<p>Canopy humidity (a, b) and canopy temperature (c, d) at flowering (from 28 July to 11 August) of cultivar Ninggeng28 (japonica) (a, c) and cultivar Xindao17 (japonica) (b, d) in 2012. Vertical bars represent ±S.E. of the mean, n=15 for canopy temperature and canopy humidity. Abbreviations are same as <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0083103#pone-0083103-g001" target="_blank">Figure 1and Figure 3</a>.</p
Continued drought during the late growth stage of super hybrid rice (SHR) markedly reduces yield, an...
<p>Vertical bars represent ± standard deviation of the mean (n = 6). The different letters listed ar...
Lowlands constitute one of the largest and most appropriate environments for rainfed rice cultivatio...
<p>Cultivar Ninggeng28 (japonica) (a, b) and cultivar Xindao17 (japonica) (c) were grown in fields i...
<p>Root length density at flowering (1 August in 2011, and 4 August in 2012) of cultivar Ninggeng28 ...
<p>Dry matter (a, b, and c), LAI (d, e, and f), and tiller (g, h, and i) of cultivar Ninggeng28 (jap...
Rice is well adapted to a wide range of climates, but is highly susceptible to heat during flowering...
Extreme temperatures cause spikelet sterility in rice and thus yield losses. Predicting sterility is...
<p>Photosynthetic rate (a, b, and c) and dry matter of pre-anthesis and post-anthesis (d, e, and f) ...
Growth and grain yield reductions have been widely observed when traditionally flooded rice fields w...
Rice inflorescences are sensitive to chilling and heat, resulting in spikelet sterility. It is not t...
For rice (Oryza sativa L.), simulation models like ORYZA2000 and CERES-Rice have been used to explor...
Rice yield can be reduced substantially when the crop is exposed to excessive hest, which will likel...
Anticipated global warming may increase the floret sterility of rice (Oryza sativa L.). For selectio...
Global warming has caused frequent occurrence of heat stress at the flowering stage of single-season...
Continued drought during the late growth stage of super hybrid rice (SHR) markedly reduces yield, an...
<p>Vertical bars represent ± standard deviation of the mean (n = 6). The different letters listed ar...
Lowlands constitute one of the largest and most appropriate environments for rainfed rice cultivatio...
<p>Cultivar Ninggeng28 (japonica) (a, b) and cultivar Xindao17 (japonica) (c) were grown in fields i...
<p>Root length density at flowering (1 August in 2011, and 4 August in 2012) of cultivar Ninggeng28 ...
<p>Dry matter (a, b, and c), LAI (d, e, and f), and tiller (g, h, and i) of cultivar Ninggeng28 (jap...
Rice is well adapted to a wide range of climates, but is highly susceptible to heat during flowering...
Extreme temperatures cause spikelet sterility in rice and thus yield losses. Predicting sterility is...
<p>Photosynthetic rate (a, b, and c) and dry matter of pre-anthesis and post-anthesis (d, e, and f) ...
Growth and grain yield reductions have been widely observed when traditionally flooded rice fields w...
Rice inflorescences are sensitive to chilling and heat, resulting in spikelet sterility. It is not t...
For rice (Oryza sativa L.), simulation models like ORYZA2000 and CERES-Rice have been used to explor...
Rice yield can be reduced substantially when the crop is exposed to excessive hest, which will likel...
Anticipated global warming may increase the floret sterility of rice (Oryza sativa L.). For selectio...
Global warming has caused frequent occurrence of heat stress at the flowering stage of single-season...
Continued drought during the late growth stage of super hybrid rice (SHR) markedly reduces yield, an...
<p>Vertical bars represent ± standard deviation of the mean (n = 6). The different letters listed ar...
Lowlands constitute one of the largest and most appropriate environments for rainfed rice cultivatio...