防护林科技
防護林科技
방호림과기
PROTECTION FOREST SCIENCE AND TECHNOLOGY
2012年
5期
55-56
,共2页
王萍%赵厚坤%梁延海
王萍%趙厚坤%樑延海
왕평%조후곤%량연해
废弃菌袋%微生物处理%菌肥%蓝莓%西伯利亚红松%育苗
廢棄菌袋%微生物處理%菌肥%藍莓%西伯利亞紅鬆%育苗
폐기균대%미생물처리%균비%람매%서백리아홍송%육묘
abandoned fungus sack%microbial treatment%bacterial manure%blueberries%Pinus sylvestris ( Loud. ) Mayr%nursery
利用废弃菌袋作营养基质,使用有机肥发酵剂,通过堆积有氧发酵,获得微生物菌肥,采用不同的用量应用到蓝莓和西伯利亚红松苗木的生产试验上,取得了初步的试验效果,能够促进苗木生长,生长量增加27%。为今后选择本地低温菌株和研发复合菌肥奠定了技术基础。
利用廢棄菌袋作營養基質,使用有機肥髮酵劑,通過堆積有氧髮酵,穫得微生物菌肥,採用不同的用量應用到藍莓和西伯利亞紅鬆苗木的生產試驗上,取得瞭初步的試驗效果,能夠促進苗木生長,生長量增加27%。為今後選擇本地低溫菌株和研髮複閤菌肥奠定瞭技術基礎。
이용폐기균대작영양기질,사용유궤비발효제,통과퇴적유양발효,획득미생물균비,채용불동적용량응용도람매화서백리아홍송묘목적생산시험상,취득료초보적시험효과,능구촉진묘목생장,생장량증가27%。위금후선택본지저온균주화연발복합균비전정료기술기출。
Using waste fungus sack as nutrient substrate, and using organic manure fermentation agent, microbial fertilizer were obtained through accumulating of aerobic fermentation ; different dosage of microbial fertilizer were applied to the seedlings of blueberry & Pinus sylvestris (Loud.) Mayr; preliminary test results were obtained; seedling growth can be promoed; growth were increased by 27% ;it laid the technical foundation for the future selection of local low-temperature strain and research & development of complex bacterial manure.