Javascript must be enabled to continue!
Historical Changes in Large River Fish Assemblages of the Americas
View through CrossRef
<em>Abstract.</em>—From its headwaters in the Rocky Mountains, the Platte River drains 230,362 km<sup>2</sup> in Colorado, Wyoming, and Nebraska. The Platte River is formed by the confluence of the North Platte and South Platte near the city of North Platte, Nebraska, and receives additional flow from the Loup and Elkhorn rivers that drain the Sand Hills region of Nebraska. Water diversions for mining and irrigation began in the 1840s in Colorado and Wyoming, and irrigation diversions in Nebraska began in the 1850s. Construction of dams for control of river flows commenced on the North Platte River in Wyoming in 1904. Additional dams and diversions in the North Platte, South Platte, and Platte rivers have extensively modified natural flow patterns and caused interruptions of flows. Pollution, from mining, industrial, municipal, and agricultural sources, and introductions of 24 nonnative species have also taken their toll. Fishes of the basin were little studied before changes in land use, pollution, and introduction of exotic species began. The current fish fauna totals approximately 100 species from 20 families. Native species richness declines westward, but some species find refugia in western headwaters streams. Declines in 26 native species has led to their being listing as species of concern by one or more basin states.
Title: Historical Changes in Large River Fish Assemblages of the Americas
Description:
<em>Abstract.
</em>—From its headwaters in the Rocky Mountains, the Platte River drains 230,362 km<sup>2</sup> in Colorado, Wyoming, and Nebraska.
The Platte River is formed by the confluence of the North Platte and South Platte near the city of North Platte, Nebraska, and receives additional flow from the Loup and Elkhorn rivers that drain the Sand Hills region of Nebraska.
Water diversions for mining and irrigation began in the 1840s in Colorado and Wyoming, and irrigation diversions in Nebraska began in the 1850s.
Construction of dams for control of river flows commenced on the North Platte River in Wyoming in 1904.
Additional dams and diversions in the North Platte, South Platte, and Platte rivers have extensively modified natural flow patterns and caused interruptions of flows.
Pollution, from mining, industrial, municipal, and agricultural sources, and introductions of 24 nonnative species have also taken their toll.
Fishes of the basin were little studied before changes in land use, pollution, and introduction of exotic species began.
The current fish fauna totals approximately 100 species from 20 families.
Native species richness declines westward, but some species find refugia in western headwaters streams.
Declines in 26 native species has led to their being listing as species of concern by one or more basin states.
Related Results
Social Economic Determinants of Adoption of Fish Farming in Gem Sub-County, Siaya County, Kenya
Social Economic Determinants of Adoption of Fish Farming in Gem Sub-County, Siaya County, Kenya
The demand for fish in Kenya has been steadily increasing, prompting the exploration of alternative methods such as fish farming to address this rising demand. However, the adoptio...
Historical Changes in Large River Fish Assemblages of the Americas
Historical Changes in Large River Fish Assemblages of the Americas
<em>Abstract.</em>—The Snake River is the tenth longest river in the United States, extending 1,667 km from its origin in Yellowstone National Park in western Wyoming t...
Flodfund - Bronzealderdeponeringer fra Gudenåen
Flodfund - Bronzealderdeponeringer fra Gudenåen
River findsBronze Age metalwork from the river GudenåBronze Age metalwork (primarily swords and other weapons) found in European rivers has aroused interest for many years, but lit...
Transformation of Dnepr (Zaporizhia) reservoir`s fish fauna: retrospective review and current status
Transformation of Dnepr (Zaporizhia) reservoir`s fish fauna: retrospective review and current status
Creation of reservoirs by regulation of the Dnieper River and small rivers caused significant changes in the conditions of existence and affected on fish biodiversity of pondsof P...
Historical Changes in Large River Fish Assemblages of the Americas
Historical Changes in Large River Fish Assemblages of the Americas
<em>Abstract.</em>—Fish assemblages in the Verde River, Arizona have changed markedly over the last quarter century. Nonnative fishes increase from headwaters toward th...
Historical Changes in Large River Fish Assemblages of the Americas
Historical Changes in Large River Fish Assemblages of the Americas
<em>Abstract.</em>—The Wisconsin River is a lowland warmwater river located entirely within the state of Wisconsin. It is the largest river within the state, with a len...
GEOMORPHIC BOUNDARIES WITHIN RIVER NETWORKS
GEOMORPHIC BOUNDARIES WITHIN RIVER NETWORKS
Author contributions: MWS and MCT contributed equally to all aspects of
this research and manuscript preparation. Key Points 1. The physical
character of different functional proce...
Historical Changes in Large River Fish Assemblages of the Americas
Historical Changes in Large River Fish Assemblages of the Americas
<em>Abstract.</em>—Recent decades have seen substantial changes in fish assemblages in rivers of peninsular Florida. The most striking change has involved the addition ...

