An Ecological Land Survey for Fort Wainwright, Alaska

An ecological land survey (ELS) of Fort Wainwright land was conducted to map ecosystems at three spatial scales to aid in the management of natural resources. In an ELS, an attempt is made to view landscapes not just as aggregations of separate biological and earth resources, but as ecological syste...

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Bibliographic Details
Main Authors: Jorgenson, M. T., Roth, Joanna E., Raynolds, Martha K., Smith, Michael D., Lentz, Will
Other Authors: COLD REGIONS RESEARCH AND ENGINEERING LAB HANOVER NH
Format: Text
Language:English
Published: 1999
Subjects:
Ecology
Cartography and Aerial Photography
Geography
*NATURAL RESOURCES
*SURVEYS
*ECOSYSTEMS
*RESOURCE MANAGEMENT
*MAPPING
*LAND AREAS
*ECOLOGY
DATA BASES
SPATIAL DISTRIBUTION
MANAGEMENT
INFORMATION SYSTEMS
DEGRADATION
BIOLOGY
WATER
ALASKA
TERRAIN
TOPOGRAPHY
HYDROLOGY
GEOLOGY
GROUND WATER
SOILS
SCALE
PROTECTION
PATTERNS
MAPS
GEOMORPHOLOGY
WETLANDS
VEGETATION
WILDLIFE
RECREATION
FIELD CONDITIONS
FLOOD PLAINS
HOMOGENEITY
PERMAFROST
FORT WAINWRIGHT(ALASKA)
Fairbanks
permafrost
Alaska
Online Access:http://www.dtic.mil/docs/citations/ADA368158
http://oai.dtic.mil/oai/oai?&verb=getRecord&metadataPrefix=html&identifier=ADA368158
Description
Summary:An ecological land survey (ELS) of Fort Wainwright land was conducted to map ecosystems at three spatial scales to aid in the management of natural resources. In an ELS, an attempt is made to view landscapes not just as aggregations of separate biological and earth resources, but as ecological systems with functionally related parts that can provide a consistent conceptual framework for ecological applications. Field surveys at 109 sites along 11 toposequences, and at an additional 131 ground-reference locations, were used to identify relationships among physiography, geomorphology, hydrology, permafrost, and vegetation. The association among ecosystem components also revealed effects of fire and geomorphic processes, such as groundwater discharge, floodplain development, permafrost degradation, and paludification. Ecosystems were mapped at three spatial scales. Ecotypes (1:50,000 scale), delineated areas with homogenous topography, terrain, soil, surface-form, hydrology, and vegetation. Ecosections (1:100,000 scale) are homogeneous with respect to geomorphic features and water regime and, thus, have recurring patterns of soils and vegetation. Ecodistricts (1:500,000) are broader areas with similar geology, geomorphology, and physiography. Development of the spatial database within a geographic information system will facilitate numerous management objectives such as wetland protection, integrated-training-area management, permafrost protection, wildlife management, and recreational area management. Prepared in collaboration with ABR, Inc., Fairbanks, AK.

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