Maize root traits associated with soil organic matter (SOM) mineralization were demonstrated to have a heritable genetic basis. We show root length, root diameter and cumulative root-derived C mineralization to be strong predictors of SOM-C mineralization and identify two candidate genes associated with enhanced SOM-C mineralization rates. There is potential to target these genes to enhance release of nutrients from SOM to support crop nutrition within sustainable maize cropping systems
open8siNome progetto: Water4CropsThe genetic dissection of root architecture and functions allows fo...
Roots are important plant organs for the absorption of water and nutrients. To date, there have been...
Plants are some of the most diverse organisms on earth, consisting of more than 350,000 different sp...
Agricultural management practices that increase soil organic matter (SOM), such as no-tillage (NT) w...
Challenges of soil degradation and changing climate pose major threats to food security in many part...
Soils in sub-Saharan Africa are nitrogen deficient due to low fertilizer use and inadequate soil fer...
Background Plants rely on the root system for anchorage to the ground and the acquisition and absorp...
To feed an ever-increasing world population while the availability of fertile soils is shrinking, th...
Abstract Background Root systems play important roles in crop growth and stress responses. Although ...
Maximizing soil exploration through modifications of the root system is a strategy for plants to ove...
Determining the genetic control of root system architecture (RSA) in plants via large-scale genome-w...
Abstract Background Breeding for new maize varieties with propitious root systems has tremendous pot...
Abstract Background Root system architecture (RSA), which is determined by the crown root angle (CRA...
Maize genotypes may adapt to dry environments by avoiding desiccation by means of a deeper root syst...
Biofortification of foods, achieved by increasing the concentrations of minerals such as iron (Fe) a...
open8siNome progetto: Water4CropsThe genetic dissection of root architecture and functions allows fo...
Roots are important plant organs for the absorption of water and nutrients. To date, there have been...
Plants are some of the most diverse organisms on earth, consisting of more than 350,000 different sp...
Agricultural management practices that increase soil organic matter (SOM), such as no-tillage (NT) w...
Challenges of soil degradation and changing climate pose major threats to food security in many part...
Soils in sub-Saharan Africa are nitrogen deficient due to low fertilizer use and inadequate soil fer...
Background Plants rely on the root system for anchorage to the ground and the acquisition and absorp...
To feed an ever-increasing world population while the availability of fertile soils is shrinking, th...
Abstract Background Root systems play important roles in crop growth and stress responses. Although ...
Maximizing soil exploration through modifications of the root system is a strategy for plants to ove...
Determining the genetic control of root system architecture (RSA) in plants via large-scale genome-w...
Abstract Background Breeding for new maize varieties with propitious root systems has tremendous pot...
Abstract Background Root system architecture (RSA), which is determined by the crown root angle (CRA...
Maize genotypes may adapt to dry environments by avoiding desiccation by means of a deeper root syst...
Biofortification of foods, achieved by increasing the concentrations of minerals such as iron (Fe) a...
open8siNome progetto: Water4CropsThe genetic dissection of root architecture and functions allows fo...
Roots are important plant organs for the absorption of water and nutrients. To date, there have been...
Plants are some of the most diverse organisms on earth, consisting of more than 350,000 different sp...