Climate change poses significant threats to biodiversity and ecosystem functionality worldwide. Understanding how species and ecosystems adapt to these changes is crucial for developing sustainable conservation strategies. This study aims to evaluate the adaptation mechanisms of different ecosystems, focusing on diverse geographical regions. We conducted a meta-analysis of recent ecological studies, employing a standardized evaluation matrix to assess the effectiveness of various adaptation strategies. Our findings indicate that ecosystems with greater biodiversity exhibit more robust resilience to climate perturbations. Specifically, tropical regions showcased diverse adaptive mechanisms, such as phenotypic plasticity and shifts in species distribution. Conversely, temperate ecosystems demonstrated slower adaptive responses, emphasizing the need for targeted interventions. The study concludes that integrating local ecological knowledge with scientific research can enhance adaptive strategies, promoting ecosystem sustainability in the face of climate change. Our research underscores the importance of global collaboration in studying ecological adaptations, providing valuable insights for policymakers and conservationists.