Soil-plant correlation studies for selected wetlands of the United States
No abstract available.
Book↗
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Results for “Plants”
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Book review of The Short-Tailed Fruit Bat: A Study in Plant-Animal Interactions, by T. H. Fleming
No abstract available.
Journal of Wildlife Management↗
Effects of the CRP on wildlife habitat: emergency haying in the Midwest and pine plantings in the southeast
No abstract available.
Transactions of the North American Wildlife and Na↗
Microhistological aquatic plant identification techniques applied to manatee diet analysis
No abstract available.
Report↗
Assembly of a standardized database for vascular plants in California's National Park Service lands
No abstract available.
California↗
A physiological process model for aquatic plant growth: model development and growth chamber experimentation
No abstract available.
Report↗
Will a changing climate increase interaction between rare and non-native plant species in Alaska?
No abstract available.
Alaska↗
Riparian plant community structure in a managed hydrological regime
The hydrology of the Snake River in Grand Teton National Park is partly determined by releases from Jackson Lake Dam. The dam was first built in 1908 and became part of the National Park system when GTNP was expanded to include most of Jackson Hole. Completion of the present structure of Jackson Lake Dam occurred in 1917 and resulted in an increase above the natural level of Jackson Lake of 11.9 m. The Bureau of Reclamation (BOR) manages the dam and sets discharge schedules, primarily to meet agricultural needs, and to a lesser extent the needs of recreational river use. Major changes to the hydrological regime of the Snake River include lower than natural peak releases, decrease in frequency of extreme flood events , and unusually high flows from July to September. In addition , peak releases prior to 1957 were not synchronized with spring runoff but shifted to July or early August. Changes in inundation frequencies of floodplains , inundation duration and timing of peak flows have profound effects on the extent and composition of the riparian zone.
Wyoming↗
A multi-disciplinary approach to the removal of emerging contaminants in municipal wastewater treatment plants in New York state (2003-2004)
Across the United States, there is a rapidly growing awareness of the occurrence and the toxicological impacts of natural and synthetic trace compounds in the environment. These trace compounds, referred to as emerging contaminants (ECs), are reported to cause a range of negative impacts in the environment, such as adverse effects on biota in receiving streams and interference with the normal functions of the endocrine system, which controls growth and development in living organisms.
New York↗