To test the theory that seasonal forecasts SSTs would perform as well as observed SSTs and result in very similar attribution statements, scientists from the CPDN team compared weather@home in forecast mode (forced with seasonal forecast SSTs) relative to hindcast mode (forced with observed SSTs) as part of
a model validation effort.
Not exact matches
Enhance existing
efforts to create a comprehensive observing system to document changes in these critical indicators and to provide data for calibration and
validation of
models.
After establishing sources of uncertainty and methods for code verification, the paper looks at a representative sampling of verification and
validation efforts that are underway in the glacier
modeling community, and establishes a context for these within an overall solution quality assessment.
In order for
model output to be considered in a fault tree
effort, the
model requires extensive
validation, which means the algorithm must be well established.