In the field, the lab, the library or the classroom, or a
few times on a flower-festooned cliff overlooking the blue Pacific Ocean, I
learned about marine biology from professors, colleagues and friends in New
York, California, Baja California and Sonora (Mexico), Florida, Jamaica,
Panama, Colombia, Curacao, Iowa, Washington DC and the state of
Washington. I learned about marine
biology from the books and journals in libraries I used to inhabit. But most of all, I learned about marine
biology from crabs, fishes, corals, kelps and their ilk. They were my most important teachers because
I could see them with my own eyes rather than through the eyes of others. As a biologist, I love what people’s spoken
or printed words give me, but I love even more the lessons life gives directly. Life unfiltered through the lens of any
human. Life speaking to me its humming,
clicking, pulsing message: I am life.
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| I wish I had seen with my own eyes this lagoon in the Bahamas, 2013 (photo by Canadian Space Station astronaut Chris Hadfield). |
Sometimes that means seeing something for the first time.
Perhaps more often (because I can be overwhelmed when I see
something for the first time), it means seeing a new insight about something I’d
already seen one or more times in the past.
Nature is something many people ignore and many more fear. But to a biologist, nature is to be
understood and (in many cases, although not all) celebrated and loved. For those who love to understand life, the
rare occasions when life seems to choose us to bestow an insight are the best
of the best, the epitome, the apogee.
For someone like me, nothing feels better. I only wish that I could thank all of the people
who allowed me to have those remarkable experiences in oceans and fields,
forests and deserts. I could never have had
much insight about life without their kindness.
I’m a lucky person. I
get to do what I believe is the noblest thing on Earth: working to save the
diversity of genes, species and ecosystems.
I do it for several reasons.
The smallest of reasons is that this is what I do for a
living. I’m fortunate enough to make my
living as a conservationist. Many people
who care about conserving life are not as fortunate in that regard. Making my living doing what feels right to me
is an honor I must always strive to deserve.
More important is that people need other living things. The other living things of this world—the
things whose services keep us alive—don’t need us. Do you know the number of species that would
disappear if humans disappeared? Far
fewer than we are now driving to extinction.
But people need these other species for our food, for our water, for our
breath, for our weather. We need life
for those. Our lives depend on other
life, some domesticated, but life nonetheless.
And some wild life (wildlife).
Indeed (please accept this assertion for now, but we should
return to it at a later date), humankind is clearly unready to depend only on
domesticated life. We need wildlife
because we don’t understand biology well enough to cast the fate of our human species
to the wind. We need wild ecosystems to
save us from our own errors. Nature is
not kind to those who don’t understand the components of life, the intricacies of
their interactions and how much more complex things become when they connected. Wild ecosystems have the complex functioning
living components that, together, have a long track record of surviving in an
unpredictable world in comparison to the simplified, impoverished ecosystems
humans construct. Wild ecosystems are
much more sustainable in the unstable world we’ve constructed from the
better-tested design we think we own.
Blinding ourselves to the intricacies of nature by lowering
our expectations hasn’t been good for conservation any more than blindness is
good for shooting baskets. If people
want to survive, it behooves us to see farther and more clearly than we do. Because surprises are coming our way, and we
really need friends that know how to survive change.
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| The astounding diversity in bat stars, (Patiria miniata, photo by Richard Herrman) |
References
Pauly, D. (1995). Anecdotes and the shifting baseline
syndrome of fisheries. Trends in Ecology and Evolution 10(10):
430



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