Matches in SemOpenAlex for { <https://semopenalex.org/work/W3202056733> ?p ?o ?g. }
- W3202056733 abstract "Living organisms anticipate the seasons by tracking the proportion of light and darkness hours within a day-photoperiod. The limits of photoperiod measurement can be investigated in the subterranean rodents tuco-tucos (Ctenomys aff. knighti), which inhabit dark underground tunnels. Their exposure to light is sporadic and, remarkably, results from their own behavior of surface emergence. Thus, we investigated the endogenous and exogenous regulation of this behavior and its consequences to photoperiod measurement. In the field, animals carrying biologgers displayed seasonal patterns of daily surface emergence, exogenously modulated by temperature. In the laboratory, experiments with constant lighting conditions revealed the endogenous regulation of seasonal activity by the circadian clock, which has a multi-oscillatory structure. Finally, mathematical modeling corroborated that tuco-tuco's light exposure across the seasons is sufficient for photoperiod encoding. Together, our results elucidate the interrelationship between the circadian clock and temperature in shaping seasonal light exposure patterns that convey photoperiod information in an extreme photic environment." @default.
- W3202056733 created "2021-10-11" @default.
- W3202056733 creator A5010024855 @default.
- W3202056733 creator A5044581242 @default.
- W3202056733 creator A5046527233 @default.
- W3202056733 creator A5047333327 @default.
- W3202056733 creator A5051744662 @default.
- W3202056733 creator A5056155623 @default.
- W3202056733 date "2021-10-01" @default.
- W3202056733 modified "2023-10-15" @default.
- W3202056733 title "Telling the Seasons Underground: The Circadian Clock and Ambient Temperature Shape Light Exposure and Photoperiodism in a Subterranean Rodent" @default.
- W3202056733 cites W1518897246 @default.
- W3202056733 cites W1967252050 @default.
- W3202056733 cites W1979032340 @default.
- W3202056733 cites W1981599503 @default.
- W3202056733 cites W1982554602 @default.
- W3202056733 cites W1982979712 @default.
- W3202056733 cites W1986880258 @default.
- W3202056733 cites W1988831334 @default.
- W3202056733 cites W1991944917 @default.
- W3202056733 cites W1995845000 @default.
- W3202056733 cites W2002230800 @default.
- W3202056733 cites W2005610541 @default.
- W3202056733 cites W2018572173 @default.
- W3202056733 cites W2031185780 @default.
- W3202056733 cites W2031478597 @default.
- W3202056733 cites W2034703958 @default.
- W3202056733 cites W2036052409 @default.
- W3202056733 cites W2038962988 @default.
- W3202056733 cites W2039164431 @default.
- W3202056733 cites W2044601560 @default.
- W3202056733 cites W2055192601 @default.
- W3202056733 cites W2055239213 @default.
- W3202056733 cites W2056228781 @default.
- W3202056733 cites W2057353349 @default.
- W3202056733 cites W2057625080 @default.
- W3202056733 cites W2066821552 @default.
- W3202056733 cites W2067524542 @default.
- W3202056733 cites W2078151735 @default.
- W3202056733 cites W2079343744 @default.
- W3202056733 cites W2079372876 @default.
- W3202056733 cites W2085925239 @default.
- W3202056733 cites W2086853133 @default.
- W3202056733 cites W2087121094 @default.
- W3202056733 cites W2102082735 @default.
- W3202056733 cites W2108475447 @default.
- W3202056733 cites W2111885091 @default.
- W3202056733 cites W2132454772 @default.
- W3202056733 cites W2136886338 @default.
- W3202056733 cites W2140892399 @default.
- W3202056733 cites W2152177653 @default.
- W3202056733 cites W2157657991 @default.
- W3202056733 cites W2161450407 @default.
- W3202056733 cites W2179391770 @default.
- W3202056733 cites W2225351481 @default.
- W3202056733 cites W2264971318 @default.
- W3202056733 cites W2344057013 @default.
- W3202056733 cites W2410711693 @default.
- W3202056733 cites W2478088466 @default.
- W3202056733 cites W2528746797 @default.
- W3202056733 cites W2584973361 @default.
- W3202056733 cites W2593244146 @default.
- W3202056733 cites W2619770535 @default.
- W3202056733 cites W2627061291 @default.
- W3202056733 cites W2742404169 @default.
- W3202056733 cites W2783033203 @default.
- W3202056733 cites W2786358356 @default.
- W3202056733 cites W2896345566 @default.
- W3202056733 cites W2944059047 @default.
- W3202056733 cites W2949354818 @default.
- W3202056733 cites W2963803688 @default.
- W3202056733 cites W2967021715 @default.
- W3202056733 cites W3004672426 @default.
- W3202056733 cites W3035274817 @default.
- W3202056733 cites W3043913821 @default.
- W3202056733 cites W3072565603 @default.
- W3202056733 cites W3081944004 @default.
- W3202056733 cites W3112761749 @default.
- W3202056733 cites W3119701300 @default.
- W3202056733 cites W3120206937 @default.
- W3202056733 cites W3129478111 @default.
- W3202056733 cites W3137343416 @default.
- W3202056733 cites W3157906788 @default.
- W3202056733 cites W3217417991 @default.
- W3202056733 cites W4251747772 @default.
- W3202056733 cites W3001493042 @default.
- W3202056733 doi "https://doi.org/10.3389/fphys.2021.738471" @default.
- W3202056733 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8517108" @default.
- W3202056733 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34658922" @default.
- W3202056733 hasPublicationYear "2021" @default.
- W3202056733 type Work @default.
- W3202056733 sameAs 3202056733 @default.
- W3202056733 citedByCount "4" @default.
- W3202056733 countsByYear W32020567332022 @default.
- W3202056733 countsByYear W32020567332023 @default.
- W3202056733 crossrefType "journal-article" @default.
- W3202056733 hasAuthorship W3202056733A5010024855 @default.
- W3202056733 hasAuthorship W3202056733A5044581242 @default.
- W3202056733 hasAuthorship W3202056733A5046527233 @default.
- W3202056733 hasAuthorship W3202056733A5047333327 @default.