Answer Happy

Suppose, hypothetically, species of islands A and B are morphotypes of the same species that can still produce viable offspring after mating, Wind currents have also been observed to regularly blow butterflies from island A (which is by far the largest island with a population size 10 times greater than island B) to island B. It has been confirmed that these butterflies have the ZZ/ZW sex determination system and red eyes is a Z-linked recessive phenotype. Furthermore, these butterflies have an annual life cycle. Over the course of two seasons a lepidopterist has collected the following number of specimens from the two islands: Gestel, hipoteties gesproke, is spesies van ellande A en B morfotipes van dieselfde spesie wat na paring steeds lewensvatbare nageslag kan lewer Daar is ook gesien dat windstrome gereeld skoenlappers vanaf eiland A wat verreweg die grootste eiland is met ʼn populasiegrootte wat 10 keer groter is as elland B) na elland B wool. Dit is bevestig dat hierdie skoenlappers die ZZ/ZW geslagsbepalingstelsel het en rooi oe is h Z-gekoppelde resessiewe fenotipe. Verder het hierdie skoenlappers ʼn jaarlikse lewenssiklus In die loop van twee seisoene het h lepidopteris die volgende aantal eksemplare van die twee ellande versamel Island A Eiland A Island B Eiland B Season 1 Season 2 Season 1 Season 2 Seisoen 11 Seisoen 2 Seisoen 1 Seisoen 2 Males Wild type 163 195 94 80 Mannetjies Wilde tipe Red 93 111 11 14 Rool Female Wild type 59 95 45 53 wyfies Wilde tipe Red 87 141 21 34 Rool If eye colour has no impact on reproductive success or dispersal ability in either sex, what is the migration rate from island A to island B based the aforementioned data. (round to three decimals) indien oogkleur geen invloed op voortplantingsukses of verspreidingsvermoe in iedere geslag het nie, wat is die migrasie tempo van eiland A na eiland B. gegewe die bogenoemde data. (rond tot drie desimale) Answer: