TITLE: References for general Hasse-Weil zeta function
QUESTION [11 upvotes]: Most research on the Hasse-Weil zeta function focuses on some particular type of algebraic variety, and general surveys usually deal mostly with the better understood elliptic curve case.
I am looking for references about the Hasse-Weil zeta for arbitrary variety and number field, particularly analytic continuation and functional equation (this is, not focused on special values or zeroes).
Also, I have Serre's "Facteurs locaux", so probably anything published before 1970 would be redundant.
Edit. For future reference, Ivan Fesenko's research, particularly "Analysis on arithmetic schemes" parts I, II and III, fit perfectly in this context. Also, some older papers like  Alexei Parshin, for example, "Chern classes, adeles and L-functions".

REPLY [2 votes]: Kahn has quite a panoramic view of L-functions in arithmetic geometry. He has written a small book in french, which has been translated to english.
Bruno Kahn makes a clear distinction between zeta-functions which count points in fibers of arithmetic varieties, and L-functions which are associated to varieties "indirectly" via their motives and depend only on the generic fiber of arithmetic varieties, on varieties over fields.