plant-reproduction
Plant reproduction encompasses the sexual and asexual strategies plants use to produce offspring, ranging from gamete fusion that generates genetic diversity to vegetative propagation that yields clonal copies of the parent. Understanding these mechanisms is essential for plant science because they underpin crop breeding, genetic improvement, and the ability to preserve or diversify desirable traits. Research into reproductive pathways also informs strategies for enhancing yield, resilience, and adaptability in agriculturally important species.
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More flowers, more pollinators, less fruit: drought increases insec...
Your cucumber vines buzzing with bees during a dry summer aren't thriving — they're stressed, pum...
Heat breaks plant reproduction before it harms the rest of the plant
During a heat wave, the pollen inside your bean or squash flowers can fail silently before the pl...
Paradigm shift in apomixis research: Targeting mutants with element...
Seed-saving gardeners who want to reliably clone a favorite tomato or squash variety are chasing ...
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 ...
Loss of ZmDMP increases phosphatidic acid production and disrupts l...
Seed developers can stabilize a new corn variety in two seasons instead of six using haploid indu...
The nature of gain curves.
If you've ever wondered why some flowering plants shower the air with pollen while others invest ...