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Ferrette Bruno Lopes da Silva Mourato Bruno Hazin Fábio Hissa Vieira Arocha Freddy Williams Samuel Mackey Rodrigues Junior Carlos Egberto Porto-Foresti Fábio de Amorim Alberto Ferreira Rotundo Matheus Marcos Coelho Rui Hoolihan John P. Sow Fambaye Ngom Diaha N’guessan Constance Romanov Evgeny V. Domingues Rodrigo Rodrigues Oliveira Claudio Foresti Fausto Mendonça Fernando Fernandes 《Hydrobiologia》2021,848(17):3883-3904
Hydrobiologia - Since the Miocene profound climatic changes have influenced the biology and ecology of species worldwide, such as their connectivity, genetic population structure, and biogeography.... 相似文献
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Jiangang Luo Jerald S. Ault Lynn K. Shay John P. Hoolihan Eric D. Prince Craig A. Brown Jay R. Rooker 《PloS one》2015,10(10)
For centuries, the mechanisms surrounding spatially complex animal migrations have intrigued scientists and the public. We present a new methodology using ocean heat content (OHC), a habitat metric that is normally a fundamental part of hurricane intensity forecasting, to estimate movements and migration of satellite-tagged marine fishes. Previous satellite-tagging research of fishes using archival depth, temperature and light data for geolocations have been too coarse to resolve detailed ocean habitat utilization. We combined tag data with OHC estimated from ocean circulation and transport models in an optimization framework that substantially improved geolocation accuracy over SST-based tracks. The OHC-based movement track provided the first quantitative evidence that many of the tagged highly migratory fishes displayed affinities for ocean fronts and eddies. The OHC method provides a new quantitative tool for studying dynamic use of ocean habitats, migration processes and responses to environmental changes by fishes, and further, improves ocean animal tracking and extends satellite-based animal tracking data for other potential physical, ecological, and fisheries applications. 相似文献
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