Phenocams, cameras that monitor leaf function, offer a promising new method to track and detect the impact of climate change on ecosystems, helping conservation efforts and ensuring long-term resilience.

Researchers have found a more eco-friendly way to tackle a plant that's replacing forage for the wildlife of Tanzania.

Study reveals effective strategies to promote pollinator diversity and function in dense urban environments like Paris.

Researchers in Germany use unique waggle dance communication to reveal the foraging habits of honeybees in managed forests, offering insights for improving forest habitats.

A study in southern Spain shows that using cover crops instead of tillage in olive groves can significantly increase biodiversity, suggesting organic farming with cover crops or abandonment of groves for natural vegetation may be beneficial for the environment.

Marginal habitats, previously thought to be subsets of the rain forest, have distinct evolutionary paths, challenging our understanding of the Atlantic Forest's diversity.

A study finds that almost 60% of nectar produced by ivy in autumn goes uncollected by pollinators.

Ecologists with a burning desire to protect forests have grim news for the western United States.

Human-caused disturbances can affect the ability of animals to help spread seeds, which could reduce the amount of plant diversity in some forests.

Restoring semi-natural habitats can help increase the yield of macadamia orchards without needing extra input, making production more sustainable and environmentally friendly.

Plant translocation is a difficult process. How are conservationists using it as a tool?

Visscher and colleagues propose that global analyses of seed traits with evidence for geographical variation prioritize the generation of new data from tropical regions as well as multi-lingual searches to fill geographical and taxonomic gaps.