The amount of 3-dimensional space an object occupies. Capacity.
As in the volume of the tank or container used in a laboratory experiment.
Dataset Name | Dataset Brief Description | PI-Supplied Parameter Description | PI-Supplied Parameter Name |
---|---|---|---|
18O-labeled water | IAEA-NO3 and USGS-34 reference solutions analyzed for N and 0 isotope ratios | Sample volume injected to aliquot 10 nmol of nitrate | Sample_volume |
A. pisonii: dissections | Physiological parameters derived from dissection of A. pisonii from three habitats | Gut volume measured as the volume of the cardiac stomach. | GV |
A. pisonii: egg size | Comparing egg size in Aratus pisonii populations from mangrove and salt marsh habitats | mean egg volume | egg_vol |
Acer Fecundity Colony Size and Morphometrics | Volume of colony approximating ellipsoid (4/3*pi*L*W*H) | Volume | |
Acer Fecundity Colony Size and Morphometrics | Volume of colony where EV= 4/3*pi*L/2*H/2*W/2 (after Kiel et al. 2012) | Volume_Corrected | |
Amazon Plume Radium-2018 | Radium isotope (223Ra, 224Ra, and 226Ra) measurements from CTD and underway water samples. | Water sample volume | Sample_Volume |
Amazon Plume Radium-2019 | EN640 Radium | Water sample volume | Sample_Volume |
Anderson & Rynearson 2020: Skeletonema CHN | CHN | Mean cell volume | meanV |
Anderson & Rynearson 2020: Skeletonema CHN | CHN | Cell volume standard error | seV |
Antillogorgia americana Branch Variation | Antillogorgia americana Branch Variation | Total volume (mm^3) of all of the eggs in a polyp calculated assuming each was a sphere. | TotVol |
Antillogorgia americana Monthly Surveys | Antillogorgia americana Monthly Surveys | Total volume (mm^3) of the gonads found in the polyp assuming each was a sphere. | Volume |
AR16 Experiment Chl a | Chlorophyll a concentrations from addition incubation experiments performed on AR16 | Volume of ethanol used to extract chla a | vol_extracted |
AR16 in situ Chl a | Chlorophyll a concentrations along the cruise track of AR16 | Volume of ethanol used to extract chla a | vol_extracted |
Bacterial cell counts | Bacterial cell counts during CDOM monoculture experiment | volume of sample | volume |
Blank sources | Volume effects on blanks originating from the bacterial concentrates, equilibration with atmospheric N2O, and NO3- contamination of the water into which the standards were diluted | Volume of solution addition | Sample_volume |
Blue crab egg size | Volume of eggs for crabs fed different diets | average volume of egg from image | avg_egg_vol |
Blue crab egg size | Volume of eggs for crabs fed different diets | volume of egg from image | egg_vol |
bottle data - NBP1201 | Chemical and biological data from CTD Niskin bottle samples taken in the Ross Sea | volume buffer | hplc_buff_vol |
bottle data - NBP1201 | Chemical and biological data from CTD Niskin bottle samples taken in the Ross Sea | for injection: volume sample | hplc_inject_vol_sample |
bottle data - NBP1201 | Chemical and biological data from CTD Niskin bottle samples taken in the Ross Sea | sample + buffer volume | hplc_samp_buff_vol |
bottle data - NBP1201 | Chemical and biological data from CTD Niskin bottle samples taken in the Ross Sea | volume of 90 pcnt acetone | hplc_vol_90pcnt_acetone |
bottle data - NBP1201 | Chemical and biological data from CTD Niskin bottle samples taken in the Ross Sea | volume of canthaxanthin | hplc_vol_CTX |
bottle data - NBP1201 | Chemical and biological data from CTD Niskin bottle samples taken in the Ross Sea | Vext: total volume extraction (acetone + cantha) | hplc_vol_extract_mL |
bottle data - NBP1201 | Chemical and biological data from CTD Niskin bottle samples taken in the Ross Sea | total volume extraction (acetone + cantha) (uL) | hplc_vol_extract_uL |
bottle data - NBP1201 | Chemical and biological data from CTD Niskin bottle samples taken in the Ross Sea | Vinj: vol injected sample + buffer | hplc_vol_inj_samp_bot |
