北京农业
北京農業
북경농업
BEIJING AGRICULTURE
2009年
21期
32-34
,共3页
蜜童无籽小西瓜%种植密度%整枝留果方式
蜜童無籽小西瓜%種植密度%整枝留果方式
밀동무자소서과%충식밀도%정지류과방식
Mitong small seedless watermelon%plant density%fruit pruning and rentention mothds
对蜜童无籽小西瓜种植密度及留瓜方式进行试验,采用复因素随机区组试验设计,重复3次,小区面积15 m2,设A、B共2个因素(各4个处理).结果表明:最优的处理为A284,即定植密度为400株/667 m2,采用5蔓留5果的整枝方式,产量达到5 818.47 kg.试验中密度是影响产量的主导因素,密度和整枝留果的最佳组合是获取高产重要调节因素.
對蜜童無籽小西瓜種植密度及留瓜方式進行試驗,採用複因素隨機區組試驗設計,重複3次,小區麵積15 m2,設A、B共2箇因素(各4箇處理).結果錶明:最優的處理為A284,即定植密度為400株/667 m2,採用5蔓留5果的整枝方式,產量達到5 818.47 kg.試驗中密度是影響產量的主導因素,密度和整枝留果的最佳組閤是穫取高產重要調節因素.
대밀동무자소서과충식밀도급류과방식진행시험,채용복인소수궤구조시험설계,중복3차,소구면적15 m2,설A、B공2개인소(각4개처리).결과표명:최우적처리위A284,즉정식밀도위400주/667 m2,채용5만류5과적정지방식,산량체도5 818.47 kg.시험중밀도시영향산량적주도인소,밀도화정지류과적최가조합시획취고산중요조절인소.
The aim of present work was to study plant density and fruit pruning and rentention mothds of Mitong seedless watermelon, the design of two factors were randomly divided into 4 groups, repeated 3 times, residential area of 15 m2 with a total of A and B factors. The results showed that optimum group of A2B4 with 400 plant/667 m2, the yield were to 5 818.47 kg by the mothds of 5 climbing and fruits pruning. We may conclude that plant density is the main factors effecting the fruit yield, the best combination of plant density and fruit pruning to stay is an important regulator of the factors to ob-tain high yield.
