Plants must rapidly and dynamically adapt to changes in their environment. Upon sensing
environmental signals, plants convert them into cellular signals, which elicit physiological or …

Legumes and actinorhizal plants are capable of forming root nodules symbiosis with
rhizobia and Frankia bacteria. All these nodulating species belong to the nitrogen fixation …

Background Despite the knowledge that the soil–plant–microbiome nexus is shaped by
interactions amongst its members, very little is known about how individual symbioses …

Legumes form symbioses with rhizobia to fix N2 in root nodules to supplement their nitrogen
(N) requirements. Many studies have shown how symbioses affect the shoot, but far less is …

Weeds pose a major constraint in lentil cultivation, leading to decrease farmers' revenues by
reducing the yield and increasing the management costs. The development of herbicide …

Soil organic carbon (SOC) is the principal factor contributing to enhanced soil fertility and
also functions as the major carbon sink within terrestrial ecosystems. Applying fertilizer is a …

Legumes house nitrogen-fixing endosymbiotic rhizobia in specialized polyploid cells within
root nodules, which undergo tightly regulated metabolic activity. By carrying out expression …

The study aims to evaluate the difference of nitrogen (N) utilization in peanut varieties with
different nodulation efficiency and the contribution of different N sources to yield formation …

Legumes house nitrogen-fixing endosymbiotic rhizobia in specialised polyploid cells within
root nodules. This results in a mutualistic relationship whereby the plant host receives fixed …

Nitrogen is an essential nutrient for plant growth and development. Low utilization of
nitrogen fertilizer during agricultural production causes a series of environmental problems …