Model identifies optimal light conditions to manipulate the circadian clock.
Author - Rachel Shekar
Rachel Shekar
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Simulating mangrove light interception
3D reconstruction of mangrove tree phyllotaxis from digitized plants yields novel data.
Simulación de la interceptación de la luz en los manglares
La reconstrucción en 3D de la filotaxis de los manglares a base de plantas digitalizadas arroja datos novedosos.
Simulation der Lichtabsorption durch Mangroven
Mangrovenwälder sind der Grundstein der tropischen und subtropischen Ökosysteme an den Küsten. Mangroven können dort wachsen, wo kein anderer Baum wachsen kann, und haben einen enormen Nutzen für die Küstenökologie. Die...
It’s all connected: modeling water potential and plant physiological processes
"As water potential is regarded the best indicator of plant water status, because it is the integrated result of above- and below-ground environmental conditions, it holds promise as a pivotal model variable to which...
Modelling ecosystem services of diversified agriculture
Combining modelling approaches to better understand cultivated plant community functioning
Computational model predicts soybean response to climate change
A successful plant model has now been parameterized to include soybean growth under elevated CO2.
Creating visually realistic plant images to train neural networks
An interactive method for creating and calibrating developmental plant models expressed using L-systems
Deep learning techniques used to predict missing data
A new model produces 3D trees that are close to reality using predicted data.
A new virtual modeling environment for plant models
The use of Jupyter notebooks makes model creation and execution more accessible.
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.
