The ‘virtual leaf’ that simulates leaf physiology in 3D, promises breakthroughs in understanding plant responses to environmental changes and boosting our agricultural strategies.
Chiminazzo and colleagues shed light on the intriguing survival strategies of woody plants in fire-prone ecosystems, using the Brazilian Cerrado as an example.
Despite the apparent abundance of fruit, the Monoon liukiuense tree on Iriomote Island is at risk due to inefficient seed dispersal, as revealed in research by Ryo Furumoto.
As the climate warms, shifts in temperature and water availability, affects competition and interaction among native and exotic plant species in Southern British Columbia.
Discover how iPhenology, can use citizen science photo observations, revolutionizing plant phenology research and predicting the impact of climate change on nature’s timing.
As climate change narrows seagrass habitats, a surprising twist emerges – the rise of unique species, challenging our understanding of biodiversity and conservation strategies.