Carbon flux | Sponge species carbon flux | volume of each sponge | spongevolume |
Carbonate flux model output - Palau and Yap | Biological erosion caused by parrotfishes at each site | BFj | |
Carbonate flux model output - Palau and Yap | Biological erosion caused by sea urchins at each site | BUj | |
Chlorophyll and Phaeopigment | Chlorophyll and phaeopigment data collected in 2018 off the Oregon Coast | Volume of acetone added | Vol_Acet |
Chlorophyll and Phaeopigment | Chlorophyll and phaeopigment data collected in 2018 off the Oregon Coast | Volume of seawater filtered | Vol_Filt |
Coral 3D scans | 3D scans of Caribbean acroporid corals | length x width x height | Volume |
Coral Colony Physiological Summary | Coral fragment volume | FragVol | |
Coral density - Palau | Volume of displacement | displacement | |
Coral Surface Area and Zooxanthellae Counts | Coral Surface Area and Zooxanthellae Counts | Total volume (Trypan + MilliQ) added to dilution | Total_volume_added_to_dilution |
Coral Surface Area and Zooxanthellae Counts | Coral Surface Area and Zooxanthellae Counts | Total volume of host homogenate | Total_Volume_of_host_homogenate |
Coral Surface Area and Zooxanthellae Counts | Coral Surface Area and Zooxanthellae Counts | Volume of fixed zooxanthellae homogenate in dilution | Volume_of_fixed_zooxanthellae_homogenate_in_Dilution |
Coral Surface Area and Zooxanthellae Counts | Coral Surface Area and Zooxanthellae Counts | Volume of MilliQ water added to dilution | Volume_Of_MilliQ_Water_added_to_Dilution |
Coral Surface Area and Zooxanthellae Counts | Coral Surface Area and Zooxanthellae Counts | Volume of Trypan added to dilution | Volume_of_Trypan_Added_to_Dilution |
Cryptophyte Cell Volumes | Cell volume (calculated, see methodology) | Volume | |
Data set 4: TEP production and aggregation of Chaetoceros sp. as a function of light climate, pCO2, and temperature | Experiment with the diatom Chaetoceros sp. on the impact of temperature, light climate, and carbonate chemistry on TEP production and aggregation processes | Aggregate slurry volume | Slurry_Vol |
Data set 4: TEP production and aggregation of Chaetoceros sp. as a function of light climate, pCO2, and temperature | Experiment with the diatom Chaetoceros sp. on the impact of temperature, light climate, and carbonate chemistry on TEP production and aggregation processes | Surrounding seawater phosphate | SSW_PO4 |
Data set 4: TEP production and aggregation of Chaetoceros sp. as a function of light climate, pCO2, and temperature | Experiment with the diatom Chaetoceros sp. on the impact of temperature, light climate, and carbonate chemistry on TEP production and aggregation processes | surrounding seawater volume | SSW_Vol |
Data set 4: TEP production and aggregation of Chaetoceros sp. as a function of light climate, pCO2, and temperature | Experiment with the diatom Chaetoceros sp. on the impact of temperature, light climate, and carbonate chemistry on TEP production and aggregation processes | Full tank volume | Total_Vol |
DDA nutrient acquisition | DDA nutrient acquisition | mean volume of Hemiaulus hauckii cells | Hemaiulus_mean_vol |
DDA nutrient acquisition | DDA nutrient acquisition | volume of sample filtered for particulate nutrients | Part_vol_mL |
DDA nutrient acquisition | DDA nutrient acquisition | mean volume of Richelia intracellularis cells | Richelia_mean_vol |
DDA nutrient acquisition | DDA nutrient acquisition | volume of isotope incubation filtered | vol_filt_L |
Dinoflagellate culturing | Size and chemical responses of two dinoflagellate species used in natural high light exposure experiments. | Volume of individual dinoflagellate cells | Replicate_cell_volume |
E. depressus metabolism | Respiration rate of infected/uninfected flat-backed mud crabs | container water volume | vol |
EN658 Sentry Dive Summary | EN658 Sentry Dive Summary | Volume sampled | Volume_sampled |