BUSCADOR RECOLECTA

Dades d'ús de prèstec del CRAI de la UB de l'any 1998. Inclou en format csv les dades mensuals i el recull anual. Dades desglossades per: tipus d'operació, tipus de lector, per tipus de material i per llengua.

ESEPAC-1 Cruise (29HE19990106) carried out on the Research Vessel Hespérides in 1999, Experimental Stimulation of Coastal Antarctic Production. The objective of the ESEPACcampaign is to recognize the factors that limit Antarctic plankton production in order to predict changes in carbon fluxes associated with changes in Antarctic plankton production. The achievement of this objective will be carried out through: 1) Experimental verification of the processes that regulate the production of plankton, through large-scale manipulation experiments in mesocosms (large incubation bags, 30000-50000 liters). 2) The comparison of the experimentally obtained predictions with observations of the planktonic dynamics in Antarctic waters of contrasting areas, by means of oceanographic sampling in diverse zones of the Antarctic Peninsula.

MAGIA Cruise (29HE19990124) carried out on the Research Vessel Hespérides in 1999, The present project is a contribution to the detailed knowledge of the sedimentary architecture and the stratigraphy of the continental margin and the northern basin of the Antarctic Peninsula, with special interest in the study of the contribution of the processes of glacial origin in its development, as of the most recent sedimentary processes in the whole of the continental margin, in order to carry out a paleoenvironmental reconstruction at least during the last 20,000 years

ZEE-1999 Cruise (29HE19990516) carried out on the Research Vessel Hespérides in 1999, Exclusive Economic Zone Cruise 1999. Hydrographic-Oceanographic research plan of the Spanish Exclusive Economic Zone

FAX Cruise (29HE19990801) carried out on the Research Vessel Hespérides in 1999, Filament and Fluxes (CANIGO). The campaign was carried out in Canarian waters, the main objective was the estimation of the flows of heat, water, salts nutrient and organic material in a filament of the upwelling of Northwest Africa, and to determine the effect of this transport towards oligotrophic waters on the metabolic balance of carbon in the planktonic communities of the Canary region. The specific objectives of the campaign were: 1) Determine the variability and bidimensional structure of the surface fields of temperature, heat of the ocean, nutrients, inorganic carbon and currents, in relation to the filament, during the study period. 2) Determine the three-dimensional structure and field of currents in the upper 300 m of the filament, in order to determine the origin and dynamics of the filament waters. 3) Determine the flow of particulate and dissolved organic matter exported by the filaments from the upwelling to the oceanic waters. 4) Determine the spatial variability of phytoplanktonic phytosynthetic parameters, pigment concentrations and spectral quality of light in the filament region, to allow the development of primary production models on a regional scale. 5) Determine the metabolic balance of microbial communities (community production and respiration) in the transition zone from eutrophic waters to oligotrophic open waters. 6) Observe the langranian displacement field of a body of water along the "jet" of the filament, by means of drifting Argos buoys. 7) Study the evolution of the stratification, vertical shear, concentration of nutrients, productivity and bio-optical parameters in the upper 200 m of the water column, near a drifting buoy that runs along the "jet" of the filament

MATER-3_LEG1 Cruise (29HE19990906) carried out on the Research Vessel Hespérides in 1999, Mass Transfer and Ecosystem Response. Mass Transfer and Ecosystem Response. Through extensive experimental work and physical and ecological modeling, MATER addresses the comprehensive study of the Mediterranean with the following global objectives: 1) Study and quantify the processes that trigger and control the transference of mass and energy between the various compartments of the Mediterranean system , and in different environments. 2) Evaluate the temporal and spatial scales of the phenomena in certain structures and regions of the Mediterranean. 3) Investigate the response of the ecosystem to these transfers and their evolution over time

MATER-3_LEG2 Cruise (29HE19990914) carried out on the Research Vessel Hespérides in 1999, Mass Transfer and Ecosystem Response. Mass Transfer and Ecosystem Response. Through extensive experimental work and physical and ecological modeling, MATER addresses the comprehensive study of the Mediterranean with the following global objectives: 1) Study and quantify the processes that trigger and control the transference of mass and energy between the various compartments of the Mediterranean system , and in different environments. 2) Evaluate the temporal and spatial scales of the phenomena in certain structures and regions of the Mediterranean. 3) Investigate the response of the ecosystem to these transfers and their evolution over time

MATER-3_LEG3 Cruise (29HE19990926) carried out on the Research Vessel Hespérides in 1999, Mass Transfer and Ecosystem Response. Through extensive experimental work and physical and ecological modeling, MATER addresses the comprehensive study of the Mediterranean with the following global objectives: 1) Study and quantify the processes that trigger and control the transference of mass and energy between the various compartments of the Mediterranean system , and in different environments. 2) Evaluate the temporal and spatial scales of the phenomena in certain structures and regions of the Mediterranean. 3) Investigate the response of the ecosystem to these transfers and their evolution over time

LATITUD-III Cruise (29HE19991101) carried out on the Research Vessel Hespérides in 1999, Latitudinal patterns in regulation of the oceanic plankton production. Latitudinal patterns in regulation of the oceanic plankton production . The objective of the campaign is to study the variation of growth and mortality of the photosynthetic plankton cells throughout the different oceanographic zones of the Central Atlantic, with special interest in tropical gyres (or oceanic deserts) where the conditions are extreme for these organisms. During the study, techniques will be applied for the first time to identify necrotic and apoptopic cells (the two described processes of cell death) in marine phytoplankton, processes that have only been observed in the laboratory. The cell death of photosynthetic plankton is a process unknown until recently, which has important consequences for the oceanic carbon cycle

DECVOL Cruise (29HE19991203) carried out on the Research Vessel Hespérides in 1999, A seismic network was deployed along the interior coast of Deception Island in order to establish a rapid assessment of the level of seismic activity on the island. This objective is focused on observing and checking if the seismic crisis that occurred during the months of January and February of 1999 was still present