FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4280630178> ?p ?o ?g. }

• W4280630178 abstract "Abstract As fast reproducing species, rodents present proximate numerical responses to resource availability that have been assessed by experimental manipulation of food, with contrasting results. Other intrinsic and extrinsic factors, such as climate severity, species life cycles, and sympatry of potential competitors in the community, may interplay to modulate such responses, but their effects have rarely been evaluated ensemble . We applied a niche-based approach to experimentally determine the effect of bottom-up (food availability) and top-down (climate severity) extrinsic factors, as well as intrinsic seasonal cycles, on rodent demography, also in presence of sympatry between species in the community. To this end, we live-trapped rodents at two latitudinal extremes of the boreal-temperate gradient (Italian Alps and Norway) deploying control/treatment designs of food manipulation. We applied a multistate open robust design model to estimate population patterns and survival rate. Yellow-necked and wood mouse ( Apodemus spp.) were sympatric with bank vole in Italy, while the latter was the only species trapped in Norway. At northern latitudes, where harsher climatic conditions occurred, vole survival was principally regulated by intrinsic seasonal cycles, with a positive effect of food also on population abundance. At southern latitudes, mice and voles exhibited asynchronous population patterns across seasons, with survival depending from seasonal cycles. When concentrated ad libitum food was experimentally provided, though, population size and survival of voles strongly decreased, while mice abundance benefited from food supplementation. Our results evidence that rodent demography is regulated by a combination of top-down (climate severity) and bottom-up (food availability) extrinsic factors, together with intrinsic seasonal ones. Moreover, we showed that the seasonal niche partitioning of mice and voles could be disrupted by availability of abundant resources that favour the demography of the more opportunistic Apodemus spp. at the expense of Myodes glareolus , suggesting competitive mechanisms. We conclude putting our results in the context of climate change, where shifts in vegetation productivity may affect the diversity of the rodent community via demographic effects." @default.
• W4280630178 created "2022-05-22" @default.
• W4280630178 creator A5039605325 @default.
• W4280630178 creator A5042087356 @default.
• W4280630178 creator A5043175363 @default.
• W4280630178 creator A5046743959 @default.
• W4280630178 creator A5072512677 @default.
• W4280630178 creator A5087788056 @default.
• W4280630178 date "2022-05-08" @default.
• W4280630178 modified "2023-10-17" @default.
• W4280630178 title "Food resources drive rodent population demography mediated by seasonality and inter-specific competition" @default.
• W4280630178 cites W1551429508 @default.
• W4280630178 cites W162586034 @default.
• W4280630178 cites W163745196 @default.
• W4280630178 cites W168614893 @default.
• W4280630178 cites W1783988365 @default.
• W4280630178 cites W1964974843 @default.
• W4280630178 cites W1969411408 @default.
• W4280630178 cites W1972142574 @default.
• W4280630178 cites W1973134792 @default.
• W4280630178 cites W1986452628 @default.
• W4280630178 cites W1986709947 @default.
• W4280630178 cites W1988846913 @default.
• W4280630178 cites W2006162401 @default.
• W4280630178 cites W2007284370 @default.
• W4280630178 cites W2014614444 @default.
• W4280630178 cites W2020558095 @default.
• W4280630178 cites W2026743042 @default.
• W4280630178 cites W2034690972 @default.
• W4280630178 cites W2042823295 @default.
• W4280630178 cites W2062846241 @default.
• W4280630178 cites W2068002455 @default.
• W4280630178 cites W2074062672 @default.
• W4280630178 cites W2080876129 @default.
• W4280630178 cites W2081019150 @default.
• W4280630178 cites W2085405592 @default.
• W4280630178 cites W2089137998 @default.
• W4280630178 cites W2090928041 @default.
• W4280630178 cites W2094804488 @default.
• W4280630178 cites W2099102287 @default.
• W4280630178 cites W2104000151 @default.
• W4280630178 cites W2112433083 @default.
• W4280630178 cites W2117143306 @default.
• W4280630178 cites W2123338667 @default.
• W4280630178 cites W2127170577 @default.
• W4280630178 cites W2127646536 @default.
• W4280630178 cites W2128747106 @default.
• W4280630178 cites W2135361950 @default.
• W4280630178 cites W2135858501 @default.
• W4280630178 cites W2138034198 @default.
• W4280630178 cites W2138097856 @default.
• W4280630178 cites W2140274678 @default.
• W4280630178 cites W2145616090 @default.
• W4280630178 cites W2161113790 @default.
• W4280630178 cites W2162758683 @default.
• W4280630178 cites W2169600820 @default.
• W4280630178 cites W2176847886 @default.
• W4280630178 cites W2180102476 @default.
• W4280630178 cites W2180208904 @default.
• W4280630178 cites W2205826350 @default.
• W4280630178 cites W2315069992 @default.
• W4280630178 cites W2317295937 @default.
• W4280630178 cites W2329338866 @default.
• W4280630178 cites W2333524945 @default.
• W4280630178 cites W2334403980 @default.
• W4280630178 cites W2484439697 @default.
• W4280630178 cites W2542883348 @default.
• W4280630178 cites W2564201767 @default.
• W4280630178 cites W2586646672 @default.
• W4280630178 cites W2606040614 @default.
• W4280630178 cites W2607078035 @default.
• W4280630178 cites W2813009130 @default.
• W4280630178 cites W2899670607 @default.
• W4280630178 cites W2900814728 @default.
• W4280630178 cites W2913136619 @default.
• W4280630178 cites W2920551866 @default.
• W4280630178 cites W2921601185 @default.
• W4280630178 cites W2923523668 @default.
• W4280630178 cites W3116022022 @default.
• W4280630178 cites W4212841218 @default.
• W4280630178 cites W4238380085 @default.
• W4280630178 cites W4239578492 @default.
• W4280630178 cites W4241350055 @default.
• W4280630178 cites W4243952030 @default.
• W4280630178 cites W95060712 @default.
• W4280630178 cites W1579600312 @default.
• W4280630178 cites W1980347627 @default.
• W4280630178 doi "https://doi.org/10.1101/2022.05.07.491005" @default.
• W4280630178 hasPublicationYear "2022" @default.
• W4280630178 type Work @default.
• W4280630178 citedByCount "0" @default.
• W4280630178 crossrefType "posted-content" @default.
• W4280630178 hasAuthorship W4280630178A5039605325 @default.
• W4280630178 hasAuthorship W4280630178A5042087356 @default.
• W4280630178 hasAuthorship W4280630178A5043175363 @default.
• W4280630178 hasAuthorship W4280630178A5046743959 @default.
• W4280630178 hasAuthorship W4280630178A5072512677 @default.
• W4280630178 hasAuthorship W4280630178A5087788056 @default.
• W4280630178 hasBestOaLocation W42806301781 @default.
• W4280630178 hasConcept C122523270 @default.

• next