Location: Northwest Watershed Research CenterTitle: Automated Water Supply Model (AWSM): Streamlining and standardizing application of a physically based snow model for water resources and reproducible science
|TRUJILLO, ERNESTO - University Of California|
Submitted to: Computers and Geosciences
Publication Type: Peer Reviewed Journal
Publication Acceptance Date: 8/3/2020
Publication Date: 9/3/2020
Citation: Havens, S.C., Marks, D.G., Sandusky, M.L., Hedrick, A., Johnson, M.J., Robertson, M.E., Trujillo, E. 2020. Automated Water Supply Model (AWSM): Streamlining and standardizing application of a physically based snow model for water resources and reproducible science. Computers and Geosciences. 144. Article 104571. https://doi.org/10.1016/J.CAGEO.2020.104571.
Interpretive Summary: The Automated Water Supply Model (AWSM) streamlines and standardizes snow model simulations. AWSM has been designed with principles and techniques from computer engineering, enabling AWSM to be fully reproducible, furthering scientific integrity. Secondly, AWSM has been developing in cooperation with multiple stakeholders to ensure broad application of physically based snow models in water resource management applications.
Technical Abstract: Reproducible science requires a shift in thinking and application for how data, code and analysis are shared. Now, scientists must act more like software engineers to design models and perform analysis that use principles and techniques pioneered by software developers. Creating reproducible models that are easy to use and understand is in the best interest for the snow and hydrology community, enabling studies by other researchers and facilitating technology transfer to operational applications. In this paper, we present the Automated Water Supply Model (AWSM) that streamlines and standardizes the workflow of a physically based snow model to create fully reproducible model simulations that can be utilized by researchers and operational water resource managers. AWSM orchestrates four core components that historically required significant, ad-hoc modeler interaction to load the input data, spatially interpolate to the modeling domain, run the models and process the outputs. Because AWSM was developed using principles and techniques from software engineering, users can quickly perform reproducible simulations on any operating system, from a laptop to cloud computing. The three fully reproducible example case studies showcase the simplicity and flexibility of using AWSM to perform simulations from small research catchments to simulations that aid in real time water management decisions.