Black Sea Biological Diversity Romania.
Дата
Название журнала
ISSN журнала
Название тома
Издатель
PANGAEA
Аннотация
The Poluare 1982-1983 dataset contains zooplankton data collected allong 7 transect in front of the Romanian littoral. Zooplankton sampling was undertaken at 14 stations where samples were collected using a Juday closing net in the 0-2m layer . The dataset includes samples analysed for mesozooplankton species composition and abundance. Sampling volume was estimated by multiplying the mouth area with the wire length. Total biomass was estimated using a tabel with wet weight for each species an stage. Taxon-specific mesozooplankton abundance was counted under the microscope.
Описание
Ключевые слова
Acartia clausi, c1, Acartia clausi, c2, Acartia clausi, c3, Acartia clausi, c4, Acartia clausi, c5, Acartia clausi, female, Acartia clausi, male, Acartia clausi, nauplii, Anomalocera patersoni, female, Bivalvia, larvae, Black Sea, Bosmina longirostris, Brachionus sp., Calanipeda aquaedulcis, c2, Calanipeda aquaedulcis, c3, Calanipeda aquaedulcis, c4, Calanipeda aquaedulcis, female, Calanipeda aquaedulcis, juvenile, Calanipeda aquaedulcis, male, Calanus euxinus, c4, Calanus euxinus, c5, Calanus euxinus, nauplii, Centropages ponticus, c3, Centropages ponticus, c5, Centropages ponticus, female, Centropages ponticus, male, Centropages ponticus, nauplii, Cirripedia, cypris, Cirripedia, nauplii, Computed/Converted, Counting, Coxliella helix, Ctenophora, biomass, Cyclops sp., juvenile, Cyclops vicinus, female, Cyclops vicinus, juvenile, Cyclops vicinus, male, Daphnia longispina, Date/Time of event, Decapoda, larvae, DEPTH, water, Estimated, Gastropoda, larvae, Harpacticoida, Helicostomella subulata, JUDAY, Juday net, Mesozooplankton, Mesozooplankton, biomass, wet mass, Metacylis mediterranea, Noctiluca, biomass, Noctiluca scintillans, Oikopleura dioica, Oithona nana, female, Oithona nana, juvenile, Oithona nana, male, Oithona nana, nauplii, Oithona similis, female, Oithona similis, juvenile, Paracalanus parvus, c2, Paracalanus parvus, c3, Paracalanus parvus, c4, Paracalanus parvus, c5, Paracalanus parvus, female, Paracalanus parvus, male, Paracalanus parvus, nauplii, Penilia avirostris, Pleopis polyphemoides, Pleurobrachia pileus, Pol_Apr_82_CN1, Pol_Apr_82_CN2, Pol_Apr_82_CO1, Pol_Apr_82_CO2, Pol_Apr_82_CS1, Pol_Apr_82_CS2, Pol_Apr_82_ES1, Pol_Apr_82_ES2, Pol_Apr_82_MG1, Pol_Apr_82_MG2, Pol_Apr_82_NO1, Pol_Apr_82_NO2, Pol_Apr_82_VV1, Pol_Apr_82_VV2, Pol_Apr_83_CN2, Pol_Apr_83_CO1, Pol_Apr_83_CO2, Pol_Apr_83_CS1, Pol_Apr_83_CS2, Pol_Apr_83_ES1, Pol_Apr_83_ES2, Pol_Apr_83_MG1, Pol_Apr_83_MG2, Pol_Apr_83_NO1, Pol_Apr_83_NO2, Pol_Apr_83_VV1, Pol_Apr_83_VV2, Pol_Aug_82_CN1, Pol_Aug_82_CN2, Pol_Aug_82_CO1, Pol_Aug_82_CO2, Pol_Aug_82_CS1, Pol_Aug_82_CS2, Pol_Aug_82_ES1, Pol_Aug_82_ES2, Pol_Aug_82_MG1, Pol_Aug_82_MG2, Pol_Aug_82_NO1, Pol_Aug_82_NO2, Pol_Aug_82_VV1, Pol_Aug_82_VV2, Pol_Aug_83_CN1, Pol_Aug_83_CN2, Pol_Aug_83_CO1, Pol_Aug_83_CO2, Pol_Aug_83_CS1, Pol_Aug_83_CS2, Pol_Aug_83_ES1, Pol_Aug_83_ES2, Pol_Aug_83_MG1, Pol_Aug_83_MG2, Pol_Aug_83_NO1, Pol_Aug_83_NO2, Pol_Feb_83_CN1, Pol_Feb_83_CN2, Pol_Feb_83_CS1, Pol_Feb_83_CS2, Pol_Feb_83_ES1, Pol_Feb_83_ES2, Pol_Feb_83_NO1, Pol_Feb_83_NO2, Pol_Jul_82_CN1, Pol_Jul_82_CO1, Pol_Jul_82_CO2, Pol_Jul_82_CS1, Pol_Jul_82_CS2, Pol_Jul_82_ES1, Pol_Jul_82_ES2, Pol_Jul_82_MG1, Pol_Jul_82_MG2, Pol_Jul_82_NO1, Pol_Jul_82_VV1, Pol_Jul_82_VV2, Pol_Jul_83_CN1, Pol_Jul_83_CN2, Pol_Jul_83_CO1, Pol_Jul_83_CO2, Pol_Jul_83_CS1, Pol_Jul_83_CS2, Pol_Jul_83_ES1, Pol_Jul_83_ES2, Pol_Jul_83_MG1, Pol_Jul_83_MG2, Pol_Jul_83_NO1, Pol_Jul_83_NO2, Pol_Jul_83_VV1, Pol_Jul_83_VV2, Pol_Jun_82_CO1, Pol_Jun_82_CO2, Pol_Jun_82_CS1, Pol_Jun_82_CS2, Pol_Jun_82_ES1, Pol_Jun_82_ES2, Pol_Jun_82_MG1, Pol_Jun_82_MG2, Pol_Jun_82_NO1, Pol_Jun_82_NO2, Pol_Jun_82_VV2, Pol_Jun_83_CN1, Pol_Jun_83_CN2, Pol_Jun_83_CO1, Pol_Jun_83_CO2, Pol_Jun_83_CS1, Pol_Jun_83_CS2, Pol_Jun_83_ES1, Pol_Jun_83_ES2, Pol_Jun_83_MG1, Pol_Jun_83_MG2, Pol_Jun_83_NO1, Pol_Jun_83_NO2, Pol_Jun_83_VV1, Pol_Jun_83_VV2, Pol_May_82_CN1, Pol_May_82_CN2, Pol_May_82_CO1, Pol_May_82_CO2, Pol_May_82_CS2, Pol_May_82_ES1, Pol_May_82_ES2, Pol_May_82_NO1, Pol_May_82_NO2, Pol_May_83_CN2, Pol_May_83_CO1, Pol_May_83_CS1, Pol_May_83_CS2, Pol_May_83_ES1, Pol_May_83_ES2, Pol_May_83_MG1, Pol_May_83_MG2, Pol_May_83_NO1, Pol_May_83_NO2, Pol_May_83_VV1, Pol_May_83_VV2, Pol_Oct_83_CN1, Pol_Oct_83_CN2, Pol_Oct_83_CO1, Pol_Oct_83_CO2, Pol_Oct_83_CS1, Pol_Oct_83_CS2, Pol_Oct_83_ES1, Pol_Oct_83_ES2, Pol_Oct_83_MG1, Pol_Oct_83_MG2, Pol_Oct_83_NO1, Pol_Oct_83_NO2, Pol_Oct_83_VV1, Pol_Oct_83_VV2, Poluare1982-83, Polychaeta, larvae, Pontella mediterranea, nauplii, Pseudocalanus elongatus, c3, Pseudocalanus elongatus, c4, Pseudocalanus elongatus, c5, Pseudocalanus elongatus, female, Pseudocalanus elongatus, male, Pseudocalanus elongatus, nauplii, Rotifera, Rotifera, biomass, Sagitta setosa, Sample comment, Sample volume, SESAME, Southern European Seas: Assessing and Modelling Ecosystem Changes, Station_C01, Station_C02, Station_CN1, Station_CN2, Station_CS1, Station_CS2, Station_ES1, Station_ES2, Station_MG1, Station_MG2, Station_N01, Station_N02, Station_VV1, Station_VV2, Steaua de Mare, Synchaeta littoralis, Tintinnopsis beroidea, Tintinnopsis campanula, Tintinnopsis cylindrica, Zooplankton, fodder, biomass
Цитирование
Petranu, Adriana (1997): Black Sea Biological Diversity Romania. U.N. Publications, New York, 314 pp