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I in River


an excerpt from an essay
The channel at right surrounding—disappearing into—the spine of
the book is the gutter. In the unlikely event of a water landing and
your book being submerged, water would collect in the gutter. The
pages would soak through and fall apart given time. The glue would
dissolve. The stitching would rot like a long-submerged body in a river
or a lake. By this point either you would have survived or you’d be
falling apart. The binding would then fall into its component pieces,
ruining the illusion of the artifact’s wholeness you’re holding. What
is in your hands is just paper, collected, printed on. What you are
holding is just ideas and language—the usual interlocking systems of
signs—printed on paper. It is not engineered to channel or hold water,
but it can do so in a pinch.
The Rillito River does not channel water through semi-arid Tucson
much of the year. It once did, and like many modern things—like
the trains in Upper Michigan, my homeland; like Western Union’s
telegram service; like the pinching of my childhood cheek by tottering
relatives; like the streetcars in Grand Rapids, Michigan, or most other
American cities; like the increasingly anachronistic telephone cables
strung all along our highways into the second-largest engineering
project after the interstate system; like the blood through the bodies
of our forebears, our betters, our mothers, our fathers, now dead; like
the language recognition centers in my brain that fail now to bring the
words I want to mind or tongue at awkward moments; like the awesome
chugging rhetorical power of the periodic sentence that cannot
go on forever even as it aspires to—the river channels water no longer,
not year-round. But the channel’s there, isn’t it, plain as a wide June
day, scrubbed clean in many parts and bristling with brush and trash
in others, hundreds of feet across at points, hemmed in mostly
by concrete culverts, effectively separating the city from the ritzier
homes and restaurants that populate the foothills. It separates via
space and threat of sudden flood surge, a reminder of the force of
water when it’s here, a reminder of the force we deploy in trying to
contain it, a reminder of the risk we take in ignoring it.

This year natural disasters have been everywhere, it seems. As I write
this, “Tornadoes kill 6 in Oklahoma, Kansas” (CNN ), and we’re less
than a week past the devastating tornado in Joplin, Missouri, not to
mention the more obvious man-aided nuclear disasters occurring
after the epic tsunami in Japan, the tornado system that removed both
of the places I lived in Tuscaloosa, Alabama, from the map a couple
weeks back, then the crazy freeze this winter in Tucson that killed
much of the saguaros though they won’t keel over for some years, their
death delayed, and then the massive floods in New Orleans, again, the
Red River in North Dakota, the eruption of Grimsvotn, the Icelandic
volcano whose ash cloud drift threatens to scuttle my summer travel.
My mother-in-law is freaked out about the end of the world prediction
that didn’t come to pass a couple weeks ago on May 21st, 2011, not
to mention the Mayan apocalypse predicted for next year, just to name
a few anxious highlights. I mean to say that the world’s tribulations are
present like weather in my mind, this month, going into the Tucson
monsoon season.

