<p>FLR, TLR and NR denote different root types: fine lateral roots, thick lateral roots, and nodal roots, respectively. The numbers following the letters denote Exp.5 and 6, and the cultivar ‘Wuxiangjing 14’ was used. W1, keeping 1–2 cm water layer; W2, wetting irrigation; W3, dry cultivation. The values are the means of 3 replicates (± <i>SE</i>).</p
<p>Each value is the mean ± standard error of three replicates. Different letters for each cultivar ...
The ability of a plant to extract soil water during water deficit affects crop growth and may affect...
Developmental plasticity in lateral roots may be one of the key traits for the growth of rice plants...
<p>FLR, TLR and NR denote different root types: fine lateral roots, thick lateral roots, and nodal r...
<p>FLR, TLR and NR denote: fine lateral roots, thick lateral root, and nodal root, and the numbers f...
<p>FLR, TLR and NR denote different root types: fine lateral roots, thick lateral roots, and nodal r...
Quantitative study of root morphological characteristics of plants is helpful for understanding the ...
<p>Root length density at flowering (1 August in 2011, and 4 August in 2012) of cultivar Ninggeng28 ...
Genotypic variation in the root system is a potential source for improving drought tolerance of rain...
The root system architecture (RSA) has been reported to be determined by several root traits such as...
<p>Note: Each value is the mean ± standard error of three replicates. Different letters for each cul...
Genotypic variation in the root system is a potential source for improving drought tolerance of rain...
In order to assess the benefits of superior rooting ability of rice (Oryza sativa L.) for growth aft...
To determine water uptake by rice in watersaving culture, we examined root hydraulic conductance (L0...
Developmental plasticity in lateral roots may be one of the key traits for the growth of rice plants...
<p>Each value is the mean ± standard error of three replicates. Different letters for each cultivar ...
The ability of a plant to extract soil water during water deficit affects crop growth and may affect...
Developmental plasticity in lateral roots may be one of the key traits for the growth of rice plants...
<p>FLR, TLR and NR denote different root types: fine lateral roots, thick lateral roots, and nodal r...
<p>FLR, TLR and NR denote: fine lateral roots, thick lateral root, and nodal root, and the numbers f...
<p>FLR, TLR and NR denote different root types: fine lateral roots, thick lateral roots, and nodal r...
Quantitative study of root morphological characteristics of plants is helpful for understanding the ...
<p>Root length density at flowering (1 August in 2011, and 4 August in 2012) of cultivar Ninggeng28 ...
Genotypic variation in the root system is a potential source for improving drought tolerance of rain...
The root system architecture (RSA) has been reported to be determined by several root traits such as...
<p>Note: Each value is the mean ± standard error of three replicates. Different letters for each cul...
Genotypic variation in the root system is a potential source for improving drought tolerance of rain...
In order to assess the benefits of superior rooting ability of rice (Oryza sativa L.) for growth aft...
To determine water uptake by rice in watersaving culture, we examined root hydraulic conductance (L0...
Developmental plasticity in lateral roots may be one of the key traits for the growth of rice plants...
<p>Each value is the mean ± standard error of three replicates. Different letters for each cultivar ...
The ability of a plant to extract soil water during water deficit affects crop growth and may affect...
Developmental plasticity in lateral roots may be one of the key traits for the growth of rice plants...