Add to ORKGThe major objective of this study was to provide baseline data on alpine lakes located within Grand Teton National Park. Park management requires baseline data to assess possible future perturbations to the lakes (e.g., acid rain and other human impacts). Another objective was to analyze the data in a manner that provides useful interpretations for other scientists and for park managers
The work done in the summer of 1958 had been of an exploratory nature with emphasis on the flora of ...
Nature–based tourism and recreation activities have a range of environmental impacts, but most prote...
Increased utilization of our national parks by the public has resulted in the expansion of existing ...
This short report is the summary of the 120 page complete report describing the trophic status evalu...
This study evaluates recent ice area changes of the small, remote glaciers in Grand Teton National P...
Changes to resource conditions due to recreation use were examined in select locations in Grand Teto...
National parks provide opportunities to learn about natural ecosystems and they serve as important b...
The Teton Range is the result of active crustal extension (normal faulting) and is the youngest rang...
This study has four principal objectives. The first was to locate and map the major areas in the Gra...
The National Park Service and the USGS Biological Resources Division have jointly established a prog...
The purpose of this study is to evaluate the trophic state of five lakes in southern Yellowstone Nat...
This study began in 2006 to provide an ecologically based decision platform for Grand Teton National...
Although major emphasis in this study is on the Lake Solitude region, it was necessary to explore re...
The objective of this project was to consolidate all previous work on water rights in the park into ...
One of the fundamental purposes of the National Park Service is to preserve and interpret the natura...
The work done in the summer of 1958 had been of an exploratory nature with emphasis on the flora of ...
Nature–based tourism and recreation activities have a range of environmental impacts, but most prote...
Increased utilization of our national parks by the public has resulted in the expansion of existing ...
This short report is the summary of the 120 page complete report describing the trophic status evalu...
This study evaluates recent ice area changes of the small, remote glaciers in Grand Teton National P...
Changes to resource conditions due to recreation use were examined in select locations in Grand Teto...
National parks provide opportunities to learn about natural ecosystems and they serve as important b...
The Teton Range is the result of active crustal extension (normal faulting) and is the youngest rang...
This study has four principal objectives. The first was to locate and map the major areas in the Gra...
The National Park Service and the USGS Biological Resources Division have jointly established a prog...
The purpose of this study is to evaluate the trophic state of five lakes in southern Yellowstone Nat...
This study began in 2006 to provide an ecologically based decision platform for Grand Teton National...
Although major emphasis in this study is on the Lake Solitude region, it was necessary to explore re...
The objective of this project was to consolidate all previous work on water rights in the park into ...
One of the fundamental purposes of the National Park Service is to preserve and interpret the natura...
The work done in the summer of 1958 had been of an exploratory nature with emphasis on the flora of ...
Nature–based tourism and recreation activities have a range of environmental impacts, but most prote...
Increased utilization of our national parks by the public has resulted in the expansion of existing ...