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- W3117637172 endingPage "40" @default.
- W3117637172 startingPage "40" @default.
- W3117637172 abstract "Coastal ecosystems are under threat from a range of anthropogenic impacts that disrupt habitat connectivity and the ability for animals to move within them. Understanding fine-scale animal movement provides insight into how animals are responding to these pressures, and underpins effective ecological management and conservation strategies. This study used drones to investigate the drivers of the fine-scale movement of rays in coastal estuaries using the short-tail stingray (Bathytoshia brevicaudata) as a model species. Smaller rays swam with more regular bursts of speed and greater sinuosity than larger individuals, indicating that rays of different sizes alter their fine-scale movement behavior to maintain energetic efficiency. Rays were less likely to spend time resting and swam faster on the high tide compared to the outgoing tide. They were also more likely to exhibit bursts of speed at noon (11 am to 1 pm) than at other times of day. Body size, tide and time of day all influenced ray movement. Understanding the ecological variables that influence the fine-scale movement of rays and the potential for human activities to alter natural behaviors is integral to the implementation of effective management strategies for this group of animals and their ecosystems." @default.
- W3117637172 created "2021-01-05" @default.
- W3117637172 creator A5012820743 @default.
- W3117637172 creator A5052982122 @default.
- W3117637172 creator A5077614394 @default.
- W3117637172 creator A5086487790 @default.
- W3117637172 date "2020-12-24" @default.
- W3117637172 modified "2023-10-16" @default.
- W3117637172 title "Drone-Based Tracking of the Fine-Scale Movement of a Coastal Stingray (Bathytoshia brevicaudata)" @default.
- W3117637172 cites W160476084 @default.
- W3117637172 cites W1623663821 @default.
- W3117637172 cites W1806000254 @default.
- W3117637172 cites W1851605479 @default.
- W3117637172 cites W1972495667 @default.
- W3117637172 cites W1973542493 @default.
- W3117637172 cites W1980893440 @default.
- W3117637172 cites W1986346905 @default.
- W3117637172 cites W1988129311 @default.
- W3117637172 cites W1993471924 @default.
- W3117637172 cites W2011096867 @default.
- W3117637172 cites W2014829412 @default.
- W3117637172 cites W2016498156 @default.
- W3117637172 cites W2037866588 @default.
- W3117637172 cites W2044773018 @default.
- W3117637172 cites W2048555441 @default.
- W3117637172 cites W2050194344 @default.
- W3117637172 cites W2050511110 @default.
- W3117637172 cites W2057695258 @default.
- W3117637172 cites W2072268315 @default.
- W3117637172 cites W2077734590 @default.
- W3117637172 cites W2081270569 @default.
- W3117637172 cites W2084628546 @default.
- W3117637172 cites W2085996093 @default.
- W3117637172 cites W2093937828 @default.
- W3117637172 cites W2099540110 @default.
- W3117637172 cites W2100735799 @default.
- W3117637172 cites W2105316344 @default.
- W3117637172 cites W2107872983 @default.
- W3117637172 cites W2114708598 @default.
- W3117637172 cites W2119063528 @default.
- W3117637172 cites W2124565737 @default.
- W3117637172 cites W2124666241 @default.
- W3117637172 cites W2126108587 @default.
- W3117637172 cites W2130162705 @default.
- W3117637172 cites W2133823936 @default.
- W3117637172 cites W2135496588 @default.
- W3117637172 cites W2145942157 @default.
- W3117637172 cites W2147807123 @default.
- W3117637172 cites W2148004037 @default.
- W3117637172 cites W2156533943 @default.
- W3117637172 cites W2157783091 @default.
- W3117637172 cites W2158393084 @default.
- W3117637172 cites W2162461877 @default.
- W3117637172 cites W2165211349 @default.
- W3117637172 cites W2165619304 @default.
- W3117637172 cites W2173467311 @default.
- W3117637172 cites W2175152360 @default.
- W3117637172 cites W2194698767 @default.
- W3117637172 cites W2234983292 @default.
- W3117637172 cites W2257791260 @default.
- W3117637172 cites W2262875980 @default.
- W3117637172 cites W2301758137 @default.
- W3117637172 cites W2313863310 @default.
- W3117637172 cites W2317626567 @default.
- W3117637172 cites W2326899226 @default.
- W3117637172 cites W2415624988 @default.
- W3117637172 cites W2510481354 @default.
- W3117637172 cites W2557392958 @default.
- W3117637172 cites W2563870243 @default.
- W3117637172 cites W2577844876 @default.
- W3117637172 cites W2593590032 @default.
- W3117637172 cites W2637985556 @default.
- W3117637172 cites W2653854731 @default.
- W3117637172 cites W2741526042 @default.
- W3117637172 cites W2769662528 @default.
- W3117637172 cites W2782396532 @default.
- W3117637172 cites W2783187939 @default.
- W3117637172 cites W2788650779 @default.
- W3117637172 cites W2798032250 @default.
- W3117637172 cites W2805611485 @default.
- W3117637172 cites W2807893561 @default.
- W3117637172 cites W2900112331 @default.
- W3117637172 cites W2900556745 @default.
- W3117637172 cites W2911984380 @default.
- W3117637172 cites W2943416508 @default.
- W3117637172 cites W2948599198 @default.
- W3117637172 cites W2965661814 @default.
- W3117637172 cites W2977631046 @default.
- W3117637172 cites W2989975903 @default.
- W3117637172 cites W3002296865 @default.
- W3117637172 cites W3008975781 @default.
- W3117637172 cites W3023070658 @default.
- W3117637172 cites W3089466904 @default.
- W3117637172 cites W3090514589 @default.
- W3117637172 cites W4247273015 @default.
- W3117637172 cites W862767725 @default.
- W3117637172 doi "https://doi.org/10.3390/rs13010040" @default.
- W3117637172 hasPublicationYear "2020" @default.