小麦生长模型对拔节期和孕穗期低温胁迫响应能力的比较
肖浏骏(
),刘蕾蕾,邱小雷,汤亮,曹卫星,朱艳,刘兵()
),刘蕾蕾,邱小雷,汤亮,曹卫星,朱艳,刘兵()
Testing the Responses of Low Temperature Stress Routine to Low Temperature Stress at Jointing and Booting in Wheat
XIAO LiuJun(),LIU LeiLei,QIU XiaoLei,TANG Liang,CAO WeiXing,ZHU Yan,LIU Bing()
),LIU LeiLei,QIU XiaoLei,TANG Liang,CAO WeiXing,ZHU Yan,LIU Bing()
图3. 原WheatGrow模型和耦合4种低温胁迫效应算法后的WheatGrow模型对2014—2015年叶面积指数动态模拟值和实测值的比较
V1:扬麦16;V2:徐麦30;S1:拔节期;S2:孕穗期;D1:2 d;D2:4 d;D3:6 d。下同
Fig. 3. Comparison of observed (point) and simulated (line) dynamics of LAI with the original WheatGrow model and the integrated WheatGrow models with four low temperature stress routines under low temperature treatments in growing season 2014-2015
V1: Yangmai16, V2: Xumai30, S1: Jointing, S2: Booting, D1: 2 d; D2: 4 d; D3: 6 d. The same as below
