Field Activity 2014-321-FA

Identifier 2014-321-FA
Purpose Core the reef tract and deploy SET stations
Location Crocker Reef, Florida, USA
Summary SET stations deployed
Info derived SET stations deployed
Projects
Platform
Sallenger
26' Parker
Twin Vee (Jabba Jaw)
22-ft Twin Vee This boat has a carrying capacity of up to 1500 pounds and up to 7 people and a shallow draft (9 inches empty). This boat's cat hull design results in a smoother ride in choppy water, at the expense of a slightly deeper draft. This boat is powered by two Yamaha 70hp motors.
Vehicles
Ford F-350 Dually White (GSA)
Itinerary
Start St Petersburg, FL 2014-08-18
End St Petersburg, FL 2014-08-29
Bounds
West -80.7674
East -80.47360569
North 24.94248351
South 24.83012719
Marine operations Yes

Personnel

Organization
600 Fourth Street South
St. Petersburg, FL33701-4846
(727) 502-8000
Principal investigators Kimberly K YatesDavid G Zawada
Crew members
Billy J Reynolds
Scientist, Staff
Nathan A Smiley
Scientist, Staff
Christopher D Reich
Scientist, Staff
Lauren T Toth
Scientist, Staff
Anastasios Stathakopoulos
Scientist, Staff
Information specialist(s)
David G Zawada
Specialist, Information

Data types and categories

Data category: Geochemical, Location-Elevation, Sampling
Data type: Surveys (geochemical), Benchmarks, Navigation, Geology

Equipment used

Equipment Usage description Data types Datasets
Hydraulic Coring Drill Geology 44
Ocean Carbon System (OCS) Experiments (geochemical), Surveys (geochemical) 1
Ashtech Z-Xtreme DGPS Benchmarks, Navigation 1
Garmin GPS Navigation (no data reported)

Datasets

Datasets produced in this activity

Dataset name Equipment Description Dataset contact
DeltaR_Data_Screening_Summary Hydraulic Coring Drill Summary of screening procedures performed on the data and description of why some data were removed from the statistical models of DeltaR Lauren T Toth
FKRT_Coral_Based_DeltaR Hydraulic Coring Drill ΔR estimates for the 68 corals from the FKRT, description of those coral samples, sample locations, and summary of data used to calculate ΔR. Lauren T Toth
FKRT_Holocene_Radiocarbon_Data Hydraulic Coring Drill Radiocarbon data used to determine the conventional radiocarbon ages of 68 Holocene corals from the FKRT. Lauren T Toth
FKRT_Holocene_U-Series_Data Hydraulic Coring Drill U-series data used to determine the 230Th ages of 68 Holocene corals from the FKRT. Lauren T Toth
Modeled_Nearshore_DeltaR_vs_230Th Hydraulic Coring Drill Statistical model output of nearshore ΔR variability from 9,500 years ago to present with a 5-year time step using 230Th age to derive age before present. All statistical analyses were conducted using MATLAB ® software (v. 9.1). Lauren T Toth
Modeled_Nearshore_DeltaR_vs_Conventional_14C Hydraulic Coring Drill Modeled predictions of ΔR for nearshore locations in south Florida over the range of conventional radiocarbon ages from 9,000 years ago to present with a 5-year time step. All statistical analyses were conducted using MATLAB ® software (v. 9.1). Lauren T Toth
Modeled_OpenOcean_DeltaR_vs_230Th Hydraulic Coring Drill Statistical model output of open-ocean ΔR variability from 8,000 years BP to present with a 5-year time step using 230Th age to derive age before present. All statistical analyses were conducted using MATLAB ® software (v. 9.1). Lauren T Toth
Modeled_OpenOcean_DeltaR_vs_Conventional_14C Hydraulic Coring Drill Modeled predictions of ΔR for open-ocean locations in south Florida over the range of conventional radiocarbon ages from 7,500 years ago to present with a 5-year time step. All statistical analyses were conducted using MATLAB ® software (v. 9.1). Lauren T Toth
Crocker-Reef-OCSv1-07192013-to-10272014.csv Ocean Carbon System (OCS) Contains measured parameters from an autonomous ocean carbon system Kimberly K Yates

