中国稻米
中國稻米
중국도미
China Rice
2015年
6期
28-31
,共4页
朱聪聪%邓建平%张洪程%汪洪洋%王维屯
硃聰聰%鄧建平%張洪程%汪洪洋%王維屯
주총총%산건평%장홍정%왕홍양%왕유둔
水稻%生化试剂%机插%产量%生理生态
水稻%生化試劑%機插%產量%生理生態
수도%생화시제%궤삽%산량%생리생태
rice%biochemical reagents%mechanical-transplangted%yield%physiological ecology
以南粳9108为材料,始穗期通过喷施劲丰(1.5 L/hm2)、碧护(60 g/hm2)、矮壮丰(675 g/hm2)、磷酸二氢钾(750 g/hm2)、赤霉酸(15 g/hm2)处理,比较研究生化试剂对毯苗机插和钵苗机插水稻产量及生理生态特征的影响。结果表明,矮壮丰、磷酸二氢钾、碧护处理后的水稻抽穗后叶面积大,干物质积累多,群体生长率、光合势显著高于对照。喷施矮壮丰能够显著增加穗粒数、结实率和千粒重,两种机插方式实产分别较对照增加12.71%和10.39%,可有效缓解水稻生育中期持续低温阴雨天气的不利影响。钵苗机插稻后期群体生长优势明显,光合物质积累多,较毯苗机插平均增产6.95%,有利于抗逆减灾和大面积平衡高产。
以南粳9108為材料,始穗期通過噴施勁豐(1.5 L/hm2)、碧護(60 g/hm2)、矮壯豐(675 g/hm2)、燐痠二氫鉀(750 g/hm2)、赤黴痠(15 g/hm2)處理,比較研究生化試劑對毯苗機插和缽苗機插水稻產量及生理生態特徵的影響。結果錶明,矮壯豐、燐痠二氫鉀、碧護處理後的水稻抽穗後葉麵積大,榦物質積纍多,群體生長率、光閤勢顯著高于對照。噴施矮壯豐能夠顯著增加穗粒數、結實率和韆粒重,兩種機插方式實產分彆較對照增加12.71%和10.39%,可有效緩解水稻生育中期持續低溫陰雨天氣的不利影響。缽苗機插稻後期群體生長優勢明顯,光閤物質積纍多,較毯苗機插平均增產6.95%,有利于抗逆減災和大麵積平衡高產。
이남갱9108위재료,시수기통과분시경봉(1.5 L/hm2)、벽호(60 g/hm2)、왜장봉(675 g/hm2)、린산이경갑(750 g/hm2)、적매산(15 g/hm2)처리,비교연구생화시제대담묘궤삽화발묘궤삽수도산량급생리생태특정적영향。결과표명,왜장봉、린산이경갑、벽호처리후적수도추수후협면적대,간물질적루다,군체생장솔、광합세현저고우대조。분시왜장봉능구현저증가수립수、결실솔화천립중,량충궤삽방식실산분별교대조증가12.71%화10.39%,가유효완해수도생육중기지속저온음우천기적불리영향。발묘궤삽도후기군체생장우세명현,광합물질적루다,교담묘궤삽평균증산6.95%,유리우항역감재화대면적평형고산。
Using Nanjing 9108 as the experimental material, setting different treatments by spraying 1.5 L/hm2 Jingfeng, 60 g/hm2 bi-hu, 675 g/hm2 Aizhuangfeng, 750 g/hm2 potassium dihydrogen phosphate, 15 g/hm2 gibberellic acid to study the effects of these treat-ments on rice yield, physiological and ecological characteristics of blanket seedling mechanical- transplanting rice and nutrition bowl mechanical-transplanting rice. The results showed that aizhuangfeng, potassium dihydrogen phosphate and bihu can increase the rice yield. Aizhuangfeng increases the grain number per spike, seed setting rate and 1 000-grain weight significantly, the rice yields of the two mechanical-transplanting methods are 12.71%and 10.39%higher than the contrast respectively. The nutrition bowl mechanical-transplanting rice has an advantage in the population growth at anaphase and has more dry matter. The yield of nutrition bowl mechan-ical-transplanting rice is 6.95%higher than blanket seedling mechanical-transplanting rice on average.