Journal of Architectural Education
ISSN: 1046-4883 (Print) 1531-314X (Online) Journal homepage: https://www.tandfonline.com/loi/rjae20
Waters Resist
Modernity, Aridity, and the Fight Over the Orme Dam
Danika Cooper
To cite this article: Danika Cooper (2020) Waters Resist, Journal of Architectural Education, 74:1,
37-47, DOI: 10.1080/10464883.2020.1693820
To link to this article: https://doi.org/10.1080/10464883.2020.1693820
Published online: 12 Mar 2020.
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Waters Resist
Modernity, Aridity, and the Fight
Over the Orme Dam
Danika Cooper
University of California, Berkeley
Modern ideology strips water of its sociocultural
and political contexts, reducing it to the scientific
abstraction of H2O. This reductivist approach
to water has erased longstanding ontologies and
physically transformed America’s aridlands to
advance modern political and economic agendas.
By studying the 1947 proposal for the Orme Dam
and the Yavapai Nation’s forty-year resistance
to it, this paper reveals the interconnected
relationship between modern ideology and the
design, development, and management of the
environment. I also suggest that the inclusion of
alternative ontologies can inspire the design of
more just and resilient environments.
Keywords: landscape, infrastructure, critical theory
On the edge of the Fort McDowell
Yavapai Nation reservation, at the
confluence of the Salt and Verde
Rivers, a battle over a dam project
raged for nearly forty years. Between
1947 and 1981, the Bureau of
Reclamation, backed by state and
federal legislators, lobbied for the
construction of the Orme Dam in
central Arizona despite evidence
that the project would dispossess the
Yavapai Nation from their reservation lands and destroy the vital
riparian habitat of endangered flora
and fauna. Proponents of the dam
argued not only that the Orme Dam
was central to the growth of Phoenix
and its economy but also that the
infrastructure would help ensure
Arizona’s claim to every drop of its
apportioned share of Colorado River
water.
The dam’s proposal and
the decades-long battle over its
construction is one powerful
example in which modern ideologies
of water take physical form, triggering patterns of social injustice
and ecological devastation. In
this paper, I analyze the ways in
which modernity has fundamentally shaped the development of
America’s aridlands, and I suggest
that the inclusion of alternative
ontologies can inspire the design
of more just and environmentally
resilient places. The dam’s proposal
is confirmation that the definition
of water is neither predetermined
nor given; it is constructed by,
contingent on, and fundamentally
Cooper
rooted in modern ideology.1 Further,
the Yavapai Nation’s successful
resistance to the dam’s construction is proof of the agency and
political validity in other ways of
knowing water, especially those
ways that challenge the modern
episteme.2 Orme Dam’s proposal is
an important precedent for those
designing environments wherein
implicit assumptions, politics, and
ethics manifest themselves physically
for the communities they affect.
The struggle over the Orme Dam
suggests that designers can use their
influence over the built environment
to substantiate the significance of
and possibilities for incorporating alternative historical, cultural,
and philosophical perspectives into
broader decision-making processes.
The notion of modernity
contains a theoretical and conceptual
ideology that has, for the last two
hundred years, permeated nearly
all sociospatial practices in the
Western world, including that of
environmental design.3 Modernity
prioritizes scientific reasoning,
objectivity, instrumental rationality, and mathematical formulae
as the mechanisms to make sense
of the world conceptually and to
establish its spatial logic. Within
this formulation, water becomes
“modern water,” a term to describe
the role of modern ideology in the
construction and reification of
conceptions of water, wherein water
is reduced to its chemical compound
of H2O, and its flows and fluxes are
described through the systematized
hydrologic cycle.4 The discipline
of hydrology structures knowledge
to pursue “universally applicable
‘laws’ of nature based upon practices
JAE 74:1
37
that guarantee accuracy and lack of
political bias.”5 In the environmental design fields, where scientific
methods and metrics are revered
and accounted for in design thinking
and processes, a critical engagement
with the underlying assumptions
embedded within the sciences is
required.
Under systems of modern
thought, governmental bureaucracies and institutions employ the
logics of empiricism and scientific
reasoning to radically simplify,
quantify, and standardize complex
environments in ways that benefit
their political agendas and promote
economic development.6 Geographer
Kenneth Olwig explicates the deep
connections between government,
economy, and environmental
management when he writes that
“landscape is the expression of the
practices of habitation through
which the habitus of place is
generated and laid down as custom
and law upon the physical fabric
of the land. A landscape is thus a
historical document containing
evidence of a long process of interaction between society and its material
environs.”7 With a specific focus on
water landscapes, Olwig’s statement
is a reminder that water’s flows and
fluctuations are the result of water as
an actant8 on the broader landscape
and the consequences of other social,
political, economic, and environmental processes acting upon water.
Over the last two hundred years,
these sociopolitical forces have
worked to convert arid America into
a bountiful agricultural landscape
through the standardizing, privatizing, and diverting of water. The
modernist belief that profitability
and efficiency benefit more people
than they harm has resulted in
the proliferation of hydroelectric dams, pumps, reservoirs, and
concrete aqueducts, producing social
inequities and asymmetric power
dynamics. These infrastructures,
made to appear as if borne from
pure objectivity and rationality,
are instead formed from political
agendas, economic potentials, legal
38
frameworks, and social values.
