Predicting effects of climate change on species and ecosystems depend on understanding
responses to shifts in means (such as trends in global temperatures), but also shifts in climate …

Understanding the factors contributing to declining smolt-to-adult survival (hereafter “smolt
survival”) of Coho Salmon Oncorhynchus kisutch originating in the Salish Sea of …

Local extirpations of Pacific salmon Oncorhynchus spp. and steelhead O. mykiss, often due
to dams and other stream barriers, are common throughout the western United States. …

Migration barriers are a major reason for species loss and population decline of freshwater
organisms. Significant efforts have been made to remove or provide passage around these …

Barriers such as hydroelectric dams inhibit migratory pathways essential to many aquatic
species, resulting in significant losses of species, their unique life-history forms, and genetic …

Large intraosseous arteriovenous malformations (AVM) of the mandible are rare lesions. A
review of the American literature has revealed sixty cases involving the mandible. This article …

In rivers of the Pacific Northwest, climate change is predicted to increase flow variability and
water temperature, which may ultimately affect salmonid survival and the seasonal timing of …

Chinook salmon (Oncorhynchus tshawytscha) populations express diverse early life history
pathways that increase habitat utilization and demographic resiliency. Extensive …

… Esse sentido de instrumentalização política continua até hoje, com conteúdo diferente nas
políticas e redes internacionais mobilizadas pelo atual presidente Joseph Michel Martelly, …

Après le retrait des glaciations et à la suite d'introductions artificielles, les saumons du Pacifique
(Oncorhynchus spp.) ont exploité de façon répétée de nouveaux habitats; néanmoins, …