Skip to main content

Synthesizing Multiple Long-Term Datasets to Test Flow Ecology Relationships for Fishes - Workshop

Dates

Release Date
2018-10-01

Summary

River ecosystems support a wide diversity of biota, including thousands of fish species, which are variously adapted to the dynamic environments provided by flowing-water habitats. One of the primary ways that human activities diminish the biological capacity of rivers is by altering the natural hydrologic variability of river systems through regulation and diversion of streamflow for other uses. Managers may be able to avoid some of the worst effects of flow management on aquatic biota if we understand the mechanisms by which streamflow components, such as unusually high and low flow events, affect populations (e.g., by influencing recruitment and mortality). Numerous past studies have described correlative associations of flow [...]

Contacts

Attached Files

Click on title to download individual files attached to this item.

etowahae.jpg
“etowahae fish”
thumbnail 361.58 KB image/jpeg
20190425_133659.jpg
“Group photo at Soapstone Prairie”
thumbnail 3.11 MB image/jpeg

Project Extension

projectStatusActive

etowahae fish
etowahae fish

Communities

  • John Wesley Powell Center for Analysis and Synthesis

Tags

Categories
CMS Themes
CMS WRET Topics
CMS Status

Provenance

Data source
Input directly

Item Actions

View Item as ...

Save Item as ...

View Item...