Ecological auxiliary system for increasing visual distance of wetland

Abstract

The invention discloses an ecological auxiliary system for increasing the visual distance of a wetland. The ecological auxiliary system comprises two tree bodies, each tree body comprises a hollow trunk fixed to the ground and a crown located at the top of the trunk, and a plurality of photovoltaic panels are arranged at the top of the crown. An air pump is buried in the ground between the two tree bodies and is electrically connected with the photovoltaic panels, one end of the air pump is communicated with a middle air port, and the middle air opening is of a horn-shaped structure buried inthe ground. The middle air opening is vertically formed upwards, the other end of the air pump communicates with a cooling pipe, and the cooling pipe communicates with two trunks. A column of air pipes are fixed to the sides, close to each other, of the two trunks, and a plurality of communicating holes enabling the trunks to communicate with the air pipes are formed in the trunks. The system hasthe advantages that when an animal looks over the other wetland in one wetland, the system can reduce the distance between the two wetlands at the aspect of visual effect, so that the biological mobility between the two wetlands is improved, and the effect of an ecological corridor is improved again.

Description

technical field [0001] The invention relates to the technical field of ecological corridors, in particular to an ecological auxiliary system for improving the visible distance of wetlands. Background technique [0002] In the ecosystem, the wetland ecological corridor connects different wetlands to form a larger wetland ecosystem, so that life in the wetland has a wider space for activities. Wetland animals and plants can enter another wetland through the ecological corridor. A wetland, migration to a suitable habitat facilitates gene flow and allows life to continue. [0003] However, due to artificial reclamation, ditch drainage and construction of water conservancy projects, the wetlands are fragmented and mostly distributed in patches, and the patches are far away from each other. In the prior art, corridors are usually used to alleviate this fragmentation to a large extent. ecological environment problems. That is, small wetland ecosystems located between large wetlan...

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Problems solved by technology

[0003] However, due to artificial reclamation, ditch drainage and construction of water conservancy projects, the wetlands are fragmented and mostly distributed in patches, and the patches are far away from each other. In the prior art, corridors are usually used to alleviate this fragmentation to a large extent. environmental issues

That is, small wetland ecosystems located between large wetland ecosystems can also form corridors, that is, stepping stone systems such as figure 1 As shown, A, B, and C are large-scale wetland ecosystems, a is each stepping stone habitat, multiple small stepping stone habitats a can connect each large wetland ecosystem, and play an ecological corridor effect; but the stepping stone habitat The distance between the stones must be within the visible range to have the connection function. In the existing technology, there is no good solution for two stepping stone habitats with a slightly larger distance: artificially establish a stepping stone habitat between the two The cost is too high and the promotion is difficult

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