Scheme is generally also a LISP Dialect, more so like Clojure, since it inherits many of the LISP features directly.
Generally Clojure has very little in common with LISP dialects, besides some concepts. It has no linked lists, almost no functions are the same, almost no macros are the same, no special forms are the same, similar named operators often do something different, ... Think ATOM, CONS, CAR, CDR, APPEND, SETQ, NULL, DOLIST, DOTIMES, ... basically the original core of LISP is not present in Clojure. Literally no Clojure code runs in LISP dialects and no LISP code runs in Clojure dialects -> without completely rewriting it. Some Scheme ran in LISP - with more or less effort to do so. Nowadays that's not very common.
Clojure may in abstract terms be a LISP dialect, but the expectation that anything from LISP can be applied directly to Clojure is not the case. You can't take any LISP book and execute the examples in Clojure , nor would it make much sense.
Generally Clojure has very little in common with LISP dialects, besides some concepts. It has no linked lists, almost no functions are the same, almost no macros are the same, no special forms are the same, similar named operators often do something different, ... Think ATOM, CONS, CAR, CDR, APPEND, SETQ, NULL, DOLIST, DOTIMES, ... basically the original core of LISP is not present in Clojure. Literally no Clojure code runs in LISP dialects and no LISP code runs in Clojure dialects -> without completely rewriting it. Some Scheme ran in LISP - with more or less effort to do so. Nowadays that's not very common.
Clojure may in abstract terms be a LISP dialect, but the expectation that anything from LISP can be applied directly to Clojure is not the case. You can't take any LISP book and execute the examples in Clojure , nor would it make much sense.