. From 1988 the IEO scientific observers onboard programme, gives commercial, biological, oceanographic and physical data (bathymetry, surface and sea bed temperatures, etc). A series of research cruises were carried out from 2007, on board the R/V Miguel Oliver, with the main objective of said research cruises was the quantitative, qualitative and geographical study and identification of the Vulnerable Marine Ecosystems and of the vulnerable organisms in the taxonomic groups who could live in the study area, including the proposal of marine areas to be protected, to allow sustainable exploitation of fishing resources without endangering the Vulnerable Marine Ecosystems. During the research cruises undertaken, from the surface to 1,500 m, in the south western Atlantic waters between 42ºS and 48ºS, a variety of data was obtained from the fieldwork on geology, geomorphology, benthos, fisheries and physical oceanography. The results include: a detailed cartographic and bathymetric study of the area, a description of the geological substratum and of the benthic features, an analysis of the abundance and distribution of the species of largest commercial fishing interest, a footprint analysis of the fishery, an identification and a description of the Vulnerable Marine Ecosystems. The research undertaken and its main findings led to the delineating of several areas to be protected, with a total area of 41,000 km2, according to presence of organisms classified as vulnerable.
Campaña: PATAGONIA 0208

The main objective of the project ATLANTIS is the study of fishing activities and marine resources of commercial interest in the FAO statistical subareas 41.3.1 and 41.3.2, within an ecosystem approach, paying particular attention to interactions between fishing activities and Vulnerable Marine Ecosystems, mainly on the High Seas of the SW Atlantic. From 1988 the IEO scientific observers onboard programme, gives commercial, biological, oceanographic and physical data (bathymetry, surface and sea bed temperatures, etc). A series of research cruises were carried out from 2007, on board the R/V Miguel Oliver, with the main objective of said research cruises was the quantitative, qualitative and geographical study and identification of the Vulnerable Marine Ecosystems and of the vulnerable organisms in the taxonomic groups who could live in the study area, including the proposal of marine areas to be protected, to allow sustainable exploitation of fishing resources without endangering the Vulnerable Marine Ecosystems. During the research cruises undertaken, from the surface to 1,500 m, in the south western Atlantic waters between 42ºS and 48ºS, a variety of data was obtained from the fieldwork on geology, geomorphology, benthos, fisheries and physical oceanography. The results include: a detailed cartographic and bathymetric study of the area, a description of the geological substratum and of the benthic features, an analysis of the abundance and distribution of the species of largest commercial fishing interest, a footprint analysis of the fishery, an identification and a description of the Vulnerable Marine Ecosystems. The research undertaken and its main findings led to the delineating of several areas to be protected, with a total area of 41,000 km2, according to presence of organisms classified as vulnerable.
Campaña: ATLANTIS 2010

The main objective of the project ATLANTIS is the study of fishing activities and marine resources of commercial interest in the FAO statistical subareas 41.3.1 and 41.3.2, within an ecosystem approach, paying particular attention to interactions between fishing activities and Vulnerable Marine Ecosystems, mainly on the High Seas of the SW Atlantic. From 1988 the IEO scientific observers onboard programme, gives commercial, biological, oceanographic and physical data (bathymetry, surface and sea bed temperatures, etc). A series of research cruises were carried out from 2007, on board the R/V Miguel Oliver, with the main objective of said research cruises was the quantitative, qualitative and geographical study and identification of the Vulnerable Marine Ecosystems and of the vulnerable organisms in the taxonomic groups who could live in the study area, including the proposal of marine areas to be protected, to allow sustainable exploitation of fishing resources without endangering the Vulnerable Marine Ecosystems. During the research cruises undertaken, from the surface to 1,500 m, in the south western Atlantic waters between 42ºS and 48ºS, a variety of data was obtained from the fieldwork on geology, geomorphology, benthos, fisheries and physical oceanography. The results include: a detailed cartographic and bathymetric study of the area, a description of the geological substratum and of the benthic features, an analysis of the abundance and distribution of the species of largest commercial fishing interest, a footprint analysis of the fishery, an identification and a description of the Vulnerable Marine Ecosystems. The research undertaken and its main findings led to the delineating of several areas to be protected, with a total area of 41,000 km2, according to presence of organisms classified as vulnerable.
Recintos Citrícolas SIGPAC 2008

