双季晚粳生产力及相关生态生理特征
张洪程1, 许轲1, 张军1, 李国业1, 董啸波1, 花劲1, 周培建2, 程飞虎2, 黄大山1,2, 陈忠平2, 陈国梁3, 方明珍4, 戴其根1, 霍中洋1, 魏海燕1, 高辉1

Productivity and Eco-physiological Characteristics of LateJaponica Rice in Double-Cropping System
ZHANG Hong-Cheng1, XU Ke1, ZHANG Jun1, LI Guo-Ye1, DONG Xiao-Bo1, HUA Jin1, ZHOU Pei-Jian2, CHENG Fei-Hu2, HUANG Da-Shan1, CHEN Zhong-Ping2, CHEN Guo-Liang4, FANG Ming-Zhen4, DAI Qi-Gen1, HUO Zhong-Yang1, WEI Hai-Yan1, GAO Hui1
图1 不同类型品种水稻群体叶面积指数和光合势动态 T: 移栽期; N-n: 有效分蘖临界叶龄期; J: 拔节期; B: 孕穗期; H: 抽穗期; MK: 乳熟期; W: 腊熟期; M: 成熟期。 JCR: 常规粳稻; JHR: 杂交粳稻; ICR: 常规籼稻; IHR: 杂交籼稻。
Fig. 1 Dynamic changes of population leaf area index and photosynthetic potential in different types of cultivar T: transplanting; N-n: critical stage of productive tillering; J: jointing; B: booting; H: heading; MK: milky satge; W: waxy stage; M: maturity. JCR: japonica conventional rice; JHR: japonica hybrid rice; ICR: indica conventional rice; IHR: indica hybrid rice。