摘要
通过大田试验,探讨施用复合微生物肥不同配方量对圣女果生长的影响。结果表明:单一施用无机复合肥,随着施用量的增加圣女果生长逐渐旺盛;单一施用复合微生物肥,圣女果的生长农艺性状介于对照处理和单一无机复合肥处理之间;复合微生物肥与无机复合肥的混合施用,随着施用量的增加圣女果生长优势明显,混合施用处理既保障了圣女果生长所需的无机元素,又促进圣女果的生长发育。综合节约生产成本和植株生长农艺性状考虑,混合施肥处理11(无机复合肥25 g/株+复合微生物肥40 g/株)为广西百色右江河谷地区圣女果生长的最佳肥料组合。
Through field experiment,the effect of different formula of compound microbial fertilizer on the growth of cherry tomatoes was studied.The results showed that with the increase of the application amount of inorganic compound fertilizer,the growth of the fruit of the cherry tomatoes was gradually vigorous;the growth and agronomic characters of the cherry tomatoes were between the control treatment and the single inorganic compound fertilizer treatment;the mixed application of compound microbial fertilizer and inorganic compound fertilizer had obvious growth advantage with the increase of the application amount.The mixed application not only ensured the inorganic elements needed for the growth of the cherry tomatoes,but also promoted the growth and development of the cherry tomatoes.Considering the production cost and plant growth and agronomic characteristics,mixed fertilization treatment 11(inorganic compound fertilizer 25 g/plant with compound microbial fertilizer 40 g/plant)was the best fertilizer combination for the growth of cherry tomatoes in Youjiang River Valley of Baise,Guangxi.
作者
林立
周颐荣
颜启毅
梁君星
李帅
何成新
张德楠
LIN Li;ZHOU Yi-rong;YAN Qi-yi;LIANG Jun-xing;LI Shuai;HE Cheng-xin;ZHANG De-nan(Guangxi HuaSong Biotechnology Co.Ltd,Nanning 530022,PRC;Guangxi Hi-Tech Agricultural Industry Investment Co.Ltd,Baise 533612,PRC;Guangxi GaoGui Agricultural Technology Co.Ltd,Baise 533612,PRC;Guangxi Institute of Botany,Guangxi Zhuang Autonomous Region and the Chinese Academy of Sciences,Guangxi Key Laboratory of Plant Conservation and Restoration Ecology in Karst Terrain,Guilin 541006,PRC)
出处
《湖南农业科学》
2019年第11期59-61,共3页
Hunan Agricultural Sciences
基金
广西百色高新技术产业开发区引导项目(K-YS-SW-201801)
关键词
复合微生物肥
圣女果
配方施肥
生长发育
compound microbial fertilizer
cherry tomatoes
formula fertilization
growth and development
