1) Biofertilizer
生物菌肥
1.
Screening of High-effect Bacteria Applied to Biofertilizer in Tea Garden;
茶园生物菌肥高效菌株的筛选
2.
Study on Rhizosphere Microflora and Biofertilizer of Tea;
茶树根际微生物区系分析及生物菌肥的初步研制
2) bacterial manure
生物菌肥
1.
Study on sustainability index of soil nutrients and characters of rice nutrients under application bacterial manure;
生物菌肥对水稻营养特性和土壤养分可持续性的影响
2.
Potting experiments were carried out to study the effects of bacterial manure on Soil Base dissolving N under different conditions of soil moisture content.
结果表明:土壤含水量范围在9％-20％时,施用生物菌肥对提高土壤碱解氮有显著效果;不同的水分条件下菌肥发挥的肥效不同,土壤含水量为13％-16％时,菌肥对土壤碱解氮的影响最大,且玉米的生长状况良好。
3.
[Conclusion] Bacterial manure could increase the yield of cucumber,enhance its contents of soluble sugar and Vc in cucumber as well as chlorophyll content in leaves,and reduce the content of nitrate.
[目的]探讨生物菌肥对黄瓜产量和品质的影响。
3) biological fertilizer
生物菌肥
1.
Study on the effictivenees of applying biological fertilizer to grape;
生物菌肥对葡萄应用效果试验总结
4) Microbial fertilizer
生物菌肥
1.
It is obvious that the nutrient quality of rice can be raised by using microbial fertilizer.
生物菌肥的施用对稻米营养品质的提高具有较强的促进作用 ;蛋白质、脂肪、氨基酸和微量元素的含量均比使用纯化肥的对照组稻米有显著提高。
5) biological bacterial fertilizer
生物菌肥
1.
Effects of biological bacterial fertilizer in soil on quality of Chinese cabbage in mining area with different reclamation years
矿区不同复垦年限土壤施用生物菌肥对小白菜品质的影响
2.
Primary study on the application of biological bacterial fertilizer to Pseudostellaria heterophylla
太子参施用生物菌肥效果初探
6) microbial fertilizer
微生物菌肥
1.
The field experiment results showed: When the microbial fertilizer 1 and microbial fertilizer 5 were used as seed-applied fertilizer,the increases of the yields of the stem and fiber of flax were obvious.
微生物菌肥在纤维用亚麻上应用前景广阔。
2.
Field trial and demonstration on 4 kinds of special crops including fragment pear,processing tomato,Hami melon and cotton with microbial fertilizer were conducted in Xinjiang region.
在新疆4种特色作物上进行的小区试验和示范试验表明:增施微生物菌肥,库尔勒香梨、制酱用番茄、哈密瓜增产幅度在6。
补充资料：生物菌肥
生物菌肥是经人工在特定条件下培养的有益微生物制成的有生命的肥料，又称微生物肥料。生物菌肥大体可分为以下两类。一类是菌种单一、功能单一的一般菌肥，主要依靠一种有益微生物的生命活动产物来增加土壤中植物所需的某一种营养要素（氮、磷或钾），以补充作物生长发育之需，达到增产目的。这类菌肥的局限性一是对作物专一性强，一般只能用于一种作物。另一类是近年来通过高科技手段组合、复壮、加工出的复合生物菌肥。它含有能相互促进一种以上的有益微生物菌群，从而具有供应多种作物多种营养元素、抑制有害菌群、防病抗病、调节植物生长发育、改善作物品质、提高作物产量等综合功能。如肥力高高效复合生物菌肥，就是当前复合微生物肥料中的佼佼者。它含有由固氮菌、解磷菌、解钾菌和根瘤菌组成的多功能的有效活菌。通过这些有益微生物在土壤里的生命活动，不仅具有固氮、解磷、解钾的功能，满足作物氮、磷、钾养分的需求，而且抑制土壤中某些病原微生物的繁殖，防止、减轻了土传病害的发生。产生的次生代谢产物中的激素类物质，还能促进植物生长发育和早熟，次生代谢产物中的胞外多糖又能促进土壤团粒结构的形成，连续数年施用、能改善土壤的供养条件。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条