Integrating local ecological knowledge, ecological monitoring, and computer simulation to evaluate conservation outcomes

Successful conservation of long-lived species requires reliable understanding long-term trends and historical baselines. We present a framework for evaluating abundance outcomes marine by integrating local ecological knowledge (LEK), monitoring, computer simulation, tested on case-study heavily exploited green turtles (Chelonia mydas) in the Eastern Pacific. Models fit to LEK monitoring data indicate that turtle is increasing, but only after ?40 years safeguarding species’ nesting foraging habitats Mexico. However, current at ?60% baseline levels historic population structure has not been reestablished, indicating need sustained, actions. demonstrate potential linking science provide critical information conservation, establishing reference baselines gauging status with perspective, while promoting equitable sustainable futures.