Overview
This funded PhD project will be the first to explicitly test the role of the environment in mediating the costs and benefits of mate choice, enabling us to better link animal reproductive behaviour to future environmental change.
About this opportunity
Animals are typically selective in who they choose to mate with. Theory suggests that by choosing high-quality mates, choosers can benefit by producing more or higher-quality offspring. However, studies testing the benefits of mate choice often find conflicting results- in some cases, there seem to be no clear benefits of being choosy. One reason for this could be that experiments are often performed in benign lab settings, in which both the costs and benefits of being choosy may be reduced. It therefore remains unclear how beneficial mate choice is in more natural, stressful environments.
Objectives
- Use lab experiments in fruit flies to examine the fitness payoffs of being choosy in benign and stressful environments
- Use meta-analysis and computer simulations to investigate ecological factors influencing the costs and benefits of being choosy across the animal kingdom.
Novelty and timeliness
Mate choice is incredibly important for determining the fitness of individuals and populations. It’s also a powerful evolutionary process which drives the evolution of novel sexual traits and causes new species to form. This project will be the first to explicitly test the role of the environment in mediating the costs and benefits of mate choice, and so will allow us to better link animal reproductive behaviour to future environmental change. Results will also aid our understanding of the potential benefits of mate choice for captive breeding programs and conservation.
Who is this opportunity for?
The project is open to self-funded UK and international applicants.
Further reading
1. Dougherty LR (2021) Meta-analysis shows the evidence for context-dependent mating behaviour is inconsistent or weak across animals. Ecology Letters 24: 862-875.
2. Martin‐Wintle et al. (2019) Improving the sustainability of ex situ populations with mate choice. Zoo Biology 38: 119-132.
3. Hettyey et al. (2010) Mate choice for genetic benefits: time to put the pieces together. Ethology 116: 1-9.