Description
Adaptive Radiation:
Explain the concept of adaptive radiation in the context of evolution. Provide examples of adaptive radiation in different taxonomic groups and discuss the underlying mechanisms that drive this phenomenon.
Insect Communication:
Investigate the various modes of communication observed in social insects, such as ants or bees. Highlight the specific signals, chemicals, or behaviors involved in intra-species communication and the adaptive significance of these communication systems.
Molecular Phylogenetics:
Discuss the significance of molecular phylogenetics in understanding the evolutionary relationships among organisms. Explain how molecular data, such as DNA sequences, are used to construct phylogenetic trees, and highlight the challenges and limitations associated with this approach.
Mammalian Hibernation:
Explore the physiological and ecological aspects of hibernation in mammals. Discuss the molecular mechanisms that enable hibernating mammals to survive extended periods of metabolic depression and the ecological implications of hibernation in different environments.
Behavioral Ecology and Game Theory:
Apply game theory principles to analyze the evolution of certain behaviors in animal populations. Choose a specific behavior (e.g., altruism, cooperation, or territoriality) and discuss how game theory models can provide insights into the selective pressures that shape and maintain these behaviors in a population.
These questions touch on various aspects of zoology, including evolution, communication, molecular biology, physiological adaptations, and behavioral ecology. They are designed to challenge your understanding of these topics and encourage deeper exploration.
