As I write this,
I am sitting in Rocky Mountain National Park next to a wetland watered by the
Colorado River. Frogs are croaking
incessantly, and the pond before me is so rich with insect life that it looks
like it is raining. The environment
betrays a rainy spring, and the river flows with a rich green-brown. It bulges to the very brim of its banks,
escaping in many places. Free though it
is now, this water will never reach the ocean.
It will irrigate farmland and power industry; it will be forced deep in
the ground to release other valuable resources.
It will water lawns and cities.
It will mull about in reservoirs, navigate the Grand Canyon, and stream
through canals. It will not follow the
path it once carved through the American West but conform to the mission we’ve
given it, for better or for worse.
| The frogs and bugs must have invited a friend to enjoy breakfast. |
Colorado is a
headwater state, meaning that all but one of the rivers which leaves its
borders begin within it. Most of the
river water is appropriated the moment it hits the earth as snow or rain, and
everyone who depends on these Colorado rivers for their food, electricity,
green lawns, and recreation is dependent on the amount of moisture which falls
from the sky. The last two Colorado
winters have been dry, and the state has suffered the consequences of what I
believe is climate change through fire, drought, and poor skiing. This year, through an unusually wet April and
May, snowpack increased from 60 something percent to nearly one hundred percent
of average annual rates, and you can hear sighs of relief throughout the
state.
My interest in
Colorado’s water began in Mexico, at the mouth of the Colorado River. This area, the Colorado River Delta, was once
a rich wetland and estuary which supported thousands of migratory birds, fish
species, and humans. Today, the area receives
less than .1 percent of the river’s water, and it is at only ten percent of its
normal size, even as non-profit organizations and the International Boundary
and Water Commission work to revive this vibrant and resilient ecosystem. This environmental issue is strongly
connected to human ones: international policy, industry, and regional &
local laws. This summer I will study
those regional and local issues, particularly in regards to fracking.
| The Colorado River |
Hydraulic
fracturing (fracking) is a process which forces a mixture of water, sand, and
chemicals into the ground in order to release natural gas or oil. Today in Colorado it is a particularly hot
topic. One Colorado city, Longmont,
recently banned fracking within the city and has received a lawsuit from the
state for their efforts. The governor
has publicly debated fracking and recently drank a glass of fracking fluid to
prove it isn’t harmful to humans.
Industry is touting our lessened dependence on foreign oil and the
prevalence of natural gas. People living
near fracking sites have been able to light water from their taps on fire. Environmentalists are shaking their heads in
disbelief.
I am spending
the summer studying fracking, its relationship to water, and individual
perceptions of water in Colorado. I
think societal structures which allow large industry the rights to use water are
fascinating, particularly when that industry poses a threat to communal water
availability and quality. This process
is particularly interesting because of the profound connection all life has to
water. Water is not (or should not be)
some man-made commodity to be bought and sold at will, but a sacred resource
upon which all life depends. This
tension is what I hope to bring to light, and I invite you to join me over the
next few months.
I CANNOT believe you did not post our sibling photo next to the fake headquarters of the Colorado.
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