J. I. Hormaza

This study compares diploid, triploid, and tetraploid Annona genotypes under water stress, finding polyploids have better performance due to hydraulic traits.

This study examines how changes in ploidy affect vascular structure and hydraulic function in mango trees, finding that tetraploids have larger cells and reduced dehydration rates.

This study examines the phloem anatomy and hydraulic conductivity in mango trees, revealing structural changes and scaling patterns that support the pipe model theory for long-distance transport.