I'm not sure I follow your complaint about "rop" (which is a library I'm not familiar with), and I suppose my jokiness obscured the point I was trying to make, so I'll try reiterating, since it seems like you're talking past it (I will also try to address the points you raise).
First, to be clear, haskell's type system is powerful and interesting and useful, and clojure's lack of good static analysis tools IMO represents a serious [comparative] deficiency in the ecosystem (and spec is obviously no substitute). I don't think that it will ever be possible for clojure to get even close to the sort of compile-time checking/guarantees that haskell offers, nor do I think clojure is particularly well-suited for the powerful higher-level abstractions that you see in e.g. lens or recursion-schemes (or, honestly, even Control.Traversable). My personal experience (both as a hobbyist and professionally) has been that there are some practical advantages from clojure's dynamism such that it probably makes sense (in a cost/benefit sense) to eschew static typing in some/many circumstances, but I really only have anecdotal evidence plus some intuition backing that up.
That aside, the point I was trying to get at was that both haskell and clojure encourage you to build complex data representations out of simple, easy to understand, composable, persistent structures, and then build up computations by composing pure transformations on them. Additionally, both languages have reasonable concurrency models/primitives, good tools for creating expressive DSLs (if that's your thing), and powerful interactive development environments. I, personally, find all of these features to be incredibly important for effectively developing software--they shape in a very real way the processes I use to plan and write and debug code--and most languages in common use today lack at least a couple of them (some languages have none of them, in fact).