community-ecology
Community ecology examines how populations of different plant species interact and coexist within a shared habitat, shaping the structure and composition of vegetation over space and time. For plant science, this field reveals how competition, facilitation, and resource partitioning influence which species thrive together, offering insight into biodiversity patterns, ecosystem stability, and responses to environmental change. Understanding these dynamics is essential for predicting how plant communities will respond to disturbances like climate shifts, invasive species, or habitat fragmentation.
open_in_new WikipediaManaged-bee supplementation may drive parasite-mediated exclusion o...
Every squash, blueberry, and apple in your garden depends on wild bees that honeybee hives — if p...
Trait-mediated interactions drive local diversity.
When you plant a sparse native wildflower patch, the slow-growing, drought-thrifty species in the...
Practical lessons from microbiome citizen-science projects.
Every soil sample you or your neighbors submit to a community microbiome project shapes the basel...
Individual movements drive community-level space and resource use a...
The grasses and wildflowers in Yellowstone's meadows are shaped not just by climate but by whethe...