Dataset: Calcifying Fluid - pH Model
Deployment: lab_Ries_UNC_Chapel_Hill

Calcifying Fluid - pH Model

Principal Investigator:

Justin B. Ries (University of North Carolina at Chapel Hill, UNC-Chapel Hill)

Contact:

Justin B. Ries (University of North Carolina at Chapel Hill, UNC-Chapel Hill)

BCO-DMO Data Manager:

Stephen R. Gegg (Woods Hole Oceanographic Institution, WHOI BCO-DMO)

Project:

Investigation of the Effects of CaCO3 Saturation State and Temperature on the Calcification Rate and Skeletal Properties of Benthic Marine Calcifiers (OA - Ocean Acidification and Warming Impact on Calcification)

Current State:

Preliminary and in progress

Version:

20 September 2011

Deployment Synonyms:

The Ries Lab

Coordinated Deployments:

lab_Ries_Sapodilla_Caye

Version Date:

2011-09-20

Data URL:

https://osprey.bco-dmo.org/dataset-deployment/454866/data

Expand/Collapse All

Description

Carbonate system constraints and energetic requirements of the two end-member calcifying fluid models

Original contributed as Table 1 in a .doc document

Methods & Sampling

Dataset acquisition description

(tbd)

Data Processing Description

Dataset Processing Description

BCO-DMO Processing Notes
-Generated from original .doc file "Data_Ries_OCE1031995_5Jul2011_Calcifying_fluid_pH_model.doc" contributed by Justin Ries
- Original table in .doc document converted to text and uploaded to Excel
- Parameter names extensively edited to conform to BCO-DMO naming convention found at Choosing Parameter Name
- Columns added for Seawater type and Fluid type

More information about this dataset deployment

Funding

Award Number	Funding Source
OCE-1031995	NSF Division of Ocean Sciences
OCE-1357665	NSF Division of Ocean Sciences

Instruments

None available yet

Parameters

Supplied Name	Supplied description	Supplied Units	Standard Name
Model	Model Type	text	no_bcodmo_term
Fluid	Fluid Type	text	no_bcodmo_term
pCO2	pCO₂ = CO₂ partial pressure of air in equilibrium with external seawater	ppm	no_bcodmo_term
Hplus_minus_removed	[H⁺]-removed = [H⁺]-removed from calcifying fluid by proton pump	micromol/kg-SW	no_bcodmo_term
Hplus_E_to_Hplus_I	[H⁺^E/[H⁺]I = ratio of external seawater [H⁺] to calcifying fluid [H⁺]	ratio	no_bcodmo_term
Delta_Energy	δ-Energy = change in energy required to maintain given level of proton regulation relative to 400 ppm pCO₂ scenario	assuming that energy required varies linearly with [H<sup>+</sup>]-removed or [H<sup>+</sup><sup>E</sup>/[H<sup>+</sup>]I	no_bcodmo_term
TA	TA = total alkalinity of fluid	calculated as external seawater TA plus [H<sup>+</sup>]-removed from calcifying fluid (assuming that seawater is the ultimate source of calcifying fluid)	no_bcodmo_term
DIC	DIC = dissolved inorganic carbon of fluid; calcifying fluid DIC is treated as equivalent to seawater DIC (assuming that seawater is the ultimate source of calcifying fluid)	micromol/kg-SW	DIC
pH	pH	sea water scale	no_bcodmo_term
HCO3_minus	[HCO₃^-] = bicarbonate ion concentration of fluid	micromol/kg-SW	no_bcodmo_term
CO3_2_minus	[CO₂]_aq = CO₂ concentration of fluid	micromol/kg-SW	no_bcodmo_term
Omega_A	Ω_A = saturation state of fluid with respect to aragonite	(tbd)	no_bcodmo_term

Database

Contribute Data

Dataset: Calcifying Fluid - pH Model
Deployment: lab_Ries_UNC_Chapel_Hill

Dataset acquisition description

Dataset Processing Description

Database

Contribute Data

Dataset: Calcifying Fluid - pH ModelDeployment: lab_Ries_UNC_Chapel_Hill

Dataset acquisition description

Dataset Processing Description

Dataset: Calcifying Fluid - pH Model
Deployment: lab_Ries_UNC_Chapel_Hill