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METHOD FOR CREATING ADDITIONAL RESERVES OF WATER AT RESTORATION OF PEAT BOGS

机译:重建泥炭沼泽中增加水分的方法

摘要

FIELD: ecology.;SUBSTANCE: method contains a structural scheme and includes a storage pond 1 where water from a freshwater source is fed through channel 2, a water outlet 3, ice sites 4, a pumping station 5 connected to a water outlet 3 and an underground pipeline 6 with hydrants 7 and connected to them sprinklers 8, pond-accumulator 9 of freshwater, pond-distributor 10 for supplying water to bogs peateries. For collecting and supplying freshwater, pond-accumulator 9 also includes channel 13, dug along the central longitudinal axis with a bias to collecting place to the pond-distributor 10, and at the end of the channel 13 areaway is made. Storage pond 1, pond-accumulator 9 and pond-distributor 10 are sequentially located in the direction of the main slope of the terrain. Ice sites 4 with pipelines 11 with valves 12 are connected to the storage pond 9. To spray the layer of black material onto the ice mass, a heat-insulating coating is applied of hydrophilic capillary-porous material of the soil or in the form of peat by spraying using natural climatic factors, in particular, under the action of solar radiation, which is intended to accelerate the melting of ice with the transformation into the accumulation of water in summertime. Ponds 1, 9 and 10 are hydraulically connected to each other by pipelines with valves. After the water enters the pond-distributor 10, it is supplied into the open channel 18 to fill the peat bog 17, which is divided into compartments. The compartments of the peat bog are separated by earthen bridges with the water outlets made in them with regulating structures. Thus, this allows creating conditions for the restoration of peat bogs on the cutover bogs.;EFFECT: providing an environmental and ameliorative environment more reliably and reducing the risk of emergencies around the cutover bogs.;4 cl, 8 dwg
机译:领域:生态学;方法:该方法包含一个结构方案,并包括一个储水池1,来自淡水的水通过通道2,出水口3,冰场4,连接到出水口3的抽水站5和带有消火栓7的地下管线6,并与它们相连的喷头8,淡水的池塘蓄水器9,池塘水分配器10,用于向沼泽的ate水厂供水。为了收集和供应淡水,池塘蓄水器9还包括沿中央纵轴挖出的槽13,该槽13偏向池塘分配器10的收集位置,并且在槽13的端部开有。蓄水池1,蓄水池9和蓄水池10依次位于地形主坡的方向上。将具有带阀12的管道11的制冰场4连接到存储池9。为了将黑色材料层喷洒到冰块上,可采用土壤的亲水性毛细孔材料或以利用自然气候因素,特别是在太阳辐射的作用下,通过喷洒泥炭,以加速冰的融化,并在夏季转变为积水。池1、9和10通过带阀门的管道彼此液压连接。在水进入池塘分配器10之后,将其供应到开放通道18中以填充泥炭沼泽17,该泥炭沼泽被划分为多个隔室。泥炭沼的车厢由土桥分隔开,其中的出水口带有调节结构。因此,这为在割接沼泽上恢复泥炭沼泽创造了条件。效果:更可靠地提供环境和改善环境,并减少割接沼泽周围的紧急情况的风险。4cl,8 dwg

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