Candidate environmental and SEAPODYM predictors used for the habitat-based density modelling.

• Main Authors: Auriane Virgili (4952143), Laura Hedon (11232004), Matthieu Authier (172073), Beatriz Calmettes (662165), Diane Claridge (8585103), Tim Cole (7180769), Peter Corkeron (5873501), Ghislain Dorémus (7838663), Charlotte Dunn (472614), Tim E. Dunn (11232007), Sophie Laran (7838669), Patrick Lehodey (454327), Mark Lewis (393467), Maite Louzao (165811), Laura Mannocci (180249), José Martínez-Cedeira (11232010), Pascal Monestiez (531621), Debra Palka (4625035), Emeline Pettex (8004419), Jason J. Roberts (11232013), Leire Ruiz (11232016), Camilo Saavedra (11232019), M. Begoña Santos (11232022), Olivier Van Canneyt (136706), José Antonio Vázquez Bonales (11232025), Vincent Ridoux (79247)
• Format: Dataset
• Language: unknown
• Published: 2021
• Subjects: Ecology; Inorganic Chemistry; Environmental Sciences not elsewhere classified; Biological Sciences not elsewhere classified; Mathematical Sciences not elsewhere classified; deep-diving cetaceans; POpulation DYnamics Model; beaked whales Ziphiidae; increase model performance; prey fields; generalised additive models; prey distribution model outputs; SEAPODYM; trophic levels distribution; prey distribution data; predator distributions; beaked whales feed; sperm whales Physeter macrocephalus; variable; Physeter macrocephalus
• Online Access: https://doi.org/10.1371/journal.pone.0255667.t002

Candidate environmental and SEAPODYM predictors used for the habitat-based density modelling.