data-raw/equations_Schw2019.R
In SCAR/solong: Allometric Equations for Southern Ocean Taxa
refs$Schw2019 <- bibentry(bibtype = "Article", key = "Schw2019",
author = c(person("R", "Schwarz"),
person("H-J", "Hoving"),
person("C", "Noever"),
person("U", "Piatkowski")),
year = 2019,
title = "Life histories of Antarctic incirrate octopods (Cephalopoda: Octopoda)",
journal = "PLoS ONE", volume = 14, pages = "e0219694",
doi="10.1371/journal.pone.0219694")
alleq_Schw2019 <- function(id) {
switch(id,
"325319_WW~DML_Schw2019" = list(taxon_name = "Adelieledone polymorpha",
taxon_aphia_id = 325319,
equation = function(DML) tibble(allometric_value = 1.15e-02 * (DML ^ 2.12)), ## SEs 0.01 and 0.11
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 20, sample_maximum = 97),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 149,
"R^2", 0.77),
notes = "Derived from a sample of male and female animals",
reference = refs$Schw2019),
"325319M_WW~DML_Schw2019" = list(taxon_name = "Adelieledone polymorpha",
taxon_aphia_id = 325319,
equation = function(DML) tibble(allometric_value = 6.34e-03 * (DML ^ 2.24)), ## SEs 0.01 and 0.23
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 28, sample_maximum = 84),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 66,
"R^2", 0.80),
notes = "Applies to male animals",
reference = refs$Schw2019),
"325319F_WW~DML_Schw2019" = list(taxon_name = "Adelieledone polymorpha",
taxon_aphia_id = 325319,
equation = function(DML) tibble(allometric_value = 7.01e-03 * (DML ^ 2.23)), ## SEs 0.00 and 0.16
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 20, sample_maximum = 97),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 83,
"R^2", 0.75),
notes = "Applies to female animals",
reference = refs$Schw2019),
"325324_WW~DML_Schw2019" = list(taxon_name = "Megaleledone setebos",
taxon_aphia_id = 325324,
equation = function(DML) tibble(allometric_value = 1.39e-04 * (DML ^ 3.32)), ## SEs 0.00 and 0.07
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 27, sample_maximum = 230),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 59,
"R^2", 0.98),
notes = "Derived from a sample of male and female animals",
reference = refs$Schw2019),
"325324M_WW~DML_Schw2019" = list(taxon_name = "Megaleledone setebos",
taxon_aphia_id = 325324,
equation = function(DML) tibble(allometric_value = 9.89e-07 * (DML ^ 4.23)), ## SEs 0.00 and 0.16
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 27, sample_maximum = 230),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 30,
"R^2", 0.97),
notes = "Applies to male animals",
reference = refs$Schw2019),
"325324F_WW~DML_Schw2019" = list(taxon_name = "Megaleledone setebos",
taxon_aphia_id = 325324,
equation = function(DML) tibble(allometric_value = 2.91e-04 * (DML ^ 3.17)), ## SEs 0.00 and 0.04
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 27, sample_maximum = 160),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 29,
"R^2", 0.98),
notes = "Applies to female animals",
reference = refs$Schw2019),
"527162_WW~DML_Schw2019" = list(taxon_name = "Muusoctopus rigbyae",
taxon_aphia_id = 527162,
equation = function(DML) tibble(allometric_value = 4.29e-03 * (DML ^ 2.44)), ## SEs 0.01 and 0.29
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 31, sample_maximum = 89),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 59,
"R^2", 0.63),
notes = "Derived from a sample of male and female animals",
reference = refs$Schw2019),
"527162M_WW~DML_Schw2019" = list(taxon_name = "Muusoctopus rigbyae",
taxon_aphia_id = 527162,
equation = function(DML) tibble(allometric_value = 9.32e-04 * (DML ^ 2.79)), ## SEs 0.00 and 0.45
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 47, sample_maximum = 88),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 36,
"R^2", 0.65),
notes = "Applies to male animals",
reference = refs$Schw2019),
"527162F_WW~DML_Schw2019" = list(taxon_name = "Muusoctopus rigbyae",
taxon_aphia_id = 527162,
equation = function(DML) tibble(allometric_value = 5.91-03 * (DML ^ 2.37)), ## SEs 0.01 and 0.43
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 31, sample_maximum = 89),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 23,
"R^2", 0.62),
notes = "Applies to female animals",
reference = refs$Schw2019),
"325325_WW~DML_Schw2019" = list(taxon_name = "Pareledone aequipapillae",
taxon_aphia_id = 325325,
equation = function(DML) tibble(allometric_value = 1.48e-02 * (DML ^ 2.01)), ## SEs 0.01 and 0.09
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 17, sample_maximum = 78),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 212,
"R^2", 0.74),
notes = "Derived from a sample of male and female animals",
