REMOTE SENSING II

GEOGRAPHY AND EARTH RESOURCES 576/676

AND

GEOGRAPHIC INFORMATION ANALYSIS

GEOGRAPHY AND EARTH RESOURCES 594/694


TERM PROJECT REPORTS

SPRING QUARTER, 1995

The projects presented here were generated by student groups enrolled in advanced remote sensing and GIS classes in the Department of Geography and Earth Resources, Utah State University. The purpose of this class was to allow students the experience of exploring remote sensing and geographic information systems in a project environment. It is not intended to present rigorously evaluated scientific conclusions. The information presented here is the intellectual property of the authors.


Identification of Potential Mallard Habitat in Cache County


Potential Waterfowl Habitat of Cutler Reservoir


Fire Prediction of the Logan Canyon to Blacksmith Fork Area


Multitemporal Analysis of Deforestation in Honduras (1965-1992)


Landuse in Cache Valley, Utah


A Comparison of Camp W. G. Williams and GAP Analysis Vegetation Classifications


Suitability Analysis for an Intermountain Solid Waste Facility: A Study for Cache County, Utah


Spatial Analysis of Snow Cover and Topography for Predicting Vegetation Types in Utah's Northern Bear River Range


Minimum Travel Time Path to USU


An Examination of Scale Dependency for Vegetation Class Delineation and Related Variables


Geographic Information Analysis of Northern Goshawk (Accipiter gentilis) nest Sites in the Uinta Mountains


Using 30 Meter GAP Image as an Indicator for Neo-Tropical Bird Diversity in Poison Canyon Quadrangle


Application of remotely Sensed Imagery to the Study of Avalanche Phenomenon


The Nature of Urban Growth - Cache Valley


Faultline Mapping and Urban Development of Cache Valley


Analysis of Development of Eastern Cache valley


A Predictive Model for Prehistoric Archeaological Sites Within the Hill Air Force Range in Utah's West Desert Using GIS and Remote Sensing Data


Vegetation Growth in Yellowstone National Park


Classification of Cache County Riparian Vegetation


Tread Lightly


Correlating Vegetation and Topography


The Maximum, Non-Seasonal, Reproducing Range of Anopheline Mosquitos/Malaria in Africa

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Author: R. Douglas Ramsey (doug@nr.usu.edu)