Microbial Oceanography will Save the World
This is part 1 of an infinity-part series on microbial oceanography.
It's the 21st century. The year 2000 has come and gone, and we're barreling forward past the "early aughts" into the middle of the century. According to sci-fi lore, by now we should have hoverboards, a cure for the common cold, and/or hyper-intelligent computers orbiting Jupiter's moons. We have already achieved some of those foreseen technologies (e.g. videoconferencing), and we have come up with some unforeseen technologies too (e.g. the Furby). Despite our technological advances, humanity confronts great challenges this century, from water shortages to transnational crime. Meanwhile, there is one strange fact that sci-fi writers did not foresee: fighting on the front lines against the threats to humankind is the intrepid Microbial Oceanographer.
"What a sec... the intrepid who?"
Okay, so maybe "microbial oceanographer" isn't a household term. Maybe there aren't hordes of ten-year-olds aspiring to grow up to be microbial oceanographers. Maybe, as is often the case, nobody has any idea what I'm talking about. To clarify, a microbial oceanographer studies and maps the microbes (microscopic life) in the ocean (big salty body of water that covers Earth). And from epidemics to climate change, the knowledge uncovered by studying marine microbes is critical for confronting humankind's impending threats.
Intrigued? Stay tuned for part 2 of my infinity-part series, Microbial Oceanography will Save the World.
And here, for no special reason, is a photo of a ctenophore.
-Nick Record, signing off