Publication | Closed Access
What is Good Ecological Restoration?
368
Citations
10
References
1997
Year
Ecological RestorationEcological HealthEcological EngineeringEngineeringLand RestorationSustainable DevelopmentEcological FidelitySocial SciencesGood Ecological RestorationEnvironmental ManagementLand RehabilitationEcosystem ResilienceEnvironmental HistoryHabitat ConservationHabitat ReconstructionNatural RestorationSustainabilityGood RestorationLand Conservation
Ecological restoration is rapidly expanding, yet its definition remains largely technical, ignoring ethical dimensions, and effective restoration is judged by ecological fidelity—structural/compositional replication, functional success, and durability—though these alone do not guarantee good restoration. The study argues that good restoration must incorporate historical, social, cultural, political, aesthetic, and moral dimensions to guide practice toward excellence and avoid technocratic projects that deviate from ecological fidelity. By examining problems of reverse adaptation, product‑centric focus, and action‑consequence separation in technological practices, the authors derive an expanded, inclusive restoration framework. Inclusive restoration processes create conditions that enable ecological fidelity and harmonious human‑ecosystem relationships.
The rapid rise of ecological restoration is forcing consideration of what good restoration entails. Defining an end point for restoration is as much an ethical matter as a technical one, but scientifically trained restorationists have largely ignored the former issue. I argue that good restoration requires an expanded view that includes historical, social, cultural, political, aesthetic, and moral aspects. This expanded definition is necessary at a practical level to guide practitioners in the pursuit of excellence and at a conceptual level to prevent restoration from being swamped by technological activities and projects that veer away from ecological fidelity. Ecological fidelity is based on three principles: structural/compositional replication, functional success, and durability. These principles produce effective restoration, which is a necessary but not a sufficient condition of good restoration. An examination of characteristic problems that emanate from technological practices—reverse adaptation, an attention to product at the expense of process, and the separation of actions from consequences—leads directly to an expanded, inclusive framework for restoration. The results of an inclusive restoration process set up conditions necessary for restoration to achieve both ecological fidelity and harmonious human relationships within ecosystems.
| Year | Citations | |
|---|---|---|
Page 1
Page 1