Understanding water exclusively
through this modern ideology falsely
abstracts it; inadequately simplifies
the complex sociocultural, political,
economic, and legal systems that
govern its movement through the
world; and neglects to acknowledge
the weaponization of water to exert
control and power in arid America.
Further, technodeterministic and
reductivist approaches to water
erase and delegitimize longstanding ontologies in order to advance
modern agendas. Incorporating
alternative views on water has the
potential to produce more equitable
systems of water management and
aridland development. Thus, this
paper reveals the interconnected
relationship between modern
ideology and the design, development, and management of the
environment.
Remembering and Forgetting Water
To many, the very idea of defining,
theorizing, or historicizing water
may seem unnecessary. This is
because, under modernist ideology,
water has been made to appear
conceptually fixed, scientifically
defined, and universally understood.9
In doing so, water is carefully
controlled, measured, and regulated.
Yet free-flowing waters move
according to topography, vegetation,
and soil permeability. As they pass
through the landscape, they indelibly
mark and form it—a process Toni
Morrison calls “remembering.” She
writes, “You know, they straightened out the Mississippi River in
places, to make room for houses and
livable acreage. Occasionally the
river floods these places. ‘Floods’
is the word they use, but in fact it
is not flooding; it is remembering.
Remembering where it used to be.
All water has a perfect memory and
is forever trying to get back to where
it was.”10
Morrison’s description
reiterates that the names and labels
assigned to things shape the way
we perceive them and, in turn, how
those interpretations physically
Waters Resist
materialize in the landscape. The
way we categorize the landscape
through names, concepts, and
physical structures is codified with
values and politics, whether overtly
or implicitly. Ascribing a particular
term to the process of water flowing
onto land that is usually dry suggests
that “flooding” is an abnormal
event rather than an inherent one.
The connotation that inundation
is somehow dangerous, unproductive, or unnatural helps to warrant
infrastructures and policy that
inhibit water’s “remembering.” It
follows then that these infrastructures and policies are active
participants in water’s “forgetting.”
To propose alternatives to the
technodeterministic approaches
offered by the natural sciences and
engineering, environmental design
disciplines must invent new ways to
describe and represent the landscape.
The term “flood” conflates the
inundation that occurs as part of
water’s natural cycle with the result
of water resisting modern control
of it. Separating these two actions,
remembering and flooding, allows
for a subtle but potentially potent
shift in the ways water landscapes are
perceived and constructed.
Water as Resource: Reclaiming
Aridlands
The settler migration to and cultivation of aridlands has historically
been entwined with modernist
conceptions that nature and its
ecologies can, and should, be
controlled and restrained through
rational technological advancements
and in service of the growth of a
nation’s population and economy.
Vis-à-vis this historical approach,
nature and society are placed in
stark opposition to one another,
and natural elements are viewed as
natural resources. The term “natural
resources” implies a utilitarian ethos
wherein all the Earth’s matter is an
asset available for human consumption and commodification. In 1947,
Gifford Pinchot, first chief of the
United States Forestry Service,
reinforced this point when he
Aztecs ever had in their palmist
days in Mexico and Central
America. Irrigation is the magic
wand which is to bring about
these great changes.12
Figure 1. Damming the Colorado River Watershed. Nearly every waterway in the Colorado River
watershed is controlled through hydraulic infrastructures that carefully regulate the pace, direction, and
quantity of water moving through region. (Image by author.)
famously declared, “There are just
two things on this material earth—
people and natural resources.”11
Pinchot’s proclamation signaled
modern America’s approach to the
environment—that the environment’s value is derived exclusively
from its ability to support a growing,
market-driven economy.
In efforts to generate profitability in, for, and from aridlands,
America’s official response to its
dry regions has been to approach
aridity as a condition in need of
amelioration—a problem to be
fixed through modern processes of
scientific rationality and technodeterminism. In 1893, Secretary of the
Interior John W. Noble expressed
the economic and political desire to
overturn the arid ecology when he
said,
Cooper
A hundred years hence these
United States will be an empire,
and such as the world never
before saw, and such as will
exist nowhere else upon the
globe. In my opinion the richest
portion of it, and a section fully
as populous as the East, will
be in the region beyond the
Mississippi. All through that
region, much of which is now
arid and not populated, will be
a population as dense as the
Noble’s prediction proved
prescient, and the implementation of large-scale irrigation
technologies, which relied on the
assumption of water as a natural
resource, supplanted all other
strategies for living with and in
aridlands.13 Throughout the modern
era, powerful political backing and
major financial investment has
continued to spur the construction
of large, highly complex networks
of irrigation infrastructure. Initial
efforts to irrigate the aridlands had
primarily been private enterprises
but were largely unsuccessful in
creating Noble’s agrarian empire. As
a result, when Congressman Francis
Newlands proposed to invest profits
from the sale of public lands into a
federal irrigation fund, President
Teddy Roosevelt enthusiastically
championed the policy.
