Alyssa Crittenden

Artificial meat. Bio-fortified crops. Vertical farms in the middle of cities. Bread grown from spent grains used in breweries. Crops grown with agroforestry methods. Conclude the course with a broad look at developing a food system that is better equipped to deal with population growth and diminishing resources.

Turn now to a darker product of the Neolithic revolution: the growth of zoonotic diseases, or diseases caused by viruses, bacteria, and parasites that spread between animals and humans. Among the ones you'll encounter here are Lyme disease, West Nile virus, malaria, salmonella, and E. coli.

For the bulk of human history, our ancestors were hunters and gatherers. Using fascinating research from a study of one of Africa's last foraging populations, Professor Crittenden reveals insights into how hunter-gatherer societies function, and how they may have shaped the diversity of human nutrition.

For clues to the history of human nutrition, scientists look to fossils in the form of stones, bones, and teeth. In this lecture, learn what scientists discovered about the ancestral dinner plate through stone artifacts used for butchery, the bones of the human cranium, and the dentition of early humans.

Your diet as a fetus has a powerful influence on your life as an adult. What micronutrients are most important to your first nine months of life? What did a historic Dutch famine reveal about the consequences of sub-standard nutrition during pregnancy? What can we learn from studying heritable changes in gene expression?

Professor Crittenden explains the second and third epidemiological transitions in human evolution and the changing face of the world's disease-scape. First is the decline over the last two centuries of infectious disease and the rise of chronic degenerative diseases (like diabetes). Then there's the re-emergence of drug-resistant infectious diseases (like Zika).

From ancient Egyptian experiments to the 21st-century microbrewery down the street from your house, explore the intricate links between the fermentation of wheat and honey and human civilization. As you follow our love affair with beer and mead, you'll be surprised to learn just how accidental their discovery was.

Of all the water on Earth, only a fraction of it is drinkable. How much water is used by humans throughout the world? How did bottled water become so popular? Why is water fluoridation so controversial? How can we work to conserve water, both as a nation and in our everyday lives?

Explore the critical role that plant foods have played in our diet. You'll study plant microfossils that radically change what we thought we knew about the Stone Age menu. You'll learn the essential role played by underground storage organs (or "tubers"). And you'll revisit Professor Crittenden's research on plant-processing techniques among Tanzanian foragers.

In the first of two lectures on the politics of food, explore whether or not sustainable meat production is a myth or reality. What are the environmental costs of meat production? How can we rethink the way we house, feed, and raise livestock? Is too much meat bad for our health?