nd centimetre layer is removed (which is older physiologically with remains of air mycelium and outgrowths bases, possible surface infection, laying of flies and mushroom mosquitoes). Substrate is accumulated and stored in perforated plastic bags in refrigerating chambers at low positive temperatures (3-5°C) until spring selling to mushroom growers and farmers. In process of summer mushroom fruiting with intense cultivation based on heat resistant lemon cap oyster mushroom, four fruiting "waves" are produced, and spent substrate is used to prepare fungus compost (organic fertiliser for vegetable growing). Proposed method is tested on the basis of biotechnologies and plant protection department GNU-DV awarded with order of the Red Banner of Labour in Research Institute of Agriculture of Russian Agricultural Academy, and substrate planting mycelium is tested by amateur mushroom growers and farmers under conditions of Khabarovsk neighborhood for growing of mushrooms by means of extensive method.;EFFECT: preservation of internal aseptic property of substrate, reduced labour expenses and improved profitability of specialised mushroom farms operation.;3 cl, 3 tbl, 2 dwg"/> METHOD intensive cultivation of oyster mushrooms and production of substrate planting mycelium FOR THEIR EXTENSIVE CULTIVATION
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METHOD intensive cultivation of oyster mushrooms and production of substrate planting mycelium FOR THEIR EXTENSIVE CULTIVATION

机译:牡蛎蘑菇的精耕细作和菌丝基质的生产及其推广。

摘要

FIELD: agriculture.;SUBSTANCE: proposed invention is related to agriculture and biotechnology, namely to mushroom growing. Objective of the present invention is development of method for growth of oyster mushrooms, which provides for guaranteed increase of crops and simplification and cheapening of method for production of substrate planting mycelium for their extensive cultivation. Stated objective is achieved by combination of two technologies - intensive growth of oyster mushrooms and production of substrate planting mycelium for their cultivation in extensive mushroom growing. As for intensive growth of oyster mushrooms, stated objective is achieved by the fact that growth of mushrooms is carried out in liter glass jars (it is possible to use jars with capacity of 0.7-1.5 l), filled with substrate, which are closed with two layers of crimped foil, without tying, and after sterilisation in autoclave at the pressure of at least 1.6-1.8 atm. for 3 hours and after cooling, substrate surface is inoculated with mother mycelium, leaving at the same time distance from 1 cm (0.5-1 cm) between inoculated surface of substrate and foil coating. Silting of substrate surface is carried out for 32-38 days at the temperature of 20-22°C. After silting jar covers are not removed, and mushroom outgrowths that come out of cover outside are carefully picked by downward hand motion, holding cover. There are two main fruiting "waves", with interval of 8-16 days. In the first two main "waves" fruit yield is very high. After the second main fruiting, cover is removed. As for method for production of substrate planting mycelium for provision of mass extensive mushroom growing - as substrate planting mycelium, they use chaff-sawdust nutrient substrate spent in two main fruiting "waves" in process of intensive oyster mushroom growth, with ratio of 2:1, from which upper 2nd centimetre layer is removed (which is older physiologically with remains of air mycelium and outgrowths bases, possible surface infection, laying of flies and mushroom mosquitoes). Substrate is accumulated and stored in perforated plastic bags in refrigerating chambers at low positive temperatures (3-5°C) until spring selling to mushroom growers and farmers. In process of summer mushroom fruiting with intense cultivation based on heat resistant lemon cap oyster mushroom, four fruiting "waves" are produced, and spent substrate is used to prepare fungus compost (organic fertiliser for vegetable growing). Proposed method is tested on the basis of biotechnologies and plant protection department GNU-DV awarded with order of the Red Banner of Labour in Research Institute of Agriculture of Russian Agricultural Academy, and substrate planting mycelium is tested by amateur mushroom growers and farmers under conditions of Khabarovsk neighborhood for growing of mushrooms by means of extensive method.;EFFECT: preservation of internal aseptic property of substrate, reduced labour expenses and improved profitability of specialised mushroom farms operation.;3 cl, 3 tbl, 2 dwg
机译:技术领域:拟议的发明涉及农业和生物技术,即蘑菇种植。发明内容本发明的目的是开发牡蛎蘑菇的生长方法,其提供了有保证的农作物的生长以及简化并廉价地生产用于其广泛栽培的底物种植菌丝体的方法。既定的目标是通过两种技术的结合来实现的-牡蛎蘑菇的集约化生长和用于广泛蘑菇生长的基质种植菌丝体的生产。关于牡蛎蘑菇的集约化生长,所述目的是通过以下事实来实现的:蘑菇的生长是在装有底物的公升玻璃广口瓶(可以使用容量为0.7-1.5 l的广口瓶)中进行的,两层卷曲箔,不打结,并在高压灭菌器中以至少1.6-1.8 atm的压力灭菌后。冷却3小时,冷却后,用母菌丝体接种基质表面,同时使基质的接种表面与箔涂层之间相距1 cm(0.5-1 cm)。在20-22℃的温度下使基材表面淤积32-38天。在不取下淤泥罐盖之后,向下握住盖子,小心地将蘑菇从盖子外出来。有两个主要的结果“波动”,间隔8-16天。在头两个主要的“波浪”中,水果产量很高。在第二次主要结果完成后,将盖子取下。至于提供基质大量菌菇生长的基质菌丝体的生产方法-作为基质菌丝体,他们在牡蛎蘑菇集约化生长过程中使用花在两个主要结果“波浪”中的糠屑木屑营养基质,比例为2: 1,从上面的2 nd 厘米层除去(生理上较老,有空气菌丝体和生长基团的残留,可能是表面感染,有苍蝇和蘑菇蚊子生)。底物在低温下(3-5°C)积聚并存储在冷藏室的带孔塑料袋中,直到春季卖给蘑菇种植者和农民。在基于耐热柠檬帽牡蛎蘑菇的密集栽培的夏季蘑菇结果中,产生了四个结果“波浪”,并且用废基质制备真菌堆肥(用于蔬菜种植的有机肥料)。建议的方法在生物技术和植物保护部门GNU-DV的基础上进行了测试,并获得了俄罗斯农业科学院农业研究所的劳动红旗的命令,底质菌丝体在业余条件下由蘑菇种植者和农民进行了测试。哈巴罗夫斯克社区,通过广泛的方法种植蘑菇;效果:保留基质的内部无菌特性,减少人工费用并提高专门蘑菇农场运营的盈利能力; 3 cl,3 tbl,2 dwg

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