Roosevelt believed that
Newlands’s National Reclamation
Act, and the resulting Bureau of
Reclamation, was the first step in
preventing western water to “run to
waste” by harnessing it in hydraulic
infrastructures and directing it
toward more efficient and productive
use.14 From this modern perspective, an undammed river delivered
all its waters to the sea, thus wasting
precious resources needed for
agriculture and limiting economic
development, population growth,
and the reclamation of the aridlands.
Using the term “reclamation” to
indicate both the implementation
of hydraulic infrastructure and the
federal agency to oversee it was
intentional for two reasons that
upheld modernist ideology: first, the
word denotes an improvement on
land for productivity; second, the
word has strong associations with “a
moral discourse of civilizing nature,
of ordering the world and making
it economically productive, and
JAE 74:1
39
Figure 2. Central Arizona Project in context. The federal approval of the Central Arizona Project in 1968
solidified Arizona’s powerful role in the control of Colorado River water. As part of CAP, water is brought
into Arizona via a 336-mile concrete aqueduct that works in coordination with hydro-electric pumps,
reservoirs, holding ponds, and diversion channels. Along the way, water passes over, under, and through
Indigenous lands, urbanized areas, and agricultural fields. (Image by author.)
thus [reclamation] was the basis of a
civilized society.”15
Efforts toward reclamation
ushered in an era of federal water
infrastructure projects aimed at
realizing modern ideas of water as
a resource through technocratic
solutions to scarcity. Subsequently,
the National Reclamation Act
of 1902 allocated funds to build
reservoirs to store surface water flow,
canals to convey water to farmers
and ranchers, and ditches to drain
excess water. The transformation of
the Colorado River watershed best
typifies how the conception of water
40
as a resource in America’s aridlands
physically manifested as an extensive
network of infrastructures. Despite
its modest size in terms of volume,
as the only meaningful “natural”
source of water in the dry region,
the Colorado’s cultural, economic,
and political significance was, and
continues to be, the arid region’s
most important geographic feature.
Modern Water in Action: The Central
Arizona Project and Orme Dam
Before it was controlled through
complex systems of hydraulic
engineering, the Colorado River
Waters Resist
had been notorious for its erratic
nature. In the spring, the river
was wild, violent, and seemingly
uncontrollable, while in dry seasons,
the flow could be little more than a
trickle. With modern advancements
in hydraulic engineering and the
financial backing of the Bureau of
Reclamation, the Colorado became
measurable, predictable, and highly
lucrative.16 With the construction of the Hoover Dam in 1935
and the eighteen subsequent dams
that followed, hundreds of miles of
concrete aqueducts and diversion
canals, reservoirs, pumping plants,
and power generation stations
allowed the Colorado River to
generate reliable and inexpensive
irrigation, electricity, water storage,
and flood control (Figure 1).
Precisely because of the
Colorado’s undeniable role in
regional and national aspirations
for economic growth, its waters
were and continue to be the subject
of tangled battles among diverse
interest groups—between the
United States and Mexico over
national water rights; among
western states that share point
sources; among urban centers,
conservationists, and the agriculture industry over how water
should be distributed; and between
farmers upstream and down. At
all levels of policy and for nearly a
century, efforts to allocate Colorado
River water, to advance economic
interests, and to control labor and
resource profitability have been met
with contradictory agendas from
governments, Indigenous nations,
corporations, advocacy organizations, and individuals.
Today, the river and its tributaries are credited with supplying
water to nearly forty million people
in seven US states, irrigating over
5.5 million acres of agricultural
land, producing over four billion
kilowatt hours of energy per year,
and attracting more than seven
hundred thousand visitors annually.17
In the manipulation and control of
Colorado River water, the hydrological sciences have prevailed as the
Figure 3. Orme Dam. 30 miles north of the Phoenix metropolitan area, the site of Orme Dam was strategically selected in an effort to control the Verde and Salt
Rivers, the most important rivers in the region. The proposed site was located at the edge of both the Fort McDowell Yavapai Nation and the Salt River Pima
Maricopa Indian Community reservations. (Image by author.)
primary means of legitimizing its
control. Texas congressman Jim
Wright expressed the necessity to
control water in the aridlands when
he announced in 1977, “Water is
man’s most indispensable commodity
and man’s most useful servant.
Trapped, harnessed, and directed
by human intelligence, it runs our
mills and grows our corps; it powers
our machinery and lights our homes;
cleanses our waste and moves our
commerce. Unharnessed and left to
rampage, it can inundate our cities
and our farms, destroy our homes
and our hopes, afflict us with disease
and death, and carry away to the seas
the fertile topsoil upon which our
vaunted civilization rests.”18
Wright’s statements represented
how economic potential and social
progress dictated federal and state
water policies—a practice that
continues today. Such modern
conceptions of water were embedded
within the political and spatial
plans for the Central Arizona
Project (CAP) and Orme Dam.
Initial plans for CAP proposed
channeling Colorado River water
from Lake Havasu in northwest
Arizona to the Phoenix metropolitan area and then to Tucson in the
southern part of the state through
a 336-mile-long aqueduct and a
series of pumps, recharge basins,
dams, and reservoirs. With an
estimated price tag of USD 1.2
billion, CAP was approved in 1968,
stewarded by Arizona congressman Carl Hayden and authorized
by President Lyndon B. Johnson
(Figure 2).19 The Orme Dam, one of
CAP’s four proposed multipurpose
Cooper
dams, was to be strategically located
at the confluence of the Salt and
Verde Rivers, which would allow
one structure to efficiently control,
channelize, and commodify the
waters of the Salt, Verde, Agua Fria,
and Gila Rivers (Figure 3).
