Marine reserves are considered essential for sustainable fisheries, although their
effectiveness compared to traditional fisheries management is debated. The effect of marine …

Understanding fish population oscillations is important for both fundamental population
biology and for fisheries science. Much research has focused on the causes of population …

The habitat requirements of fishes and other marine organisms often change with ontogeny,
so many harvested species exhibit such extreme large-scale spatial segregation between …

Size-selective fishing mortality may induce evolutionary changes to smaller size at
maturation in fish stocks. Marine reserves can be a useful management tool dealing with the …

Abstract Miethe, T., Dytham, C., Dieckmann, U., and Pitchford, JW 2010. Marine reserves
and the evolutionary effects of fishing on size at maturation.–ICES Journal of Marine …

The collapse of many of the world's fisheries has induced a reevaluation of existing fisheries
management strategies. This has fueled interest in the establishment of networks of no‐take …

Worldwide declines of fish stocks raise concerns about deleterious consequences of
harvesting for stock abundances and individual life histories, and call for appropriate …

In this paper we study the consequences of habitat switching and the corresponding
ontogenetic diet shifts between adult and juvenile life stages for harvesting and …

Background: A highly mobile marine fish, Atlantic cod (Gadus morhua), inhabits southern
Norwegian coastal habitats that offer limited potential for individual dispersal and migration …

Marine reserves are valued for their ecological role: protecting fish populations from
overharvesting while, at the same time, potentially maintaining fisheries yields via …