黑龙江农业科学
黑龍江農業科學
흑룡강농업과학
HEILONGJINAG AGRICULTURAL SCIENCE
2014年
1期
41-46
,共6页
李馨园%王守义%王淑荣%袁明%韩冬伟%董扬%赵索
李馨園%王守義%王淑榮%袁明%韓鼕偉%董颺%趙索
리형완%왕수의%왕숙영%원명%한동위%동양%조색
水稻%“3414”试验%施肥量%产量
水稻%“3414”試驗%施肥量%產量
수도%“3414”시험%시비량%산량
rice%“3414”experiment%fertilization%yield
为在水稻生产中合理使用氮、磷、钾肥,以适合寒地种植的11叶品种空育131为试材,采用“3414”随机区组设计,研究不同的氮、磷、钾配比对水稻生长发育及产量的影响。结果表明:处理6(N2 P2 K2)、处理10(N2 P2 K3)和处理11(N3 P2 K2)可较明显地增加水稻的茎数;合理配施可明显提高水稻的干物质积累,成熟期各处理组合以处理10(N2 P2 K3)总干重最多,比对照高12.2%;增施氮、磷、钾可增加水稻产量,其中处理11产量和效益最高,产量达10519.5 kg·hm-2;经回归分析优化出空育131最高产量为12555 kg·hm-2,相应的氮肥、磷肥和钾肥纯量为135.0,67.5和58.5 kg·hm-2。
為在水稻生產中閤理使用氮、燐、鉀肥,以適閤寒地種植的11葉品種空育131為試材,採用“3414”隨機區組設計,研究不同的氮、燐、鉀配比對水稻生長髮育及產量的影響。結果錶明:處理6(N2 P2 K2)、處理10(N2 P2 K3)和處理11(N3 P2 K2)可較明顯地增加水稻的莖數;閤理配施可明顯提高水稻的榦物質積纍,成熟期各處理組閤以處理10(N2 P2 K3)總榦重最多,比對照高12.2%;增施氮、燐、鉀可增加水稻產量,其中處理11產量和效益最高,產量達10519.5 kg·hm-2;經迴歸分析優化齣空育131最高產量為12555 kg·hm-2,相應的氮肥、燐肥和鉀肥純量為135.0,67.5和58.5 kg·hm-2。
위재수도생산중합리사용담、린、갑비,이괄합한지충식적11협품충공육131위시재,채용“3414”수궤구조설계,연구불동적담、린、갑배비대수도생장발육급산량적영향。결과표명:처리6(N2 P2 K2)、처리10(N2 P2 K3)화처리11(N3 P2 K2)가교명현지증가수도적경수;합리배시가명현제고수도적간물질적루,성숙기각처리조합이처리10(N2 P2 K3)총간중최다,비대조고12.2%;증시담、린、갑가증가수도산량,기중처리11산량화효익최고,산량체10519.5 kg·hm-2;경회귀분석우화출공육131최고산량위12555 kg·hm-2,상응적담비、린비화갑비순량위135.0,67.5화58.5 kg·hm-2。
In order to use nitrogen ,phosphorus and potassium fertilizer reasonably in rice production of cold are-a ,taking Kongyu 131 as test material ,using randomized block design ,the effects of different ratio of nitrogen , phosphorus and potassium on growth and yield of rice were studied .The results showed that treatment 6(N2P2 K2 ) ,treatment 10(N2 P2 K3 )and treatment 11(N3 P2 K2 )could increase the rice stem number obviously ;reasona-ble fertilization could increase the dry matter accumulation of rice significantly ,total dry weight of treatment 10 (N2 P2 K3 )was 12 .2% which was higher than the control in mature period ;the increasing of nitrogen ,phosphor-us and potassium could increase the yield of rice ,the yield and benefit of treatment 11 were maximum by 10 519 .5 kg·hm-2 ;the highest yield of Kongyu 131 was 12 555 kg·hm-2 by regression analysis ,corresponding nitrogenous ,phosphate and potash fertilizer scalar were 135 ,67 .5 and 58 .5 kg·hm-2 .