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Rate of global biodiversity loss increased significantly during the 20th century associated with human environmental alterations. Specifically, mismanagement of freshwater resources contributed to historical and contemporary loss of stream-dwelling fish diversity and will likely play a role in determining the persistence of species in the future. We present a mechanistic pathway by which human alteration of streams has caused the decline of a unique reproductive guild of Great Plains stream-dwelling fishes, and suggest how future climate change might exacerbate these declines. Stream fragmentation related to impoundments, diversion dams and stream dewatering are consequences of increasing demand for freshwater resources...
Categories: Data,
Project;
Types: Map Service,
OGC WFS Layer,
OGC WMS Layer,
OGC WMS Service;
Tags: 2010,
AR-04,
CATFISHES/MINNOWS,
CO-03,
CT-04, All tags...
Climate Change,
Colorado,
Conservation Planning,
FY 2010,
Federal resource managers,
Final Report,
GPLCC,
Great Plains,
Great Plains Landscape Conservation Cooperative,
Informing Conservation Delivery,
KS-01,
KS-02,
KS-04,
Kansas,
LA-04,
LCC,
LCC Network Science Catalog,
MT-00,
Map,
Montana,
ND-00,
NE-03,
NM-03,
Nebraska,
New Mexico,
North Dakota,
OK-01,
OK-02,
OK-03,
OK-04,
OK-05,
Oklahoma,
Plains Fish,
Policy makers & regulators,
Population & Habitat Evaluation/Projection,
Prairie Rivers and Streams,
Project,
RIVERS/STREAM,
Report,
SD-00,
South Dakota,
State agencies,
Stream Fragmentation,
TX-03,
TX-04,
TX-05,
TX-06,
TX-08,
TX-11,
TX-12,
TX-13,
TX-17,
TX-19,
TX-24,
TX-25,
TX-26,
TX-30,
TX-31,
TX-32,
TX-33,
Texas,
WY-00,
Wyoming,
biota,
completed,
environment,
inlandWaters,
pelagic-spawning cyprinid, Fewer tags
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Rate of global biodiversity loss increased significantly during the 20th century associated with human environmental alterations. Specifically, mismanagement of freshwater resources contributed to historical and contemporary loss of stream-dwelling fish diversity and will likely play a role in determining the persistence of species in the future. We present a mechanistic pathway by which human alteration of streams has caused the decline of a unique reproductive guild of Great Plains stream-dwelling fishes, and suggest how future climate change might exacerbate these declines. Stream fragmentation related to impoundments, diversion dams and stream dewatering are consequences of increasing demand for freshwater resources...
Categories: Data;
Types: Map Service,
OGC WFS Layer,
OGC WMS Layer,
OGC WMS Service;
Tags: Climate Change,
Colorado,
Colorado,
Federal resource managers,
Final Report, All tags...
GPLCC,
Great Plains,
Great Plains,
Great Plains Landscape Conservation Cooperative,
Kansas,
Kansas,
LCC Network Science Catalog,
Montana,
Montana,
Nebraska,
Nebraska,
New Mexico,
New Mexico,
North Dakota,
North Dakota,
Oklahoma,
Oklahoma,
Plains Fish,
Prairie Rivers and Streams,
Regional & county planners,
Report,
ScienceBase Great Plains LCC,
South Dakota,
South Dakota,
State agencies,
Stream Fragmentation,
Texas,
Texas,
Wyoming,
Wyoming,
biota,
completed,
inlandWaters,
pelagic-spawning cyprinid, Fewer tags
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