Ammonium: Nutrient measurement
(1) Sampling protocol: Niskin Bottle at 3m depth and at 1 m above seafloor; subsample as scintillation vial; Storage at minus 20°:
(2) Lab protocol: Automatic chain (SANplus Segmented Flow Analyzer, SKALAR)
Ammonium: Nutrient measurement
(1) Sampling protocol: Niskin Bottle at 3m depth and at 1 m above seafloor; subsample as scintillation vial; Storage at minus 20°:
(2) Lab protocol: Automatic chain (SANplus Segmented Flow Analyzer, SKALAR)
Densiteit meiobenthos: Meiobenthos density determination (variation on Vanaverbeke 2003 chp 6)
Protocol extensively described in phd thesis Vanaverbeke 2003 chapter 6 (submitted) with slight variation.
(1) Sampling protocol: Reineck boxcorer; 3 deployments; from each deployment 1 core 3.6 cm; vertically sliced per cm untill depth of 10 cm; fixation 4% hot (70°) neutral formaldehyde tap-water solution
(2) Lab protocol: extraction centrifugation Ludox (Heip et al. 1985). (Identification is 120 ind. /slice)
Fosfaat (PO43-): Nutrient measurement
(1) Sampling protocol: Niskin Bottle at 3m depth and at 1 m above seafloor; subsample as scintillation vial; Storage at minus 20°:
(2) Lab protocol: Automatic chain (SANplus Segmented Flow Analyzer, SKALAR)
Fosfaat (PO43-): Nutrient measurement
(1) Sampling protocol: Niskin Bottle at 3m depth and at 1 m above seafloor; subsample as scintillation vial; Storage at minus 20°:
(2) Lab protocol: Automatic chain (SANplus Segmented Flow Analyzer, SKALAR)
Koolstof/Stikstof Ratio: CO2 production
(1) Sampling protocol: Reineck boxcorer; 3 deployments; from each deployment 1 core 3.6 cm; vertically sliced per cm untill depth of 10 cm; Storage at minus 20°
(2) Lab protocol: Nieuwenhuize & Maas 1993
Nematode species: Nematode identification methode marine biology lab
Marine biology nematode library
Nitraat (NO3-): Nutrient measurement
(1) Sampling protocol: Niskin Bottle at 3m depth and at 1 m above seafloor; subsample as scintillation vial; Storage at minus 20°:
(2) Lab protocol: Automatic chain (SANplus Segmented Flow Analyzer, SKALAR)
Nitraat (NO3-): Nutrient measurement
(1) Sampling protocol: Niskin Bottle at 3m depth and at 1 m above seafloor; subsample as scintillation vial; Storage at minus 20°:
(2) Lab protocol: Automatic chain (SANplus Segmented Flow Analyzer, SKALAR)
Opgeloste organische koolstof: DOC measurement
(1) Sampling protocol: Niskin Bottle at 3m depth and at 1 m above seafloor; subsample 2 x 50 ml; Storage at minus 20°
(2) Lab protocol:
Pigment analyse: Sediment pigment analysis
(1) Sampling protocol: Reineck boxcorer; 3 deployments; from each deployment 1 core 3.6 cm; vertically sliced per cm untill depth of 10 cm; Storage at minus 80°
(2) Lab protocol: HPLC (Mantoura & Llewellyn 1983)
Pigment analyse: Water pigment analysis
(1) Sampling protocol: Niskin Bottle at 3m depth and at 1 m above seafloor; 0.5 l filtration over GF/F filter Whatman; Filters storage at minus 80°
(2) Lab Protocol: HPLC, Mantoura & Llewellyn 1983
Silicaat: Nutrient measurement
(1) Sampling protocol: Niskin Bottle at 3m depth and at 1 m above seafloor; subsample as scintillation vial; Storage at minus 20°:
(2) Lab protocol: Automatic chain (SANplus Segmented Flow Analyzer, SKALAR)
Dataset status: Afgelopen
Data type: Data
Data oorsprong: Onderzoek
Metadatarecord aangemaakt: 2004-05-10
Informatie laatst gewijzigd: 2024-02-29