WOD code table: v_6_methods
code_name | Measure method |
---|---|
units | WOD code |
201 | Titration (Knudsen 1902) |
203 | UNESCO (Cox et al. |
204 | Fofonoff et al. (1974) |
205 | Perkin and Walker (1972) |
206 | Bennett (1976) |
207 | Ribe and Howe (1975) |
208 | Federov (1971) |
209 | Other salinity methods |
300 | Winkler method (unknown) |
301 | Winkler automated oxygen titration; whole bottle method (Carpenter 1965) |
302 | Winkler method (Radiometer automated titrator) |
303 | Winkler automated oxygen titration: amperometric end-detection (Culberson 1991) |
304 | Winkler automated oxygen titration: photometric end-detection |
305 | Winkler manual oxygen titration: visual end-point (Strickland and Parsons 1972) |
306 | Winkler manual oxygen titration: visual end-point (Carpenter 1965 |
307 | Winkler automated oxygen titration; whole bottle method & photometric end-detection (Jones 1992; Levy et al. 1977) |
308 | Winkler manual oxygen titration: visual end-point |
321 | Beckman polarographic oxygen sensor (CTD) |
322 | Beckman polarographic oxygen sensor (Owens and Millard 1985) |
323 | SBE 43 Dissolved Oxygen Sensor; Clark polarographic membrane |
340 | Chromatography |
360 | Spectrophotometric (Shibala method) |
4100 | Winkler automated oxygen titration; (Williams and Jenkinson 1982; Friederich et al. 1991) |
4101 | Winkler automated oxygen titration; whole bottle method; end-detection |
400 | Spectrophotometric |
401 | Spectrophotometric single solution method (Strickland and Parsons 1972) |
402 | Spectrophotometric stannous chloride reduction |
403 | Spectrophotometric persulphate oxidation (Menzel and Corwin 1965) |
404 | Spectrophotometric perchloric acid digestion) |
405 | Spectrophotometric reduced beta silico-molybdate (Strickland and Parsons 1972) |
406 | Spectrophotometric reduced alpha silico-molybdate (Grasshof 1964) |
407 | Cadmium reduction (Morris and Riley 1963; Wood et al. 1967) |
408 | Strychnidine method (Rochford 1947) |
409 | Spectrophotometric phenolhypochlorite method (Solorzano 1969) |
410 | Spectrophotometric (Richards and Thompson 1952) |
411 | Spectrophotometric (SCOR/UNESCO 1966) |
412 | Spectrophotometric (Parsons and Strickland 1963) |
413 | Spectrophotometric (Jeffrey and Humphery 1975) |
500 | Autoanalyzer |
501 | Technicon Autoanalyzer model unknown (Murphy and Riley 1962) |
502 | Continuous flow autoanalyzer (CFA) colorimetric |
503 | Continuous Flow Analyzer (Bendschneider and Robinson 1952) |
504 | Continuous Flow Analyzer (CFA) Indophenol blue (Berthelot's reaction) |
505 | Nitrate+Nitrite - autoanalyzer |
506 | A Modification of colorimetric determination of silicic acid (Alimarin and Zverev |
507 | Continuous flow autoanalyzer (CFA) (Alpkem) |
508 | Continuous flow autoanalyzer (CFA) (Skalar instrument) |
509 | Silicic acid concentration in water (Dienert and Wandenbulcke |
510 | Ammonium samples were analyzed according to Lachat Instrument QuikChem method 31-107-06-1-B. |
511 | Phosphates are determined by Lachat Instrument QuikChem Method 31-115-01-1-H. |
512 | Silicates were measured using Lachat Instrument Method 31-114-27-1-C. |
513 | Nitrates and Nitrites were determined using Lachat Instrument Method 31-107-04-1-C. |
600 | Fluoroscence |
601 | Fluoroscence in situ Turner fluorometer (Strickland and Parsons 1972) |
602 | Fluoroscence in vivo underway (Lorenzen 1966) |
603 | Fluorometer in-situ CTD |
604 | Fluorometer (Aiken 1981) |
605 | Fluorometric chl-a assay acetone extraction |
606 | Fluorometric chl-a assay methanol extraction |
607 | Fluorometric chl-a assay acetone extraction; Turner fluorometer (Yentsch and Menzel |
608 | Chlorophyll and phaeopigments are measured fluorometrically using an acidification technique which may include chlorophyll-b interference (Holm-Hansen and Riemann |
609 | Chlorophyll-a values based on the Welschmeyer method which corrects for chlorophyll-b and phaeophytin interference (Welschmeyer |
700 | HPLC (High Performance Liquid Chromatography) |
701 | HPLC (normal phase High Performance Liquid Chromatography) |
702 | HPLC (reverse phase High Performance Liquid Chromatography) |
800 | 14C in-situ incubation |
801 | Carbon-14 (14C) simulated in-situ or deck incubation |
802 | Carbon-14 (14C) artificial light incubation |
803 | Sorokin's method |
804 | artificial light incubation (Hawaii method) |
805 | artificial light incubation (Australian method) |
806 | in situ light incubation (Hawaii method) |
807 | in situ light incubation (Australian method) |
808 | Carbon-14 (14C) simulated in-situ or deck incubation (Steeman Nielsen 1952; Doty and Oguri 1958) |
860 | Van Dorn (Japanese) |
900 | Automated titration |
901 | Modified Gran titration (Brewer et al. 1986) |
910 | Ruppin's method (Zubov 1937) |
