Deveploping Microsatellite Markers for Insect Population Structure: Complex Variation in a Checkerspot Butterfly

We isolated and characterized two microsatellite markers from the genome of the endangered checkerspot butterfly Melitaea cinxia L. In Finland, this species only survives on the Åland islands, where it exhibits a highly fragmented metapopulation structure on small meadows. Four alleles were observed...

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Published inHereditas Vol. 123; no. 3; pp. 295 - 300
Main Authors Palo, Jukka, Varvio, Sirkka-Liisa, Hansk1, Ilkka, VäinÖlä, Risto
Format Journal Article
LanguageEnglish
Published Oxford, UK Munksgaard International Publishers 01.04.1995
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Abstract We isolated and characterized two microsatellite markers from the genome of the endangered checkerspot butterfly Melitaea cinxia L. In Finland, this species only survives on the Åland islands, where it exhibits a highly fragmented metapopulation structure on small meadows. Four alleles were observed at the locus CINXI and nine at CINX4; the total gene diversities at the two loci were Hh= 0.34 and 0.80, respectively. A pilot survey showed moderate gene frequency differentiation among meadows (local populations; FLM= 0.1) and among metapopulations c. 30 km apart (FMT= 0.2). Contrary to prior expectation, distinct feeding larval groups collected in the spring did not represent offspring of single females. There was a conspicuous excess of homozygotes within local populations (FIL= 0.35), which can hardly be attributed to population structure alone; this urges caution in straightforward interpretation of microsatellite phenotype data.
AbstractList We isolated and characterized two microsatellite markers from the genome of the endangered checkerspot butterfly Melitaea cinxia L. In Finland, this species only survives on the Åland islands, where it exhibits a highly fragmented metapopulation structure on small meadows. Four alleles were observed at the locus CINXI and nine at CINX4; the total gene diversities at the two loci were Hh= 0.34 and 0.80, respectively. A pilot survey showed moderate gene frequency differentiation among meadows (local populations; FLM= 0.1) and among metapopulations c. 30 km apart (FMT= 0.2). Contrary to prior expectation, distinct feeding larval groups collected in the spring did not represent offspring of single females. There was a conspicuous excess of homozygotes within local populations (FIL= 0.35), which can hardly be attributed to population structure alone; this urges caution in straightforward interpretation of microsatellite phenotype data.
Author Hansk1, Ilkka
Varvio, Sirkka-Liisa
Palo, Jukka
VäinÖlä, Risto
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Snippet We isolated and characterized two microsatellite markers from the genome of the endangered checkerspot butterfly Melitaea cinxia L. In Finland, this species...
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Title Deveploping Microsatellite Markers for Insect Population Structure: Complex Variation in a Checkerspot Butterfly
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