Datasets compiled from multiple sources

Dataset name Equipment Description Dataset contact
FKRT_Holocene_U_Series_Data Hydraulic Coring Drill U-series data used to determine the 230Th ages of 68 Holocene corals from the FKRT Lauren T Toth
FKRT_Holocene_Radiocarbon_Data Hydraulic Coring Drill Radiocarbon data used to determine the conventional radiocarbon ages of 68 Holocene corals from the FKRT Lauren T Toth
FKRT_Coral_Based_DeltaR_Marine13 Hydraulic Coring Drill ΔR estimates using the Marine13 radiocarbon calibration curve for the 68 corals from the FKRT, description of those coral samples, and summary of data used to calculate ΔR Lauren T Toth
DeltaR_Data_Screening_Summary Hydraulic Coring Drill Summary of the data screening procedures that were used to determine which data were included in the models of ΔR variability Lauren T Toth
Modeled_Nearshore_DeltaR_vs_ 230Th_Marine13 Hydraulic Coring Drill Statistical model output of ΔR variability from nearshore environments from 9,500 years ago to present with a 5-year time step using 230Th age and ΔR values using the Marine13 radiocarbon calibration curve to derive age before present Lauren T Toth
Modeled_Nearshore_DeltaR_vs_ Conventional_14C_Marine13 Hydraulic Coring Drill Modeled predictions of nearshore ΔR over the range of conventional radiocarbon ages from 9,000 years ago to present with a 5-year time step based on and ΔR values derived using the Marine13 radiocarbon calibration curve Lauren T Toth
Modeled_OpenOcean_DeltaR_vs_ 230Th_Marine13 Hydraulic Coring Drill Statistical model output of ΔR variability from open-ocean environments from 8,000 years ago to present with a 5-year time step using 230Th age and ΔR values using the Marine13 radiocarbon calibration curve to derive age before present Lauren T Toth
Modeled_OpenOcean_DeltaR_vs_ Conventional_14C_Marine13 Hydraulic Coring Drill Modeled predictions of open-ocean ΔR over the range of conventional radiocarbon ages from 7,500 years ago to present with a 5-year time step based on and ΔR values derived using the Marine13 radiocarbon calibration curve Lauren T Toth
FKRT_Coral_Based_DeltaR_Marine20 Hydraulic Coring Drill ΔR estimates using the Marine20 radiocarbon calibration curve for the 68 corals from the FKRT, description of those coral samples, and summary of data used to calculate ΔR Lauren T Toth
Modeled_Nearshore_DeltaR_vs_ 230Th_Marine20 Hydraulic Coring Drill Statistical model output of ΔR variability from nearshore environments from 9,500 years ago to present with a 5-year time step using 230Th age and ΔR values using the Marine20 radiocarbon calibration curve to derive age before present Lauren T Toth
Modeled_Nearshore_DeltaR_vs_ Conventional_14C_Marine20 Hydraulic Coring Drill Modeled predictions of nearshore ΔR over the range of conventional radiocarbon ages from 9,000 years ago to present with a 5-year time step based on and ΔR values derived using the Marine20 radiocarbon calibration curve Lauren T Toth
Modeled_OpenOcean_DeltaR_vs_ 230Th_Marine20 Hydraulic Coring Drill Statistical model output of ΔR variability from open-ocean environments from 8,000 years ago to present with a 5-year time step using 230Th age and ΔR values using the Marine20 radiocarbon calibration curve to derive age before present Lauren T Toth
Modeled_OpenOcean_DeltaR_vs_ Conventional_14C_Marine20 Hydraulic Coring Drill Modeled predictions of open-ocean ΔR over the range of conventional radiocarbon ages from 7,500 years ago to present with a 5-year time step based on and ΔR values derived using the Marine20 radiocarbon calibration curve Lauren T Toth
FKRT_Radiometric_Ages Hydraulic Coring Drill Radiocarbon and U-series ages of Holocene reef cores from the FKRT Lauren T Toth
FKRT_Core_Data Hydraulic Coring Drill Core locations and other metadata and estimates of Holocene reef thickness, average accretion rates, and ages of reef initiation and senescence Lauren T Toth
FKRT_Accretion_500yr_Bins Hydraulic Coring Drill Average reef accretion for each subregion within 500-yr bins during the Holocene Lauren T Toth
FKRT_Temporal_Core_Data Hydraulic Coring Drill Estimates of relative sea level, paleodepth, accretion rates, and rates of relative sea level change for dated intervals within the cores Lauren T Toth
FKRT_Core_Photographs Hydraulic Coring Drill High-resolution photographs of Holocene reef cores from the FKRT Lauren T Toth
