加工番茄长红在“宽垄不翻秧”模式下的高效栽培研究  

The Research of Effective Technological Planting by"Wide Row and Unmoving Vine" Planting Model of Changhong

作　　者：余庆辉[1] 王柏柯[1] 王轶群[1] 杨生保[1] 帕提古丽[1] 冯红英[1] 张贵仁[1] 

机构地区：[1]新疆农科院园艺所,新疆乌鲁木齐830000

出　　处：《新疆农业科学》2006年第4期289-293,共5页Xinjiang Agricultural Sciences

基　　金：新疆农科院院长基金项目"加工番茄新品种选育"(2003Y14);国家科技部成果转化项目"新疆加工番茄新品种良繁及产品质量监测体系建设与示范"

摘　　要：通过四因素（密度、氮肥、磷肥、钾肥）三水平（三个密度水平、三个氮肥水平、三个磷肥水平、三个钾肥水平）的高效栽培技术田间正交试验，统计分析结果显示长红在“宽垄不翻秧”栽培模式下．对其产量作用影响的参试因子按其大小顺序为：氮肥〉密度〉磷肥〉钾肥。并且组合因子在：种植株数为2500株／667m^2。尿素为20-40kg／667m^2，三料磷肥15-30kg／667m^2。硫酸钾肥10-15kg／667m^2时。加工番茄杂交一代品种长红在“宽垄不翻秧”栽培模式下发挥的增产、增效潜力较为理想，在此范围内的具体需肥数量，需进一步研究。According to the orthcgonal design of the effective technological planting trial which is designed by four factors （Density, N- fertilizer, P- fertilizer, K- fertilizer）and three levels （Three density level, three N- fertilizer level , three P - fertilizer level, three K - fertilizer level ）, the analysis statistic result showed that the sequence of factor affecting yield is as follows： N - fertilizer 〉 Density 〉 P - fertilizer 〉 K - fertilizer. Also the Fl processing tomato variety planted by ＂wide row and unmoving vine＂ model expresses better yield - increases efficiency, especially when factors are：2 500 plant/667m^2, N- fertilizer 20-40 kg/667m^2 P- fertilizer 15-30 kg/667m^2 and K - fertilizer 10- 15 kg/667m^2.

关 键 词：加工番茄 长红 正交试验 高效栽培 

分 类 号：S641.2[农业科学—蔬菜学] S604.7[农业科学—园艺学]