evolutionary-biology
Evolutionary biology examines the mechanisms driving genetic change across generations—natural selection, mutation, genetic drift, and gene flow—to understand how species arise, adapt, and diversify. In plant science, these principles reveal how crops and wild plants have developed traits such as disease resistance, fruit morphology, and stress tolerance over time. Understanding plant evolutionary history informs breeding strategies, conservation efforts, and the identification of genes underlying agriculturally important characteristics.
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Fighting citrus Huanglongbing with evolutionary principles.
Huanglongbing has already wiped out millions of orange and lemon trees worldwide, threatening the...
Weaponizing nutrition: plants use a double strategy to fight herbiv...
Understanding how plants naturally defend themselves against insects could inspire new ways to pr...
Salicylic acid and the unique TGA transcription factor controls pla...
Every tomato, rose, and oak tree in your garden relies on a salicylic acid immune system to fight...
Mechanisms and flexibility in plant asymmetric cell division.
Every vegetable you grow starts as a single fertilized cell, and the precision of those first une...
A Key Role for S-Nitrosylation in Immune Regulation and Development...
Every tomato plant, rose bush, and oak tree in your garden inherited an ancient immune system tha...
Plants as silent teachers: bridging plant biology, human physiology...
Tomatoes in your garden and the oak in your local park are running versions of the same stress-re...
Evolutionary shifts in plant adaptations mediated by phytohormones.
Every tomato that sets fruit when the nights turn cool, every willow that roots from a cutting in...
The origin and evolution of auxin as a plant signaling molecule.
Every time you pinch back a leggy seedling or stake a climbing vine, auxin is the signal your pla...
Newly arisen indel governs a leaf shape polymorphism in the Ivy Lea...
That scraggly morning glory vine climbing your fence with the unusual lobed leaves isn't just pre...
Building blocks toward cell surface receptor-mediated immunity in plants.
Every tomato plant that shrugs off blight, every oak that outlasts a fungal attack, is running an...
Conservation and divergence of UVR8 photoreceptor-mediated UV-B sig...
Every tomato, rose, and lawn grass you grow has inherited a UV-defense system from ancient plant ...
Sexual selection in plants and animals: toward a unified framework.
Every flower in your garden is running a hidden competition: which pollen grain wins the race to ...
Jill Harrison.
Understanding how plants control their shape and branching could lead to crops that grow more eff...
Glycogen deficiency impairs diurnal energy metabolism and cell divi...
Cyanobacteria are the ancestors of the chloroplasts inside every plant cell in your garden — unde...
Discriminating models of trait evolution.
Understanding how traits like disease resistance or drought tolerance evolve helps scientists pre...
An Evolving View of Character Macroevolution.
Every wildflower color, leaf shape, and bark texture you notice on a hike is the product of milli...
Structural and evolutionary insights into the functioning of glycop...
Hormones that control animal reproduction are entirely absent from plants, so this discovery live...