920 | Coulometric (Johnson et al. 1985) |
921 | Coulometric Single operator multi-param metabolic analyzer (SOMMA) |
922 | Coulometric; Single Operator Multi-Metabolic Analyzer (SOMMA) [Johnson et al. |
923 | Coulometric (Johnson et al. 1993b) |
924 | Potentiometric titration (Mintrop et al. |
942 | Spectroscopic pH (25 degrees Celcius) and coulometric TCO2 using the carbonic acid dissociation constants of Mehrbach et al. (1973) as refit by Dickson and Millero (1987) |
1000 | C/N analyzer - GF/F filter |
1001 | BATS GF/F (0.7 um) CEC Elemental Analyzer |
1002 | BOFS 200pm pre-filter then GF/F Europa Roboprep Analyzera |
1003 | CEAREX: GF/F; Perkin Elmer Model 240B Elemental Analyzer |
1004 | KH754: Type C GF/F; Yanagimoto CHN Analyzer |
1050 | Spectrophotometric wet oxidation with dichromate (Strickland and Parsons 1972) |
1100 | High Temperature Catalytic Oxidation (HTCO) (Sugimura and Suzuki) |
1101 | Ultraviolet (UV) oxidation |
1102 | Wet oxidation (ie. persulphate) |
1103 | High Temperature Catalytic Oxidation (HTCO) ionics catalytic oxidation with IR CO2 detection |
1104 | High Temperature Catalytic Oxidation (HTCO) Shimadzu catalytic oxidation with IR CO2 detection |
1200 | Gas chromatography |
1201 | Gas chromatography (Weiss 1981) |
1202 | Gas chromatography xCO2 at analysis temperature |
1203 | Gas chromatography (Bulsiewicz et al. |
1205 | Gas chromatography pCO2 at analysis temperature |
1231 | Infrared spectrometry |
1233 | Infrared spectrometry pCO2 |
1261 | Nondispersive Infrared spectrometry (NDIR) |
1262 | Nondispersive Infrared spectrometry (NDIR) xCO2 at analysis temperature |
1300 | pH meter (potentiometric) |
1340 | Coulometric |
1343 | Coulometric (manual operation) |
1344 | Coulometric; automated operation; single-operator multiparameter metabolic analyzer (SOMMA) |
1450 | pH; spectrophotometry |
1460 | pH value determined manually using a pH color chart (Buch 1937) |
1461 | pH scale SWS25 ! do not use as method. Use scale header 3 |
1462 | pH scale NBS25 ! do not use as method. Use scale header 3 |
1463 | pH determined spectrophotometrically using the indicator m-cresol purple following Tupas et al. (1993) [Hawaii Time Series]. |
1464 | Total (titration) alkalinity determined using the modified Gran titration method as described in Tupas et al. (1997) [Hawaii Time Series].. |
4001 | Freon gas extraction (Bullister and Weiss 1988) |
4054 | Winkler automated oxygen titration: whole-bottle method; photometric end-detection (Culberson 1991) |
4056 | Winkler automated oxygen titration: amperometric end-detection (Knapp et al. 1989) |
4057 | Winkler automated oxygen titration: amperometric end-detection |
4058 | Winkler automated oxygen titration: potentiometric and photometric end-detection (Culberson 1991; Culberson et al. 1991; Dickson 1994) |
4059 | Winkler automated oxygen titration: whole-bottle method; photometric end-detection (Culberson 1992; Carpenter 1969; Friederich et al. 1991) |
4061 | Winkler automated oxygen titration: whole-bottle method; amperometric end-detection (Culberson and Huang 1987) |
4062 | Gran-linearized potentiometric Winkler titration (Anderson et al. |
4063 | Continuous Flow Analyzer (CFA) (Gordon et al. 1993) |
4064 | Modified gran approach (Dickson et al. |
4065 | Alkalinity method of Perez and Fraga (1987) |
4102 | Winkler automated oxygen titration (Rosenberg et al. 1995) |
4103 | Continuous Flow Analyzer (CFA); Technicon Autoanalyzer model unknown (Armstrong et al. 1967) |
4104 | Continuous Flow Analyzer (CFA); Technicon Autoanalyzer model unknown (Bernhardt and Wilhelms 1967) |
4105 | Continuous Flow Analyzer (CFA); Technicon Autoanalyzer model unknown (Friedrich and Whitledge |
4106 | Continuous Flow Analyzer (CFA); Murphy and Riley (1962) |
4107 | Continuous Flow Analyzer (CFA); Raimbault et al. (1990) |
4108 | Continuous Flow Analyzer (CFA); Fanning and Pilson (1973) |
4109 | Fluoroscence in vivo underway (Kerouel and Aminot 1997) |
4110 | Dissolved inorganic nutrients (Armstrong |
4111 | Dissolved inorganic nutrients (Grasshoff |
4112 | Dissolved inorganic nutrients (Strickland and Parsons |
4113 | Winkler manual oxygen titration: visual end-point (Strickland and Parsons |
4114 | Winkler manual oxygen titration: visual end-point |
4115 | Manual volumetric titration |
4116 | Spectrophometric following method of Robinson and Thompson (1948) |
4117 | Continuous Flow Analyzer (CFA); Kirkwood (1995) |
4118 | Salinity computed from Chlorinity data (Tcyrikova and Shylgina |
4119 | Dissolved inorganic nutrients (Whitledge et al. |
4120 | Salinity computed from Chlorinity data calculated from conductivity (Schiemer and Pritchard |
4121 | pCO2/fCO2 measurement taken at 4 degrees celcius |
4122 | pCO2/fCO2 measurement taken at 20 degrees celcius |