And when the water’s here in the monsoon months of July and August,
it’s everywhere: like nothing in the north except maybe a blizzard
surge or avalanche. The Rillito runs high when it storms, meeting and
joining the Santa Cruz and moving on north, bringing what benefits
water brings to the arid bits of West that it reaches less and less each
year. It is therefore possible to execute a water landing in Tucson at
least a dozen mostly monsoon days a year.
I have recently started running much of the year myself. I do not run
high like the river or cheerful, smelly Arizona stoners. I don’t know
what drives my spur to run: a fight against my own personal beltway
westward expansion, perhaps. A connection to a fitter vision, finer
version of myself. A bit of personal engineering: clawing some control
away from age and the natural tendency of the body.
What else runs: my car (though not my old, sold, or crashed cars); my
computer; my animals when playful or fearful; machines; programmed
processes in machines; my nose in the dry air of the desert; coyotes,
rabbits, dogs, humans, lizards, and rare javelina through the wash in
the mornings when I run and spark their chase or flight; the blood
through the veins; the thoughts through the brain late at night when
they should be shutting down into easy, ecstatic dreams.
Any individual one of the brain’s channels—axon, neuron, dendrite—is
idle much of the time, though not to say empty or dry, exactly. After injury
or catastrophic change the channels reconfigure, find new ways to get the
signal through the network. (As aficionados of weird brain injuries know,
sometimes they don’t redirect so successfully.) Perhaps like desert denizens
they lay where it’s cool and await the occasional electrical impulse, at
which point they are signaled, woken and singing, alive.
Trivia: The script for the movie musical Singing in the Rain (1952) was
only written after the songs were already in place.
The writers had to engineer a plot into which they could channel the
songs. I imagine most musical theatre is built this way—songs first,
plot second, with some backfill as necessary. One structure is built to
accommodate—contain—control—another. That might account for
the odd plots of Gilbert & Sullivan, for instance.
Back in Michigan, I’m seventeen and dancing jigs poorly as a sailor in
H.M.S. Pinafore, Gilbert & Sullivan’s sea-set piece of musical theater
as it rains outside again: you can hear it on the roof. In Michigan
water’s abundance is an apparently incontrovertible fact. What is
Michigan if not a wet state, a water state? Bordered by four of the five
great lakes, Michigan’s vision of itself as a vacationland is no less dependent
on water than are the cities of the arid west. Fishing, boating,
beaches, tourism, even skiing, hunting, and snowmobile riding—these
are all built on water. Everything is lush, green, bushy, buggy, muggy,
prickled, itchy, and wet except when the state is blanketed by the
yearly onslaught of snow (still water, we’re reminded, when our frozen
boots melt on return in the house). Michigan is all coast, two peninsulas
separated and defined by water, settled by water, driven by water,
separated from Canada by water.
It’s fair to say that my life is suspended between two poles—the wet
or snowbound landscapes of Michigan that still shape the way I think
and dream and write, and the hazy desert loneliness of Arizona, where
I now live and work.
Alternating landscapes like this, if done quickly enough, produces a
double image, a composite of the two, product of both forms, that
compresses and elides the space between them.
So which defines the river, we ask: the double image on each side, the
channel itself, or the water that flows through it?

And is it navigable?

In 2008 the Santa Cruz River (that the Pantano and Rillito feed
into) was ruled “navigable” by the Environmental Protection Agency,
thus making it eligible for protection under the federal Clean Water
Act. This followed the Army Corps of Engineers’ second-guessing
of their own ruling of “navigable” the previous May, which was then
withdrawn, in effect punting to the EPA. “Navigable” is a tricky word,
especially for the 90-95% of Arizona rivers that are dry for at least
part of the year. Calling a river “navigable” means more roadblocks for
developers wanting to build along the river. Calling a river “navigable”
enshrines it, embodies it as a river deserving administrative, environmental
protections. Calling a river “navigable” only if it runs yearround
brands a western river with the mark of the midwest or the east.
These notions don’t really apply here.
This are not idle lines of thought. A great deal of money and development
and, on the flipside, conservation effort depends on how we want
to parse the definition of river.
Definitions change over time. They’re flexible, descriptive, liquid. Perhaps
they’re geographical too; they shift and mutate as we do.
Some constraints aren’t mutated or formed over time, but designed. For
instance, the pagebreak is a designed absence, as is the gutterspace. I don’t
think about inhabiting it often, unlike margins, which lend themselves to
annotation, to notes on the marginal, aside from the text. Margins are for
our fingers, so we don’t obscure type with our Dorito-stained hands, so
our designed page can have a neat boundary in which it is contained.

The whitespace makes the text an island. Perhaps to conserve the
imaginative, associative space around a text, principles of classical
typography eschew using this space except as caesura.

