Despite its fundamental role for carbon (C) and nutrient cycling, rhizodeposition remains 'the
hidden half of the hidden half': it is highly dynamic and rhizodeposits are rapidly …

Conversion of waste to energy via a biological process establishes microbial fuel cells
(MFC) as a prominent source of sustainable energy. MFC has been investigated for …

The loss of organic and inorganic carbon from roots into soil underpins nearly all the major
changes that occur in the rhizosphere. In this review we explore the mechanistic basis of …

The aims of the study were to determine group specificity in microbial utilization of root‐
exudate compounds and whole rhizodeposition; quantify the proportions of carbon acquired …

In the last decade cheaper and faster sequencing methods have resulted in an enormous
increase in genomic data. High throughput genotyping, genotyping by sequencing and …

Phytohormone production is one mechanism by which rhizobacteria can stimulate plant
growth, but it is not clear whether the bacteria gain from this mechanism. The hypothesis that …

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 …

Background and aims Arbuscular mycorrhizal (AM) hyphae represent an important route for
input of plant-derived C to soil, but impacts of these inputs on microbial communities and …

The facilitating effect of the exudation of carbon (C) compounds from roots on rhizospheric
processes has been shown in controlled experiments; however, it still remains unclear how …

For soils in carbon balance, losses of soil carbon from biological activity are balanced by
organic inputs from vegetation. Perturbations, such as climate or land use change, have the …