As early as 1890, the Bureau
of Reclamation had its sights set
on this very same site and revived
the proposal in 1947 in response to
mounting pressure from Arizona
leaders who believed it to be key
for boosting economic growth and
development in Phoenix.20 Under the
approved plan, Orme would store
CAP water for managed distribution to the Phoenix metropolitan
area, control the flow rate and speed
of Salt and Verde waters, and offer
recreational facilities on the reservoir
behind the dam.21 The dam was to
JAE 74:1
41
be one mile long and 190 feet high,
impounding nearly one million
acre-feet of floodwater and providing
350,000 acre-feet of storage.22 But
the Orme Dam would also inundate
nearly two-thirds of the Yavapai
Nation’s reservation lands at Fort
McDowell, forcing their relocation
and the loss of between twelve
thousand and fifteen thousand acres
of the Yavapai’s irrigated lands, as
well as destroying the historic Fort
McDowell, 120 prehistoric Hohokam
sites, and the Yavapai tribal cemetery
(Figure 4).23 Anticipating the
consequences to their livelihood, the
Yavapai Nation opposed construction
of the Orme Dam.
The same year that Wright
described water as “man’s most
useful servant,” Arizona senator
Barry Goldwater famously warned
that without CAP, “this Valley
is going out of business.”24 Both
Wright and Goldwater emphasized
an economic argument for water
infrastructure in the aridlands,
despite continued predictions for
the long-term and devastating social
and ecological consequences for
the Yavapai Nation. They were not
alone; in 1975 an editorial published
in the Arizona Republic concluded,
“It is inconceivable that any court
would fail to place the needs of
more than a million people above
those of 456 people.”25 The 1976
Federal Environmental Impact
Statement of Orme Dam, the first
official document to explicitly or
indirectly reference the Yavapai
Nation, stated, “The fact that the
Fort McDowell Yavapai society was
able not only to withstand any but
all of these threats is indicative of
the presence of vigorous survival
elements in its culture.”26 The
report used the Yavapai’s “vigorous
survival” as political leverage to
advocate for Orme’s construction by
directly referencing the endurance
of the Yavapai Nation in the face
of repeated attempts to disenfranchise and dispossess them of their
ancestral lands, attempts that had
been perpetrated by the federal
government.27
42
Figure 4. Flooding the Yavapai Nation. The proposed Orme Reservoir would have flooded nearly twothirds of the Yavapai Nation reservation lands. Despite being offered compensation, the Yavapai resisted
the construction of Orme Dam for nearly 40 years and successfully impeded it in 1981 (Image by author,
after Bureau of Reclamation, 1972.)
Resisting Modern Ontologies: The
Second Trail of Tears
Despite modernity’s reliance on
stark divisions between what is
“natural” and what is “cultural,”
human-made transformations in the
environment unavoidably produce
new socionatural assemblages and
conditions.28 In the aridlands,
water is a socionatural element
that intersects issues of justice and
equity. In September 1981, after
nearly forty years of opposing the
Orme Dam, one hundred members
of the Yavapai Nation marched
for three days in protest from the
Fort McDowell Yavapai Nation
reservation to Arizona’s capitol
building in Phoenix, thirty miles
Waters Resist
south (Figure 5). Upon arrival, they
delivered a handwritten letter to
Governor Bruce Babbitt, detailing
their opposition to the dam and
explicating their connections to
the land that Orme would inundate.
Named the “Second Trail of Tears,”
the march reenacted the earlier,
involuntary Trail of Tears, which
had been instrumental in the brutal
resettlement of the Yavapai Nation
in 1875. The original march from
Camp Verde to the San Carlos
Apache Reservation had forced
nearly 1,400 Yavapai people to
walk approximately two hundred
miles over nearly two weeks, in
blistering winter weather and over
rugged terrain. Ceahanna, a Yavapai
woman who had survived the trek
as a child, wrote the following of
her experience: “We were many
moons on the trip. With bleeding
feet, weary in body and sick in
heart, many wanted to die. Many
did die. Rations were meager. . . .
We were not allowed to take the
time and strength to bury the
dead, and who would want to bury
the dying? We waded across many
streams. . . . Some of the weaker
ones washed away down the river to
a watery grave. Those of us who did
survive the crossing were more like
drowned rats than human beings.”29
The original Trail of Tears
remains a pivotal event in Yavapai
oral history, and the Second Trail of
Tears highlighted the conspicuous
parallels between the earlier forced
resettlement and the impending one
if the Orme Dam was constructed.
On recounting the parallels between
the first and the second Trail of
Tears, sociologist Wendy Nelson
Espeland argues that the reenactment was “more than an example of
clever political strategy, an astute
manipulation of powerful images
and symbols. This march was part of
a complex process of the symbolic
appropriation and reinterpretation
of their past.”30 By October 1981, less
than a month after the march, the
Yavapai succeeded in impeding the
construction of the Orme Dam. The
Yavapai Nation’s successful protest
of the dam affirms assertions that
resistance to water’s participation
in injustice can be successful, even
in the most totalizing hegemonic
contexts.
Alternative Ontologies and
Commensurate Exchange
As part of their proposal for
the Orme Dam, the Bureau
of Reclamation included land
concessions and financial remunerations to the Yavapai Nation. The
bureau’s plan was based on what
they believed to be a commensurate exchange of land, water, and
money—in exchange for their
lands, the Yavapai Nation would
be financially compensated,
resettled, and given an additional
2,500 acres of nearby land.31 From
the perspective of the Yavapai
Nation, however, the bureau’s
proposal was not an equal or fair
exchange, and because the bureau
did not recognize or even acknowledge that the Yavapai people do
not share the same ontological
framework for understanding
land and water, these differences
proved irreconcilable. The bureau’s
proposal operated under two false
assumptions: first, that all lands are
equivalent in material, spiritual,
and cultural terms for the Yavapai
Nation; second, that any additional
reluctance to the proposal could
be assuaged through financial
compensation.
The Yavapai Nation had
struggled for the past 150 years
to keep their lands, repeatedly
resisting forced resettlement
and dispossession. Most Yavapai
understand their relationship to
land and water as temporally and
geospatially specific.32 Returning to
Olwig’s declaration that landscape
is a historical document makes
clear the importance of the lands
at Fort McDowell in the memory
and creation of Yavapai history. One
member of the Yavapai Nation told
Nelson Espeland, “It’s about still
being here. It’s about this land. A
lot of things have happened here.
We remember with the land.”33
Another member of the Yavapai
Nation noted, “The Indian knows
that his land and life is intertwined,
that they are one unit. Without the
land, the Indian cannot survive and
without the Indian the land cannot
be land, because the land needs to
be taken care of in order to survive
life.”34
Conceived through this
ontological framework, the “cost” of
losing their lands at Fort McDowell
could not be calculated through
an empirical analysis of water
rights, land use, property value, or
any other metric to measure the
economic value of their environment. Yavapai elder Hiawatha Hood
reiterated the incompatibility
Cooper
between the Yavapai conception of
land ownership and the modernist,
economic perspective held by the
United States when he said, “You
could fill this whole room with
money and I’d still want land.”35
Compounding the difficulties of
establishing commensurate metrics
by which to evaluate the Orme Dam
was a widespread distrust among
the Yavapai Nation for the federal
government. Yavapai chairman
Vincent Smith exclaimed, “They
took away nine million acres
from us; then they said we’ll give
you this 24,000 acres and let you
alone. Now they want to take half
of that. My people are starting
to think that they won’t stand
by their word.”36 The fight over
the Orme Dam illustrates how
worldviews and perceptions of
nature shape the politics, ethics,
and physical infrastructures of its
transformation.
Once the Orme Dam proposal
had been thwarted, an alternative
plan was adopted in its stead.37 Plan
Six, the chosen alternative proposal,
elevated the height of the Roosevelt
Dam on the Salt River by seventysix feet, modified the existing
structure of the Stewart Mountain
Dam on the Gila River, and
constructed the New Waddell Dam
on the Agua Fria River.38 The story
of the Orme Dam and the Yavapai
Nation’s resistance to it reveals what
historian Ron Schilling called “the
interplay of politics, economics,
technology, environmental activism,
and tribal sovereignty in twentiethcentury water issues.”39 Further,
the adoption of Plan Six suggests
that even after the resistance had
prevented construction of Orme
at the confluence of the Salt and
Verde Rivers, the modern ontology
of water simply reinvented itself
somewhere else.
Despite modernity’s prevailing influence over the environment,
exposing modern ideologies as
constructed, not predetermined,
given, or universal, permits the
recognition of other ontologies
that ascribe value to land and
JAE 74:1
43
water. Alternative ontologies
support Bruno Latour’s argument
that no thing—person, object,
or process—falls neatly into the
categories of “nature” and “society”
but rather moves between them as
hybrids.40 Thinking of all things
as socionatural hybrids allows for
a more nuanced approach to the
environment that reflects biochemical processes and sociopolitical
contexts.
Competing Values of Water
Figures 5, 6, 7. Resisting Orme Dam. In 1981, 100 members of the Yavapai Nations marched in protest
from their lands on Fort McDowell to Arizona’s capital building in Phoenix. The walk, named “The Second
Trail of Tears,” intentionally referenced the past and involuntary “Trail of Tears” of 1875 through which
the Yavapai were forced into resettlement. (Published with permission from the Fort McDowell Yavapai
Nation, September 26, 1981).
