Root system architecture (RSA) is a crucial factor in resource acquisition and plant
productivity. Roots are difficult to phenotype in the field, thus new tools for predicting …

Genomic Selection (GS) is a new breeding method in which genome-wide markers are used
to predict the breeding value of individuals in a breeding population. GS has been shown to …

Root network structure plays a crucial role in growth and development processes in rice.
Longer, more branched root structures help plants to assimilate water and nutrition from soil …

Root system architecture (RSA), also known as root morphology, is critical in plant
acquisition of soil resources, plant growth, and yield formation. Many QTLs associated with …

The root system architecture is an important complex trait in rice. With changing climatic
conditions and soil nutrient deficiencies, there is an immediate need to breed nutrient-use …

Root system architecture plays a crucial role in nutrient and water absorption during rice
production. Genetic improvement of the rice root system requires elucidating its genetic …

Root architectural traits are governed by many genes exhibiting polygenic inheritance. The
dissection of the genetic basis of root traits could be achieved by mapping of quantitative …

Root system architecture (RSA) is a critical aspect of plant growth and competitive ability.
Here we used two independently evolved strains of weedy rice, a de‐domesticated form of …

The root is the sole organ taking up water and nutrients from soils. Hence, root system
architecture (RSA) is important for enhancing high-level and stable rice (Oryza sativa L.) …

Root architecture is a determinant factor of drought resistance in rice and plays essential
roles in the absorption of water and nutrients for the survival of rice plants. Dissection of the …