Supplementary Datasets for "Genotype-specific nonphotochemical quenching responses to nitrogen deficit are linked to chlorophyll a to b ratios"

Supplementary datasets supporting a manuscript entitled "Genotype-specific nonphotochemical quenching responses to nitrogen deficit are linked to chlorophyll a to b ratios"
Dataset 1 NPQ kinetics data collected for 225 maize genotypes under two nitrogen treatments in the field of 2019.
Dataset 2 NPQ kinetics data collected for a subset of 22 maize genotypes under two nitrogen treatments in the field of 2020.
Dataset 3 Diurnal data of NPQT and other fluorescence related parameters collected for a subset of 22 maize genotypes under control and low nitrogen in the field of 2020.
Dataset 4 Pigments related data collected for 10 maize genotypes in the field 2020 and 4 genotypes in the growth chamber.
Dataset 5 NPQ kinetics data collected for 4 maize genotypes under control and low nitrogen in the growth chamber.
Dataset 6 Gas exchange data from steady state and fluctuating A/Q response collected for 4 maize genotypes under control and low nitrogen in the growth chamber.
Dataset 7 Gas exchange data from A/Ci response collected for 4 maize genotypes under control and low N in the growth chamber.
Dataset 8 Data related to morphological parameters collected for 4 maize genotypes under control and low nitrogen in the growth chamber.
Dataset 9 Data related to absorbance, fluorescence, and biomass parameters collected for B73 maize genotype under different nitrogen treatments in the growth chamber.
Dataset 10 Data related to NPQT and other fluorescence parameters (ϕNPQ, ϕPSII, and ϕNO) parameters collected for two groups (Group A and B) of maize genotypes under control and low nitrogen in field 2020.
Dataset 11 NPQ kinetics data collected for 4 maize genotypes at different light intensities under two nitrogen treatments in the growth chamber.
Dataset 12 Data related to absorbance and fluorescence parameters collected for 4 maize genotypes under two nitrogen treatments in the field and growth chamber.