44
Waters Resist
The emergence of hydrology as an
environmental science has had two
prevailing and interrelated effects
on the sociopolitical and spatial
landscape of arid America. First,
by representing water in terms of
its “natural” circulation devoid
of any sociopolitical context, the
hydrologic cycle implies that water
moves in a uniform, rational, and
predictable manner. The natural
state ascribed to water allows
conditions of inundation or scarcity
to be regarded as part of water’s
“natural” cycle rather than as a
result of society’s manipulations of
the environment. Viewed through
this lens, drought conditions
have often provoked, modified, or
intensified infrastructural systems
to harness more water with more
predictable frequency, rather than
the drought signaling how human
interventions have produced
a shortage of water in the first
place.41 Second, the abstraction of
water from its social and cultural
contexts reinforces that water’s
value is ultimately derived from
its role in bolstering economic
agendas. In the era of modern
water management, technocrats
have become the leading providers
of environmental information for
design interventions and planning
processes. The resulting political
and social power gained through
these policies has been continually
reinforced through perceptions
of scientific neutrality, allowing
social inequities that emerge
from environmental policy to be
dismissed. Scientific hydrology
bolsters water’s role as a commodity
to be bought, sold, regulated, and
distributed according to market
value and opportunity, even if the
“wetting” of one place results in
ecological or social desiccation in
another. In the context of aridity,
the movement of water to spaces
of high economic potential (urban
centers, sites of extraction, and
agricultural landscapes) coincides
with intensified concentrations of
social and political power.42 As a
result, these infrastructures have
not only continued to fundamentally change the way people occupy
the aridlands but also necessitated
a new class of technocrats who
deploy the authority of hydrologic
knowledge to radically reconfigure
the relationship between water and
society.43
Social processes are often
excluded as points of consideration
in environmental science research
and in planning documents and
policies. Instead, this research has
primarily focused on assessing
physical and ecological conditions
as if the environment exists in
isolation or can be neatly separated
from its sociopolitical contexts.
Understanding water requires
ecological, cultural, and political
dimensions; every drop of water is
saturated with meaning and value.
Premodern conceptions of water
were multiple, mutually existent,
and situated within temporal,
geographic, and sociocultural
contexts.44 With modernity, water
came under the calculating eye
of the state through bureaucratic
systems that standardized measurements and instituted new forms
of accounting based on scientific
rationality. Modernity marked a
turning point in society’s relationship to the environment when
multiple ontologies of water were
replaced with a singular, stripped
down, rationally governable kind of
water.
Once other ways of knowing
water were made irrelevant or
inconsequential because of prevailing modern conceptions of water,
water itself became hegemonic.45
Building from a Gramscian
definition of hegemony in the
specific context of water, the Orme
Dam can be understood as an
example of “hydro-hegemony,”
in which water politics are deeply
connected to and influenced by
dominant power relations and
authority.46 Control over water, in
a modern paradigm, is achieved
through a battery of power tactics
and strategies that rely on the public
acceptance that water is a resource
to be managed to benefit economic
and political agendas.
Despite ever-present dryness
in most of the American West,
dependence on a continuous,
reliable source of water, coupled
with an established confidence in
technodeterminism, has legitimized
the engineering of almost every
major water source for productivity, predictability, and profitability.
Countless episodes across the
American West corroborate Valerie
Kuletz’s observation that “those
paying the highest price for
advanced technologies are often
those for whom technology offers
the least benefits.”47 While these
major irrigation projects continue
to provide water and power to
millions of people, sustain growth
and economic development in urban
centers, and feed millions of acres
of agriculture, they also have been
the source of social, cultural, and
environmental injustices generating widespread social and economic
unevenness.48 It is this imbalance
that leads historian Donald Worster
to define the American West as an
“increasingly coercive, monolithic,
and hierarchical system, ruled by a
power elite based on the ownership
of capital and expertise.”49 The
Orme Dam proposal and its
anticipated sociocultural and
environmental consequences on the
Yavapai Nation illustrates how this
unevenness upends the ideological divide between society and
nature by providing evidence of the
ways that the two are profoundly
entwined and enmeshed.
Cooper
Imperatives for Design
Today, water remains a symbolic
representation of opportunity,
security, and power in the American
West. The continued financial and
political investments in large-scale
irrigation projects expose
cultural norms and suggest that
implementing advanced engineering technologies is the only option
for sustained economic and social
progress in modern arid America.
The Orme Dam is one example
of many that reveals how implicit
assumptions, politics, economics,
and ethics about the environment
manifest physically through the
ways that space is ordered, planned,
designed, and constructed.
Including nonmodern water
ontologies into design considerations is a necessary practice in
creating more just and resilient
landscapes and cities. Overturning
the normalization of modern water
within the environmental design
disciplines requires both incorporating stories like the Orme Dam
into the canon of didactic case
studies and critically engaging with
nonmodern worldviews. In doing
so, designers can acknowledge and
evaluate their own assumptions
throughout the design process.
Further, this type of cultural design
process allows for multiple and
alternative ontologies to fundamentally guide decisions made about the
environment through the ways that
designers envision the landscape.
Landscape architect James
Corner asserts that design is “a
value-laden activity that not only
reflects, but also constitutes the
ethos of a culture.”50 The successful resistance to the Orme Dam
demonstrates that designers have
agency in changing both the
physical form of the landscape and
the perceptions of it by advocating
for alternative historical, cultural,
and philosophical contexts in
decision-making processes. In
designing spaces that directly
respond to alternative ways of
engaging with the environment,
designers not only expand the
JAE 74:1
45
cultural ethos but also normalize
these ontologies as valid considerations in the design process.
