<p>Cultivar Ninggeng28 (japonica) (a, b) and cultivar Xindao17 (japonica) (c) were grown in fields in Shihezi in 2011 and 2012. Vertical bars represent ±S.E. of the mean (n=3). F represents the flowering stage. Abbreviations are same as Figure 1.</p
This article 'Water Table Depths and Dynamics Aid Interpretation of Drought-Prone Rainfed Lowland Ri...
This study aimed to clarify the effects of water storage-type deep irrigation (WSDI) on the yields o...
<p><b>Dynamics of root dry weight, length and diameter for rice in Exp. 1 in 2014 (a, c and e) and E...
<p>Root length density at flowering (1 August in 2011, and 4 August in 2012) of cultivar Ninggeng28 ...
<p>Canopy humidity (a, b) and canopy temperature (c, d) at flowering (from 28 July to 11 August) of ...
<p>Dry matter (a, b, and c), LAI (d, e, and f), and tiller (g, h, and i) of cultivar Ninggeng28 (jap...
<p>Photosynthetic rate (a, b, and c) and dry matter of pre-anthesis and post-anthesis (d, e, and f) ...
<p>CF, continuous flooding; F-D-F, flooding—midseason drying—flooding; F-D-S, flooding—midseason dry...
We evaluated the genotypic differences in growth, grain yield, and water productivity of six rice (O...
Water-saving irrigation regimes are needed to deal with a reduced availability of water for rice pro...
We evaluated the genotypic differences in growth, grain yield, and water productivity of six rice (O...
Upland rice production has great potential as a water-saving form of agriculture if yield can be inc...
Alternate wetting and drying (AWD) irrigation in lowland rice has been successfully implemented in f...
In the last years rice cultivation methods have been the object of an intense research activity aimi...
Many morphological and physiological traits have been suggested as potential mechanisms of cultivar ...
This article 'Water Table Depths and Dynamics Aid Interpretation of Drought-Prone Rainfed Lowland Ri...
This study aimed to clarify the effects of water storage-type deep irrigation (WSDI) on the yields o...
<p><b>Dynamics of root dry weight, length and diameter for rice in Exp. 1 in 2014 (a, c and e) and E...
<p>Root length density at flowering (1 August in 2011, and 4 August in 2012) of cultivar Ninggeng28 ...
<p>Canopy humidity (a, b) and canopy temperature (c, d) at flowering (from 28 July to 11 August) of ...
<p>Dry matter (a, b, and c), LAI (d, e, and f), and tiller (g, h, and i) of cultivar Ninggeng28 (jap...
<p>Photosynthetic rate (a, b, and c) and dry matter of pre-anthesis and post-anthesis (d, e, and f) ...
<p>CF, continuous flooding; F-D-F, flooding—midseason drying—flooding; F-D-S, flooding—midseason dry...
We evaluated the genotypic differences in growth, grain yield, and water productivity of six rice (O...
Water-saving irrigation regimes are needed to deal with a reduced availability of water for rice pro...
We evaluated the genotypic differences in growth, grain yield, and water productivity of six rice (O...
Upland rice production has great potential as a water-saving form of agriculture if yield can be inc...
Alternate wetting and drying (AWD) irrigation in lowland rice has been successfully implemented in f...
In the last years rice cultivation methods have been the object of an intense research activity aimi...
Many morphological and physiological traits have been suggested as potential mechanisms of cultivar ...
This article 'Water Table Depths and Dynamics Aid Interpretation of Drought-Prone Rainfed Lowland Ri...
This study aimed to clarify the effects of water storage-type deep irrigation (WSDI) on the yields o...
<p><b>Dynamics of root dry weight, length and diameter for rice in Exp. 1 in 2014 (a, c and e) and E...