Sean C. Anderson

This study examines whether temperature and oxygen affect body size and growth in fish over time, finding that temperature has a small effect that varies with modeling assumptions.

The paper shows that marine species' thermal niches have warmed more than their spatial redistribution under climate change.

This study reports the prevalence of Sarcotaces sp. infection in rockfishes and its impact on length-at-maturity, with higher infection rates in certain species and sex-specific effects.

The paper assesses ecological responses to marine spatial protections using 18 years of groundfish data, finding increased size and abundance near protected areas.

This paper introduces a covariate-diffusion method to model non-local environmental responses in species distribution models, showing it recovers non-local effects and collapses to local responses when appropriate.

This study shows that increasing spatial resolution in ecological models can reduce prediction quality for some species, highlighting the need for careful spatial complexity selection.

The paper examines the weak effects of prey density and spatial overlap on cod predation in the Baltic Sea using spatiotemporal data and geostatistical models.

The paper introduces surveyjoin, a database and R package that standardizes and integrates bottom trawl survey data from the Northeast Pacific Ocean to improve fisheries management and ecosystem assessments.

The paper quantifies food competition between Atlantic cod and flounder using stomach content and biomass data, finding low diet overlap and no decline in total prey weight with predator density.