Notes
1
Postscript
This paper was written from my
office at the University of California,
Berkeley, on unceded lands that
were the ancestral territory of the
Chochenyo Ohlone Nation prior to
their forced and violent removal.
I recognize that as a member of
the Berkeley community, I benefit
from the use and occupation of this
land. I also acknowledge that I do
not have a direct relationship with
the Yavapai Nation, around whom
much of this research is centered.
Their successful resistance to the
Orme Dam is a vital example to
understand how insidious modern
ontologies of water and land are
in shaping socioenvironmental
relationships and in providing an
alternative to such relationships. My
research depends on the scholarship of others to whom I am deeply
grateful.51
Author Biography
Danika Cooper is an assistant
professor of landscape architecture and environmental planning
at the University of California,
Berkeley, where the core of her
research centers on the geopolitics of scarcity, alternative
water ontologies, and designs
for resiliency in the world’s arid
regions. Her work incorporates historiographical research
methods, landscape architecture
design and visualization, and
theories of urban infrastructure to
evaluate and design arid landscapes
for environmental and social
justice. Specifically, Cooper is
focused on finding alternatives
to the prevailing nineteenthcentury conceptions that the
aridlands should be overturned
through technocratic solutions
and neoliberal politics. Her work
has been published and exhibited
around the world, and she has
practiced in both the United States
and India.
46
2
3
4
5
6
7
8
9
10
11
12
13
See, e.g., Jamie Linton, What Is Water? The
History of a Modern Abstraction (Vancouver:
UBC Press, 2010); Jeremy J. Schmidt, Water:
Abundance, Scarcity, and Security in the Age
of Humanity (New York: NYU Press, 2017);
Veronica Strang, The Meaning of Water (Oxford:
Berg, 2004); and Astrida Neimanis, Bodies
of Water: Posthuman Feminist Phenomenology
(London: Bloomsbury, 2017).
There were many others involved in the
resistance movement. For the purposes of
this paper, I chose to highlight the specific
role of the Yavapai Nation’s successful
impediment of the Orme Dam. There were,
however, environmentalists, Arizona citizen
groups, academic researchers, and other
Indigenous nations and activists who all
participated in the long battle against Orme.
See Maria Kaika, City of Flows, 1st ed. (New
York: Routledge, 2004), 11–26.
“Modern water” is a term developed by
geographer Jamie Linton to describe the ways
that modern ideology is embedded within the
definition, perception, and manipulation of
water. See Linton, What Is Water?
Timothy Forsyth, Critical Political Ecology:
The Politics of Environmental Science, 1st ed.
(London: Routledge, 2002), 92.
See Erik Swyngedouw, Liquid Power: Contested
Hydro-Modernities in Twentieth-Century Spain
(Cambridge, MA: MIT Press, 2015); and
James C. Scott, Seeing Like a State: How Certain
Schemes to Improve the Human Condition Have
Failed (New Haven, CT: Yale University Press,
1999).
Kenneth Olwig, Landscape, Nature, and the Body
Politic: From Britain’s Renaissance to America’s
New World (Madison: University of Wisconsin
Press, 2002), 226.
For the purposes of this paper, the term
“actant” is used with Bruno Latour’s
definition in mind. Latour defines “actant” as
those nonhuman, nonindividual entities that
add “information on the relations of humans
in a social and natural world.” See Bruno
Latour, “On Actor-Network Theory: A Few
Clarifications,” Soziale Welt 47, no. 4 (1996):
369–81.
See Linton, What Is Water?
Toni Morrison, “The Site of Memory,” in
Inventing the Truth: The Art and Craft of Memoir,
ed. William Zinsser (Boston: Houghton
Mifflin, 1995), 98–99.
J. Baird Callicot, “The Implication of the
‘Shifting Paradigm’ in Ecology for Paradigm
Shifts in the Philosophy of Conservation,”
in Reconstructing Conservation: Finding Common
Ground, ed. Ben A. Minteer and Robert E.
Manning (Washington, DC: Island Press,
2003), 244.
Donald Worster, Rivers of Empire: Water,
Aridity, and the Growth of the American West
(Oxford: Oxford University Press, 1992), xi.
There is a long history of premodern and/or
non-Western societies living in the aridlands
with hydraulic engineering systems. Many
of these societies are described in Donald
Worster, Shrinking the Earth: The Rise and
Waters Resist
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
Decline of American Abundance (Oxford: Oxford
University Press, 2016), 17–60.
Patrick Carroll, “Water and Technoscientific
State Formation in California,” Social Studies
of Science 42, no. 4 (August 2012): 497.
Carroll, 497.
In 1922, the seven states of the Colorado
River watershed—Arizona, California,
Colorado, Nevada, New Mexico, Utah, and
Wyoming—negotiated the Colorado River
Compact, which legally divided the watershed
into an Upper and Lower Basin and
apportioned each basin’s 7.5 million acre-feet
of water in perpetuity. The regulation of
the Colorado water was a major step in
securing the immense population growth and
economic prosperity of the aridlands.
U.S. Department of the Interior, Bureau
of Reclamation, Colorado River Basin Water
Supply and Demand Study: Executive Summary
(Washington, DC: U.S. Department of the Interior,
Bureau of Reclamation, 2012).
