Modelling phenomics data for temperature response
Using computational models to overcome the shortcomings of high throughput phenotyping field data.
Tag: wheat
Wheat adaptation to climate change
Models fill in the data gaps to identify genotypes to maximize yield across the NE Australian wheat-belt under climate change.
When the wind blows, what happens to wheat?
A reduction in height but an increase in tillers suggests that wheat may benefit from a little mechanical stress.
Cereal thriller brings home the bacon*
Optimising photosynthetic resource distributions to improve wheat yield
How does the optimality of photosynthetic resource distribution relative to light availability vary across a wheat population?
Feeding (or not feeding) a fungus: plants may not be so good to their fungal partners after all
Interactions between plants and fungal symbionts are not always balanced affairs.
Impact of sodic soils on wheat coleoptile length and root angle
How do plants emerge from the ground in tough sodium-rich soils?
How arbuscular mycorrhizal fungi talk to plants before colonisation
WALTer: A 3D wheat model that simulates tillering dynamics
Potential involvement of root auxins in drought tolerance by modulating nocturnal and daytime water use in wheat
FSPM-based investigation of plant interactions in complex wheat canopies
Bread’s birth bested by 4400 years
Integrated approach to maximize trait selection
There were many great articles concerning cross-disciplinary research at the interface between plant biology, mathematics and computer science before the launch in silico Plants (isP). We are excited for isP to be home to these types of articles in the future.
