The elevation of atmospheric CO 2 concentration has a strong impact on the physiology of
C3 plants, far beyond photosynthesis and C metabolism. In particular, it reduces the …

Plant responses to atmospheric carbon dioxide will be of great concern in the future, as
carbon dioxide concentrations ([CO2]) are predicted to continue to rise. Elevated [CO2] …

Critical for predicting the future of primary productivity is a better understanding of plant
responses to rising atmospheric carbon dioxide (CO2) concentration. This review considers …

Beneficial soil microorganisms can affect plant growth and resistance by the production of
volatile organic compounds (VOCs). Yet, little is known on how VOCs from soil-borne plant …

The elevation of CO2 in the atmosphere increases plant biomass but decreases their
mineral content. The genetic and molecular bases of these effects remain mostly unknown …

Plants live in close relationships with complex populations of microorganisms, including
rhizobacterial species commonly referred to as plant growth-promoting rhizobacteria …

Plant and human tissues (eg, leaves, retina) share the need for carotenoids to protect
against light‐induced and other oxidative stresses. While plants synthesize carotenoids de …

Aims Nitrogen supply and atmospheric CO 2 concentration ([CO 2]) could influence root
exudates directly by altering compound concentrations in roots and indirectly by regulating …

Global climate change has drastically affected natural ecosystems and crop productivity.
Among several factors of global climate change, CO2 is considered to be the dynamic …

Structures and functions were varied among roots with different diameters, and responded
differently to nitrogen (N) addition, a phenomenon called hierarchical trait. However, the …