Ashley N. Hostetler

This study identifies the factors contributing to root system stiffness in maize and shows that below-ground root architecture primarily determines its prediction.

This study uses meter-scale 2D clinostats to simulate microgravity for tomato plants, revealing environmental factors like temperature influence growth responses.

This study identifies a biphasic trajectory in maize stalk mechanics influenced by genetic, environmental, and biotic factors, showing material properties define the trajectory and environmental factors modulate its rate.

This study identifies 10 salt stress-responsive QTL in a sorghum population, linking them to genes involved in ionic, tissue, and osmotic tolerance.

The paper integrates genetic mapping with transcriptome analysis to identify QTL and candidate genes for tillering control in sorghum using a recombinant inbred line population.