Cartografía digital compuesta por los recintos citrícolas o subrecintos SIGPAC 2008 correspondientes a las siguientes especies de cítricos:
-Naranjos amargos, naranjos, mandarinos, limoneros y pomelos plantados antes de Septiembre de 2006.
-Mezcla de cítricos sin especificar: naranjos, limoneros, pomelos y mandarinos plantados antes de Septiembre del 2006 (sin determinación de la especie).
Cartografía de invernaderos detectados en las provincias de Sevilla y Cádiz. Campaña 2013

Cobertura vectorial de  invernaderos en los términos de Chipiona, Sanlúcar de Barrameda, Medina-Sidonia, Conil de la Frontera, Jerez de la Frontera, Arcos de la Frontera y Rota (Cádiz ),  Los Palacios y Villafranca, Lebrija, Las Cabezas de San Juan, Aznalcázar, Alcalá de Guadaira, Utrera y El Cuervo (Sevilla). Campaña 2013.
Campaña: GASBATS-TOPOMED

The scientific goal of the cruise is to improve our knowledge of the geodynamic evolution of the Gibraltar Arc System (GAS) from improving the existing dataset in particular margin segments of the westernmost Mediterranean. Particularly, the Miocene to Holocene tectonic evolution of the shallow crust, as determined by its deformation pattern, tectonic partitioning and kinematics, neotectonics and active tectonics. The survey was conducted in three different crustal scenarios:  1) a relatively thinned continental crust at the Palomares and Cartagena margins; 2)  an anomalous or oceanic crust  at the ocean-continent boundary located at the foot of theses margins, and to the east of the Alboran Basin;  and 3) a highly fractured and sismogenic continental crust at the Alboran southern margin (Morocco Margin). The survey consisted in acquiring multichannel seismic profiles and concurrent, multibeam bathymetry, and magnetometer and gravimeter records.
Campaña: ESMAREC 0514

The overall purpose in the planned ESMAREC 0514 survey is the study of the structure and dynamics of complex deep ecosystems systems of the Le Danois (El Cachucho) bank. In this sense include activities to:   - Geomorphological study of certain priority areas by multibeam mapping.   - Estimation of the spatial distribution of hard bottom habitats and environmental features, with special priority by the classified 1170-reefs. - Estimating the abundance and spatial distribution of epibenthic communities on rocky habitats and cold water coral reefs. - Dynamics associated with tidal currents and shorter to interact with points of abrupt topography frequencies.
Campaña: UIB 0415

Prácticas dirigidas a los alumnos de las asignaturas Ecología Acuática y Biología Marina de la UIB, con el objetivo de trabajar in situ las principales técnicas oceanográficas para la adquisición de información de la columna de agua y la obtención de muestras de agua y organismos del plancton y del bentos,visualización del fondo marino con ROV.
Campaña: BOCATS

Recientes evaluaciones de la absorción de CO2 en el Atlántico Norte mostraron que el componente natural del ciclo del carbono se ha visto afectado por la variabilidad de la circulación termohalina (MOC). La primera meta del proyecto BOCATS es extender las series temporales del  MOC y la observación de la ventilación de las masas agua para una mejor cuantificación de su efecto sobre las variaciones en el ciclo del carbono en el Atlántico Norte en escalas de tiempo de décadas. La estimación de esta variabilidad es esencial para evaluar los futuros escenarios de cambio climático. La segunda meta de BOCATS es cuantificar el efecto del presente aumento de CO2 atmosférico en la producción y disolución de CaCO3. La hipótesis universalmente aceptada del ciclo de CaCO3 en estado estacionario ha sido puesta en duda debido a la acidificación observada en aguas profundas del Atlántico Norte y a su impacto potencialmente negativo sobre los organismos calcáreos. Los objetivos del proyecto BOCATS se abordan en dos actividades principales: i) Mantener el experimento de observación decenal de la circulacion y el ciclo de carbono con la novena realización de la sección hidrografía/geoquímica A25 entre Portugal y Groenlandia que se inició en 1997, ii) La evaluación en el giro subpolar de la variabilidad del ciclo del carbono, separando sus componentes natural y antropogénica, e incluyendo la materia orgánica, sedimentos y otros elementos biogénicos. La principal contribución observacional de BOCATS será un crucero a realizar en junio y julio de 2016. Las observaciones de alta calidad previstas en el giro subpolar contribuirán a la detección temprana de la alteración del ciclo del carbono y permitirán la estimación precisa de las tasas de almacenamiento de CO2 y de acidificación, relacionando estos cambios con la variabilidad de la MOC.
Flora CyL: potencialidad termopluviométrica de especies forestales

