Apply a design process -- define the problem, plan an intervention, monitor results -- to propose a realistic plan for restoring a damaged ecosystem.
Ecological restoration is the deliberate work of helping a damaged ecosystem recover toward a healthier state. Like any good engineering or design process, it starts with clearly defining the problem and its causes, not just its symptoms. From there, restoration usually involves planning a specific intervention, such as reintroducing native species, removing invasive ones, replanting native vegetation, or restoring a more natural water flow, and then implementing that plan.
The step people most often skip is monitoring: collecting real data after the intervention to check whether it actually worked, and adjusting the plan if it did not. Restoration is rarely a one-time fix; it is closer to an ongoing experiment, checked and revised over months or years, because ecosystems are complex and an intervention that helps one part can sometimes create a new, unexpected problem elsewhere.
Mastery looks like: They can propose a restoration step for a described damaged ecosystem, connect it clearly to the underlying cause, and name a way to monitor whether it worked.
Common stumbles: Proposing a fix that only addresses the visible symptom; leaving out any plan for monitoring or checking results after the intervention.