Evolutionary Biology: Concepts and Modern Developments

Description

Welcome to Evolutionary Biology: Concepts and Modern Developments. In this course, you'll learn:

1. Introduction to Evolutionary Biology:

   • Explore the historical development of evolutionary thought.
   • Understand the foundational principles of natural selection, adaptation, and the role of mutations in driving evolutionary change.
   • Examine key figures and landmark discoveries that shaped the field.

2. Genetics and Evolution:

   • Investigate the relationship between genetics and evolution.
   • Explore how genetic variation arises and contributes to evolutionary processes.
   • Examine the role of DNA, genes, and heritability in shaping the evolutionary trajectory of populations.

3. Microevolution:

   • Dive into the mechanisms and processes that drive microevolutionary changes within populations.
   • Explore concepts such as genetic drift, gene flow, and natural selection at the population level.
   • Investigate how microevolutionary forces shape the genetic composition of populations over time.

4. Macroevolution:

   • Explore the broader patterns and processes of macroevolution that lead to the origin of new species and higher taxonomic groups.
   • Examine the role of speciation, extinction, and adaptive radiation in shaping the diversity of life.
   • Investigate the long-term trends and patterns in the evolution of life on Earth.

5. Phylogenetics and Human Evolution:

   • Introduce the principles and methods of phylogenetics for reconstructing evolutionary relationships.
   • Explore the evolutionary history of humans, including the evidence from fossil records and molecular genetics.
   • Examine the connections between human evolution and the broader tree of life.

6. Evolution and Ecology:

   • Investigate the interplay between evolutionary processes and ecological dynamics.
   • Explore how adaptations and evolutionary changes contribute to the ecological success of species.
   • Examine case studies and examples that highlight the intricate relationships between evolution and ecology.