Evaluation and application of the time model V 2.0
Permanent Link:

Material Information

Title:
Evaluation and application of the time model V 2.0
Added title page title:
Restoration Alternatives and Sea Level Rise in Everglades National Park
Added title page title:
HYDROLOGIC MODEL REPORT
Added title page title:
SFNRC Technical Series 2013:1
Creator:
South Florida Natural Resources Center
Everglades National Park
National Park Service
Kiren E. Bahm
Robert J. Fennema
Publisher:
South Florida Natural Resources Center Everglades National Park
Publication Date:
Language:
English
Physical Description:
PDF, 108 pages, maps, tables, charts, illustrations

Notes

General Note:
This report summarizes the joint project between the U.S. Geological Survey and the South Florida Natural Resources Center of the National Park Service that uses the TIME model to develop ecosystem restoration and sea level rise simulations for ENP. Analysis of preliminary simulation results necessitated an investigation of TIME v2.0 model input datasets and an evaluation of model performance in order to provide context in interpretation of results. This report contains documentation of the input datasets used in the model simulation, an evaluation of TIME v2.0 calibration run results, and an analysis of results from simulations of water management alternatives and sea level rise scenarios. The final section in this report summarizes several performance issues with the TIME v2.0 model discovered during this project and, where possible, recommendations for improvement.
General Note:
APPENDICES (Electronic copy only) A: MARINE SURFACE WATER BOUNDARY CONDITION INPUTS B: TIME V2.0 CALIBRATION RESULTS C: STAGE AND SALINITY RESULTS FOR ALT7R5E SEA LEVEL RISE RUNS D: ALT7R5E SENSITIVITY TO SALINITY BOUNDARY E: RESULTS FOR ALTERNATIVES WITH SEA LEVEL RISE F: KOHLER REPORT ON TIME DEVELOPMENT G: TIME V2.0 TECHNICAL CODE UPDATES

Record Information

Source Institution:
Florida International University
Holding Location:
South Florida Natural Resource Center
Rights Management:
All rights reserved by the source institution
Resource Identifier:
FI13060701