Hi, I'm an error. x

Posters - Improving national water modeling: an intercomparison of two high-resolution, continental scale models, ParFlow-CONUS and WRF-Hydro configuration of the National Water Model


Authors: Danielle Tijerina · Laura Condon · David Gochis · Katelyn FitzGerald · Aubrey Dugger · Reed Maxwell
Owners: Danielle Tijerina
Resource type:Composite Resource
Created:Jan 10, 2019 at 8:43 p.m.
Last updated: Jan 10, 2019 at 8:58 p.m. by Danielle Tijerina

Abstract

These posters are work completed during my masters program at the Colorado School of Mines in Golden, CO and under the advising of Dr. Reed Maxwell. The posters were presented at the European Geophysical Union in Vienna, Austria (April 2018) and Computational Methods in Water Resources in St. Malo, France (May 2018) conferences.

ABSTRACT
Development of integrated hydrology modeling systems, where subsurface, land-surface, and energy budget processes are represented, is an increasing trend. In hydrologic science, there is a need for more intricate models for comprehensive hydrologic forecasting and water management over large spatial areas, specifically the Continental US (CONUS). We compare streamflow output from two models developed for the CONUS: ParFlow-CONUS, using the integrated model ParFlow and WRF-Hydro.NWM, a configuration of the National Water Model version 1.2 using the National Center for Atmospheric Research, Weather Research and Forecasting hydrological modeling extension package WRF-Hydro. Accurately representing large domains remains a challenge considering the difficult task of representing complex hydrologic processes, computational expense, and extensive data needs. Intercomparing models helps disentangle process, parameter, and formulation differences. Results show that WRF-Hydro.NWM and PF-CONUS generally capture flow magnitude, but WRF-Hydro.NWM better captures flow timing. Spatial differences exist as well—both models accurately simulate the humid east, but struggle with the Great Plains and intermountain west. Simulations such as these will help improve physical process representation in hydrologic models and give greater confidence in large-scale forecasts.

Subject Keywords

ParFlow,continental scale model,streamflow comparison,hydrologic model,WRF-Hydro,integrated model,National Water Model,model intercomparison

How to cite

Tijerina, D., L. Condon, D. Gochis, K. FitzGerald, A. Dugger, R. Maxwell (2019). Posters - Improving national water modeling: an intercomparison of two high-resolution, continental scale models, ParFlow-CONUS and WRF-Hydro configuration of the National Water Model, HydroShare, http://www.hydroshare.org/resource/bd64fb7d22e645ceb6587db60ad7b4a2

This resource is shared under the Creative Commons Attribution CC BY.

 http://creativecommons.org/licenses/by/4.0/
CC-BY

Sharing status:

  • Public Resource  Public
  • Sharable Resource  Shareable

Content

Download All Content as Zipped BagIt Archive
Learn more about the Bagit archive format

Authors

The people or organizations that created the intellectual content of the resource.

Name Organization Address Phone Author Identifiers
Danielle Tijerina CUAHSI (339) 933-4019
Laura Condon University of Arizona
David Gochis NCAR
Katelyn FitzGerald NCAR
Aubrey Dugger NCAR
Reed Maxwell Colorado School of Mines; Integrated GroundWater Modeling Center

Credits

This resource was created using funding from the following sources:
Agency Name Award Title Award Number
Department of Energy
American Association of University Women Selected Professions Fellowship

Ratings

Be the first one to  +1 this.  (You need to be logged in to rate this.)

Comments

There are currently no comments

New Comment

required