A Pathway to Salt-Tolerant Crops in a Changing Climate
A new metabolic model identifies the genetic basis of salt stress resilience in plants.
Rachel Shekar
138 posts
Rachel (she/her) is a Founding and Managing Editor of in silico Plants. She has a Master’s Degree in Plant Biology from the University of Illinois. She has over 15 years of academic journal editorial
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Synthetic Stomata: Leveraging Artificial Imagery for Improved Stomatal Analysis
A new tool generates images of stomata that improve the accuracy of stomal detection by deep learning models.
Cracking the Code of Hazelnut Tree Architecture
A new model of hazelnut enhances our understanding of its growth and development.
Drones and AI: The New Age of Cotton Production
Researchers develop innovative techniques to track plant aging
Exploring the Impact of Plant Traits on Nitrogen Use Efficiency in Maize
Researchers use a functional-structural plant model to analyze how architectural and physiological traits affect nitrogen uptake and physiological efficiency.
Researchers Challenge Established Theory on Stomatal Movement
Scientists create a computational model to uncover the role of metabolites in the vacuole fusion process.
Understanding the Mechanics Behind Bark Formation
MODELBARK provides valuable insights into the dynamics of bark formation through computer simulations.
Leveraging High-Quality Data for Improved Crop Simulations
Researchers improve model prediction accuracy by closing existing data gaps.
From Complexity to Simplicity: Assessing Light Interception Models
A new study reveals that a simple block model can achieve comparable results to complex models in assessing light interception for maize
Unraveling the Mechanisms of Photoinhibition in Plants
Recent research emphasizes the critical role of photoprotection mechanisms in helping plants cope with excess light, which can impair photosynthesis.
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