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• W3167403808 abstract "Invasive alien species threaten biodiversity and ecosystem structure and functioning, but incomplete assessments of their origins and temporal trends impair our ability to understand the relative importance of different factors driving invasion success. Continuous time-series are needed to assess invasion dynamics, but such data are usually difficult to obtain, especially in the case of small-sized taxa that may remain undetected for several decades. In this study, we show how micropaleontologic analysis of sedimentary cores coupled with radiometric dating can be used to date the first arrival and to reconstruct temporal trends of foraminiferal species, focusing on the alien Amphistegina lobifera and its cryptogenic congener A. lessonii in the Maltese Islands. Our results show that the two species had reached the Central Mediterranean Sea several decades earlier than reported in the literature, with considerable implications for all previous hypotheses of their spreading patterns and rates. By relating the population dynamics of the two foraminifera with trends in sea surface temperature, we document a strong relationship between sea warming and population outbreaks of both species. We conclude that the micropaleontologic approach is a reliable procedure for reconstructing the bioinvasion dynamics of taxa having mineralized remains, and can be added to the toolkit for studying invasions." @default.
• W3167403808 created "2021-06-22" @default.
• W3167403808 creator A5004953876 @default.
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• W3167403808 date "2021-06-07" @default.
• W3167403808 modified "2023-09-24" @default.
• W3167403808 title "Reconstructing Bioinvasion Dynamics Through Micropaleontologic Analysis Highlights the Role of Temperature Change as a Driver of Alien Foraminifera Invasion" @default.
• W3167403808 cites W1524310357 @default.
• W3167403808 cites W1962470272 @default.
• W3167403808 cites W1992620293 @default.
• W3167403808 cites W1993773669 @default.
• W3167403808 cites W2006686799 @default.
• W3167403808 cites W2007144718 @default.
• W3167403808 cites W2010086587 @default.
• W3167403808 cites W2014196359 @default.
• W3167403808 cites W2015616647 @default.
• W3167403808 cites W2016271105 @default.
• W3167403808 cites W2019391192 @default.
• W3167403808 cites W2024229200 @default.
• W3167403808 cites W2032913708 @default.
• W3167403808 cites W2038638391 @default.
• W3167403808 cites W2039421030 @default.
• W3167403808 cites W2042552697 @default.
• W3167403808 cites W2046155183 @default.
• W3167403808 cites W2048832014 @default.
• W3167403808 cites W2049182513 @default.
• W3167403808 cites W2068892513 @default.
• W3167403808 cites W2074169026 @default.
• W3167403808 cites W2074813734 @default.
• W3167403808 cites W2078675805 @default.
• W3167403808 cites W2088591886 @default.
• W3167403808 cites W2094959399 @default.
• W3167403808 cites W2096285146 @default.
• W3167403808 cites W2112388438 @default.
• W3167403808 cites W2119754244 @default.
• W3167403808 cites W2119847130 @default.
• W3167403808 cites W2120581912 @default.
• W3167403808 cites W2133251286 @default.
• W3167403808 cites W2135883965 @default.
• W3167403808 cites W2136065747 @default.
• W3167403808 cites W2146696534 @default.
• W3167403808 cites W2148303354 @default.
• W3167403808 cites W2150526825 @default.
• W3167403808 cites W2158627934 @default.
• W3167403808 cites W2164897044 @default.
• W3167403808 cites W2168307546 @default.
• W3167403808 cites W2175709104 @default.
• W3167403808 cites W2261375019 @default.
• W3167403808 cites W2267470873 @default.
• W3167403808 cites W2287426002 @default.
• W3167403808 cites W2289769813 @default.
• W3167403808 cites W2324390605 @default.
• W3167403808 cites W2331610212 @default.
• W3167403808 cites W2347001738 @default.
• W3167403808 cites W2461433350 @default.
• W3167403808 cites W2473033797 @default.
• W3167403808 cites W2510038724 @default.
• W3167403808 cites W2525442867 @default.
• W3167403808 cites W2554654653 @default.
• W3167403808 cites W2563489789 @default.
• W3167403808 cites W2567827940 @default.
• W3167403808 cites W2589100885 @default.
• W3167403808 cites W2589118915 @default.
• W3167403808 cites W2597067193 @default.
• W3167403808 cites W2614893939 @default.
• W3167403808 cites W2734720782 @default.
• W3167403808 cites W2768468029 @default.
• W3167403808 cites W2779068639 @default.
• W3167403808 cites W2779351554 @default.
• W3167403808 cites W2783710676 @default.
• W3167403808 cites W2885644717 @default.
• W3167403808 cites W2888754524 @default.
• W3167403808 cites W2920878695 @default.
• W3167403808 cites W2921691658 @default.
• W3167403808 cites W2945585146 @default.
• W3167403808 cites W2947382319 @default.
• W3167403808 cites W2947824978 @default.
• W3167403808 cites W2950444420 @default.
• W3167403808 cites W2957896775 @default.
• W3167403808 cites W2966983598 @default.
• W3167403808 cites W2968289323 @default.
• W3167403808 cites W2997623015 @default.
• W3167403808 cites W3008182844 @default.
• W3167403808 cites W3024665543 @default.
• W3167403808 cites W3025780726 @default.
• W3167403808 cites W3124411684 @default.
• W3167403808 cites W45201737 @default.
• W3167403808 cites W834153592 @default.
• W3167403808 doi "https://doi.org/10.3389/fmars.2021.675807" @default.
• W3167403808 hasPublicationYear "2021" @default.
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