the role of biotic interactions in driving top predators ... - ADDI
The results are crucial for spatial planning in ocean conservation, specifically for designing marine protected areas (MPAs) that protect both predators and their food sources. Limitations & Potential Content in 52820.rar 52820.rar
The research developed and validated a modeling framework designed for marine environments where data on species interactions is sparse. the role of biotic interactions in driving top predators
The thesis challenges the reliance on purely environmental variables to predict species distributions. It integrates biotic interactions (e.g., presence of prey species, other predators) into Species Distribution Models (SDMs). The thesis challenges the reliance on purely environmental
The findings improve understanding of why certain top predators, such as sharks or seabirds, are found in specific areas, even when other areas appear to have similar environmental characteristics.
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The accuracy of the models is still reliant on the availability of accurate survey data for both prey and predators, which can be hard to obtain in open ocean environments.