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When major problems caused by the coal industry are explored, such as heavy metal contamination in the soil, suspended matter in the water, and flooding that may affect nearby residents, a more ecological solution is often desired. Therefore, in this design, a landscape focused approach, using phytoremediation, water purification, etc. is proposed.
Based on the analysis of the topography and slope, the sites are divided into three categories. After initial treatment of the site by physical consolidation methods, such as land preparation, slope cutting, and soil restoration, physical consolidation methods are used for initial treatment.
Design should be attempted as a positive solution to environmental problems. At the same time, new future development plans for the site should also be proposed. For example, the development of terraced agriculture based on high technology, or the development of wetland tourism in order to protect the environment. In addition, the design is also expected to achieve the objective of optimising the site's environment and the living conditions of local residents, and to give the site a new lease of life.
Showing the sites, including graded agricultural areas, multi-stage filtration wetlands, remediation forest, and more. In the wetland area, the dry pond is revitalised with water accumulation in the rainy season and ordinary grassland.
Showing all sites, including graded agricultural areas, multi-stage filtration wetlands, and remediation forest.
The plant selection and fermented cultivation of agricultural area, "Green Heart" phytoremediation centre, third-stage wetland area, and remediation forest area were displayed respectively.
Shows remediation forest area perspective, divided into rainy season and dry season. The rainy season has a managed trickle flowing through, while the dry season is replaced by grassland.
If the project would survive more than 100 years, future technologies would link with the site to make it more interesting and convenient for residents’ daily life.