[Objective]This study was to explore the model for the efficient utilization of agricultural resources,especially crop straw and livestock waste.[Methods]With Shandong Jiufa Edible Fungus Co.,Ltd.as a case,this paper ...[Objective]This study was to explore the model for the efficient utilization of agricultural resources,especially crop straw and livestock waste.[Methods]With Shandong Jiufa Edible Fungus Co.,Ltd.as a case,this paper described a recycling agriculture model based on edible fungi,and analyzed its economic,ecological and social benefit [Results]The recycling agriculture model,guided by the scale production,processing and vendition of medium for the culture edible fungi,mainly makes use of a large amount of agriculture wastes like wheat straw,livestock waste,for developing edible fungi industry,aiming at getting the intensive optimization of fund,technology,raw materials and products at village level and more surplus labors engaged in edible fungi production industry into reality.Moreover,this model provides multi-solutions to the utilization of a great deal of fungus dreg,which can not only solve the problem of fungus dreg generated in the edible fungi production,but also extend industrial chain and enhance the income of practitioners,further realizing maximum conversion of agricultural resources.[Conclusion]This model can make well use of agricultural resources and reduce the agricultural waste pollution,significantly increasing economic,ecological and social benefits.展开更多
[Objective] The aim was to explore key technology to cultivate Holotdchia diomphalia larvae with Agaricus bisporus residues and to provide, technologicar sup- ports for processing of Agaricus bisporus residues. [Metho...[Objective] The aim was to explore key technology to cultivate Holotdchia diomphalia larvae with Agaricus bisporus residues and to provide, technologicar sup- ports for processing of Agaricus bisporus residues. [Method] In the research, fodder thickness, population density and residues under different treatments were set to re- search effects on Holotrichia diomphalia larvae. [Result] The optimal thickness of fodder was 25 cm and the optimal feeding density was 44-56 larvae per hectare. The dry residues were more suitable, compared with decomposed residues and corn bran powders, for cultivation of Holotrichia diomphalia larvae. [Conclusion] Cultivation of Holotrichia diomphalia larvae with Agaricus bisporus residues is a new method to make use of Agaricus bisporus residues and of significance for extension of agricul- tural circulation chain, increase of economic benefits and ecological benefits.展开更多
The development of agricultural industrialization is an effective way of optimizing rural industrial structure and increasing peasants＇ income. Taking Shandong Fengyu Edible Fungus Co.,Ltd as an example, the paper di...The development of agricultural industrialization is an effective way of optimizing rural industrial structure and increasing peasants＇ income. Taking Shandong Fengyu Edible Fungus Co.,Ltd as an example, the paper discusses the development and innovation of edible fungus industry in production models, management system and operational mechanism in Wucheng City. It is expected to be helpful for innovating the development of agricultural industrialization in China.展开更多
基金Supported by the National Science&Technology Pillar Program during the 11th Five-year Plan Period(2007BAD89B09-10)~~
文摘[Objective]This study was to explore the model for the efficient utilization of agricultural resources,especially crop straw and livestock waste.[Methods]With Shandong Jiufa Edible Fungus Co.,Ltd.as a case,this paper described a recycling agriculture model based on edible fungi,and analyzed its economic,ecological and social benefit [Results]The recycling agriculture model,guided by the scale production,processing and vendition of medium for the culture edible fungi,mainly makes use of a large amount of agriculture wastes like wheat straw,livestock waste,for developing edible fungi industry,aiming at getting the intensive optimization of fund,technology,raw materials and products at village level and more surplus labors engaged in edible fungi production industry into reality.Moreover,this model provides multi-solutions to the utilization of a great deal of fungus dreg,which can not only solve the problem of fungus dreg generated in the edible fungi production,but also extend industrial chain and enhance the income of practitioners,further realizing maximum conversion of agricultural resources.[Conclusion]This model can make well use of agricultural resources and reduce the agricultural waste pollution,significantly increasing economic,ecological and social benefits.
基金Supported by the National Key Technology R&D Program (2007BAD89B09-10)National Public Service Project (200803033-A0903)~~
文摘[Objective] The aim was to explore key technology to cultivate Holotdchia diomphalia larvae with Agaricus bisporus residues and to provide, technologicar sup- ports for processing of Agaricus bisporus residues. [Method] In the research, fodder thickness, population density and residues under different treatments were set to re- search effects on Holotrichia diomphalia larvae. [Result] The optimal thickness of fodder was 25 cm and the optimal feeding density was 44-56 larvae per hectare. The dry residues were more suitable, compared with decomposed residues and corn bran powders, for cultivation of Holotrichia diomphalia larvae. [Conclusion] Cultivation of Holotrichia diomphalia larvae with Agaricus bisporus residues is a new method to make use of Agaricus bisporus residues and of significance for extension of agricul- tural circulation chain, increase of economic benefits and ecological benefits.
文摘The development of agricultural industrialization is an effective way of optimizing rural industrial structure and increasing peasants＇ income. Taking Shandong Fengyu Edible Fungus Co.,Ltd as an example, the paper discusses the development and innovation of edible fungus industry in production models, management system and operational mechanism in Wucheng City. It is expected to be helpful for innovating the development of agricultural industrialization in China.
