The use of Jupyter notebooks makes model creation and execution more accessible.
Author - Rachel Shekar
Rachel Shekar
Measuring the hidden phenotype using novel mathematical techniques
A new study quantifies the shape of barley seeds using topological methods.
Midiendo el fenotipo oculto con técnicas matemáticas novedosas
Un nuevo estudio cuantifica la forma de las semillas de cebada utilizando métodos topológicos.
Simulating grass phenotypic plasticity as an emergent property
Integrating plant functioning at organ scale can simulate the phenotypic plasticity of plants.
Improving wine yield and quality by improving carbohydrate modelling
A new study compares the accuracy of carbohydrate allocation and transport models for grapevine.
1D light models as accurate are as 3D at estimating dry matter
Researchers compare trade-offs between simplicity and accuracy when modelling greenhouse cucumber canopies.
Plant computational model explains how leaf veins develop
Polar auxin transport dynamics control vein patterning.
Reconstructing trees from terrestrial laser scans
A new algorithm supports the detailed reconstruction of a variety of trees from a small amount of input data.
Building a better grapevine model
A new perennial fruit crop accurately depicts phenology, light interception, carbohydrate allocation and reserve dynamics, and yield components.
3D model of rhizodeposition
A new model simulates rhizodeposition patterns around growing and exuding root systems.
Improving gene regulatory network models with RNA levels in absolute units
Recalibrating models using absolute – instead of relative - mass units makes it possible to test modelled transcription rates against biochemical data.
Virtual vineyards allow simulation studies of grapevine management practices
Computational models simulate grapevine management and provide information on how this affects canopy light absorption.
Should you plant your tomato rows oriented north to south or east to west?
A new study challenges the conventional wisdom of row orientation.
Resolving interactions between plant structure and function
A new study reveals the impact of spatial resolution on accurately representing the interactions between plant canopy structure and function.