Flora CyL: potencialidad termopluviométrica de especies forestales
Mapas de zonas potencialmente aptas en la Comunidad de Castilla y León para la repoblación e implantación de especies forestales en base a criterios termopluviométricos.
Cartografía que indica la probabilidad de cumplir en un determinado territorio con los requisitos termopluviométricos para la implantación de la especie.
Aparecen referidas las especies: castaño (Castanea sativa), cerezo (Prunus avium), fresno (Fraxinus excelsior), nogal (Juglans regia) y serbal (Sorbus domestica).

Mas información: https://www.tramitacastillayleon.jcyl.es/web/jcyl/AdministracionElectronica/es/Plantilla100Detalle/1251181050732/Ayuda012/1285363554758/Propuesta
Entornos de protección de los Árboles Singulares de Aragón

Entornos de protección de los árboles y arboledas singulares de Aragón incluidos en el Catálogo de árboles y arboledas singulares de Aragón regulado por el Decreto 27/2015, de 24 de febrero, del Gobierno de Aragón (BOA 43 de 4 de marzo de 2015)
Campaña: PELACUS 0315

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, 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.
Campaña: RADPROF 0815

The scientific objectives of the cruise include the characterization of thermohaline fields, hydrodynamics, biogeochemistry and complementary biological measuremens in Atlantic Galician waters in a transect westwards from Finisterre surpassing the Galician Bank to the interior of the Iberian Basin, covering the entire water column to about 5,000 m deep. The cruise is part of a series that begun in 2003
Campaña: SCAPA 0215

SCAPA will investigate the structural and dynamic attributes of the planktonic system in the Cantabrian Sea. This scientific objective will be in turn the base for a critical testing of the plankton indicators proposed by the Marine Strategy Framework Directive (MSFD) and for the development of new alternatives if necessary. SCAPA will carry out a crossed comparative approach enclosing the main modes of plankton variability; i.e. shelf, slope and oceanic waters with vertical resolution at seasonal and circadian time scales. It will study all planktonic components, from viruses to macrozooplankton at several organization levels (species, functional groups and trophic level), including also non-living organic matter derived from their activity (i.e. dissolved organic matter, aggregates and phaecal pellets). It will quantify production and biomass ratios across these organization levels and organic matter pools, specifically measure bacterial and primary production and downward fluxes (vertical migration and sediment traps) to diagnose food web structure and trophic pathways. SCAPA will focus on several aspects currently identified to present a deficit of information: seasonal variability in the oceanic domain (critical to implement indicators), the role of macroplankton (mainly at slope and oceanic domains) and microphagous gelatinous zooplankton, add on scarcely studied plankton vertical migration and quantification and quality of sinking biogenic material. The methodological approach takes advantage of the ongoing monitoring program RADIALES and will increase sampling effort to resolve vertical and circadian resolution at four times during the seasonal cycle. It includes a series of methodologies and techniques (e.g. flow cytometry, HPLC, plankton image analysis and automated classification) that are particularly efficient in sample time processing; a critical aspect for implementing plankton indicators, which have to be obtained by robust methodologies with reasonable costs and at operational temporal scales. SCAPA approaches the societal challenge of an ecosystem-based marine management, explicit in the European MSFD. Management actions related with the marine environment (e.g.: Fisheries) require implementing a series of indicators that resume the main structural and dynamic attributes of the plankton system. The latter is challenged, however, by the high complexity of the structure and dynamics of this system. Resolving this complexity is the main scientific objective of SCAPA. The development of indicators in marine ecology is in its founding state, although recently fostered by the MSFD.
Recintos SIGPAC 2016

