吳學謙; 朱光權; 蘇慶亮; 葉向東; 王偉平
浙江省林業科學院生物技術研究所; 浙江省林業科學院生物技術研究所; 浙江省麗水市食用菌研究開發中心; 浙江省松陽縣食用菌辦公室; 浙江省云和縣農業局 杭州310023 ; 杭州310023 ; 麗水323000 ; 松陽323400 ; 云和323600
【中文摘要】 根據木質纖維素生物降解規律及香菇生長發育對栽培基質的要求 ,選取松木屑、竹屑、板栗枝條屑等富含木質纖維的原料 ,添加適量容易降解的廢菌糠、礱糠粉和棉籽殼 ,經優化組合 ,替代 5 0 %～ 6 6 .7%的闊葉樹木屑作香菇栽培基質 ,其絕對生物學效率達到了 9.7%～ 11.4 % ,且香菇質量和產量均較純闊葉樹木屑栽培的香菇要高
【英文摘要】 According to the degradation law of lignincellulose and the requirement of L.edodes for the cultivation substrate during its development period, sawdusts of pine tree, bamboo and Chinese chestnut, rich in lignincellulose and added with small amount of easily degradable spent artificial L.edodes log, rice chaff powder and cottonseed hull,were optimally grouped as the cultivation substrates to substitute 50%～66.7% wide leaf tree sawdusts. And it was confirmed in our experiment that the absolute biological efficiency of optimally grouped cultivation substrate was 9.7%～11.4%, and that the quality of L.edodes cultivated with optimally grouped sawdust saving cultivation substrate was superior to that cultivated with pure wide leaf tree sawdusts and its yield was also higher than the latter.
【中文關鍵詞】 香菇; 節木栽培基質; 優化配比; 產量; 絕對生物學效率
【英文關鍵詞】 Lentinula edodes; Sawdust saving cultivation substrate; Optimal grouping; Yield; Absolute biological efficiency
【基金】浙江省“九五”重大攻關項目“香菇栽培基質資源開發利用研究”(NO .99110 2 319)
【文獻出處】 食用菌學報,Acta Edulis Fungi,編輯部郵箱,2002年02期 【DOI】CNKI:SUN:SYJB.0.2002-02-007