Document Detail
A geographic information system and remote sensing to support community-based coastal hazards planning in the Netarts Littoral Cell, Oregon
Abstract/OtherAbstract :
Graduation date: 2000, The 14-km long Netarts Littoral Cell, located on the northern Oregon coast, experienced episodic erosion as a result of the severe 1997-98 El Nino and 1998-99 La Nina. The erosion events led to the development of a unique partnership bridging scientists, stakeholders, and various planning agencies. To address these erosion issues, a regional demonstration project for littoral cell hazard planning was undertaken. To support the planning efforts a GIS inventory was created to spatially examine erosion hotspots and aid stakeholders in planning for future chronic and catastrophic erosion events. The GIS combines a physical, cultural, and hazards inventory, a shoreline change analysis, and coastal hazard risk assessment into a decision support tool to facilitate coastal hazards management. Shoreline change analysis examined historical aerial photos and new LIDAR remote sensing technologies, with results showing multiple scale patterns of erosion and accretion that have significant implications to both science and management. Hazard risk zones were generated using predictive erosion models and geological observations. The GIS and decision support system facilitates the examination of hazards to develop avoidance strategies. Through spatial queries, decision-makers can examine various data layers to guide future oceanfront development and redevelopment. The development of this GIS in conjunction with a stakeholder process facilitates community involvement from GIS design through implementation of identified hazard management recommendations. Implementing mechanisms will occur through adoption of local land use policies and changes to park master plans. The interdisciplinary nature of this project allows for the range of stakeholder opinions, thus creating a unique opportunity to address coastal hazards at a regional scale, the same scale at which coastal erosion processes operate.
Authors :
Revell, David
Related Documents :
3800694 - Identification of junctionally-transmitted growth inhibitors
7753954 - Bounded latency scheduling scheme for atm cells
40090164 - Metamorphic ingap/ingaas multijunction solar cells on germanium substrates
5182474 - Two cell josephson junction qubits (briefing charts)
32097564 - Synthesis and turnover of cell-wall polysaccharides and starch in photosynthetic soybea...
33474864 - Selective bacterial adherence to oral epithelial surfaces and its role as an ecological...
Contributors :
Geographic information systems -- Oregon -- Tillamook County, Good, Jim, Komar, Paul, Wright, Dawn, Marra, John
Publication Detail :
Publisher :  -     Type :  Research Paper     Format :  5653383 bytes, application/pdf    
Date Detail :
2007-03-19, 2007-03-19, 2000-00-00
Subject :
shoreline change, sandshed, lidar, cobble renourishment, section 227, El Niño, Shore protection -- Geographic information systems -- Oregon -- Tillamook County, Shore protection -- Oregon -- Tillamook County -- Remote sensing, Coast changes -- Geographic information systems -- Oregon -- Tillamook County, Coast changes -- Oregon -- Tillamook County -- Remote sensing, Beach erosion -- Geographic information systems -- Oregon -- Tillamook County, Beach erosion -- Oregon -- Tillamook County -- Remote sensing
Coverage :
-
Relation :
Explorer Site -- North Coast Explorer, Explorer Site -- North Coast Explorer
Source :
-
Copyright Information :
-
Other Details :
Languages :  en_US    
Export Citation :
APA/MLA Format     Download EndNote     Download BibTex

Previous Document:  Forest versus field influence on regrowth of a clear-cut area in northern Michigan - a summary.
Next Document:  A rapid ecological assesment (REA) of coral reefs and reef fishes of barrier islands within central ...