An Interactive Introduction to Organismal and Molecular Biology, 2021

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POPULATION GROWTH | 93 Although several populations in nature follow logistic and exponential growth patterns, population growth can be much more complicated. For instance, many insects undergo brief exponential growth, followed by periods of mass death (or drop in population). Learn more about population growth modeling through this simulation! Example Population growth may not look like either exponential or logistic growth models. For instance, the horse population on Assateague Island in Maryland (pictured below) experienced increase and stabilization—similar to logistic growth—but then underwent a stable decline. To complicate the interpretation of this graph further, the stabilization and decline were due to human management of the population. Studies showed that the environment would not sustain such a large population over time, and many of the plant-species’ population growth would drop dramatically—eventually causing a crash in the horse’s population size. Managers injected female horses with a vaccine that caused immune cells to attack sperm cells.
94 | POPULATION GROWTH Mare and foal grazing on Assateague Island. Horse population growth and foal production on Assateague Island National Seashore, 1965-2015. Blue line – horse population, red line – foal births, blank space – unavailable data.
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INTRODUCTION Andrea Bierema This
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UNIT I INTRODUCTION TO SCIENCE
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An Interactive Introduction to Organismal and Molecular Biology, 2021

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