  A comprehensive search for "broad" Feshbach resonances (FRs) in all possible
combinations of stable alkali-metal atoms is carried out, using a multi-channel
quantum-defect theory assisted by the analytic wave functions for a long-range
van-der-Waals potential. A number of new "broad" $s$-, $p$- and $d$-wave FRs in
the lowest-energy scattering channels, which are stable against two-body
dipolar spin-flip loss, are predicted and characterized. Our results also show
that "broad" FRs of $p$- or $d$-wave type that are free of two-body loss do not
exist between fermionic alkali-metal atoms for magnetic field up to 1000\,G.
These findings constitute helpful guidance on efforts towards experimental
study of high-partial-wave coupling induced many-body physics.
