The dissociative recombination of LiH+ ions with low-energy electrons is ob
served at a storage ring and the final states are analyzed using fragment i
maging and field ionization techniques. The rate coefficient is found to be
larger than its estimated value used in astrophysical models. Mostly the h
ighest energetically possible Rydberg states of the lithium atom are popula
ted by the reaction, indicating a common trend for molecular recombination
via the noncrossing mode.