The Zamiaceae are often considered 'living fossils', but a close study of how they have evolved over millions of years can give a glimpse into the lives of past plants.
Successful restoration of habitats relies on the sourcing of seed appropriate to the restoration environment. The use of non-adapted genotypes can compromise the long-term success of restoration programmes if fitness of...
In addition to preventing water loss, plant cuticles must also regulate nutrient loss, leaching. The eceriferum mutants in Hordeum vulgare (barley) potentially influence these functions by altering epicuticular wax...
Native and invading plants vary differently in leaf shape in response to climate. Curiously, sometimes the native plants are more acquisitive than the invaders.
The environment can vary at small spatial scales, so small that neighbouring plants in a natural population can grow with different resource levels and experience different degrees of competition. This fine-grained...
Rising sea levels mean increased salinity for plants on the shore, but how well do coastal plants cope with salt? New research says they're surprisingly bad at it.
Trees can face significant threats from herbivores, particularly ones that defoliate (i.e. eat leaves and reduce leaf area). After being attacked by defoliators, trees can respond by changing their growth patterns and...
Modern clubmosses (Lycophytes) are a vestige of their gargantuan carboniferous ancestors that dominated the paleoflora flora for millions of years. The group has a broad global distribution ranging from tundra to...
Plants in arid environments often have predictably different phenotypes than those in moist environments. Within species, such trait–environment associations could indicate local adaptation, yet supporting evidence is...
This study provides the first evidence for the physiological role of the hydathode trichomes in active water secretion in the rhinanthoid Orobanchaceae.