LAKE McCONAUGHY is the only Great Plains reservoir that supports a self-sustaining rainbow trout population. This unique rainbow population lives during the spring, summer and fall in Lake McConaughy and spawns during the winter in tributary streams of the North Platte River in the Scottsbluff area. The Game and Parks Commission was concerned because not enough information was available to properly manage the rainbow trout population under increased fishing pressure. During the mid-1960\u27s a study was initiated to collect information and prepare a rainbow trout management plan for the upper North Platte River drainage. This publication is part of that endeavor
Trout have been raised in the United States for about 150 years. Initially, trout were raised to rep...
Freshwater fish populations often exist in systems characterized by novel ecological processes resul...
The river-reservoir interface (RRI) provides dynamic habitat heterogeneity that influences fish comm...
LAKE McCONAUGHY is the only Great Plains reservoir that supports a self-sustaining rainbow trout pop...
A self-sustaining rainbow trout population has developed in the North Platte River drainage. This po...
McConaughy Reservoir and the North Platte River drainage upstream to the Nebraska-Wyoming state line...
The objective of this activity is to raise and stock progeny from adult Lake McConaughy rainbow trou...
Chapter 1 Lethal and Preferred Temperatures of Lake McConaughy Rainbow Trout Versus Domestic Strain ...
McConaughy Reservoir and the North Platte River drainage upstream to the Nebraska-Wyoming state line...
Historic fish assemblages in the Black Hills of South Dakota were simple and lacked fishes that were...
Rainbow Trout Oncorhynchus mykiss are routinely stocked in Black Hills streams and reservoirs to enh...
Abstract.—Rainbow trout Oncorhynchus mykiss stocked into Flaming Gorge Reservoir, Utah– Wyoming, are...
Various strains of rainbow trout (Salmo gairdneri) were stocked at legal size in spring in three Wis...
Rainbow trout Oncorhynchus mykiss stocked into Flaming Gorge Reservoir, Utah– Wyoming, are thought t...
Nine-hundred-fifty-four rainbow trout (Salmo gairdneri) were stocked into 18 eastern South Dakota du...
Trout have been raised in the United States for about 150 years. Initially, trout were raised to rep...
Freshwater fish populations often exist in systems characterized by novel ecological processes resul...
The river-reservoir interface (RRI) provides dynamic habitat heterogeneity that influences fish comm...
LAKE McCONAUGHY is the only Great Plains reservoir that supports a self-sustaining rainbow trout pop...
A self-sustaining rainbow trout population has developed in the North Platte River drainage. This po...
McConaughy Reservoir and the North Platte River drainage upstream to the Nebraska-Wyoming state line...
The objective of this activity is to raise and stock progeny from adult Lake McConaughy rainbow trou...
Chapter 1 Lethal and Preferred Temperatures of Lake McConaughy Rainbow Trout Versus Domestic Strain ...
McConaughy Reservoir and the North Platte River drainage upstream to the Nebraska-Wyoming state line...
Historic fish assemblages in the Black Hills of South Dakota were simple and lacked fishes that were...
Rainbow Trout Oncorhynchus mykiss are routinely stocked in Black Hills streams and reservoirs to enh...
Abstract.—Rainbow trout Oncorhynchus mykiss stocked into Flaming Gorge Reservoir, Utah– Wyoming, are...
Various strains of rainbow trout (Salmo gairdneri) were stocked at legal size in spring in three Wis...
Rainbow trout Oncorhynchus mykiss stocked into Flaming Gorge Reservoir, Utah– Wyoming, are thought t...
Nine-hundred-fifty-four rainbow trout (Salmo gairdneri) were stocked into 18 eastern South Dakota du...
Trout have been raised in the United States for about 150 years. Initially, trout were raised to rep...
Freshwater fish populations often exist in systems characterized by novel ecological processes resul...
The river-reservoir interface (RRI) provides dynamic habitat heterogeneity that influences fish comm...