From its captivating origins to the macroevolutionary changes that produce a breathtaking array of hues, Kellenberger and Glover explore the enchanting world of flower colour diversity

Researchers found that a special kind of moss only release their spores when their pod structures open up in the dry air helped by wind, which blows the spores out, rather than just opening on its own in humid conditions.

Models uncover how plants coordinate architectural characteristics and photosynthetic nitrogen allocation to optimize photosynthesis.

Researchers from the most prominent native plant seed bank use innovative modelling to better inform plant conservation and restoration under the pressure of future climate change.

Studies model the local influence of phloem resistance on taproot and lateral root growth.

Researchers in Brazil found a special part of tomato genome that controls the size of not just the fruit but also the leaves and stems. This discovery could help making tomato crops more resilient to different environments.

Botanists have found willows in Italy so old that they were standing when Caesar crossed the Rubicon.

Experiments with the common morning glory reveal drought drives faster evolutionary changes in floral signals and rewards critical for plant-pollinator interactions compared to pollinator declines.

Computational model may help unravel the complex processes of drought tolerance.

Underground trees, a type of geoxyles occurring in Afrotropical savannas and grasslands, have unique and diverse ways of surviving in tough environments, according to recent research.

New research reveals how heatwaves and drought together can rapidly and irreversibly damage flowers through a process called runaway cavitation.

Discover how the survival strategies of grass species, intertwined with climate and functional traits, could forecast the fate of ecosystems amid climate change.