Root exudates play a major role in the mobilization of sparingly soluble nutrients in the
rhizosphere. Since the amount and composition of major metabolites in root exudates from …

Maize was grown for 36 days in solution culture with roots either under axenic conditions or
in the presence of rhizosphere organisms. In other experiments with sterile roots the plants …

The short-term transfer of nitrogen (N) from legumes to grasses was investigated in two
laboratory studies. One study was done in pots where the roots of white clover (Trifolium …

The role of proteinaceous amino acids in rhizosphere nutrient mobilization was assessed
both experimentally and theoretically. The degree of adsorption onto the soil's solid phase …

The aim of this work is to review the current knowledge on the effects of plant metabolism
(C3, C4, and CAM) on root exudation and on the methods of exudate collection as well as …

Amino acid concentration in the rhizosphere results from fluxes between plant roots, soil and
microorganisms. In this context, root amino acid exudation process, composed of both efflux …

The composition of root‐derived substances is of great importance for the understanding of
processes in the rhizosphere. Therefore, methods allowing a comprehensive collection and …

Plant developmental processes are controlled by internal signals that depend on the
adequate supply of mineral nutrients by soil to roots. Thus, the availability of nutrient …

The exudation of amino acids by the roots of tomato, subterranean clover, and phalaris
growing in nutrient solution under different environmental conditions has been studied. The …

Plants naturally cycle amino acids across root cell plasma membranes, and any net efflux is
termed exudation. The dominant ecological view is that microorganisms and roots passively …