Geometrías que delimitan cada uno de los recintos con la información alfanumérica asociada. Se define el recinto, según el Real Decreto 1077/2014, de 19 de diciembre, por el que se regula el SIGPAC, como una superficie continua de terreno, delimitada geográficamente, dentro de una parcela, con un uso único de los definidos en el anexo II (de este Real Decreto), y con una referencia alfanumérica única. El recinto es la parcela de referencia definida en el apartado 25 del artículo 2 del Reglamento Delegado (UE) nº 640/2014 de la Comisión, de 11 de marzo de 2014.
Mapa de Susceptibilidad de Riesgo por Inundaciones Esporádicas

El Geodato Mapa de Susceptibilidad de Riesgo por Inundaciones se engloba dentro del proyecto de “Elaboración de mapas de susceptibilidad de movimientos de ladera, colapsos, vientos fuertes e inundaciones esporádicas en Aragón”. Contiene información acerca de la zonificación en función del Riesgo por inundaciones esporádicas del territorio de la C.A. de Aragón, así como de la  vulnerabilidad de cada zona frente  a dicho riesgo. Establece una categorización del territorio en 3 niveles de riesgo (alto, medio y bajo).
Mapa de Susceptibilidad de Riesgo por Vientos Fuertes

El Geodato Mapa de Susceptibilidad de Riesgo por Vientos Fuertes se engloba dentro del proyecto de “Elaboración de mapas de susceptibilidad de movimientos de ladera, colapsos, vientos fuertes e inundaciones esporádicas en Aragón”. Contiene información acerca de la zonificación en función del riesgo por vientos fuertes en el territorio de la C.A. de Aragón, así como de la  vulnerabilidad de cada zona frente  a dicho riesgo. Establece una categorización del territorio en 5 niveles de riesgo (muy alto, alto, medio, bajo y muy bajo) en función de la velocidad de la racha del viento.
Zonas de Protección de Alimentación de Especies Necrófagas

Las Zonas de Protección para la Alimentación de Especies Necrófagas (ZPAEN) de Interés Comunitario en Aragón son zonas delimitadas por el Departamento competente en materia de conservación de la biodiversidad atendiendo a los criterios establecidos en el artículo 5 del Real Decreto 1632/2011, de 14 de noviembre, en las cuales podrá autorizarse la alimentación de las citadas especies fuera de los comederos regulados por el Decreto 102/2009, de 26 de mayo, empleando cuerpos enteros o partes de animales muertos que contengan material especificado de riesgo procedentes de explotaciones agrarias extensivas, siempre de acuerdo con el procedimiento y condiciones fijados en los artículos 3 y 4 del decreto -Decreto 170/2013, de 22 de octubre, del Gobierno de Aragón-
Zonas de protección para la avifauna en virtud del Real Decreto 1432/2008

Zonas de protección en aplicación del Real Decreto 1432/2008, de 29 de agosto, por el que se establecen medidas para la protección de la avifauna contra la colisión y la electrocución en líneas eléctricas de alta tensión.
Enlace al Real Decreto 1432/2008:
https://www.boe.es/boe/dias/2008/09/13/pdfs/A37481-37486.pdf
Enlace a la Redolución del Gobierno de Aragón por el que se delimitan las áreas:
http://www.boa.aragon.es/cgi-bin/EBOA/BRSCGI?CMD=VEROBJ&MLKOB=542155440606
Mapa de Susceptibilidad de Riesgo por Colapsos

El Geodato Mapa de Susceptibilidad de Riesgo por Colapsos se engloba dentro del proyecto de “Elaboración de mapas de susceptibilidad de movimientos de ladera, colapsos, vientos fuertes e inundaciones esporádicas en Aragón”. Contiene información acerca de la zonificación en función del riesgo de ocurrencia del fenómeno Dolina en el territorio de la C.A. de Aragón. Establece una categorización del territorio en 5 niveles de riesgo (muy alto, alto, medio, bajo y muy bajo) en función de la ocurrencia del mencionado fenómeno, que se ha establecido en función de la litología presente en cada una de las zonas del territorio analizado (estableciéndose tres grandes grupos: yesos, calizas y resto de sustratos) y del comportamiento de estos sustratos respecto a la fracturación, porosidad e impermeabilidad.