Data from: Coupling biogeochemical tracers with fish growth reveals physiological and environmental controls on otolith chemistry

Grammer GL, Morrongiello JR, Izzo C, Hawthorne PJ, Middleton JF, Gillanders BM

Date Published: March 31, 2017

DOI: http://dx.doi.org/10.5061/dryad.cn55b

 

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Title Sr:Ca data
Downloaded 2 times
Description Strontium trace element data (Sr:Ca) from ocean perch otoliths for each discrete monthly time period extracted from laser ablation ICP-MS data. These data are used in the univariate mixed modeling analysis for the response variable of Sr:Ca. IDCode: unique identifier for each fish. Age.years.cap: age of the fish in years at date of capture. Age.month.cap: age of the fish in months at date of capture. Month.code.cap: month code for the date of capture, e.g. 75 = Dec 1996. FishID: = IDCode. SrCa: value of the Sr:Ca ratio for that discrete monthly time period (μmol/mol) extracted from the laser ablation ICP-MS data. Month: a code designating the specific month and year of each monthly resolved increment (i.e. 75 = Dec 1996, 76 = Jan 1997, etc.). Age: age when each monthly increment was formed (total months). fMonth = Month (as factor).
Download SrCadata.txt (119.5 Kb)
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Title Na:Ca data
Downloaded 2 times
Description Sodium trace element data (Na:Ca) from ocean perch otoliths for each discrete monthly time period extracted from laser ablation ICP-MS data. These data are used in the univariate mixed modeling analysis for the response variable of Na:Ca. IDCode: unique identifier for each fish. Age.years.cap: age of the fish in years at date of capture. Age.month.cap: age of the fish in months at date of capture. Month.code.cap: month code for the date of capture, e.g. 75 = Dec 1996. FishID: = IDCode. NaCa: value of the Na:Ca ratio for that discrete monthly time period (μmol/mol) extracted from the laser ablation ICP-MS data. Month: a code designating the specific month and year of each monthly resolved increment (i.e. 75 = Dec 1996, 76 = Jan 1997, etc.). Age: age when each monthly increment was formed (total months). fMonth = Month (as factor).
Download NaCadata.txt (110.3 Kb)
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Title Mg:Ca data
Downloaded 1 time
Description Magnesium trace element data (Mg:Ca) from ocean perch otoliths for each discrete monthly time period extracted from laser ablation ICP-MS data. These data are used in the univariate mixed modeling analysis for the response variable of Mg:Ca. IDCode: unique identifier for each fish. Age.years.cap: age of the fish in years at date of capture. Age.month.cap: age of the fish in months at date of capture. Month.code.cap: month code for the date of capture, e.g. 75 = Dec 1996. FishID: = IDCode. MgCa: value of the Mg:Ca ratio for that discrete monthly time period (μmol/mol) extracted from the laser ablation ICP-MS data. Month: a code designating the specific month and year of each monthly resolved increment (i.e. 75 = Dec 1996, 76 = Jan 1997, etc.). Age: age when each monthly increment was formed (total months). fMonth = Month (as factor).
Download MgCadata.txt (113.1 Kb)
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Title Ba:Ca data
Downloaded 1 time
Description Barium trace element data (Ba:Ca) from ocean perch otoliths for each discrete monthly time period extracted from laser ablation ICP-MS data. These data are used in the univariate mixed modeling analysis for the response variable of Ba:Ca. IDCode: unique identifier for each fish. Age.years.cap: age of the fish in years at date of capture. Age.month.cap: age of the fish in months at date of capture. Month.code.cap: month code for the date of capture, e.g. 75 = Dec 1996. FishID: = IDCode. BaCa: value of the Ba:Ca ratio for that discrete monthly time period (μmol/mol) extracted from the laser ablation ICP-MS data. Month: a code designating the specific month and year of each monthly resolved increment (i.e. 75 = Dec 1996, 76 = Jan 1997, etc.). Age: age when each monthly increment was formed (total months). fMonth = Month (as factor).
Download BaCadata.txt (119.5 Kb)
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Title Li:Ca data
Downloaded 2 times
