Methoden vergelijken

	Elektrovisserij	Focal Animal Sampling	Microhabitat Preference Analysis
Vakgebied	Veterinaire wetenschap	Veterinaire wetenschap	Veterinaire wetenschap
Familie	Process / pipeline	Process / pipeline	Process / pipeline
Jaar van ontstaan	1950	1974	1970s–1980s (formalized)
Grondlegger	Fisheries Biologists	Jeanne Altmann	Multiple contributors (Morris, Manly, Johnson, and others)
Type	Bioelectrical Sampling	Behavioral Sampling Protocol	Quantitative observational method
Oorspronkelijke bron	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.	Altmann, J. (1974). Observational study of behavior: sampling methods. Behaviour, 49(3-4), 227-267.	Morris, D. W. (1987). Ecological scale and habitat use. Ecology, 68(2), 362–369.
Aliassen	electroshocking, electric netting, fish stunner	FAS, focal sampling, behavior recording	habitat selection analysis, microhabitat use analysis, fine-scale habitat preference study, microhabitat utilization assessment
Verwant	3	3	1
Samenvatting	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.	Focal Animal Sampling (FAS) is a systematic observational method in which an observer focuses on one individual animal at a time, recording its behavior continuously or at regular intervals for a fixed period. Introduced by Jeanne Altmann in 1974, FAS provides detailed, quantitative ethograms of individual behavior, making it essential for studying animal behavioral ecology, welfare, and responses to environmental changes.	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.