The concept of 'environmental resilience' has gained traction in ecological studies, referring to an ecosystem's capacity to absorb disturbances while maintaining its core functions and structures. Unlike mere resistance, which implies a static state, resilience emphasizes dynamic adaptation. For instance, coral reefs subjected to bleaching events can recover if stressors are mitigated, showcasing resilience through regeneration. However, recent research highlights that resilience is not limitless; repeated shocks can erode an ecosystem's buffer, leading to a tipping point where it shifts into an alternative, often less desirable state. This understanding challenges traditional conservation approaches that focus solely on restoring pristine conditions, urging instead for strategies that enhance adaptive capacity and manage transitions. Thus, resilience thinking reframes environmental management from a battle against change to a navigation of change, acknowledging uncertainty as a fundamental component of ecosystem dynamics.