Abundance and biomass of zooplankton collected from 1981 to 1982 in front of the Romanian Danube Delta
Petranu, Adriana; Moldoveanu, Mariana
Petranu, Adriana; Moldoveanu, Mariana (2015): Abundance and biomass of zooplankton collected from 1981 to 1982 in front of the Romanian Danube Delta [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.849097

Pla_Aug_81_HA1 (HA1)
Event: Pla_Aug_81_HA1 (HA1)
LOCATION: Black Sea
CAMPAIGN: Platforma81-82
BASIS: Steaua de Mare
METHOD/DEVICE: Juday net (JUDAY)
COMMENT: Juday net: Vertical tows of a Juday closing net, with mouth area 0.1 m**2, mesh size 150µm. Tows were performed at at standard layers from 0-10 and 10-25m or 25-50m (depending on the water depth). Towing speed: 1m/s. Samples were preserved by a 4% formaldehyde sea water buffered solution. Sampling volume was estimated by multiplying the mouth area with the wire length.

Pla_Aug_81_HA2 (HA2)
Event: Pla_Aug_81_HA2 (HA2)
LOCATION: Black Sea
CAMPAIGN: Platforma81-82
BASIS: Steaua de Mare
METHOD/DEVICE: Juday net (JUDAY)
COMMENT: Juday net: Vertical tows of a Juday closing net, with mouth area 0.1 m**2, mesh size 150µm. Tows were performed at at standard layers from 0-10 and 10-25m or 25-50m (depending on the water depth). Towing speed: 1m/s. Samples were preserved by a 4% formaldehyde sea water buffered solution. Sampling volume was estimated by multiplying the mouth area with the wire length.

Pla_Aug_81_HA3 (HA3)
Event: Pla_Aug_81_HA3 (HA3)
LOCATION: Black Sea
CAMPAIGN: Platforma81-82
BASIS: Steaua de Mare
METHOD/DEVICE: Juday net (JUDAY)
COMMENT: Juday net: Vertical tows of a Juday closing net, with mouth area 0.1 m**2, mesh size 150µm. Tows were performed at at standard layers from 0-10 and 10-25m or 25-50m (depending on the water depth). Towing speed: 1m/s. Samples were preserved by a 4% formaldehyde sea water buffered solution. Sampling volume was estimated by multiplying the mouth area with the wire length.

Pla_Aug_81_HB1 (HB1)
Event: Pla_Aug_81_HB1 (HB1)

Pla_Aug_81_HB2 (HB2)
Event: Pla_Aug_81_HB2 (HB2)

Pla_Aug_81_HB3 (HB3)
Event: Pla_Aug_81_HB3 (HB3)

Pla_Aug_81_HC1 (HC1)
Event: Pla_Aug_81_HC1 (HC1)

Pla_Aug_81_HC2 (HC2)
Event: Pla_Aug_81_HC2 (HC2)

Pla_Aug_81_HC3 (HC3)
Event: Pla_Aug_81_HC3 (HC3)

Pla_Feb_82_HB1 (HB1)
Event: Pla_Feb_82_HB1 (HB1)

Pla_Feb_82_HB2 (HB2)
Event: Pla_Feb_82_HB2 (HB2)

Pla_Feb_82_HB3 (HB3)
Event: Pla_Feb_82_HB3 (HB3)

Pla_Feb_82_HC1 (HC1)
Event: Pla_Feb_82_HC1 (HC1)

Pla_Feb_82_HC2 (HC2)
Event: Pla_Feb_82_HC2 (HC2)

Pla_Feb_82_HC3 (HC3)
Event: Pla_Feb_82_HC3 (HC3)

Pla_May_81_HA1 (HA1)
Event: Pla_May_81_HA1 (HA1)

Pla_May_81_HA2 (HA2)
Event: Pla_May_81_HA2 (HA2)

Pla_May_81_HA3 (HA3)
Event: Pla_May_81_HA3 (HA3)

Pla_May_81_HB1 (HB1)
Event: Pla_May_81_HB1 (HB1)

Pla_May_81_HB2 (HB2)
Event: Pla_May_81_HB2 (HB2)

Pla_May_81_HB3 (HB3)
Event: Pla_May_81_HB3 (HB3)

Pla_May_81_HC1 (HC1)
Event: Pla_May_81_HC1 (HC1)

Pla_May_81_HC2 (HC2)
Event: Pla_May_81_HC2 (HC2)

Pla_May_81_HC3 (HC3)
Event: Pla_May_81_HC3 (HC3)

Pla_Nov_81_HA1 (HA1)
Event: Pla_Nov_81_HA1 (HA1)

Pla_Nov_81_HA2 (HA2)
Event: Pla_Nov_81_HA2 (HA2)

Pla_Nov_81_HA3 (HA3)
Event: Pla_Nov_81_HA3 (HA3)

Pla_Nov_81_HB1 (HB1)
Event: Pla_Nov_81_HB1 (HB1)

Pla_Nov_81_HB2 (HB2)
Event: Pla_Nov_81_HB2 (HB2)

Pla_Nov_81_HB3 (HB3)
Event: Pla_Nov_81_HB3 (HB3)

Pla_Nov_81_HC1 (HC1)
Event: Pla_Nov_81_HC1 (HC1)

Pla_Nov_81_HC2 (HC2)
Event: Pla_Nov_81_HC2 (HC2)

Pla_Nov_81_HC3 (HC3)
Event: Pla_Nov_81_HC3 (HC3)

Pla_Sept_82_HB1 (HB1)
Event: Pla_Sept_82_HB1 (HB1)

Pla_Sept_82_HB2 (HB2)
Event: Pla_Sept_82_HB2 (HB2)

Pla_Sept_82_HB3 (HB3)
Event: Pla_Sept_82_HB3 (HB3)

Pla_Sept_82_HC1 (HC1)
Event: Pla_Sept_82_HC1 (HC1)

Pla_Sept_82_HC2 (HC2)
Event: Pla_Sept_82_HC2 (HC2)

Pla_Sept_82_HC3 (HC3)
Event: Pla_Sept_82_HC3 (HC3)