You’re not allowed to build in the caesura, the preserve that cordons
off (and protects (and contains (perhaps like parentheses))) whatever
we define as the Rillito River.
But as with any apparent absence, this preserve is soon inhabited.
In nights and mornings wildlife fills this absent river, moving silently
through the city. Admittedly, much of that wildlife is now rare or missing,
not seen for decades. The following long list of species hasn’t been
seen in the Pantano Wash since the dates in parentheses: Northern
Goshawk (1999), Arizona Giant Skipper (1988), Poling’s Giant Skipper
(1967), Gila Longfin Dace (2004), Baird’s Sparrow (2003), Felder’s
Orange Tip (1992), Sabino Canyon Damselfly (1988), Giant Spotted
Whiptail (2005), Western Burrowing Owl (2004), Northern Gray
Hawk (1994), Common Black-Hawk (1977), Arizona Metalmark
(1993), Mexican Long-Tongued Bat (2005), Western Yellow-Billed
Cuckoo (2002), Pale Townsend’s Big-eared Bat (1986), Arizona Ridge-
Nosed Rattlesnake (1999), Northern Buff-breasted Flycatcher (2000),
Greater Western Bonneted Bat (2005), American Peregrine Falcon
(2005), Gila Chub (2004), Cactus Ferruginous Pygmy-Owl (1999),
Sonoran Desert Tortoise (2004), Western Black Kingsnake (2002),
Western Red Bat (2005), Lesser Long-Nosed Bat (2004), Obsolete
Viceroy Butterfly (1966), California Leaf-Nosed Bat (1986), Arizona
Myotis (1992), Cave Myotis (2001), Pocketed Free-tailed Bat (2005),
Big Free-Tailed Bat (2003), Texas Horned Lizard (1995), Gila Topminnow
(2004), Chiricahua Leopard Frog (2005), Lowland Leopard
Frog (2005), Yellow-nosed Cotton Rat (2003), Mexican Spotted Owl
(2004), and the Northern Mexican Gartersnake (2003).
Is this list of absence an absence

A pause

or a presence?

or a permanence?

It’s hard not to be aware
of the absence once you see its extent, once you remember what was here before.

It’s hard not to be aware
it when reading. How often do you think oh, the gutter, okay, this
to right, top to bottom in the western world, jump across the gutter in
of the absence of text through the gutter, though our brains forget
page is done, so what do I do next? How often do you think yes, left
the center of the spread and onto the next block?
We learn that prose, like water, flows to accommodate whatever space
it’s given. The brain’s pathways accommodate this understanding. The
designer knows there is a visceral pleasure in reflowing prose blocks
in page design software like InDesign because she sets up channels
and adjusts the text box, watches the fluid dynamics work their magic.
Today she is an engineer. Today she is a small, beautiful god.
Her gutter separates the verso from recto, west from the east, our
space from another’s, sunset from sunrise, the foothills from the city
of Tucson, St. Louis from East St. Louis, the west side from the east
side of Grand Rapids, Michigan; Iowa from Illinois; Missouri from
Illinois; liquid from solid from vapor; the cold from the not; the haves
from the nots; the darker-skinned from the lighter; Midwesterners
from Southerners; this list could go on as long as our culture. Rivers
are easy geographical borders, a shared feature, not part of what it
divides. Even when dry, those borders remain. The split between two
contiguous spaces remains. The brain sees a line.
Flash Card 1: the path of greatest depth along a river channel is called
the thalweg.

Flash Card 2: “The sinuosity of a channel is defined as the ratio between
the thalweg length and the down-valley distance” (Arizona Dept of Water Resources
Design Manual for Engineering Analysis of Fluvial Systems, 1985
).

Keep this in mind for the quiz; we’ll see what knowledge your spongebrain
retains.
So even if the riverbed isn’t filled year-round, the thalweg is the most
likely part to have water, whether runoff from precipitation on the
mountains or from sudden storm.
The thalweg of an essay is where the deepest and most indelible
remaining thought resides when the rest evaporates or is washed or
erased or edited away.
For the runner the thalweg is likely slow going, the softest sand in the
deepest channel.

And anyone that knows anything about rivers knows that left to themselves,
rivers will often (if not always) meander
in a series of sharp, snakelike, alliterative s-curves through the earth as
the force of a turn eats further away at the bank; this increases until
it’s unsupportable, and it detaches into an oxbow
or swings back over to another curve. Or we think that’s how it works.
In an essay, “Meander,” that appeared in the very first issue of the journal
Creative Nonfiction, itself named for the recent American term to offer
some form to contain the formless, Mary Paumier Jones suggests that, like
the river, ocean currents also meander, as does the jetstream. That flow
itself seems to be best modeled not as straight but as swerve, at least under
certain conditions. That the river’s natural swerving is not
dissimilar to the way that the brain cortex is bent and looped, folded
up on itself so as to fit more brain in a small space. And that the
essay—best simulation of the brain on the page we’ve got—its natural
motion, like the river’s, is meander.
The selection that appears in this chapbook is excerpted from a much longer
essay of the same title that appeared in the journal Passages North and in the
2012 catalogue for the exhibit, Parallel Play: Interdisciplinary Responses to a
Dry River.
*

Parallel Play is funded by the Confluencenter for Creative Inquiry at the
University of Arizona.
*

ande r m on s on
o t h e r e l e c t r i c i t i e s . c o m

Interdependence


A chart drawn by Johnathan Overpeck.

