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REM 505: Winter, 2009Assignment 8: Writing Abstracts: Suggestions for Thesis Proposals (REM 505) For the final assignment, include an abstract of no more than 150 words after the proposal title. After the Abstract Section, provide a word count before the Introduction Section. What is it? How to do it?
What to include?
References Cited (APA format):
Lake Missoula Flooding in the Ginkgo-Wanapum State Park Area, Washington: During the late-Pleistocene, the largest floods known to earth originated from ice-dam failures of Lake Missoula. This proposed inquiry will address a research void on a portion of the Lake Missoula floodway along the Columbia River in Ginkgo-Wanapum State Park near Vantage, Washington. I will conduct topographic map, airphoto, and field research to address: 1) the extent of Missoula Flooding in the study area; 2) identifiable geomorphic impacts of Missoula Flood processes on landform, soil and vegetation patterns; and 3) evidence of Missoula Flood timing and frequency. This inquiry will culminate in a detailed map of the extent of Missoula Flood terrain including identifiable soil, vegetation, and landslide patterns resulting from flood processes. This information will serve scientific and public interpretation of Missoula Flood processes on biological diversity of the area, as well as natural resource planning efforts within Washington State Parks. Using Benthic Macro-invertebrate Community Structure to Evaluate Steelhead Reintroduction Potential in Manastash Creek, Kittitas County, Washington. Submitted by Daniel J. Didricksen, Fall 2005. Manastash Creek, in Kittitas County, Washington historically supported
a healthy steelhead population. Habitat degradation due to irrigation
practices extirpated steelhead by the mid 1970's, and resulted in portions
of the creek being dewatered for months at a time. Based on the federal
listing of Middle Columbia River steelhead as a threatened evolutionarily
significant unit in 1999, legal action was proposed against irrigators
and stream managers unless the habitat in Manastash Creek was rehabilitated
as a step towards steelhead reintroduction. This thesis will assess benthic
macro-invertebrate community structure in Manastash Creek in order to
evaluate necessary habitat characteristics for steelhead spawning and
rearing. An adaptation of the Benthic Index of Biotic Integrity (B-IBI)
will measure benthic macro-invertebrate population dynamics and how the
invertebrates have been impacted by human disturbance. Upon completion,
my thesis will provide important information about habitat conditions
regarding the possible reintroduction of steelhead in Manastash Creek.
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