Nonrandom mating occurs when individuals in a population choose mates based on specific traits rather than randomly. This can be influenced by factors such as geographic proximity, phenotypic similarities or differences, and social or cultural preferences. Additionally, selective pressures like inbreeding or assortative mating (where individuals with similar traits mate) can further drive nonrandom mating behaviors. Ultimately, these factors lead to changes in allele frequencies and can impact the genetic diversity of a population.
Yes, random mating can contribute to micro-evolution by altering allele frequencies within a population over time. It introduces genetic variation, which can drive evolution through mechanisms like genetic drift and gene flow.
External factors that can promote evolution include changes in the environment (such as climate change or habitat loss), competition for resources, predation, and genetic drift. These factors can create selective pressures that drive changes in the gene pool of a population over time, leading to evolution.
The 2013 Mitsubishi Lancer-Evolution has all wheel drive.
The 2004 Mitsubishi Lancer-Evolution has all wheel drive.
The 2003 Mitsubishi Lancer-Evolution has all wheel drive.
The 2014 Mitsubishi Lancer-Evolution has all wheel drive.
The 2011 Mitsubishi Lancer-Evolution has all wheel drive.
The 2010 Mitsubishi Lancer-Evolution has all wheel drive.
The 2005 Mitsubishi Lancer-Evolution has all wheel drive.
The 2008 Mitsubishi Lancer-Evolution has all wheel drive.
The 2012 Mitsubishi Lancer-Evolution has all wheel drive.