FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3166283921> ?p ?o ?g. }

• W3166283921 endingPage "74" @default.
• W3166283921 startingPage "61" @default.
• W3166283921 abstract "Abstract. Ammonia is one of the most widespread foraminiferal genera worldwide. Three phylotypes (Ammonia sp. T1, T2 and T6), commonly encountered in the northeast Atlantic, are usually associated with the morphospecies Ammonia tepida. The biogeographic distribution of these three types was previously investigated in coastal environments around Great Britain based on genetic assignations. A new method was recently developed to recognize these three phylotypes based on morphological criteria (i.e. pore size and suture elevation on spiral side), avoiding the need to use molecular analyses to identify them. The results presented here allow us to validate the consistency of the morphometric determination method but also to define more precisely the pore size variability of each of the three phylotypes, which is a main criterion for their recognition. Moreover, these results, combined with earlier molecular and morphological data, enable us to refine the biogeographic distribution previously established by genetic analyses alone. The biogeographical distribution pattern presented here supports the putatively invasive character of Ammonia sp. T6, by suggesting that this phylotype is currently spreading out over large areas and is supplanting autochthonous phylotypes (T1 and T2) along the coastlines of the British Isles and northern France. In fact, only the southwest coast of England and Ireland and the northwest coast of France have not been colonized by Ammonia sp. T6 yet. Our results also suggest that within the areas colonized by phylotype T6, T2 may find refuges in the inner parts of estuaries. We further suggest that the absence of Ammonia sp. T6 in the western part of the English Channel may be explained by the general surface current circulation pattern, which impedes further expansion. The high reliability of the determination method of phylotypes T1, T2 and T6 based on morphology also allows us to quickly generate large datasets for sub-recent and fossil material. This new method will make it possible to gain an understanding of the ecological differences between the three phylotypes and of the historical changes in their distribution patterns (for example due to changing anthropogenic factors). Finally, it will allow us to confirm or invalidate the putative invasive character of phylotype T6." @default.
• W3166283921 created "2021-06-22" @default.
• W3166283921 creator A5024063762 @default.
• W3166283921 creator A5040389471 @default.
• W3166283921 creator A5042660262 @default.
• W3166283921 creator A5053142396 @default.
• W3166283921 creator A5065620370 @default.
• W3166283921 creator A5066047051 @default.
• W3166283921 creator A5082781273 @default.
• W3166283921 creator A5088975228 @default.
• W3166283921 date "2021-06-07" @default.
• W3166283921 modified "2023-09-30" @default.
• W3166283921 title "Biogeographic distribution of three phylotypes (T1, T2 and T6) of &lt;i&gt;Ammonia&lt;/i&gt; (foraminifera, Rhizaria) around Great Britain: new insights from combined molecular and morphological recognition" @default.
• W3166283921 cites W186617052 @default.
• W3166283921 cites W1967964781 @default.
• W3166283921 cites W1969776852 @default.
• W3166283921 cites W1972298334 @default.
• W3166283921 cites W1973482832 @default.
• W3166283921 cites W1976311287 @default.
• W3166283921 cites W1982094918 @default.
• W3166283921 cites W1986790553 @default.
• W3166283921 cites W1989509101 @default.
• W3166283921 cites W1991054858 @default.
• W3166283921 cites W1992984103 @default.
• W3166283921 cites W2004112078 @default.
• W3166283921 cites W2007641798 @default.
• W3166283921 cites W2009692646 @default.
• W3166283921 cites W2011175011 @default.
• W3166283921 cites W2012171047 @default.
• W3166283921 cites W2016627147 @default.
• W3166283921 cites W2017448816 @default.
• W3166283921 cites W2024836167 @default.
• W3166283921 cites W2028071465 @default.
• W3166283921 cites W2028119664 @default.
• W3166283921 cites W2035911033 @default.
• W3166283921 cites W2036280933 @default.
• W3166283921 cites W2036389460 @default.
• W3166283921 cites W2039108951 @default.
• W3166283921 cites W2041117349 @default.
• W3166283921 cites W2042558452 @default.
• W3166283921 cites W2042969126 @default.
• W3166283921 cites W2050765201 @default.
• W3166283921 cites W2050925260 @default.
• W3166283921 cites W206077700 @default.
• W3166283921 cites W2073027478 @default.
• W3166283921 cites W2086956386 @default.
• W3166283921 cites W2113479560 @default.
• W3166283921 cites W2117121346 @default.
• W3166283921 cites W2118231806 @default.
• W3166283921 cites W2121295996 @default.
• W3166283921 cites W2126819456 @default.
• W3166283921 cites W2136056251 @default.
• W3166283921 cites W2137177257 @default.
• W3166283921 cites W2141631958 @default.
• W3166283921 cites W2197299906 @default.
• W3166283921 cites W2250896803 @default.
• W3166283921 cites W2514130084 @default.
• W3166283921 cites W2556505385 @default.
• W3166283921 cites W2567253916 @default.
• W3166283921 cites W2769225618 @default.
• W3166283921 cites W2914840545 @default.
• W3166283921 cites W2917051799 @default.
• W3166283921 cites W2923196699 @default.
• W3166283921 cites W2954990777 @default.
• W3166283921 cites W2980642547 @default.
• W3166283921 cites W2981922345 @default.
• W3166283921 cites W2996286872 @default.
• W3166283921 cites W4300141286 @default.
• W3166283921 cites W589232144 @default.
• W3166283921 doi "https://doi.org/10.5194/jm-40-61-2021" @default.
• W3166283921 hasPublicationYear "2021" @default.
• W3166283921 type Work @default.
• W3166283921 sameAs 3166283921 @default.
• W3166283921 citedByCount "8" @default.
• W3166283921 countsByYear W31662839212021 @default.
• W3166283921 countsByYear W31662839212022 @default.
• W3166283921 countsByYear W31662839212023 @default.
• W3166283921 crossrefType "journal-article" @default.
• W3166283921 hasAuthorship W3166283921A5024063762 @default.
• W3166283921 hasAuthorship W3166283921A5040389471 @default.
• W3166283921 hasAuthorship W3166283921A5042660262 @default.
• W3166283921 hasAuthorship W3166283921A5053142396 @default.
• W3166283921 hasAuthorship W3166283921A5065620370 @default.
• W3166283921 hasAuthorship W3166283921A5066047051 @default.
• W3166283921 hasAuthorship W3166283921A5082781273 @default.
• W3166283921 hasAuthorship W3166283921A5088975228 @default.
• W3166283921 hasBestOaLocation W31662839211 @default.
• W3166283921 hasConcept C110121322 @default.
• W3166283921 hasConcept C134306372 @default.
• W3166283921 hasConcept C151730666 @default.
• W3166283921 hasConcept C174160445 @default.
• W3166283921 hasConcept C18903297 @default.
• W3166283921 hasConcept C2776382133 @default.
• W3166283921 hasConcept C33923547 @default.
• W3166283921 hasConcept C42062724 @default.
• W3166283921 hasConcept C523546767 @default.
• W3166283921 hasConcept C55493867 @default.
• W3166283921 hasConcept C86803240 @default.

• next