The phrase "coherent for" is not correct and not usable in written English.
However, you can use the phrase "coherent with" instead. For example, "His argument is coherent with the evidence presented."
A simple counterexample makes the point: create a fake Study 3 which is Study 2 with the values of the condition and control swapped; then by the above definitions, all genes are perfectly coherent for studies 2 and 3, having coherence (reproducibility) scores equal to 1; yet each gene which is up-regulated in study 2 is down-regulated by the same amount in study 3, so all genes are inconsistent.
Tweets, of course, are not policy, and Trump's posture has to appear coherent for this gambit to work.
While I utterly disagree with their perspective, it needs to be recognised that these values are compelling and coherent for those who hold them.
Through each complete live set, the members of the band are listening rigorously to one other and Davis is working to build something coherent for his audience.
"Trying to balance all the issues of climate change and land use and coming forward with something that's coherent for the next 15-20 years is quite daunting.
Turbulent jets of water, issuing from a nozzle at Re above 7000, remain coherent for some distance.
The gist is that a seemingly inborn desire on the part of Homo sapiens for coherent narratives, for meaning, often warps the way we remember things.
For effective climate change adaptation, as for mitigation, coherent visions for future cities will be key.
By Lemma 2.4, we deduce that every (min {mathcal{M}}_{sigma}) is q-coherent for each (|q|leq1).
If (qin 0,1]), we can then write begin{aligned} operatorname{ind} bigl(m^{ q)} bigr) =&sup bigl{ s, m^{ q)} mbox{ is } pmbox{-coherent for each } 0leq pleq s bigr} =&sup {s, m mbox{ is } pqmbox{-coherent for each } 0leq pleq s } =&frac{1}{q}sup {qs, m mbox{ is } pqmbox{-coherent for each } 0leq pqleq sq }=frac{i}{q}.
It is clear that (operatorname{ind}(m geq1) for every (min{mathcal{M}}_{sigma}), since m is q-coherent for (|q|leq1).