reference = refs$Schw2019),
"325325M_WW~DML_Schw2019" = list(taxon_name = "Pareledone aequipapillae",
taxon_aphia_id = 325325,
equation = function(DML) tibble(allometric_value = 1.83e-02 * (DML ^ 1.95)), ## SEs 0.01 and 0.12
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 21, sample_maximum = 78),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 137,
"R^2", 0.67),
notes = "Applies to male animals",
reference = refs$Schw2019),
"325325F_WW~DML_Schw2019" = list(taxon_name = "Pareledone aequipapillae",
taxon_aphia_id = 325325,
equation = function(DML) tibble(allometric_value = 1.04e-02 * (DML ^ 2.11)), ## SEs 0.01 and 0.16
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 17, sample_maximum = 64),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 75,
"R^2", 0.83),
notes = "Applies to female animals",
reference = refs$Schw2019),
"239392_WW~DML_Schw2019" = list(taxon_name = "Pareledone charcoti",
taxon_aphia_id = 239392,
equation = function(DML) tibble(allometric_value = 2.61e-03 * (DML ^ 2.19)), ## SEs 0.01 and 0.20
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 18, sample_maximum = 77),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 176,
"R^2", 0.80),
notes = "Derived from a sample of male and female animals",
reference = refs$Schw2019),
"239392M_WW~DML_Schw2019" = list(taxon_name = "Pareledone charcoti",
taxon_aphia_id = 239392,
equation = function(DML) tibble(allometric_value = 4.55e-02 * (DML ^ 1.69)), ## SEs 0.04 and 0.24
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 27, sample_maximum = 57),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 92,
"R^2", 0.54),
notes = "Applies to male animals",
reference = refs$Schw2019),
"239392F_WW~DML_Schw2019" = list(taxon_name = "Pareledone charcoti",
taxon_aphia_id = 239392,
equation = function(DML) tibble(allometric_value = 4.75e-03 * (DML ^ 2.33)), ## SEs 0.00 and 0.09
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 18, sample_maximum = 77),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 84,
"R^2", 0.83),
notes = "Applies to female animals",
reference = refs$Schw2019),
"325336_WW~DML_Schw2019" = list(taxon_name = "Pareledone felix",
taxon_aphia_id = 325336,
equation = function(DML) tibble(allometric_value = 7.54e-03 * (DML ^ 2.19)), ## SEs 0.01 and 0.20
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 21, sample_maximum = 70),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 61,
"R^2", 0.76),
notes = "Derived from a sample of male and female animals",
reference = refs$Schw2019),
"325336M_WW~DML_Schw2019" = list(taxon_name = "Pareledone felix",
taxon_aphia_id = 325336,
equation = function(DML) tibble(allometric_value = 1.22e-02 * (DML ^ 2.05)), ## SEs 0.02 and 0.33
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 22, sample_maximum = 67),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 38,
"R^2", 0.61),
notes = "Applies to male animals",
reference = refs$Schw2019),
"325336F_WW~DML_Schw2019" = list(taxon_name = "Pareledone felix",
taxon_aphia_id = 325336,
equation = function(DML) tibble(allometric_value = 3.26e-03 * (DML ^ 2.41)), ## SEs 0.00 and 0.28
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 21, sample_maximum = 70),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 23,
"R^2", 0.88),
notes = "Applies to female animals",
reference = refs$Schw2019),
"239393_WW~DML_Schw2019" = list(taxon_name = "Pareledone turqueti",
taxon_aphia_id = 239393,
equation = function(DML) tibble(allometric_value = 9.40e-04 * (DML ^ 2.81)), ## SEs 0.00 and 0.19
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 6, sample_maximum = 116),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 70,
"R^2", 0.82),
notes = "Derived from a sample of male and female animals",
reference = refs$Schw2019),
"239393M_WW~DML_Schw2019" = list(taxon_name = "Pareledone turqueti",
taxon_aphia_id = 239393,
equation = function(DML) tibble(allometric_value = 4.01e-04 * (DML ^ 3.01)), ## SEs 0.00 and 0.37
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 6, sample_maximum = 100),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 40,
"R^2", 0.75),
notes = "Applies to male animals",
reference = refs$Schw2019),
"239393F_WW~DML_Schw2019" = list(taxon_name = "Pareledone turqueti",
taxon_aphia_id = 239393,
equation = function(DML) tibble(allometric_value = 5.75e-04 * (DML ^ 2.89)), ## SEs 0.00 and 0.33
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 21, sample_maximum = 116),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 30,
"R^2", 0.94),
notes = "Applies to female animals",
reference = refs$Schw2019),
stop("unrecognized equation ID: ",id))
}
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refs$Schw2019 <- bibentry(bibtype = "Article", key = "Schw2019",
author = c(person("R", "Schwarz"),
person("H-J", "Hoving"),
person("C", "Noever"),
person("U", "Piatkowski")),
year = 2019,
title = "Life histories of Antarctic incirrate octopods (Cephalopoda: Octopoda)",
journal = "PLoS ONE", volume = 14, pages = "e0219694",
doi="10.1371/journal.pone.0219694")
alleq_Schw2019 <- function(id) {
switch(id,
"325319_WW~DML_Schw2019" = list(taxon_name = "Adelieledone polymorpha",
taxon_aphia_id = 325319,
equation = function(DML) tibble(allometric_value = 1.15e-02 * (DML ^ 2.12)), ## SEs 0.01 and 0.11
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 20, sample_maximum = 97),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 149,
"R^2", 0.77),
notes = "Derived from a sample of male and female animals",
reference = refs$Schw2019),
"325319M_WW~DML_Schw2019" = list(taxon_name = "Adelieledone polymorpha",
taxon_aphia_id = 325319,
equation = function(DML) tibble(allometric_value = 6.34e-03 * (DML ^ 2.24)), ## SEs 0.01 and 0.23
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 28, sample_maximum = 84),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 66,
"R^2", 0.80),
notes = "Applies to male animals",
reference = refs$Schw2019),
"325319F_WW~DML_Schw2019" = list(taxon_name = "Adelieledone polymorpha",
taxon_aphia_id = 325319,
equation = function(DML) tibble(allometric_value = 7.01e-03 * (DML ^ 2.23)), ## SEs 0.00 and 0.16
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 20, sample_maximum = 97),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 83,
"R^2", 0.75),
notes = "Applies to female animals",
reference = refs$Schw2019),
"325324_WW~DML_Schw2019" = list(taxon_name = "Megaleledone setebos",
taxon_aphia_id = 325324,
equation = function(DML) tibble(allometric_value = 1.39e-04 * (DML ^ 3.32)), ## SEs 0.00 and 0.07
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 27, sample_maximum = 230),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 59,
"R^2", 0.98),
notes = "Derived from a sample of male and female animals",
reference = refs$Schw2019),
"325324M_WW~DML_Schw2019" = list(taxon_name = "Megaleledone setebos",
taxon_aphia_id = 325324,
equation = function(DML) tibble(allometric_value = 9.89e-07 * (DML ^ 4.23)), ## SEs 0.00 and 0.16
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 27, sample_maximum = 230),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 30,
"R^2", 0.97),
notes = "Applies to male animals",
reference = refs$Schw2019),
"325324F_WW~DML_Schw2019" = list(taxon_name = "Megaleledone setebos",
taxon_aphia_id = 325324,
equation = function(DML) tibble(allometric_value = 2.91e-04 * (DML ^ 3.17)), ## SEs 0.00 and 0.04
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 27, sample_maximum = 160),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 29,
"R^2", 0.98),
notes = "Applies to female animals",
reference = refs$Schw2019),
"527162_WW~DML_Schw2019" = list(taxon_name = "Muusoctopus rigbyae",
taxon_aphia_id = 527162,
equation = function(DML) tibble(allometric_value = 4.29e-03 * (DML ^ 2.44)), ## SEs 0.01 and 0.29
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 31, sample_maximum = 89),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 59,
"R^2", 0.63),
notes = "Derived from a sample of male and female animals",
reference = refs$Schw2019),
"527162M_WW~DML_Schw2019" = list(taxon_name = "Muusoctopus rigbyae",
taxon_aphia_id = 527162,
equation = function(DML) tibble(allometric_value = 9.32e-04 * (DML ^ 2.79)), ## SEs 0.00 and 0.45
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 47, sample_maximum = 88),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 36,
"R^2", 0.65),
notes = "Applies to male animals",
reference = refs$Schw2019),
"527162F_WW~DML_Schw2019" = list(taxon_name = "Muusoctopus rigbyae",
taxon_aphia_id = 527162,
equation = function(DML) tibble(allometric_value = 5.91-03 * (DML ^ 2.37)), ## SEs 0.01 and 0.43
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 31, sample_maximum = 89),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 23,
"R^2", 0.62),
notes = "Applies to female animals",
reference = refs$Schw2019),
"325325_WW~DML_Schw2019" = list(taxon_name = "Pareledone aequipapillae",
taxon_aphia_id = 325325,
equation = function(DML) tibble(allometric_value = 1.48e-02 * (DML ^ 2.01)), ## SEs 0.01 and 0.09
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 17, sample_maximum = 78),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 212,
"R^2", 0.74),
notes = "Derived from a sample of male and female animals",
reference = refs$Schw2019),
"325325M_WW~DML_Schw2019" = list(taxon_name = "Pareledone aequipapillae",
