Daniel F. Calderini

The paper examines heat stress responses in diploid, tetraploid, and hexaploid wheat genotypes, finding differences in yield reduction, transcriptional responses, and alternative splicing, with NF-YB exon skipping identified in hexaploid wheat.

This study examines how reducing seed size and source-sink ratio affects quality traits in winter and spring rapeseed.

This study examines how three wheat genes affect grain weight, number, and yield by analyzing their physiological impacts under different plant densities.

This study examines how manipulating the source-sink ratio in rapeseed during grain filling affects yield, grain weight, and quality traits under different radiation conditions.

This study evaluates the impact of heat stress on rapeseed grain yield during two phases of grain filling in southern Chile, finding that Lumen is more heat-tolerant than Solar CL.

This study investigates the trade-off between grain weight and grain number in wheat by engineering genes and analyzing four wheat genotypes under field conditions.