MULTI-FUNCTIONAL WETLAND DESIGN ADAPTIVE TO ENVIRONMENTAL CHANGES — WETLAND ECOSYSTEM CONSTRUCTION OF FURONGBA BAY IN HANFENG LAKE OF THE THREE GORGES RESERVOIR AREA
Jia YUAN , Xingzhong YUAN , Xiaofeng WANG , Sen XIONG , Yangjing LIU
Landsc. Archit. Front. ›› 2018, Vol. 6 ›› Issue (3) : 76 -89.
MULTI-FUNCTIONAL WETLAND DESIGN ADAPTIVE TO ENVIRONMENTAL CHANGES — WETLAND ECOSYSTEM CONSTRUCTION OF FURONGBA BAY IN HANFENG LAKE OF THE THREE GORGES RESERVOIR AREA
Hanfeng Lake, an inland lake formed by the seasonal water fluctuations due to the water storage and sluice in the Three Gorges Reservoir, was faced with ecological challenges such as water pollution, aquatic biodiversity loss, and changes in land use pattern. This article takes the wetland ecosystem construction in Furongba Bay, Hanfeng Lake as an example to explore approaches to designing multi-functional wetlands which could adapt to hydro-fluctuation and other environmental changes, by drawing from the ecological wisdoms of water regulation, conservancy, and utilization developed in the agrarian age of China to support a dynamic, multi-layered landscape of mutualism and co-evolution.
Multi-Functional Wetland / Ecosystem / Traditional Ecological Wisdom / Hanfeng Lake / Hydro-Fluctuation Zone / The Three Gorges Reservoir Area
Higher Education Press
/
| 〈 |
|
〉 |
PDF
(37783KB)
