Science activity #49838,
updated 29 April 2022
A Calibration-Free Approach to Modeling Delta Flows and Transport
Description / purpose
The purpose of this project is to develop and evaluate an integrated system for the prediction of Delta flows and transport in real-time that doesn't rely upon historical data sets for calibration and validation. The system consists of observational and computational components, along with real-time communication and coordination.
Linked science activities
None specifiedCollaborators
Mark Stacey, Principal investigator -
University of California - Berkeley [UC Berkeley]
Activity status
- 1 Awarded / Initiating (2007)
- 2 In progress / Ongoing (2007 - 2011)
- 3 Complete
Funding summary
Total allocated funding: $390,869
| Label | Value |
|---|---|
| Contract # or labor code | 1051 |
| Implementing organization | University of California - Berkeley [UC Berkeley] |
| Funding organization | CALFED Bay-Delta Program |
| Funding Source | Proposition 50 |
| Date of award | 2007 |
| Date of fiscal year-end | Not provided |
| Total award amount | $390,869 |
| State type of obligation | Not provided |
| Federal type of obligation | Not provided |
| Reimbursability | Not provided |
| Procurement mechanism | Not provided |
Location
Subbasins
Delta regions
Geographic tags
None specified
Products and outputs
Type and context
Science action area
Management themes
Science themes
Types
Science functions
Management actions
None specified
Science Topics
None specified
Lead implementing organization
Partner implementing organizations
None specified
Funding organizations
Funding programs
None specified