Live encounter data provides the first complete set of survival rate estimates for the Endangered Mediterranean monk seal birth into adulthood, as well as the first age-specific reproductive rates for the species.
Scientists are using an integrated modeling approach to identify factors affecting present and future ecosystem-level productivity and to assess the economic and social impacts on Gulf of Alaska fishing communities of Climate Change.
By examining sighting histories, we infer that 25 unobserved pupping events that had previously gone uncounted. This is the highest reproductive rate reported for any of the Hawaiian monk seal breeding sites.
Our stock assessments provide information on the dynamics of fish populations and scientific information to fishery managers regarding stock status, historical and future biomass, and recruitment trends.
In this analysis, we quantify not only the frequency of specific causes‐of‐death (CODs) among main Hawaiian Island monk seals, but also assess the impact of individual CODs on the intrinsic growth rate, λ, of this population.
