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生态学杂志 ›› 2025, Vol. 44 ›› Issue (3): 1010-1020.doi: 10.13292/j.1000-4890.202503.001

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鱼类的反捕食策略研究进展

周岢莹,付世建,郑世龙,付成*   

  1. (重庆师范大学进化生理与行为学实验室/动物生物学重庆市重点实验室, 重庆 401331)
  • 出版日期:2025-03-10 发布日期:2025-06-10

A review on anti-predator strategies in fish.

ZHOU Keying, FU Shijian, ZHENG Shilong, FU Cheng*   

  1. (Laboratory of Evolutionary Physiology and Behavior, Chongqing Key Laboratory of Animal Biology, Chongqing Normal University, Chongqing 401331, China).

  • Online:2025-03-10 Published:2025-06-10

摘要: 反捕食策略是动物的一种自我防御机制,可保护自身免受或减少来自捕食者的伤害。鱼类作为脊椎动物最大的一个类群,其反捕食策略复杂多样且一直备受关注。遭遇捕食胁迫时,鱼类可能会在形态、行为、生理等层面表现出反捕食响应,相关研究已成为鱼类学研究的重要内容,并为探讨鱼类的适应性进化提供了关键的线索。本文对鱼类的反捕食策略进行了总结和归纳,主要包括猎物鱼在形态上的改变、生理功能的提高与激素调节、反捕食行为、生活史策略以及对多重捕食者的适应五个部分,分析了其中的机制和关联,并探讨了鱼类反捕食策略的生态收益及代价。在此基础上提出了鱼类反捕食策略可能存在的“冗余”和“节约”效应,以及未来可能的研究热点。


关键词: 鱼类, 捕食者, 反捕食策略, 行为, 游泳, 能量代谢

Abstract: The anti-predator strategy is a self-defense mechanism in animals that protects them from or reduces harm inflicted by predators. Fish is the largest group of vertebrates, and the diverse anti-predator strategies of which have long been a subject of attention. When facing predatory threats, fish may exhibit anti-predator responses at morphological, behavioral, and physiological aspects. Research in this area has become a crucial aspect of ichthyology, providing essential clues for exploring the adaptive evolution of fish. We summarize and categorize the anti-predator strategies of fish, including changes in the morphology of prey fish, enhancements in physiological functions and hormone regulation, anti-predator behaviors, life history strategies, and adaptations to multiple predators. The mechanisms and correlations among these strategies are analyzed, and the ecological benefits and costs of fish anti-predator strategies are discussed. Furthermore, we suggest that the combination of different anti-predator strategies could be “redundant” or “economical”, and propose future research areas of interest.


Key words: fish, predator, anti-predator strategy, behavior, swimming, energy metabolism