中国稻米
中國稻米
중국도미
CHINA RICE
2015年
4期
147-149
,共3页
程晓娟%罗春华%支庚银%姚海华%王艳丽
程曉娟%囉春華%支庚銀%姚海華%王豔麗
정효연%라춘화%지경은%요해화%왕염려
粳稻%无土基质%东北寒地%机插
粳稻%無土基質%東北寒地%機插
갱도%무토기질%동북한지%궤삽
Japonica rice%soilless substrate%cold region of Northeast China%machine transplanting
东北寒地粳稻旱育秧取土难、破坏植被及耕层,水稻无土基质育秧是代替床土育秧的一种新型的育秧技术,可以解决这些难题。为明确利用烨霖基质所育东北寒地粳稻秧苗素质以及栽后水稻植株长势及成熟期产量,以中龙粳1号为试验材料,在黑龙江省二九一农场实施烨霖无土基质育秧、营养土育秧(CK)对比试验。试验结果表明,该基质可以促进水稻根系发育,提早返青生长,每盘秧苗质量轻,降低了劳动强度,节省用工成本,改善了水稻群体茎蘖质量。与常规营养土育苗相比,该基质育秧机插水稻主要通过增加有效穗数、每穗总粒数和千粒重来提高产量。
東北寒地粳稻旱育秧取土難、破壞植被及耕層,水稻無土基質育秧是代替床土育秧的一種新型的育秧技術,可以解決這些難題。為明確利用燁霖基質所育東北寒地粳稻秧苗素質以及栽後水稻植株長勢及成熟期產量,以中龍粳1號為試驗材料,在黑龍江省二九一農場實施燁霖無土基質育秧、營養土育秧(CK)對比試驗。試驗結果錶明,該基質可以促進水稻根繫髮育,提早返青生長,每盤秧苗質量輕,降低瞭勞動彊度,節省用工成本,改善瞭水稻群體莖蘗質量。與常規營養土育苗相比,該基質育秧機插水稻主要通過增加有效穗數、每穗總粒數和韆粒重來提高產量。
동북한지갱도한육앙취토난、파배식피급경층,수도무토기질육앙시대체상토육앙적일충신형적육앙기술,가이해결저사난제。위명학이용엽림기질소육동북한지갱도앙묘소질이급재후수도식주장세급성숙기산량,이중룡갱1호위시험재료,재흑룡강성이구일농장실시엽림무토기질육앙、영양토육앙(CK)대비시험。시험결과표명,해기질가이촉진수도근계발육,제조반청생장,매반앙묘질량경,강저료노동강도,절성용공성본,개선료수도군체경얼질량。여상규영양토육묘상비,해기질육앙궤삽수도주요통과증가유효수수、매수총립수화천립중래제고산량。
As seedling raising development in plastic trays, it is becoming more and more difficult to get soil from field because of the destruction of vegetation and soil. Soilless substrate rice seedling raising was a new technique, which replaced the soil by high temper-ature fermentation substrate and avoided the work of get soil. The seedling quality, growth and yield of Zhonglongjing 1, a Japonica rice variety, in cold region of Northeast China were determined by using the YELIN brand soilless substrate in rice nursery. The study was carried out in 291 Farm, Heilongjiang. The results indicated that the application of YELIN brand soilless substrate can improve the seedling quality, promote the growth of roots, turn green early, reduce the labor intensity, save labor costs, and improve the quality of rice tiller population. Compared with the conventional nutrient soil seedling, the rice yield of soilless substrate raising seedling with machine transplanting was increased by the increase of the effective panicles, total grains and 1000-grain weight.