Invisible Chemical Landscapes Influence Life, Research Finds
A research team has demonstrated that chemical signals exchanged between plants, animals, and microorganisms merge within the environment to create intricate "chemical landscapes." These landscapes exert effects that extend beyond the influence of their individual components. The findings provide new perspectives on understanding biodiversity, ecosystems, and the broader impacts of global environmental change.
Plants, animals, and microorganisms engage in constant communication through the exchange of chemical signals.
A recent study has revealed that these signals do not operate in isolation but rather coalesce in the environment to form complex "chemical landscapes." These newly identified landscapes are shown to have effects that are significantly more extensive than those attributable to their individual chemical components.
The findings, published in the journal Nature Ecology & Evolution, offer new insights into several critical areas. They aim to enhance the understanding of biodiversity, the functioning of ecosystems, and the widespread impacts stemming from global environmental change.
The research study was coordinated by Bielefeld University.
(Source: Phys.org)
