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UMAP acoustic positioning software provides a means for researchers to compute precise and continuous fine scale fish tracks in two or three dimensions based on data collected with Lotek wireless hydrophone systems, models WHS 3250/3050 (MAP acoustic) or WHS 4250 (JSATS acoustic). UMAP puts the researcher in control of all raw data processing and noise filtering, therefore providing a fully transparent process and qualification of results. UMAP software provides precise position estimates for tagged fish located within wireless hydrophone system arrays consisting of from three to up to 256 hydrophones. Applications range from small footprint critical habitat studies to continuous monitoring of entire harbors, lakes and large river systems for species migration timing/behavior, interaction, habitat use, fish passage/guidance efficiency near hydro-electric structures or behavior in response to anthropogenic disturbance.
Fine scale species interaction, Critical habitat use, Fish guidance/passage efficiency, Multi-year whole lake/bay/river monitoring, Pollutant uptake studies, Predator/prey studies, Areas of concern remediation efforts.
Getting ready for our reality mining experiment with @enekoasp in Mallorca with @RArlinghausFish @LeibnizIGB to track a full coastal food-web (350 individuals: invertebrates to big rays) at unprecedented spatial(m.)/temporal(s.) resolution with @LotekWireless positioning system pic.twitter.com/H7g2AxNfUO
— Josep Alos (@josep_alos) March 21, 2019
JSATS system deployed off the coast of Spain
Using data generated with UMAP, then processed and filtered in R, this animation shows the activity of marine animals; pearly razor fish, n = 320, Common pandora, n = 6, Sand Steenbras, n = 1, Sea bream and Rough Ray, n = 3.”
Credit: Josep Alos, Eneko Aspillaga, IMEDEA, 2020.
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