Move T0 vs analysis to beware page

microsoft · Aug 15, 2024 · 563f17c · 563f17c
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diff --git a/docs/beware.md b/docs/beware.md
@@ -18,6 +18,17 @@ at exactly the right pressure levels
 from exactly the right source.
 right variables at the right pressure levels
 
+(t0-vs-analysis)=
+## HRES IFS T0 Versus HRES IFS Analysis
+
+HRES IFS T0 is _not_ the same as HRES IFS analysis.
+Crucially, the analysis product includes an additional surface assimilation step.
+
+Specific versions of Aurora require specific version of HRES IFS:
+Aurora 0.25° Fine-Tuned requires IFS HRES T0,
+and Aurora 0.1° Fine-Tuned requires IFS HRES analysis.
+
+
 ## Deterministic and Reproducible Output
 
 If you require deterministic and reproducible output,

diff --git a/docs/models.md b/docs/models.md
@@ -82,9 +82,7 @@ Aurora 0.25° Fine-Tuned is the best performing version of Aurora at 0.25° reso
 For optimal performance, it is crucial that you only use Aurora 0.25° Fine-Tuned for IFS HRES T0.
 Producing predictions for any other data set will likely give sensible predictions,
 but performance may not be optimal anymore.
-Note also that IFS HRES T0 is _not_ the same as IFS HRES analysis;
-the analysis product includes an additional surface assimilation step.
-Aurora 0.25° Fine-Tuned requies IFS HRES T0, not IFS HRES analysis.
+[Note also that IFS HRES T0 is _not_ the same as IFS HRES analysis.](t0-vs-analysis)
 
 For optimal performance, the model requires the following variables and pressure levels:
 
@@ -145,9 +143,7 @@ Aurora 0.1° Fine-Tuned is the best performing version of Aurora at 0.1° resolu
 For optimal performance, it is crucial that you only use Aurora 0.1° Fine-Tuned for IFS HRES analysis.
 Producing predictions for any other data set will likely give sensible predictions,
 but performance may be significantly affected.
-Note also that IFS HRES analysis is _not_ the same as IFS HRES T0;
-the analysis product includes an additional surface assimilation step.
-Aurora 0.1° Fine-Tuned requies IFS HRES analysis, not IFS HRES T0.
+[Note also that IFS HRES T0 is _not_ the same as IFS HRES analysis.](t0-vs-analysis)
 
 For optimal performance, the model requires the following variables and pressure levels: