Ecological models for stream fish range in scale from individual fish to entire populations.
They have been used to assess habitat quality and to predict the demographic and genetic …

Understanding how climate change may facilitate species turnover is an important step in
identifying potential conservation strategies. We used data from 33 sites in western Montana …

Abundance of the young‐of‐the‐year (YOY) fish can vary greatly among years and it may be
driven by several key biological processes (ie adult spawning, egg survival and fry survival) …

Comparisons of three sets of surveys in the Ria Formosa Lagoon, Portugal, over a 13 year
period (2001–2002, 2008–2009 and 2010–2013) revealed significant population …

Inherent in the carrying capacity notion is the basic idea of a maximum population a
particular level of resources can support over a period of time. Knowledge of carrying …

The objective was to uncover the roles of environmental, density-independent, and intrinsic,
density-dependent factors as drivers of population size in stream-resident brown trout …

We monitored yearly recruitment (1997–2008) of brown trout (Salmo trutta) in a fourth‐order
Austrian Alpine river. The relative proportion of recruits to adult fish varied strongly among …

Interactions between density‐dependent and density‐independent processes can lead to
variation in both growth and survival rates. Detecting such effects, however, will often require …

Population regulation was studied for seven consecutive years (1992–98) in five rivers at the
periphery of the distribution of Salmo trutta, where the fish were living under environmental …

Environmental factors may cause synchronous density variations between populations. A
better understanding of the processes underlying synchrony is fundamental to predicting …