GFEresorption

Data were collected in the field during the 13th year of fertilization on the Gigante Fertilization Experiment in the Barro Colorado National Monument, Republic of Panama.
Abbreviated headlines are as follows: "Blk" = Block; "Rx" = treatment; "N" = N addition; "P" = P addition; "Species" = tree species sampled; "Leaf C" = mg/g of C in dried green leaves; "Leaf N" = mg/g of N in dried green leaves; "Leaf P" = mg/g of Total P in dried green leaves; "Leaf Pi" = mg/g of Inorganic P in dried green leaves; "Leaf Po" = mg/g of Po – Pi in dried green leaves; "%Pi" = proportion of total P comprised of inorganic P; "Leaf 13C" = delta 13C values from green leaves; "Leaf 15C" = delta 15N values from green leaves; "Litter 15N" = delta 15N values from senesced leaf litter; "Litter N corr" = mass loss based correction of litter N concentration (mg/g); "litter C" = mg/g of carbon from senesced leaf litter; "litter 13C" = delta 13C values from senesced leaf litter; "litter P" = mg/g of P from senesced leaf litter; "litter P corr" = mass loss based correction of litter P concentration (mg/g); "leaf – litter 15N" = difference among green leaf and senesced litter delta 15N values; "leaf – litter N" = difference among green leaf and senesced litter N concentration (mg/g); "leaf C:N" = ratio of carbon to nitrogen in green leaves; "litter C:N" = "leaf – litter fall P" = difference among green leaf and senesced litter P concentration (mg/g); "leaf N:P" = ratio of nitrogen to phosphorus in green leaves; "litter N:P" = ratio of nitrogen to phosphorus in senesced leaves; "litter organic P" = mg/g of Po – Pi in senesced leaves; "N res" = resorption efficiency of N; "N_res_corr" = resorption efficiency of N based on mass loss corrected leaf litter N; logN_res_corr" = log transformation; "P res" = phosphorous resorption efficiency; "P_res_corr" = resorption efficiency of P based on mass loss corrected leaf litter P; "logP_res_corr" = log transformation; "N:P res" = ratio of N to P resorption efficiencies; "logN:P_res_cor" = log transformation of mass loss corrected resorption efficiency ratios; "N:P_res_corr" = mass loss corrected resorption efficiency ratios; "transformed_P" = log transformed P concentrations; "N_resorp" = N resorption efficiency with negatives removed; "P_resorp" = P resorption efficiency with negatives removed; and, "N:P_resorp" = ratio of N and P resorption efficiencies.