We report seasonal water column carbonate chemistry data collected over a three-year period (late 2013 to 2016) at Flower Garden Banks National Marine Sanctuary (FGBNMS) located on the subtropical shelf edge of the northwestern Gulf of Mexico. The FGBNMS hosts the northernmost tropical coral species in the contiguous United States, with over 50% living coral cover. Presented here are results from samples of the upper 25 m of the water column collected from September 2013 to November 2016. Additionally, following a localized mortality event likely associated with major continental flooding in summer 2016, water samples from up to ~250 m depth were collected in the broader FGBNMS area on a rapid response cruise to examine the seawater carbona...
Seawater carbonate chemistry varies across temporal and spatial scales. Shallow-water environments c...
The ocean is absorbing an increasing amount of carbon dioxide (CO2), which is rapidly changing seawa...
Recent studies have begun to explore physical and biogeochemical mechanisms of carbonate chemistry v...
Understanding and predicting the consequences of ocean acidification for current coral reef communit...
The coastal ocean is affected by an array of co-occurring biogeochemical and anthropogenic processes...
Estuarine carbonate chemistry is an important field of study because of its ties to coastal acidific...
The coastal ocean is affected by an array of co-occurring biogeochemical and anthropogenic processes...
Globally, estuaries are considered important CO2 sources to the atmosphere. However, estuarine water...
A four-decade dataset that spans seven estuaries along a latitudinal gradient in the northwestern Gu...
Uncertainties in carbon chemistry variability still remain large in the Gulf of Mexico (GoM), as dat...
Dataset: Galveston Bay Carbonate ChemistryThese data include carbonate chemistry, nutrient concentra...
Seawater carbonate chemistry varies across temporal and spatial scales. Shallow-water environments c...
Dataset: Galveston Bay Carbonate ChemistryThese data include carbonate chemistry, nutrient concentra...
Fingerprinting ocean acidification (OA) in US West Coast waters is extremely challenging due to the...
In addition to salinity and temperature, nutrient concentrations in surface waters are known to have...
Seawater carbonate chemistry varies across temporal and spatial scales. Shallow-water environments c...
The ocean is absorbing an increasing amount of carbon dioxide (CO2), which is rapidly changing seawa...
Recent studies have begun to explore physical and biogeochemical mechanisms of carbonate chemistry v...
Understanding and predicting the consequences of ocean acidification for current coral reef communit...
The coastal ocean is affected by an array of co-occurring biogeochemical and anthropogenic processes...
Estuarine carbonate chemistry is an important field of study because of its ties to coastal acidific...
The coastal ocean is affected by an array of co-occurring biogeochemical and anthropogenic processes...
Globally, estuaries are considered important CO2 sources to the atmosphere. However, estuarine water...
A four-decade dataset that spans seven estuaries along a latitudinal gradient in the northwestern Gu...
Uncertainties in carbon chemistry variability still remain large in the Gulf of Mexico (GoM), as dat...
Dataset: Galveston Bay Carbonate ChemistryThese data include carbonate chemistry, nutrient concentra...
Seawater carbonate chemistry varies across temporal and spatial scales. Shallow-water environments c...
Dataset: Galveston Bay Carbonate ChemistryThese data include carbonate chemistry, nutrient concentra...
Fingerprinting ocean acidification (OA) in US West Coast waters is extremely challenging due to the...
In addition to salinity and temperature, nutrient concentrations in surface waters are known to have...
Seawater carbonate chemistry varies across temporal and spatial scales. Shallow-water environments c...
The ocean is absorbing an increasing amount of carbon dioxide (CO2), which is rapidly changing seawa...
Recent studies have begun to explore physical and biogeochemical mechanisms of carbonate chemistry v...