taxon_aphia_id = 325325,
equation = function(DML) tibble(allometric_value = 1.83e-02 * (DML ^ 1.95)), ## SEs 0.01 and 0.12
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 21, sample_maximum = 78),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 137,
"R^2", 0.67),
notes = "Applies to male animals",
reference = refs$Schw2019),
"325325F_WW~DML_Schw2019" = list(taxon_name = "Pareledone aequipapillae",
taxon_aphia_id = 325325,
equation = function(DML) tibble(allometric_value = 1.04e-02 * (DML ^ 2.11)), ## SEs 0.01 and 0.16
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 17, sample_maximum = 64),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 75,
"R^2", 0.83),
notes = "Applies to female animals",
reference = refs$Schw2019),
"239392_WW~DML_Schw2019" = list(taxon_name = "Pareledone charcoti",
taxon_aphia_id = 239392,
equation = function(DML) tibble(allometric_value = 2.61e-03 * (DML ^ 2.19)), ## SEs 0.01 and 0.20
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 18, sample_maximum = 77),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 176,
"R^2", 0.80),
notes = "Derived from a sample of male and female animals",
reference = refs$Schw2019),
"239392M_WW~DML_Schw2019" = list(taxon_name = "Pareledone charcoti",
taxon_aphia_id = 239392,
equation = function(DML) tibble(allometric_value = 4.55e-02 * (DML ^ 1.69)), ## SEs 0.04 and 0.24
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 27, sample_maximum = 57),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 92,
"R^2", 0.54),
notes = "Applies to male animals",
reference = refs$Schw2019),
"239392F_WW~DML_Schw2019" = list(taxon_name = "Pareledone charcoti",
taxon_aphia_id = 239392,
equation = function(DML) tibble(allometric_value = 4.75e-03 * (DML ^ 2.33)), ## SEs 0.00 and 0.09
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 18, sample_maximum = 77),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 84,
"R^2", 0.83),
notes = "Applies to female animals",
reference = refs$Schw2019),
"325336_WW~DML_Schw2019" = list(taxon_name = "Pareledone felix",
taxon_aphia_id = 325336,
equation = function(DML) tibble(allometric_value = 7.54e-03 * (DML ^ 2.19)), ## SEs 0.01 and 0.20
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 21, sample_maximum = 70),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 61,
"R^2", 0.76),
notes = "Derived from a sample of male and female animals",
reference = refs$Schw2019),
"325336M_WW~DML_Schw2019" = list(taxon_name = "Pareledone felix",
taxon_aphia_id = 325336,
equation = function(DML) tibble(allometric_value = 1.22e-02 * (DML ^ 2.05)), ## SEs 0.02 and 0.33
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 22, sample_maximum = 67),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 38,
"R^2", 0.61),
notes = "Applies to male animals",
reference = refs$Schw2019),
"325336F_WW~DML_Schw2019" = list(taxon_name = "Pareledone felix",
taxon_aphia_id = 325336,
equation = function(DML) tibble(allometric_value = 3.26e-03 * (DML ^ 2.41)), ## SEs 0.00 and 0.28
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 21, sample_maximum = 70),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 23,
"R^2", 0.88),
notes = "Applies to female animals",
reference = refs$Schw2019),
"239393_WW~DML_Schw2019" = list(taxon_name = "Pareledone turqueti",
taxon_aphia_id = 239393,
equation = function(DML) tibble(allometric_value = 9.40e-04 * (DML ^ 2.81)), ## SEs 0.00 and 0.19
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 6, sample_maximum = 116),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 70,
"R^2", 0.82),
notes = "Derived from a sample of male and female animals",
reference = refs$Schw2019),
"239393M_WW~DML_Schw2019" = list(taxon_name = "Pareledone turqueti",
taxon_aphia_id = 239393,
equation = function(DML) tibble(allometric_value = 4.01e-04 * (DML ^ 3.01)), ## SEs 0.00 and 0.37
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 6, sample_maximum = 100),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 40,
"R^2", 0.75),
notes = "Applies to male animals",
reference = refs$Schw2019),
"239393F_WW~DML_Schw2019" = list(taxon_name = "Pareledone turqueti",
taxon_aphia_id = 239393,
equation = function(DML) tibble(allometric_value = 5.75e-04 * (DML ^ 2.89)), ## SEs 0.00 and 0.33
inputs = tibble(property = "dorsal mantle length", units = "mm", sample_minimum = 21, sample_maximum = 116),
return_property = "wet weight",
return_units = "g",
reliability = tribble(~type, ~value,
"N", 30,
"R^2", 0.94),
notes = "Applies to female animals",
reference = refs$Schw2019),
stop("unrecognized equation ID: ",id))
}
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