Matches in SemOpenAlex for { <https://semopenalex.org/work/W2491469897> ?p ?o ?g. }
- W2491469897 endingPage "6158" @default.
- W2491469897 startingPage "6137" @default.
- W2491469897 abstract "Abstract Early ice retreat and ocean warming are changing various facets of the Arctic marine ecosystem, including the biogeographic distribution of marine organisms. Here an endemic copepod species, Calanus glacialis , was used as a model organism, to understand how and why Arctic marine environmental changes may induce biogeographic boundary shifts. A copepod individual‐based model was coupled to an ice‐ocean‐ecosystem model to simulate temperature‐ and food‐dependent copepod life history development. Numerical experiments were conducted for two contrasting years: a relatively cold and normal sea ice year (2001) and a well‐known warm year with early ice retreat (2007). Model results agreed with commonly known biogeographic distributions of C. glacialis , which is a shelf/slope species and cannot colonize the vast majority of the central Arctic basins. Individuals along the northern boundaries of this species' distribution were most susceptible to reproduction timing and early food availability (released sea ice algae). In the Beaufort, Chukchi, East Siberian, and Laptev Seas where severe ocean warming and loss of sea ice occurred in summer 2007, relatively early ice retreat, elevated ocean temperature (about 1–2°C higher than 2001), increased phytoplankton food, and prolonged growth season created favorable conditions for C. glacialis development and caused a remarkable poleward expansion of its distribution. From a pan‐Arctic perspective, despite the great heterogeneity in the temperature and food regimes, common biogeographic zones were identified from model simulations, thus allowing a better characterization of habitats and prediction of potential future biogeographic boundary shifts." @default.
- W2491469897 created "2016-08-23" @default.
- W2491469897 creator A5005069305 @default.
- W2491469897 creator A5022885630 @default.
- W2491469897 creator A5026428166 @default.
- W2491469897 creator A5079351132 @default.
- W2491469897 creator A5084535636 @default.
- W2491469897 date "2016-08-01" @default.
- W2491469897 modified "2023-09-27" @default.
- W2491469897 title "Early ice retreat and ocean warming may induce copepod biogeographic boundary shifts in the Arctic Ocean" @default.
- W2491469897 cites W1429673265 @default.
- W2491469897 cites W1493236684 @default.
- W2491469897 cites W1495343258 @default.
- W2491469897 cites W1723903232 @default.
- W2491469897 cites W1872911479 @default.
- W2491469897 cites W1943572326 @default.
- W2491469897 cites W1966289242 @default.
- W2491469897 cites W1966529962 @default.
- W2491469897 cites W1967954169 @default.
- W2491469897 cites W1968601780 @default.
- W2491469897 cites W1969080091 @default.
- W2491469897 cites W1971048880 @default.
- W2491469897 cites W1972704369 @default.
- W2491469897 cites W1973568476 @default.
- W2491469897 cites W1978333247 @default.
- W2491469897 cites W1979518614 @default.
- W2491469897 cites W1980077226 @default.
- W2491469897 cites W1981002082 @default.
- W2491469897 cites W1981565746 @default.
- W2491469897 cites W1984451324 @default.
- W2491469897 cites W1984603686 @default.
- W2491469897 cites W1984819096 @default.
- W2491469897 cites W1985530859 @default.
- W2491469897 cites W1986378106 @default.
- W2491469897 cites W1988945961 @default.
- W2491469897 cites W1992799148 @default.
- W2491469897 cites W2003686021 @default.
- W2491469897 cites W2005046987 @default.
- W2491469897 cites W2005953800 @default.
- W2491469897 cites W2008211714 @default.
- W2491469897 cites W2012995795 @default.
- W2491469897 cites W2015074154 @default.
- W2491469897 cites W2021727472 @default.
- W2491469897 cites W2023097809 @default.
- W2491469897 cites W2023850230 @default.
- W2491469897 cites W2031921850 @default.
- W2491469897 cites W2032008082 @default.
- W2491469897 cites W2034863088 @default.
- W2491469897 cites W2038154887 @default.
- W2491469897 cites W2040423717 @default.
- W2491469897 cites W2042913452 @default.
- W2491469897 cites W2050033836 @default.
- W2491469897 cites W2054092053 @default.
- W2491469897 cites W2055112516 @default.
- W2491469897 cites W2055469035 @default.
- W2491469897 cites W2055712118 @default.
- W2491469897 cites W2056789916 @default.
- W2491469897 cites W2063085794 @default.
- W2491469897 cites W2063803088 @default.
- W2491469897 cites W2065579851 @default.
- W2491469897 cites W2065583210 @default.
- W2491469897 cites W2071754311 @default.
- W2491469897 cites W2071948766 @default.
- W2491469897 cites W2075194684 @default.
- W2491469897 cites W2076148394 @default.
- W2491469897 cites W2077512886 @default.
- W2491469897 cites W2079830288 @default.
- W2491469897 cites W2079948654 @default.
- W2491469897 cites W2080384852 @default.
- W2491469897 cites W2082621474 @default.
- W2491469897 cites W2087836423 @default.
- W2491469897 cites W2088249411 @default.
- W2491469897 cites W2090507510 @default.
- W2491469897 cites W2092251837 @default.
- W2491469897 cites W2093335286 @default.
- W2491469897 cites W2094740322 @default.
- W2491469897 cites W2098964388 @default.
- W2491469897 cites W2099292369 @default.
- W2491469897 cites W2100159337 @default.
- W2491469897 cites W2100199744 @default.
- W2491469897 cites W2100593702 @default.
- W2491469897 cites W2102140204 @default.
- W2491469897 cites W2105071430 @default.
- W2491469897 cites W2107460610 @default.
- W2491469897 cites W2107733948 @default.
- W2491469897 cites W2108889829 @default.
- W2491469897 cites W2111670975 @default.
- W2491469897 cites W2112753136 @default.
- W2491469897 cites W2115421472 @default.
- W2491469897 cites W2119175727 @default.
- W2491469897 cites W2121719964 @default.
- W2491469897 cites W2127830844 @default.
- W2491469897 cites W2128785831 @default.
- W2491469897 cites W2135424291 @default.
- W2491469897 cites W2135454645 @default.
- W2491469897 cites W2139675928 @default.
- W2491469897 cites W2141384827 @default.
- W2491469897 cites W2142037275 @default.