Day after day, Artlab organizers put brilliant, passionate people who are at the forefront of climate change research and activism in front of us. Scientists, activists and artists nudged together again.

Meeting with Johnathon Overpeck and Gregg Garfin

Meeting with Johnathan Overpeck and Gregg Garfin, Institute of the Environment, University of Arizona.

In a weeks time, we hurtled from one remarkable destination to another: Biosphere 2 in all it’s magnificently manufactured glory, a sci-fi-esque experiment from the 90s that has become an international leader in climate change research, the Ceunca los Ojos project nestled in the Arizona mountains and hosted graciously by Valer Austin, across the border to Mexico with Valer to view the rest of Cuenca los Ojos’ incredible work revitalizing the ravaged landscape and restoring the water table, all the while fueled by Phillipe’s incredible cuisine.  This journey-to-the-center-of-the-earth format created a powerful camaraderie amongst the artists, our hosts and the scientists/activists/presenters, a camaraderie that still resonates or me today.

What this group eventually became had a direct bearing on the nature and intensity of the experiences I had on this trip. In the beginning, I was curious what sort of group dynamic would emerge among the assembled artists. I have found that, in short-term projects like this, groups can easily fly apart or polarize under the pressure of intense travel and information overload.  I’m happy to say that this group thrived on the pressure, and actually grew closer and more cohesive as the project went on.  And it was this camaraderie, the diversity, and the passion of the assembled group of artists and our hosts, coupled with our gifted presenters, that created for me a perfect storm of highly charged moments of learning and group absorption of knowledge that are still impacting me today; kudos to the organizers for their vision and tenacity in bringing together this amazing group.

Garfield Peak on the Northern Cheyenne Reservation in Montana.

With each landscape we entered I found myself returning to my reservation homeland in Montana, the dramatic badlands landscape that sustains me and drives my work. This place in southeastern Montana is my reference point for the rest of world and all other landscapes are run through its filter.  It resides at my core and at the core of my people the Tsistsistas Nation as we call ourselves (or Northern Cheyenne as we have been called).  My relatives in the past endured incredible hardships and even gave their lives so we would have this homeland

This place is My Forest not The Forest. It is a specific place on the earth that my people have known in great detail for centuries, not the generic space of bureaucratic fantasy referred to loosely as The Forest (I believe each of us has a My Forest, one with deep personal meaning). And, Indigenous scientists/practicioners have engaged (and continue to engage) their forests all across this continent and around the world and have done so for centuries, compiling data, recording observations, proving theories and handing that information on to subsequent generations.

My Forest is a place I have come to know as personally as a family member during the course of my life.  I have walked on it, crawled across it, ridden horseback over it, harvested plants and animals from it, and buried loved ones within it, just as did countless generations of my people.  My earliest memories are of digging roots, picking berries and hunting deer on this land with my family.  The outings, disguised as family picnics, were really ‘Tsistsistas University’ classes with my grandparents and other relatives and elders (the professors) teaching us the details of this place and our history on this land.  Their curriculum was handed on from centuries ago and was designed to be taught at any given moment during the day: all day, everyday.

My Forest, like so many others, is also an embattled space. My people have fought for years, and continue to fight, to keep coal development off our reservation. Hundreds of years ago, our prophet Sweet Medicine predicted that one day crazy people would come to the Tsistsistas people and ask us to dig into our homeland with them, and if we did so we would go crazy too and cease to exist as a people.  This prophecy has come true and today we know that one of the largest coal reserves in the world sits under our reservation and we have spent decades chasing away the crazy people: the coal companies and the federal and state government officials, who salivate over our rare and highly-prized, low-sulphur content, low-overburden coal.

It’s little help that our reservation is situated in an area the federal government has designated a ‘National Sacrifice Area,’ essentially all of eastern Montana.   A deceptively poetic phrase, in reality ‘National Sacrifice Area’ means that the restrictions on the extraction of minerals are greatly reduced.  Unfortunately eastern Montana is a place that fails to generate the tourism-based tax revenue of mountainous western Montana and so has been offered up for sacrifice to the strip miners shovel.

