FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3213042261> ?p ?o ?g. }

• W3213042261 endingPage "484" @default.
• W3213042261 startingPage "471" @default.
• W3213042261 abstract "Abstract Animal movement is often largely determined by abiotic conditions of the environment, including substrate properties. While a large body of work has improved our understanding of how different substrate properties can impact locomotor performance and behaviour, few of these studies have investigated this relationship during transitions within a single locomotor event. In nature, terrestrial animals frequently encounter substrate transitions, or changes in substrate level, incline, texture and/or compliance during a single bout of movement, which can be sudden for high‐speed animals. These animals often adjust their posture and kinematics during transitions, and in some cases lose forward velocity. We examined the occurrence and effect of non‐elastic compliance transitions in Rhoptropus afer , a cursorial day gecko known for its ability to sprint rapidly for several metres at a time. We recorded substrate use during provoked escapes in the field and conducted locomotor trials on a trackway that mimicked natural structural habitat conditions with transitions from a rigid surface into sand and from sand back to a rigid surface. During escapes, R. afer used substrates of different compliance (i.e. rock, gravel and sand) and transitioned to and from the more compliant surfaces with even frequency, which matched substrate and compliance availability estimates. In laboratory experiments, sprint speed was not significantly affected by acute changes in compliance, which was likely facilitated by an increased body angle and duty factor upon entering the sand, and potentially a high yield strength of the sand relative to applied forces. We speculate that this species' ability to maintain speed during compliance transitions underlies their apparent indiscriminate substrate use during escapes, and that this behaviour may offer a selective advantage for evading larger terrestrial predators. Using field data to inform and contextualize laboratory experiments thus yields important insights as to how animals accommodate acute changes in substrate conditions encountered during critical locomotor events. A free Plain Language Summary can be found within the Supporting Information of this article." @default.
• W3213042261 created "2021-11-22" @default.
• W3213042261 creator A5046656252 @default.
• W3213042261 creator A5054395728 @default.
• W3213042261 date "2021-11-22" @default.
• W3213042261 modified "2023-09-24" @default.
• W3213042261 title "High‐speed terrestrial substrate transitions: How a fleeing cursorial day gecko copes with compliance changes that are experienced in nature" @default.
• W3213042261 cites W1585305983 @default.
• W3213042261 cites W1754506687 @default.
• W3213042261 cites W1951724000 @default.
• W3213042261 cites W1954433162 @default.
• W3213042261 cites W1971249283 @default.
• W3213042261 cites W1971425292 @default.
• W3213042261 cites W1972912135 @default.
• W3213042261 cites W1974461875 @default.
• W3213042261 cites W1978184010 @default.
• W3213042261 cites W1978555856 @default.
• W3213042261 cites W1981568992 @default.
• W3213042261 cites W1989665388 @default.
• W3213042261 cites W1992878443 @default.
• W3213042261 cites W1993147091 @default.
• W3213042261 cites W2001099507 @default.
• W3213042261 cites W2001180026 @default.
• W3213042261 cites W2001793234 @default.
• W3213042261 cites W2002516094 @default.
• W3213042261 cites W2002560324 @default.
• W3213042261 cites W2005109868 @default.
• W3213042261 cites W2007207909 @default.
• W3213042261 cites W2020795076 @default.
• W3213042261 cites W2032903213 @default.
• W3213042261 cites W2062558246 @default.
• W3213042261 cites W2076626974 @default.
• W3213042261 cites W2088165151 @default.
• W3213042261 cites W2091856512 @default.
• W3213042261 cites W2093937828 @default.
• W3213042261 cites W2095443583 @default.
• W3213042261 cites W2096848392 @default.
• W3213042261 cites W2097755366 @default.
• W3213042261 cites W2100903716 @default.
• W3213042261 cites W2101175290 @default.
• W3213042261 cites W2103307438 @default.
• W3213042261 cites W2103849599 @default.
• W3213042261 cites W2107204370 @default.
• W3213042261 cites W2120085742 @default.
• W3213042261 cites W2125922881 @default.
• W3213042261 cites W2126341869 @default.
• W3213042261 cites W2129224530 @default.
• W3213042261 cites W2130094751 @default.
• W3213042261 cites W2137152508 @default.
• W3213042261 cites W2139114957 @default.
• W3213042261 cites W2140087093 @default.
• W3213042261 cites W2140857784 @default.
• W3213042261 cites W2141819437 @default.
• W3213042261 cites W2143355985 @default.
• W3213042261 cites W2146393466 @default.
• W3213042261 cites W2151227296 @default.
• W3213042261 cites W2154028932 @default.
• W3213042261 cites W2156191906 @default.
• W3213042261 cites W2157987910 @default.
• W3213042261 cites W2160264173 @default.
• W3213042261 cites W2161663117 @default.
• W3213042261 cites W2162167832 @default.
• W3213042261 cites W2165522467 @default.
• W3213042261 cites W2167877919 @default.
• W3213042261 cites W2170778276 @default.
• W3213042261 cites W2182364213 @default.
• W3213042261 cites W2197422560 @default.
• W3213042261 cites W2313481385 @default.
• W3213042261 cites W2322792193 @default.
• W3213042261 cites W2326900437 @default.
• W3213042261 cites W2327952604 @default.
• W3213042261 cites W2413576166 @default.
• W3213042261 cites W2497730296 @default.
• W3213042261 cites W2502475233 @default.
• W3213042261 cites W2553232825 @default.
• W3213042261 cites W2738431994 @default.
• W3213042261 cites W2765510045 @default.
• W3213042261 cites W2774486220 @default.
• W3213042261 cites W2783564415 @default.
• W3213042261 cites W2793644140 @default.
• W3213042261 cites W2801707808 @default.
• W3213042261 cites W2804812345 @default.
• W3213042261 cites W2884445027 @default.
• W3213042261 cites W2893594905 @default.
• W3213042261 cites W2917448121 @default.
• W3213042261 cites W2925003071 @default.
• W3213042261 cites W2944791074 @default.
• W3213042261 cites W3015186690 @default.
• W3213042261 cites W3016127315 @default.
• W3213042261 cites W3044026611 @default.
• W3213042261 cites W3103367635 @default.
• W3213042261 cites W4246767849 @default.
• W3213042261 cites W4248294574 @default.
• W3213042261 doi "https://doi.org/10.1111/1365-2435.13969" @default.
• W3213042261 hasPublicationYear "2021" @default.
• W3213042261 type Work @default.
• W3213042261 sameAs 3213042261 @default.
• W3213042261 citedByCount "3" @default.

• next