Data from: Sympatry and parapatry among rocky reef cichlids of Lake Victoria explained by female mating preferences [Dataset]

Svensson, Ola, 1971- (författare)

Högskolan i Borås,Akademin för bibliotek, information, pedagogik och IT,The Linnaeus Centre for Marine Evolutionary Biology, University of Gothenburg, Gothenburg, Sweden,SONOMA

Woodhouse, Katie (författare)

Department of Biology, School of Natural Sciences, University of Hull , Hull , United Kingdom

Smith, Alan (författare)

Department of Biology, School of Natural Sciences, University of Hull , Hull , United Kingdom

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Seehausen, Ole (författare)

Department of Fish Ecology and Evolution, Center for Ecology, Evolution and Biogeochemistry, Eawag—Swiss Federal Institute of Aquatic Science and Technology , Kastanienbaum , Switzerland;Division of Aquatic Ecology and Evolution, Institute of Ecology and Evolution, University of Bern, Bern, Switzerland.

Turner, George F (författare)

School of Natural and Environmental Sciences, Bangor University , Bangor , United Kingdom

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 (creator_code:org_t)

2024

Engelska <p>Supplementary tables S1-S3The supplementary tables contain all microsatellite paternity analyses of the wild type females and F1-females used in the present study.Table S1 contains a summary of the spawning decisions of all females, including their IDs. Table S2 includes the microsatellite genotype of all males used in the experiment as well as in which experimental round they were used. The experimental rounds were approximately four weeks each. The experiment was carried out over two years, from August 2006 to July 2008. Table S3 includes microsatellite raw data of the offspring of the females, as well as the paternity analyses. The first row with the ID shows the genotype of the females whereas the following rows with the same ID show the IDs of the offspring. Brood No is the ID of the brood and the rows below, until the next Brood number, are siblings from the same brood. When available, number of eggs in the brood, the size of the brooding female, the date when the female was stripped of eggs/fry and the number and starting date of the experimental round are given on the same row as Brood No. A slash between potential fathers of the same species show that it was not possible to dettermine parentage between the two conspecific males. Fathers within brackets show that the conspecific male is a potential father. However, it is a less likely father e.g. because short time in the experimental setup. Note that all offspring were 100% assigned to one species only. Empty cells are marked with n/a.</p><p>Species included in the present study:P. azurea, Ruti IslandP. igneopinnis, Igombe IslandP. nyererei, Makobe IslandP. pundamilia, Makobe IslandP. sp. red head, Zue Island</p><p>Table S1. Spawning decisions of wild type females and F1 hybrid femalesTable S2. Microsatellite genotypes and experimental round of malesTable S3. Microsatellite genotypes and paternity analyses</p><p>Supplementary figures S1-S2Supplemental figure S2a. ‘melanic’ v. ‘red dorsum’ and ‘blue’ F1-crosses. In the P. azurea x P. nyererei cross (both directions) approximately three fourth were ‘red dorsum’ morphs and one fourth of the crosses were ‘blue’ morphs. The same was true for the P. igneopinnis x P. nyererei cross (both directions). In the latter we followed 26 randomly picked males to old age and the ratio did not change (20 ‘red dorsum’ v. 6 ‘blue’). One male and one female produced the cross except where noted (mother 1, mother 2). We do not have a photo of the P. igneopinnis x P. nyererei, ‘blue’ morph. Photos: Katie Woodhouse.</p><p>Supplemental figure S2a. ‘melanic’ v. ‘red dorsum’ and ‘blue’ F1-crosses. In the P. azurea x P. nyererei cross (both directions) approximately three fourth were ‘red dorsum’ morphs and one fourth of the crosses were ‘blue’ morphs. The same was true for the P. igneopinnis x P. nyererei cross (both directions). In the latter we followed 26 randomly picked males to old age and the ratio did not change (20 ‘red dorsum’ v. 6 ‘blue’). One male and one female produced the cross except where noted (mother 1, mother 2). We do not have a photo of the P. igneopinnis x P. nyererei, ‘blue’ morph. Photos: Katie Woodhouse.</p><p>Supplemental figure S2b. ‘blue’ v. ‘red chest’  and ‘red dorsum’ F1-crosses. One male and one female produced the cross except where noted (mother 1, mother 2). We do not have photos of the  P. pundamilia x P. nyererei and P. sp. ‘red head’ x P. pundamilia crosses. Photos: Katie Woodhouse and Ola Svensson.</p><p>Figures S1-2. Experimental set-up and photos of F1 hybrid males</p> s.

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