tRIBS benchmark: Basin-scale simulation, Big Spring, AZ, USA.

This repository hosts the setup for executing a basin-scale simulation of the Big Spring watershed that drains into Sycamore Creek in northern Arizona, USA, using the TIN-Based Real-Time Integrated Basin Simulator (tRIBS). 

This repository consists of : 

(1) A data subdirectory, which contains all the necessary data to run the basin-scale simulation of Big Spring, using tRIBS. 

2) A doc subdirectory, which contains a jupyter notebook for analyzing and visualizing this specific benchmark case, alongside additional documentation. 

(3) A src subdirectory that is currently empty but intended to contain source code for the tRIBS executable, which can be obtained here. 

(4) A bin subdirectory, that is currently empty but intended to store the tRIBS executable, with instructions to build the model here. 

(5) A results directory, which contains reference model output for results comparison.

Instructions for running this benchmark are available in the README.html file within the repository, which can be opened with your web browser, and can also be found in the latest tRIBS documentation. 

Data from this model were obtained from a number of public sources: 

Soil properties were obtained from ISRIC (https://www.isric.org), with tRIBS input parameters derived from the ROSETTA pedotransfer functions (https://github.com/usda-ars-ussl/rosetta-soil). Precipitation and vegetation parameters related to tree height and vegetation fraction were provided by Salt River Project. Meteorological forcing was obtained from NLDAS-2 (https://ldas.gsfc.nasa.gov/nldas/v2/forcing),with rainfall data provided from Salt River Project rain gauges.