"Modern Warrior Series: National Sacrifice," Bently Spang, 2011, photos, hemp, misc. Collection Denver Art Museum

Detail: National Sacrifice, Bently Spang, 2011.

Now strip mining or surface mining, which devastates the top 100 feet of the earth, is at our doorstep just outside the boundaries of my homeland.  And though we are a sovereign nation and our homeland is not subject to the ‘National Sacrifice’ mandate, the earth outside our doorstep is subject to the mandate and threats of coal development and it’s crushing physical and social toll loom large on our horizon.  It’s presence just off the rez has also eroded our resolve to deny it access to our land, as is evidenced by a referendum vote in 2006 in my community that, for the first time ever, approved conducting a feasibility study concerning whether or not to pursue coal development; a clear shift in sentiment as all previous referendum votes coal development were soundly defeated. As I speak today, my nation’s leadership is in negotiations with 5 coal companies and the plot continues to thicken.  In response to this newly emboldened threat of coal development, in 2011 I created a sculptural work that responds directly to this issue which I titled National Sacrifice. It was commissioned by, and is in the collection of, the Denver Art Museum. It calls attention to this issue, as well as to the incredible National Sacrifice my relatives in the past made so that future generations would have a homeland: a place where we could keep our people and our culture alive.

Every landscape we encountered during Artlab held echoes of my homeland. The cacti around Biosphere 2 were relatives of the prickly pear cactus on our land. I saw a nearly exact duplicate of the man sage plant my people use but it had no sage smell (curious…). The cedar varieties were similar but somewhat more varied. I discovered a close cousin to the plant we call Old Man Whiskers near Valer’s place and the ponderosa pine tree that covers our land, a close cousin of it stood like a group of old friends up the creek from Valer’s place. These, and many others, are plants we use in several ways in my community: as medicine, as food, and in the context of ceremony. Their uses were discovered by Indigenous scientists/practitioners and have been handed on through many generations of Tsistsistas up to today.  When I go to other people’s forests I look for these plants, they give me a measure of comfort. They also remind me how intertwined and interdependent our ecosystems are and how, were it necessary, I could survive in just about any landscape.

I was gratified to see threads connecting my homeland to the Artlab landscapes and to realize that the complexity of I and my people’s experience with place, (both positive and negative) was mirrored in these landscapes.  Each place we visited we were shown the layers of interaction there, the spectrum of human activity on that land—from the complete and utter decimation and exploitation of place to the complete nurturing of it.  I saw that the passionate and gifted scientists and activists who presented their life’s work to us, though often differing in methodology and intent from my people, had the same level of curiosity and hunger for knowledge as the Indigenous scientist/practitioner had in the past and does have today about the natural world.  Most importantly, I saw that, across the board, concern for the welfare of the earth was strong among the scientists and activists we met, so strong that people have devoted their lives to this end just as we have for centuries in the Native community.  These realizations provided me with fresh insights into the scientific world and helped dispel my own misconceptions about that realm.  They would also help temper the challenging moments of my Artlab experience.

As a Native person moving through the Artlab experience, wonderful though it was, inevitably difficult cultural issues arose for me. These are issues that are deeply imbedded in the land for me and my people and that arise from the countless layers of human interaction there, both good and bad.  They are part of the history of this land yet are not often discussed at any length. I bring them up here not to reopen wounds or assign blame, but rather to foster a realistic,  frank and ultimately beneficial discussion about the nature of place which includes an unflinching look at the past and present.  Fearless discussions like this will not only help foster resolution of these difficult issues for both sides, a resolution that is long overdue, but it can also build trust and provide the strongest possible framework for change.  And, only through such fearless discussions can we be assured that the best people and best possible solutions to climate change, and other issues of place, are reached.  Certainly, in order to involve the Indigenous scientist/practitioner in finding solutions to climate change, which I believe is a crucial missing piece within the climate change efforts, this frank discussion must take place.

Proposed border fence between Mexico and the US.

