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The availability of shells has been shown to limit The few studies of hermit crab recruitment to date populations of adult hermit crabs and alter the outcome of either have simply surveyed the abundance of small interspecific interactions. However, few studies have addressed such issues in newly settled crabs. A major impedjuveniles (e.g. Lowery & Nelson 1988), have placed irnent has been the absence of techniques to quantify the use small shells out in the field a t relatively calm sites of shells by settling crabs. Here we present a simple tech(either buried in the sand, e.g. Asakura 1991, or in artinique for assessing hermit crab recruitment in rocky habitats. ficial tide pools, e.g. Nyblade 1974, J, Alio & A, Kuris The method appears to measure differences in settlement unpubl, data), or have quantified settlement in conrates among sites without substantial bias. By offering several different s .~ecies of mlcroaastro~od shells, we also found that laboratory cOnditlons (Gherardi lgg6). Each of

Quantifying hermit crab recruitment rates and megalopal shell selection on wave-swept shores