Plasticity of plants, which enables them to change their structure and function, helps them to adapt to environmental change. This research will make it easier to anticipate plants' response to current climate change.
All plant species exhibit a greater or lesser degree of plasticity. "Various studies suggest that species from more heterogeneous and changing environments have greater degrees of plasticity. For example, plants from these environments have great root plasticity in order to be able to take better advantage of fertile and damp areas and to avoid sterile, dry ones," Valladares explains.
Plants' pigmentation, root length, leaf mass and efficiency of water use are some of the leading indicators used to study the phenotypic plasticity of plant organisms.
"The differences in plasticity and its mechanisms allow us to better understand why various plant species grow where they do. This will enable us to project their most likely ranges in climate change scenarios," the researcher says.
Plasticity of plants, which enables them to change their structure and function, helps them to adapt to environmental change. This research will make it easier to anticipate plants' response to current climate change.