And while I am eternally grateful to the scientists for so selflessly sharing their life’s work with us during Artlab, I struggled with a cultural bias that is deeply ingrained in me and countless other Native people with regards to science. It is bias born out of a legacy of extremely difficult  interactions—both older and more recent—between Native peoples and scientists It is a harsh historical reality that, unfortunately, resulted in genocidal acts towards my people in the name of science in the past (cranial studies and human remains,  see here, [note the issues of NAGPRA and the border fence with Mexico]) , and much less severe but still unethical acts (biocolonialism, molecular colonialism, etc., see here ) that continue today.   To be sure, the genocide of the past is, thankfully, a thing of the past, however the residue remains and new issues arise regularly.  Today, both sides are working to rectify this situation, yet the challenges clearly remain (see here).  And though this conflicted history had no direct correlation to any part of my Artlab experience, it is an undeniable, unresolved and intextricable part of my experience as a Native person.

The Native communities’ difficulties with the scientific community are, unfortunately, among the core elements that comprise the historical trauma/grief (see here) that has led to many of the unhealthy social issues we are dealing with in our communities today. The extreme hardships—genocide, broken treaties, boarding schools, etc.—Native peoples endured in the not so distant past in this country were unprecedented in Native history, therefore few cultural mechanisms were in place at the time of they occurred (ceremonies, etc.) to resolve them.  With no means of resolution, the grief and trauma of these atrocities were handed on generationally to this day. Today, we are working hard to resolve this historical trauma/grief in our communities, drawing from the inherent flexibility of our cultural structures, the intellectual power of our cultural information, and the tenacity of our people to devise new strategies for survival.  One example of this is the 1990 Native American Graves Protection and Repatriation Act (NAGPRA) mentioned in one of the links above, an act that one of my elders the late Bill Tallbull, Sr., among other brilliant Native leaders, was instrumental in passing.  This act requires that museums who receive federal funding work with tribes to  return to them human remains, sacred objects, and personal objects in their collections (see here).

As I mentioned earlier, my Artlab experience helped temper my cultural bias with regards to science.  It helped me to understand that it is possible to bridge this chasm that exists between science and the Native community, but that it will take a concerted effort on both sides of the divide and a consistent dialogue between the two camps. Artlab provided me with unique and extremely valuable insights into the scientific community, both intellectually and on a human level.  Sitting across the table from brilliant scientists and being given access to their significant spaces, being immersed in a transformed landscape with the tireless lady who helped foster that transformation, these experiences reminded me that there is a deep level of concern and compassion fueling the climate change movement today.  It also gave me the opportunity to raise awareness of the centuries old existence of the Indigenous scientist/practitioner to the scientific and activist community, helping them to see the need for collaboration between the two groups. These are extremely rare opportunities for a Native person as we have rarely been included in a meaningful way as active participants in the climate change movement.  Artlab, and programs like it, then are providing critical linkages between historically polarized groups—scientist, artist, Indigenous scientist, cultural worker, etc.—which will ensure a more comprehensive and consequently more beneficial dialogue and more effective action with regards to climate change.

Long exposure night photo of Biosphere 2.

The immersive nature of the Artlab experience helped me to understand even clearer the critical role of the Indigenous scientist/practitioner in the current matrix of climate change activity.  These Native experts have always been, and continue to be, champions of protecting the environment.  I have always seen the need for more Native involvement on numerous scientific fronts, yet had never been able to see firsthand the potential ‘fit’ between the two camps until I was ‘dunked’ in these new environs. Once dunked in the Artlab experience, then, I was gratified to see some of this fit already taking place.

As an example, I was not surprised to discover that the trincheras or atajadizos (also called check dams, see here p. 71) used in parts of the Cuenca Los Ojos project were of Indigenous origins. These are forms used for centuries by Indigenous peoples to sustain their way of life in a challenging landscape.  Kudos to Cuenca Los Ojos for adopting their use and not wasting valuable time re-inventing the wheel.  Just as this ancient technology is working today, so too do living Native peoples hold significant knowledge that could be extremely beneficial to understanding the earth.  Combine this knowledge with the scientific communities studies, the expression of artists, and the efforts of activist groups and the potential is unmeasurable.

