%0 Generic %A Jake Vander Zanden, M. %A K. Clayton, Murray %A K. Moody, Eric %A T. Solomon, Christopher %A C. Weidel, Brian %D 2015 %T The number of half-life estimates for each tissue type-taxon combination (hereafter referred to as ‘group’). %U https://plos.figshare.com/articles/dataset/_The_number_of_half_life_estimates_for_each_tissue_type_taxon_combination_hereafter_referred_to_as_8216_group_8217_/1298477 %R 10.1371/journal.pone.0116182.t002 %2 https://ndownloader.figshare.com/files/1877040 %K ln %K ectotherm %K Literature Synthesis Stable isotopes %K prediction %K food web pathways %K pattern %K body mass %K Stable Isotope Turnover %K intercept %K quantifying animal tissue %K allometric %K relationship %K diet shift studies %K animal body mass %K model %X

Two groups (invertebrate organs and invertebrate blood; indicated by *) were excluded from group-level comparisons due to low sample size.

1fishes, reptiles, and amphibians

The number of half-life estimates for each tissue type-taxon combination (hereafter referred to as ‘group’).

%I PLOS ONE