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Hydroacoustic data from uncrewed surface vehicle (USV) overtakes in Lake...
- gimi9.com
Updated Apr 2, 2025
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EmailClick to copy linkLink copiedCite(2025). Hydroacoustic data from uncrewed surface vehicle (USV) overtakes in Lake Superior, 2022 | gimi9.com [Dataset]. https://gimi9.com/dataset/data-gov_hydroacoustic-data-from-uncrewed-surface-vehicle-usv-overtakes-in-lake-superior-2022/Dataset updatedApr 2, 2025Area coveredLake SuperiorDescriptionThese data were derived from hydroacoustic data collected by uncrewed surface vehicles (USVs) and powered research vessels in Lake Superior in 2022. The powered vessels overtook the USVs to study fish avoidance of survey vessels during traditional acoustic surveys. The water column was divided into four depth groups for analysis. Each USV transect was binned into 30-sec intervals and measured hydroacoustic values were averaged in this region. To compare vessels and USVs, parallel overtakes (overtakes where vessel and drone followed the same path) which were ~2 km long, were measured by both platforms and the differences between acoustic measures compared.
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Hydroacoustic data from uncrewed surface vehicle (USV) overtakes in Lake...
- data.usgs.gov
- catalog.data.gov
Updated Jan 24, 2025ShareFacebookTwitterEmailClick to copy linkLink copiedCiteThomas Evans; Lars Rudstam; Suresh Sethi; Daniel Yule; David Warner; Steve Farha; Andrew Barnard; Mark Dufour; Timothy O'Brien; Kayden Nasworthy; Ian Harding; Bradley Ray; Edmund Isaac; Joshua Blankenheim; Hannah Blair; James Watkins; Steven Senczyszyn; James Roberts; Peter Esselman (2025). Hydroacoustic data from uncrewed surface vehicle (USV) overtakes in Lake Superior, 2022 [Dataset]. http://doi.org/10.5066/P13SJ9PWUnique identifierhttps://doi.org/10.5066/P13SJ9PWDataset updatedJan 24, 2025AuthorsThomas Evans; Lars Rudstam; Suresh Sethi; Daniel Yule; David Warner; Steve Farha; Andrew Barnard; Mark Dufour; Timothy O'Brien; Kayden Nasworthy; Ian Harding; Bradley Ray; Edmund Isaac; Joshua Blankenheim; Hannah Blair; James Watkins; Steven Senczyszyn; James Roberts; Peter EsselmanLicenseU.S. Government Workshttps://www.usa.gov/government-works
License information was derived automaticallyTime period coveredAug 12, 2022 - Sep 7, 2022Area coveredLake SuperiorDescriptionThese data were derived from hydroacoustic data collected by uncrewed surface vehicles (USVs) and powered research vessels in Lake Superior in 2022. The powered vessels overtook the USVs to study fish avoidance of survey vessels during traditional acoustic surveys. The water column was divided into four depth groups for analysis. Each USV transect was binned into 30-sec intervals and measured hydroacoustic values were averaged in this region. To compare vessels and USVs, parallel overtakes (overtakes where vessel and drone followed the same path) which were ~2 km long, were measured by both platforms and the differences between acoustic measures compared.
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FacebookTwitterEmailHydroacoustic data from uncrewed surface vehicle (USV) overtakes in Lake Superior, 2022 | gimi9.com
These data were derived from hydroacoustic data collected by uncrewed surface vehicles (USVs) and powered research vessels in Lake Superior in 2022. The powered vessels overtook the USVs to study fish avoidance of survey vessels during traditional acoustic surveys. The water column was divided into four depth groups for analysis. Each USV transect was binned into 30-sec intervals and measured hydroacoustic values were averaged in this region. To compare vessels and USVs, parallel overtakes (overtakes where vessel and drone followed the same path) which were ~2 km long, were measured by both platforms and the differences between acoustic measures compared.