To be sure, there are many pressing issues in the Native community that are a higher priority than climate change: historical trauma, issues of sovereignty, teen suicide, to name but a few.  The simple truth is, as Native people, we have always dealt with climate change issues: it is part and parcel of who we are. I am not a medicine person and so will not discuss details of ceremony, except to say that the earth and it’s well being are woven into our ceremonies and we renew the earth in this way, each and every year, for all human beings. Respect for the earth is also woven into the everyday protocols that govern our actions as individuals and we are taught to harvest from the earth in a balanced way. We will continue our climate change work irregardless, however that being said, the potential of combining western scientific and Native approaches toward a multi-pronged effort is an exciting prospect.

The Artlab experience continues to resonate in me and several possibilities for an artwork are rising to the surface.  I have been compiling some of the extensive video footage I shot during the project into a possible multi-channel video installation.  Also, I was recently invited to participate as a presenter and panelist at a Native climate change symposium called Echoes of the Earth,( http://buffalosfire.com/echoes-of-the-earth-indigenous-perspectives-on-art-and-climate-change-conference-in-bozeman-april-5-6/) and I will be presenting some of what occurred during the Artlab trip at this symposium.

As I mentioned to the scientists at Biosphere 2, I see our role as artists in this project as translators, passing on our version of what we have gleaned from their generously accessible presentations in our own visual language to our particular audiences.

Valer showing our group a toad that returned to the reclaimed land at the Coronado Ranch in Mexico.

As such, I work to devise the best possible translation of this experience to present to my Native community and the larger community as well.  I also am interested in continuing the dialogue around possible Indigenous and western collaborations in curbing climate change.  I applaud the organizers for their extraordinary efforts in bringing this project together and many thanks for including me as part of such a powerful group of artists.

Final thoughts.  Still visible in my mind’s eye: Breathtaking—riding in John’s chevy van, an impossibly gorgeous sunset chasing us and Neil Young back from Mexico to Valer’s place; Unsettling—a hundred miles inside Arizona nowhere near a national border, the way-too-friendly, fresh-faced border patrol agent way-too-nicely interrogating us, “have a terrific day!” he said as we drove away; Exhilarating—almost dark, our guide, Jane and I race the cockroaches out of Biosphere 2, suddenly the lights shut down for the evening and it’s pitch black for a few seconds until my headlamp kicks in; Triumphant—1 o’clock in the morning, pitch black, finally seeing Jupiter and it’s moons through the telescope at Valer’s and me, Melo, David and his wife cheering and dancing around like kids in the middle of a horse pasture.

Hope and uncertainty


Learning in dialog with scientists, conservationists, naturalists, astronomers, activists, and artists at the Biosphere 2, The Institute of the Environment, and Cuenca Los Ojos was an exercise in interweaving uncertainty and hope.  At the Biosphere in discussion with scientist Sujith Ravi, the challenges facing the southwestern grasslands were enumerated thoroughly.  Water usage changes, desertification, drought, invasive species, rising temperatures–all the data presented a bleak and uncompromising picture.  At The Institute of the Environment in discussion with Dr. Jonathan Overpeck, the frustrations of scientists who feel misunderstood and suppressed were emphasized.   Climate change is here, policy is not changing, behavior is changing too slowly, and the mechanisms of capitalism in service of endless growth work against the needs of climate recovery.

Its hard to make artwork in the face of these questions.  Complex, abstract reams of undifferentiated data about the future lack a felt reality.  The timescales are long and the sweep of effects broad, but it is in looking at the shorter timescales and local experiences that the abstract becomes real.  Those local discussions were riveting and even hopeful, whether learning of the work of how to fight the disastrous effects of the invasive species Buffel Grass as it spreads rapidly through Tucson and surrounding areas, so clearly shown by Lindy A. Brigham, Executive Director of the Southern Arizona Buffelgrass Coordination Center, or Valer Austin’s determined remediation of desertified land to restore biodiversity in the Chihuahuan Desert on her ranch Cuenca Los Ojos.

The Art Lab Biosphere project provided an incredible, rich, and surprising experience for discovering the key questions around climate change in the Southwest, challenges in working across the studio and the laboratory, and the importance of dialog and connectivity in research and community.    My project, Avian Field Stations, has a new research focus: grasslands birds in the Cuenca Los Ojos area.  I look forward to returning to Tucson and the Chihuahuan desert in the early summer to conduct field research, develop alliances with researchers, and test prototype works.