FKRT_Descriptive_Core_Logs Hydraulic Coring Drill Descriptive core logs for Holocene reef cores from the FKRT Lauren T Toth
FKRT_Absolute_Composition Hydraulic Coring Drill The absolute percent composition of corals and carbonate reef rock in Holocene-aged intervals of reef cores from the FKRT Lauren T Toth
FKRT_Relative_Coral_Composition Hydraulic Coring Drill The percent composition of corals and carbonate reef rock in Holocene-aged intervals of reef cores from the FKRT Lauren T Toth
FKRT_Age_Estimates Hydraulic Coring Drill Estimated ages of specific depths within the cores Lauren T Toth
FKRT_Paleodepth_Estimates Hydraulic Coring Drill Estimated paleodepths of specific depths within the cores Lauren T Toth
FKRT_Holocene_U_Series_Data Hydraulic Coring Drill U-series data used to determine the 230Th ages of 68 Holocene corals from the FKRT Lauren T Toth
FKRT_Holocene_Radiocarbon_Data Hydraulic Coring Drill Radiocarbon data used to determine the conventional radiocarbon ages of 68 Holocene corals from the FKRT Lauren T Toth
FKRT_Coral_Based_DeltaR_Marine13 Hydraulic Coring Drill ΔR estimates using the Marine13 radiocarbon calibration curve for the 68 corals from the FKRT, description of those coral samples, and summary of data used to calculate ΔR Lauren T Toth
DeltaR_Data_Screening_Summary Hydraulic Coring Drill Summary of the data screening procedures that were used to determine which data were included in the models of ΔR variability Lauren T Toth
Modeled_Nearshore_DeltaR_vs_ 230Th_Marine13 Hydraulic Coring Drill Statistical model output of ΔR variability from nearshore environments from 9,500 years ago to present with a 5-year time step using 230Th age and ΔR values using the Marine13 radiocarbon calibration curve to derive age before present Lauren T Toth
Modeled_Nearshore_DeltaR_vs_ Conventional_14C_Marine13 Hydraulic Coring Drill Modeled predictions of nearshore ΔR over the range of conventional radiocarbon ages from 9,000 years ago to present with a 5-year time step based on and ΔR values derived using the Marine13 radiocarbon calibration curve Lauren T Toth
Modeled_OpenOcean_DeltaR_vs_ 230Th_Marine13 Hydraulic Coring Drill Statistical model output of ΔR variability from open-ocean environments from 8,000 years ago to present with a 5-year time step using 230Th age and ΔR values using the Marine13 radiocarbon calibration curve to derive age before present Lauren T Toth
Modeled_OpenOcean_DeltaR_vs_ Conventional_14C_Marine13 Hydraulic Coring Drill Modeled predictions of open-ocean ΔR over the range of conventional radiocarbon ages from 7,500 years ago to present with a 5-year time step based on and ΔR values derived using the Marine13 radiocarbon calibration curve Lauren T Toth
FKRT_Coral_Based_DeltaR_Marine20 Hydraulic Coring Drill ΔR estimates using the Marine20 radiocarbon calibration curve for the 68 corals from the FKRT, description of those coral samples, and summary of data used to calculate ΔR Lauren T Toth
Modeled_Nearshore_DeltaR_vs_ 230Th_Marine20 Hydraulic Coring Drill Statistical model output of ΔR variability from nearshore environments from 9,500 years ago to present with a 5-year time step using 230Th age and ΔR values using the Marine20 radiocarbon calibration curve to derive age before present Lauren T Toth
Modeled_Nearshore_DeltaR_vs_ Conventional_14C_Marine20 Hydraulic Coring Drill Modeled predictions of nearshore ΔR over the range of conventional radiocarbon ages from 9,000 years ago to present with a 5-year time step based on and ΔR values derived using the Marine20 radiocarbon calibration curve Lauren T Toth
Modeled_OpenOcean_DeltaR_vs_ 230Th_Marine20 Hydraulic Coring Drill Statistical model output of ΔR variability from open-ocean environments from 8,000 years ago to present with a 5-year time step using 230Th age and ΔR values using the Marine20 radiocarbon calibration curve to derive age before present Lauren T Toth
Modeled_OpenOcean_DeltaR_vs_ Conventional_14C_Marine20 Hydraulic Coring Drill Modeled predictions of open-ocean ΔR over the range of conventional radiocarbon ages from 7,500 years ago to present with a 5-year time step based on and ΔR values derived using the Marine20 radiocarbon calibration curve Lauren T Toth
FKRT_Core_Locations Ashtech Z-Xtreme DGPS Geospatial, site, and acquisition details for each core Lauren T Toth

Publications

Samples collected during this field activity