Construction method for sustainable ecological landscape water body

Abstract

The invention relates to a construction method for a sustainable ecological landscape water body. The construction method is characterized in that a complete water body ecological system is constructed by taking ecological ideas as guidance and combining the landscape design aesthetics. The construction method mainly comprises the following steps of (1) digging the water body and performing anti-seepage treatment; (2) constructing emergent, floating leaf and submerged plant communities; (3) constructing a benthonic animal community; (4) constructing a zooplankter animal community; (5) constructing a fish community; (6) constructing microbial community; (7) maintaining the system. According to the construction method disclosed by the invention, a complete aquatic ecosystem is constructed by applying the ecological ideas, so that various communities in the system are self adjusted and mutually utilized, an ordered balance sustainable development state is achieved, the interference resistance is improved while the attractiveness is realized, the self healthy operation can be realized and the expenses of operation and maintenance are reduced.

Description

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AI Technical Summary

Benefits of technology

This technology helps prevent contamination from natural sources by creating an automatic purifying plant that uses small amounts of cleanwater for crops or animals while still being effective at reducing their impact on our community's environmental quality.

Problems solved by technology

This patented technical describes how environmental factors like pollution cause harmful changes over time in natural waters due to the lack of green or blue colors seen during these stages. To address this issue, researchers developed various ways to improve the appearance of landscapes while reducing negative impacts caused by contamination. These solutions involve creation of artificial structures called vegetal communities (GSC) around areas where there may be potential hazards. By doing away with unnecessary waste materials, they help save money and reduce damage to aquatic environments. Additionally, other means mentioned include adding oxygen gas into the area through aerators to increase dissolved carbon dioxide concentration, increasing bacterial activity, controlling light intensity, adjusting soil texture, replacing damaged ones, and promoting biodegradability of debris. Overall, these technologies aimed at improving the stability and longevity of gardenwater systems without compromising their functionality and effectiveness.