Predicting native plant responses to Japanese knotweed invasion
Can plant functional traits help to predict responses to Reynoutria japonica invasion in riparian and fallow ecosystems in southern Poland?
Plant Science from Cell Biology to Ecosystems
Can plant functional traits help to predict responses to Reynoutria japonica invasion in riparian and fallow ecosystems in southern Poland?
How does a local wind reduction zone influence seed dispersal around a single shrub element?
Ants can provide effective protection from elephant herbivory in East African Acacia species, but is this true for species of West Africa?
Could the exogenous application of melatonin help to improve tolerance to drought stress in crop plants?
Do pollen thieves and nectar robbers reduce flower attractiveness to bumblebee pollinators in Impatiens oxyanthera?
Does fruit size influence shoot structure across a latitudinal gradient in southern Japan?
Can shifts in trait values among populations of an invasive plant help assess invasion risks and predict future spread?
Can a better understanding of proteomic responses to low phosphorus conditions be harnessed to improve future soybean varieties?
Can variation in the essential oil yield of juniper be explained by a trade off between growth, defence and reproduction?
What are the mechanisms driving speciation and adaptative evolution in Saussurea, a highly diverse genus of alpine herbaceous plants?
Within the Bauhinia genus is there a trade off between stem strength and hydraulic efficiency?
Can changes in ploidy level explain why certain Arctic and alpine species are able to survive at lower latitudes and elevations?
Can a split pot design provide insights into belowground competition between neighbouring plants?
The new section of the open-access non-profit journal AoBP will focus on molecular functioning of plants in their natural environment.