初花期淹水胁迫对大豆叶片AsA-GSH循环的损伤及烯效唑的缓解效应
王诗雅1,2(
),郑殿峰1,2,*(),项洪涛3,冯乃杰1,2,*(),刘雅2,刘美玲2,靳丹2,牟保民2
),郑殿峰1,2,*(),项洪涛3,冯乃杰1,2,*(),刘雅2,刘美玲2,靳丹2,牟保民2
Damage of AsA-GSH Cycle of Soybean Leaves Under Waterlogging Stress at Initial Flowing Stage and the Mitigation Effect of Uniconazole
WANG ShiYa1,2(),ZHENG DianFeng1,2,*(),XIANG HongTao3,FENG NaiJie1,2,*(),LIU Ya2,LIU MeiLing2,JIN Dan2,MOU BaoMin2
),ZHENG DianFeng1,2,*(),XIANG HongTao3,FENG NaiJie1,2,*(),LIU Ya2,LIU MeiLing2,JIN Dan2,MOU BaoMin2
图9. R1期淹水胁迫对大豆叶片AsA-GSH循环的损伤及S3307的缓解效应
红色箭头表示R1期淹水胁迫对各指标的影响（增加或减少）;绿色箭头表示R1期淹水胁迫下S3307处理对各指标的影响（增加或减少）
Fig. 9. Damage of AsA-GSH cycle of soybean leaves under waterlogging stress at R1 stage and the mitigation effect of S3307
The red arrow indicates the impact of R1 waterlogging stress on each indicator (increase or decrease); The green arrow indicates the impact of S3307 treatment on each index under R1 waterlogging stress (increase or decrease)
