<p>(A) Root distribution pattern analyzed in drought tolerant and susceptible genotypes grown under well-watered conditions in petri dishes at the interval of 6 and 9 days. (B) Relationships between root traits measured at 6 and 9 days old seedling estimated from two Clusters (I and IV) of wheat genotypes a. Total root length, Longest root, Coleoptile length and Shoot length. Total Projected area, Total Surface area and Total root volume. The solid lines indicate the best fit regression line and 95% confidence length intervals, respectively.</p
Phenotyping root traits and understanding their inheritance are critical for crop improvement, as th...
Better understanding of root system structure and function is critical to crop improvement in water-...
Phenotyping wheat seedling’s root angle variation to highlight correlations with water stress Cloth...
<div><p>Root traits influence the amount of water and nutrient absorption, and are important for mai...
Root traits influence the amount of water and nutrient absorption, and are important for maintaining...
Drought stress is one of the main environmental factors limiting crop yields. Choice of drought-resi...
Using a field to lab approach, mature deep-rooting traits in wheat were correlated to root phenotype...
Root system size is a key trait for improving water and nitrogen uptake efficiency in wheat (Triticu...
Root system characteristics are of fundamental importance to soil exploration and below-ground resou...
Background and aims: We were interested to know if laboratory screens of root growth could be used t...
Abstract Roots are crucial for water up take and nutrient supply both under water limiting and non-l...
Under limiting water resources, root system response of genotypes to soil-water conditions with enha...
Water availability is a major limiting factor for wheat (Triticum aestivum L.) production in rain-fe...
The aims of this study were to investigate genotypic variations in root traits at phytomer level of ...
none7siAssociation mapping provides useful insights on the genetic architecture of quantitative trai...
Phenotyping root traits and understanding their inheritance are critical for crop improvement, as th...
Better understanding of root system structure and function is critical to crop improvement in water-...
Phenotyping wheat seedling’s root angle variation to highlight correlations with water stress Cloth...
<div><p>Root traits influence the amount of water and nutrient absorption, and are important for mai...
Root traits influence the amount of water and nutrient absorption, and are important for maintaining...
Drought stress is one of the main environmental factors limiting crop yields. Choice of drought-resi...
Using a field to lab approach, mature deep-rooting traits in wheat were correlated to root phenotype...
Root system size is a key trait for improving water and nitrogen uptake efficiency in wheat (Triticu...
Root system characteristics are of fundamental importance to soil exploration and below-ground resou...
Background and aims: We were interested to know if laboratory screens of root growth could be used t...
Abstract Roots are crucial for water up take and nutrient supply both under water limiting and non-l...
Under limiting water resources, root system response of genotypes to soil-water conditions with enha...
Water availability is a major limiting factor for wheat (Triticum aestivum L.) production in rain-fe...
The aims of this study were to investigate genotypic variations in root traits at phytomer level of ...
none7siAssociation mapping provides useful insights on the genetic architecture of quantitative trai...
Phenotyping root traits and understanding their inheritance are critical for crop improvement, as th...
Better understanding of root system structure and function is critical to crop improvement in water-...
Phenotyping wheat seedling’s root angle variation to highlight correlations with water stress Cloth...