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Method for constructing micro-ecosystem applied to urban hard river channel
The invention discloses a method for constructing a micro-ecosystem applied to an urban hard river channel. The method comprises the following steps that: (1) a micro-ecological device is built, a frame of the device is made of bamboo materials, a trumpet-shaped opening defined by a fishing net is formed in the top of the device, a planting groove is formed in the bottom of the device, and the periphery of the device is wrapped by a fishing net with small meshes; (2) a plant planting matrix is laid in the planting groove in a layered manner, and a common matrix filler and bottom mud in a constructed wetland are adopted as the matrix; and 3) a micro-ecological system is constructed in the micro-ecological device, specifically, submerged plants are planted on the matrix and multiple types of aquatic animals are bred in the device. The invention mainly aims at a hard river channel with three hard bare sides and a flood drainage function in a city. The river channel is large in water level fluctuation, large in flow velocity in a flood season, free of growth space of aquatic organisms and has no water ecosystems. With the method for constructing the micro-ecosystem applied to the urban hard river channel, a place can be provided for field planting and growth of submerged plants and reproduction and refuge of aquatic animals. The ultimate purpose of the invention is to construct a river channel water ecosystem and improve the self-purification capacity of a water body.
本发明公开一种应用于城市硬质河道的微生态系统构建的方法。所述的方法包括下述步骤:1)搭建微生态装置,装置的框架是由竹制材料制作而成,顶部有一个由渔网围成的喇叭状开口,底部是一个种植槽,装置外围由小网孔的渔网包覆;2)在种植槽内铺设植物种植基质,基质采用人工湿地中常见的基质填料和底泥,分层铺设;3)在微生态装置内构建微型生态系统,包括在基质上种植沉水植物,在装置内放养多类型的水生动物。本发明主要针对城市三面光且兼具排洪功能的硬质河道,该类河道水位波动大,汛期流速大,水生生物无生长空间,水生态系统丧失。本发明提出一种适用于该类河道的微生态系统构建方法及装置,可为沉水植物定植生长、水生动物繁衍避难提供场所,最终目的是构建河道水生态系统,提升水体自净能力。
Method for constructing micro-ecosystem applied to urban hard river channel
The invention discloses a method for constructing a micro-ecosystem applied to an urban hard river channel. The method comprises the following steps that: (1) a micro-ecological device is built, a frame of the device is made of bamboo materials, a trumpet-shaped opening defined by a fishing net is formed in the top of the device, a planting groove is formed in the bottom of the device, and the periphery of the device is wrapped by a fishing net with small meshes; (2) a plant planting matrix is laid in the planting groove in a layered manner, and a common matrix filler and bottom mud in a constructed wetland are adopted as the matrix; and 3) a micro-ecological system is constructed in the micro-ecological device, specifically, submerged plants are planted on the matrix and multiple types of aquatic animals are bred in the device. The invention mainly aims at a hard river channel with three hard bare sides and a flood drainage function in a city. The river channel is large in water level fluctuation, large in flow velocity in a flood season, free of growth space of aquatic organisms and has no water ecosystems. With the method for constructing the micro-ecosystem applied to the urban hard river channel, a place can be provided for field planting and growth of submerged plants and reproduction and refuge of aquatic animals. The ultimate purpose of the invention is to construct a river channel water ecosystem and improve the self-purification capacity of a water body.
本发明公开一种应用于城市硬质河道的微生态系统构建的方法。所述的方法包括下述步骤:1)搭建微生态装置,装置的框架是由竹制材料制作而成,顶部有一个由渔网围成的喇叭状开口,底部是一个种植槽,装置外围由小网孔的渔网包覆;2)在种植槽内铺设植物种植基质,基质采用人工湿地中常见的基质填料和底泥,分层铺设;3)在微生态装置内构建微型生态系统,包括在基质上种植沉水植物,在装置内放养多类型的水生动物。本发明主要针对城市三面光且兼具排洪功能的硬质河道,该类河道水位波动大,汛期流速大,水生生物无生长空间,水生态系统丧失。本发明提出一种适用于该类河道的微生态系统构建方法及装置,可为沉水植物定植生长、水生动物繁衍避难提供场所,最终目的是构建河道水生态系统,提升水体自净能力。
Method for constructing micro-ecosystem applied to urban hard river channel
一种应用于城市硬质河道的微生态系统构建方法
WANG WENWEN (Autor:in) / FEI XIAOXIN (Autor:in)
29.10.2021
Patent
Elektronische Ressource
Chinesisch
Urban river channel cleaning device and urban river channel dredging method thereof
Europäisches Patentamt | 2022
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