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- W2113194255 abstract "Lichenized fungi of the genus Lepraria are known for their paucity of morphological characters. Species identification is therefore largely based on secondary chemistry. We investigated different chemotypes of the morphologically highly similar L. jackii species complex by internal transcribed spacer (ITS) sequencing. In phylogenetic analyses including all available Lepraria species, samples belonging to different chemotypes of the L. jackii agg. corresponded to four highly divergent clusters. While true L. jackii was genetically uniform, the other three clades represented previously unrecognized species. They originated from different major speciation events, and two of them were not closely related to any other species. Assessment of intraspecific genetic variability revealed four different patterns with respect to geographic scale. ITS sequences proved to be the most reliable and distinctive characters for species recognition in the Lepraria jackii complex and were in accordance with chemical and ecogeographic data. Frequent occurrence of long branches, relatively few resolved relationships despite high genetic variability, and the discovery and description of a considerable part of the Lepraria species within the last 10 years suggest that the genus is probably much larger than currently known. The diversification of this asexual group in the potential absence of recombination is discussed. © The Willi Hennig Society 2008." @default.
- W2113194255 created "2016-06-24" @default.
- W2113194255 creator A5022015062 @default.
- W2113194255 creator A5083454826 @default.
- W2113194255 creator A5090783287 @default.
- W2113194255 date "2008-08-01" @default.
- W2113194255 modified "2023-10-17" @default.
- W2113194255 title "Large genetic divergence of new, morphologically similar species of sterile lichens from Europe (<i>Lepraria</i>, Stereocaulaceae, Ascomycota): concordance of DNA sequence data with secondary metabolites" @default.
- W2113194255 cites W1498467064 @default.
- W2113194255 cites W1523336822 @default.
- W2113194255 cites W1584082609 @default.
- W2113194255 cites W1803073401 @default.
- W2113194255 cites W1877752418 @default.
- W2113194255 cites W1970722670 @default.
- W2113194255 cites W1984736575 @default.
- W2113194255 cites W1984965430 @default.
- W2113194255 cites W1988480108 @default.
- W2113194255 cites W1991520211 @default.
- W2113194255 cites W2002983771 @default.
- W2113194255 cites W2010814032 @default.
- W2113194255 cites W2012577657 @default.
- W2113194255 cites W2017918403 @default.
- W2113194255 cites W2020411662 @default.
- W2113194255 cites W2022362697 @default.
- W2113194255 cites W2022570773 @default.
- W2113194255 cites W2023120221 @default.
- W2113194255 cites W2026583344 @default.
- W2113194255 cites W2030830311 @default.
- W2113194255 cites W2033119924 @default.
- W2113194255 cites W2038984096 @default.
- W2113194255 cites W2039538508 @default.
- W2113194255 cites W2051116946 @default.
- W2113194255 cites W2052331188 @default.
- W2113194255 cites W2052774648 @default.
- W2113194255 cites W2055298722 @default.
- W2113194255 cites W2055925137 @default.
- W2113194255 cites W2059466542 @default.
- W2113194255 cites W2060271393 @default.
- W2113194255 cites W2062354892 @default.
- W2113194255 cites W2062564107 @default.
- W2113194255 cites W2071903198 @default.
- W2113194255 cites W2072367042 @default.
- W2113194255 cites W2072522121 @default.
- W2113194255 cites W2073168110 @default.
- W2113194255 cites W2074317647 @default.
- W2113194255 cites W2075768471 @default.
- W2113194255 cites W2077855660 @default.
- W2113194255 cites W2080887020 @default.
- W2113194255 cites W2089014922 @default.
- W2113194255 cites W2091115465 @default.
- W2113194255 cites W2093795655 @default.
- W2113194255 cites W2093892543 @default.
- W2113194255 cites W2094017123 @default.
- W2113194255 cites W2095931263 @default.
- W2113194255 cites W2100243754 @default.
- W2113194255 cites W2102394323 @default.
- W2113194255 cites W2108472809 @default.
- W2113194255 cites W2108998914 @default.
- W2113194255 cites W2111281319 @default.
- W2113194255 cites W2113480842 @default.
- W2113194255 cites W2115515142 @default.
- W2113194255 cites W2115758526 @default.
- W2113194255 cites W2117618101 @default.
- W2113194255 cites W2118361627 @default.
- W2113194255 cites W2119782349 @default.
- W2113194255 cites W2121250053 @default.
- W2113194255 cites W2124143842 @default.
- W2113194255 cites W2128016199 @default.
- W2113194255 cites W2129271132 @default.
- W2113194255 cites W2130070380 @default.
- W2113194255 cites W2134253853 @default.
- W2113194255 cites W2138049512 @default.
- W2113194255 cites W2138814569 @default.
- W2113194255 cites W2143110801 @default.
- W2113194255 cites W2150440022 @default.
- W2113194255 cites W2155200714 @default.
- W2113194255 cites W2157234841 @default.
- W2113194255 cites W2157631711 @default.
- W2113194255 cites W2158618639 @default.
- W2113194255 cites W2161444534 @default.
- W2113194255 cites W2162123893 @default.
- W2113194255 cites W2162736563 @default.
- W2113194255 cites W2164418313 @default.
- W2113194255 cites W2165915899 @default.
- W2113194255 cites W2171726817 @default.
- W2113194255 cites W2173474608 @default.
- W2113194255 cites W2180435487 @default.
- W2113194255 cites W2180784262 @default.
- W2113194255 cites W2304976759 @default.
- W2113194255 cites W2614839464 @default.
- W2113194255 cites W4231784440 @default.
- W2113194255 cites W4238183948 @default.
- W2113194255 cites W4362073016 @default.
- W2113194255 doi "https://doi.org/10.1111/j.1096-0031.2008.00216.x" @default.
- W2113194255 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34879629" @default.
- W2113194255 hasPublicationYear "2008" @default.
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