The reason domesticated lentils are fussy about their lighting is in their genes
A comparison with wild lentils highlights how gene expression varies when light shifts from red to near infra-red light.
Plant Science from Cell Biology to Ecosystems
A comparison with wild lentils highlights how gene expression varies when light shifts from red to near infra-red light.
Taking a look inside these botanical rebels offers new information to better understand them.
Can a new isotropic light device lead to a better understanding of molecular responses to gravitational stimuli?
When drought passes the signals to restart the development of rhizomes in Festuca arundinacea are on different regulatory pathways to the signals that turned it off at the start of the drought.
Analysis of over 3300 single copy genes has produced a well-supported topology with some significant changes.
A changing climate could bring drier or wetter conditions. A team of scientists has been examining how the genes of two plants adapt to both conditions.
When the parasitic plant dodder attacks two plants, stress felt by one victim can be passed to the other.
Selection on duplicated plant volatile genes is thought to have enabled the evolution of floral volatiles crucial to plant-insect interactions.
Over Christmas, a couple of papers came out that suggest plants can respond to airborne sound waves. The findings challenge many ideas about how plants respond to sound.