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I confidently understand natural selection as the process where individuals with advantageous traits are more likely to survive and pass on those traits to the next generation. This results in the prevalence of those traits in a population over time, while less favorable traits diminish.
Although challenging, I struggled with visualizing how genetic variations can become more prevalent in a population over generations. Through studying various examples and case studies, I eventually grasped the concept.
To reinforce my understanding of key terms, I created flashcards with definitions and regularly reviewed them to improve retention for assessments.
I am interested in delving deeper into the technologies influencing trait inheritance, such as genetic engineering and gene editing, and their impact on genetic variation and future evolution. I am also intrigued by the ethical implications of these advancements
and how they may shape the future of our species and the environment. This has led me to explore philosophical debates surrounding the manipulation of genetic material and the potential consequences for biodiversity and human society.
Furthermore, I find it fascinating to consider the role of environmental factors in shaping genetic variation and influencing the process of natural selection. Factors such as climate change, habitat destruction, and pollution can have a significant impact on the survival and evolution of different species, leading to important questions about conservation and sustainability.
Overall, my understanding of natural selection has broadened my perspective on the intricate mechanisms that drive evolution and the interconnectedness of all living organisms. I look forward to continued exploration and learning in this field, as I believe it holds important insights into our past, present, and future as a species.