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We experimentally measure, and theoretically analyze the three-atomrecombination rate, $L_3$, around a narrow $s$ wave magnetic Feshbach resonanceof $^6$Li-$^6$Li at 543.3 Gauss. By examining both the magnetic fielddependence and especially the temperature dependence of $L_3$ over a wide rangeof temperatures from a few $\mu$K to above 200 $\mu$K, we show that three-atomrecombination through a narrow resonance follows a universal behaviordetermined by the long-range van der Waals potential, and can be described by aset of rate equations in which three-body recombination proceeds via successivepairwise interactions. We expect the underlying physical picture to beapplicable not only to narrow $s$ wave resonances, but also to resonances innonzero partial waves, and not only at ultracold temperatures, but also at muchhigher temperatures.

Three-body recombination near a narrow Feshbach resonance in $^6$Li