Evolutionary study uncovers molecular adaptations to marine environments in intertidal Desis spiders, highlighting key genetic mechanisms driving aquatic transitions.
Spiders, a highly diverse group of invertebrates, exhibit remarkable adaptability across terrestrial landscapes, excluding polar regions, with their intricate silk weaving and ecological importance being well-recognized. Although aquatic spiders are uncommon, the intertidal Desis spiders carve a unique niche along coastlines. Yet, the molecular mechanisms underpinning their intertidal success remain largely unexplored. By broadening the scope, this work contributes to a deeper comprehension of the evolutionary and ecological importance of spiders, bridging crucial gaps in knowledge within this captivating realm.
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李凡(LI FAN) (2026) studied this question.
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