10.6084/m9.figshare.c.3836842_D7.v1
Carlos Sousa
Carlos
Sousa
Dayane Paiva
Dayane
Paiva
Raphael Casari
Raphael
Casari
Nelson Oliveira
Nelson
Oliveira
Hugo Molinari
Hugo
Molinari
Adilson Kobayashi
Adilson
Kobayashi
Paulo Magalhães
Paulo
Magalhães
Reinaldo Gomide
Reinaldo
Gomide
Manoel Souza
Manoel
Souza
MOESM4 of A procedure for maize genotypes discrimination to drought by chlorophyll fluorescence imaging rapid light curves
Springer Nature
2017
Corn
Zea mays L.
Water deficit
Abiotic stress
Phenotyping
Gas exchange
Phenomics
2017-07-26 05:00:00
Figure
https://springernature.figshare.com/articles/figure/MOESM4_of_A_procedure_for_maize_genotypes_discrimination_to_drought_by_chlorophyll_fluorescence_imaging_rapid_light_curves/5248729
Additional file 4. Changes over time in leaf gas exchange parameters for control and drought stressed study maize genotypes under study. The values of the parameters represent the average of five replicates for each studied maize genotype. Both groups of plants (control and drought) were with soil water content at field capacity at the start of measurement (day 1). From there, the watering was withheld in the drought stressed plants until the substrate reached the theoretical wilting point (−1.5 MPa) on the 7th day. Bars represent standard error of the mean.