Fig. 1: Concepts and components of the connectivity & biodiversity conservation framework.
From: Conservation priority corridors enhance the effectiveness of protected area networks in China
a Framework Innovation: This framework focuses on creating habitat networks informed by mammal movement patterns, enabling the design of natural wildlife corridors. These corridors enhance ecological connectivity and resilience, fostering a more integrated and sustainable conservation approach. b Techniques and Methods: Advanced techniques, such as connectivity-based systematic conservation planning, form the foundation of this framework. It integrates risk and deficiency assessments to prioritize and evaluate conservation areas, ensuring adaptability and effectiveness under diverse ecological and human-driven pressures. c Aim of the Framework: The framework aims to establish a conservation network that combines static protected area boundaries with dynamic priority corridors. This integrated approach enhances biodiversity conservation by accommodating environmental changes and species movement, promoting flexibility and long-term ecological sustainability.
