Duke University Marine Laboratory, 28516, Beaufort, North Carolina.
J Chem Ecol. 1994 Dec;20(12):3321-34. doi: 10.1007/BF02033729.
Behavioral responses of the gastropod molluscLittoraria (=Littorina)irrorata indicate that it can discriminate among environmental odors. Snails were assayed for responses to 11 odors from plants and animals potentially representing food, shelter, location in the environment, and predators. Crushed conspecifics were included as an alarm odor. Except for odor of crushed conspecifics, all odor sources were water-borne from living intact organisms. Behavioral responses were categorized as no response, positive response, or negative response. For some analyses, negative responses were subdivided into withdrawing and turning responses. Snails responded positively to several plant odors. They did not respond to odors of intact conspecifics, fiddler crabs, or grass shrimp. They responded negatively to odors of a plant found at the upper limit of their minimal habitat, predatory blue crabs, crushed conspecifics, predatory gastropods, and ribbed mussels. Odors of blue crabs on different diets affect the type of negative response the snails display.
腹足纲软体动物扁玉螺(=扁玉螺)的行为反应表明,它可以区分环境气味。测试了 11 种来自植物和动物的气味,这些气味可能代表食物、住所、环境位置和捕食者。压碎的同种动物被作为警报气味。除了压碎的同种动物的气味外,所有的气味来源都是来自活体完整生物的水载气味。行为反应分为无反应、正反应或负反应。对于一些分析,负反应进一步细分为退缩和转向反应。蜗牛对几种植物气味有积极反应。它们对完整的同种动物、招潮蟹或草虾的气味没有反应。它们对位于其最小栖息地上限的一种植物的气味、捕食性蓝蟹、压碎的同种动物、捕食性腹足纲动物和肋纹贻贝的气味有负反应。不同饮食的蓝蟹的气味会影响蜗牛所表现出的负反应类型。