方法对比

	电捕鱼	声学遥测	微栖息地偏好分析
领域	兽医科学	兽医科学	兽医科学
方法族	Process / pipeline	Process / pipeline	Process / pipeline
起源年份	1950	1960	1970s–1980s (formalized)
提出者	Fisheries Biologists	Fish Tracking Pioneer Community	Multiple contributors (Morris, Manly, Johnson, and others)
类型	Bioelectrical Sampling	Remote Monitoring Technology	Quantitative observational method
开创性文献	Paukert, C. P., & Willis, D. W. (2001). Electrofishing: sampling fish in small streams with respect to fish size, species, and rarity. Journal of Freshwater Ecology, 16(1), 11-23.	Eiler, J. H. (2013). Acoustic telemetry. In C. R. Cooke & D. W. Philipp (Eds.), Telemetry Techniques and Technology (pp. 1-45). Springer.	Morris, D. W. (1987). Ecological scale and habitat use. Ecology, 68(2), 362–369.
别名	electroshocking, electric netting, fish stunner	acoustic tracking, telemetry monitoring, underwater tracking	habitat selection analysis, microhabitat use analysis, fine-scale habitat preference study, microhabitat utilization assessment
相关	3	3	1
摘要	Electrofishing is a bioelectrical sampling technique in which electric current is applied to water to stun fish temporarily, allowing their capture for identification, measurement, and return to the stream. Developed in the 1950s and refined continuously, electrofishing is the standard method for inventorying fish communities in streams and small rivers, providing unbiased population estimates and species composition data.	Acoustic telemetry is a remote tracking method in which small electronic transmitters attached to or implanted in animals emit unique acoustic signals detectable by underwater or terrestrial receiver networks, enabling real-time monitoring of animal movements, positions, and behavior over extended distances and times. Pioneered in fisheries research in the 1960s, acoustic telemetry is now standard for studying movement ecology, migration timing, and habitat use in aquatic and increasingly terrestrial systems.	Microhabitat Preference Analysis is a quantitative ecological method used to determine which fine-scale environmental features — such as vegetation structure, substrate type, temperature, or cover — animals actively select beyond what is randomly available to them. Widely applied in veterinary science, wildlife biology, and ethology, it compares the characteristics of locations an animal uses against those of randomly sampled available locations to infer habitat preference, avoidance, or random use.