Description Lithium trace element data (Li:Ca) from ocean perch otoliths for each discrete monthly time period extracted from laser ablation ICP-MS data. These data are used in the univariate mixed modeling analysis for the response variable of Li:Ca. IDCode: unique identifier for each fish. Age.years.cap: age of the fish in years at date of capture. Age.month.cap: age of the fish in months at date of capture. Month.code.cap: month code for the date of capture, e.g. 75 = Dec 1996. FishID: = IDCode. LiCa: value of the Li:Ca ratio for that discrete monthly time period (μmol/mol) extracted from the laser ablation ICP-MS data. Month: a code designating the specific month and year of each monthly resolved increment (i.e. 75 = Dec 1996, 76 = Jan 1997, etc.). Age: age when each monthly increment was formed (total months). fMonth = Month (as factor).
Download LiCadata.txt (108.7 Kb)
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Title Growth increment data
Downloaded 1 time
Description Growth increment measurements from ocean perch otoliths for each discrete monthly time period. These data are used in the univariate mixed modeling analysis for the response variable of Growth. IDCode: unique identifier for each fish. Age.years.cap: age of the fish in years at date of capture. Age.month.cap: age of the fish in months at date of capture. Month.code.cap: month code for the date of capture, e.g. 75 = Dec 1996. FishID: = IDCode. Growth: measured value of the growth increment for a discrete monthly time period (μm). Month: a code designating the specific month and year of each monthly resolved increment (i.e. 75 = Dec 1996, 76 = Jan 1997, etc.). Age: age when each monthly increment was formed (total months). fMonth = Month (as factor).
Download growthdata.txt (107.0 Kb)
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Title Environmental data
Downloaded 1 time
Description Environmental (extrinsic) variables used in the univariate mixed modeling analyses to partition monthly variation of the response variables (Na:Ca, Sr:Ca, Mg:Ca, Ba:Ca, Li:Ca or Growth) between intrinsic and extrinsic drivers. Month: A code designating the specific month and year of each monthly resolved increment (i.e. 75 = Dec 1996, 76 = Jan 1997, etc.). BonneyUI: Monthly upwelling index for the Bonney Coast region of southern Australia (See Figure 2 and Table 1 for details). BottomTemp: monthly mean bottom temperature (C) for Bonney upwelling region (See Table 1 for details). Chl-a: levels of chlorophyll a (mg/m3) in the Bonney upwelling region (See Table 1 for details).
Download AllEnviData.csv (5.639 Kb)
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Title Data for all response variables
Downloaded 1 time
Description Data for all response variables (Na:Ca, Sr:Ca, Mg:Ca, Ba:Ca, Li:Ca and Growth) collected from ocean perch otoliths for each discrete monthly time period. Element:Ca data are extracted from laser ablation ICP-MS data and Growth data are growth increment measurements. These data are used in the multivariate mixed modeling analysis to estimate within and among individual correlations. Age.years.cap: age of the fish in years at date of capture. Age.month.cap: age of the fish in months at date of capture. Month.code.cap: month code for the date of capture, e.g. 75 = Dec 1996. FishID: = IDCode. Growth: measured value of the growth increment for a discrete monthly time period (μm). NaCa, SrCa, MgCa, BaCa, or LiCa: value of the Element:Ca ratio for that discrete monthly time period (μmol/mol) extracted from the laser ablation ICP-MS data. Month: a code designating the specific month and year of each monthly resolved increment (i.e. 75 = Dec 1996, 76 = Jan 1997, etc.). Age: age when each monthly increment was formed (total months). fMonth = Month (as factor).
Download alldata.csv (261.6 Kb)
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When using this data, please cite the original publication:

Grammer GL, Morrongiello JR, Izzo C, Hawthorne PJ, Middleton JF, Gillanders BM (2017) Coupling biogeochemical tracers with fish growth reveals physiological and environmental controls on otolith chemistry. Ecological Monographs 87(3): 487-507. http://dx.doi.org/10.1002/ecm.1264

Additionally, please cite the Dryad data package:

Grammer GL, Morrongiello JR, Izzo C, Hawthorne PJ, Middleton JF, Gillanders BM (2017) Data from: Coupling biogeochemical tracers with fish growth reveals physiological and environmental controls on otolith chemistry. Dryad Digital Repository. http://dx.doi.org/10.5061/dryad.cn55b
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