Ongoing climate change will both profoundly impact land-use (eg, changes in crop species
or cultivar and cropping practices) and abiotic factors (eg, moisture and temperature), which …

Root exudates, as an important form of material input from plants to the soil, regulate the
carbon input and efflux of plant rhizosphere soil and play an important role in maintaining …

Aims Root exudates are known to shape microbial activities in the rhizosphere and to be of
fundamental importance for plant-soil-microbe-carbon–nitrogen interactions. However, it …

The metabolic re-arrangements of peas (Pisum sativum L.) under soil drought and re-
watering are still not fully explained. The search for metabolic markers of the stress response …

Rhizodeposition plays an important role in below‐ground carbon (C) cycling. However,
quantification of rhizodeposition in intact plant–soil systems has remained elusive due to …

Monoculture is widely practiced to increase crop productivity, but long-term adaptation has
drawbacks as it increases the depletion of soil nutrients and reduces soil quality, especially …

Plant roots exude nitrogen (N)-containing compounds, which are assimilated by the
rhizobiome to maintain stoichiometric homeostasis. Various 15 N-tracing methods exist to …

As natural agroecology deteriorates, controlled environment agriculture (CEA) systems
become the backup support for coping with future resource consumption and potential food …

Root exudation of N is a plant input to the soil environment and may be differentially
regulated by the plant during drought. Organic N released by root systems has important …

Rhizodeposition is the export of organic compounds from plant roots to the soil. Carbon
allocation towards rhizodeposition has to be balanced with allocation for other physiological …