Wendy Nelson Espeland, The Struggle for Water:
Politics, Rationality, and Identity in the American
Southwest (Chicago: University of Chicago
Press, 1998), 10.
Espeland, 8.
See Ron K. Schilling, “Indians and Eagles:
The Struggle over Orme Dam,” Journal of
Arizona History 41, no. 1 (2000): 59–60.
See Rich Johnson, The Central Arizona Project,
1918–1968 (Tucson: University of Arizona
Press, 1977), 223.
See Schilling, “Indians and Eagles,” 58.
See Schilling, 58, 60.
Philip L. Fradkin, A River No More: The
Colorado River and the West (Berkeley:
University of California Press, 1996), 10.
Espeland, Struggle for Water, 210.
U.S. Department of the Interior, Bureau
of Reclamation, Orme Dam and Reservoir
Environmental Statement, Draft INT DES
76-17 (Washington, DC: U.S. Department
of Interior, Bureau of Reclamation, May 21,
1976), 126.
The Yavapai’s legacy of social disenfranchisement and land dispossession is long.
The Yavapai Nation was forcefully relocated
in 1872 from their ancestral lands to Camp
Verde after gold and copper were discovered
in the San Francisco Mountains. Three years
later, in 1875, they were moved again to the
San Carlos reservation. In 1903, President
Theodore Roosevelt approved the Fort
McDowell reservation, forcing the Yavapai
Nation to relocate for the third time in
approximately twenty years. According to
historian William R. Coffeen, the Yavapai
population dwindled from 1,500 people
in 1875 to five hundred in 1900. Detailed
accounts of the Yavapai Nation’s history of
resettlement can be found in Timothy Braatz,
Surviving Conquest: A History of the Yavapai
Peoples (Lincoln: University of Nebraska
Press, 2003); and William R. Coffeen, “The
Effects of the Central Arizona Project on
the Fort McDowell Indian Community,”
Ethnohistory 19, no. 4 (1972): 345–77.
See Swyngedouw, Liquid Power.
Braatz, Surviving Conquest, 174–75.
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
Wendy Espeland, “Legally Mediated Identity”
Law & Society Review 28, no. 5 (1994) 1154.
See Coffeen, “Effects of the Central Arizona
Project,” 357–59.
See Espeland, Struggle for Water, 200–205.
Espeland, 200.
Espeland, 201.
Schilling, “Indians and Eagles,” 69.
Schilling, 65.
After much protest from members of the
Fort McDowell Yavapai Nation reservation, environmentalists, and other advocacy
groups, federal funding for the construction
of the Orme Dam was officially revoked in
1981. In 1977, President Jimmy Carter and
Secretary of the Interior James G. Watt had
removed the Orme Dam and sixteen other
federal water projects from the federal
appropriations bill because of environmental
or economic concerns.
See “Central Arizona Project, Project
Webpage,” U.S. Department of the Interior,
Bureau of Reclamation, https://www.usbr.
gov/projects/index.php?id=504.
Schilling, “Indians and Eagles,” 57.
See Bruno Latour, We Have Never Been
Modern, trans. Catherine Porter (Cambridge,
MA: Harvard University Press, 1993), 10, 30.
Jamie Linton called this process “manufactured scarcities.” See more in Linton, What
Is Water?, 68–72.
See Janine MacLeod, “Water and the Material
Imagination: Reading the Sea of Memory
Against the Flows of Capital,” in Thinking with
Water, ed. Cecilia Chen, Janine MacLeod, and
Astrida Neimanis (Montreal: McGill-Queen’s
University Press, 2013), 42.
See Worster, Rivers of Empire, 51.
See Astrida Neimanis, “Hydrofeminism: Or,
On Becoming a Body of Water,” in Undutiful
Daughters: New Directions in Feminist Thought
and Practice, ed. Henriette Gunkel, Chrysanthi
Nigianni, and Fanny Söderbäck (New York:
Palgrave Macmillan, 2012), 85–99; Julian S.
Yates, Leila M. Harris, and Nicole J. Wilson,
“Multiple Ontologies of Water: Politics,
Conflict and Implications for Governance,”
Environment and Planning D: Society and Space
35, no. 5 (2017): 797–815; Deborah McGregor,
“Traditional Knowledge: Considerations for
Protecting Water in Ontario,” International
Indigenous Policy Journal 3, no. 3 (September
2012): 1-23; Chen, MacLeod, and Neimanis,
eds., Thinking with Water; and Veronica Strang,
“Conceptual Relations: Water, Ideologies,
and Theoretical Subversions,” in Chen,
MacLeod, and Neimanis, Thinking with Water,
185–211.
Linton, What Is Water?, 9, 51.
Filippo Menga, “Reconceptualizing
Hegemony: The Circle of Hydro-Hegemony,”
Water Policy, (September 14, 2015):
401-418; Mark Zeitoun and Jeroen Warner,
“Hydro-Hegemony – a Framework for
Analysis of Trans-Boundary Water Conflicts,”
Water Policy 8, no. 5 (October 2006): 435-460.
Valerie L. Kuletz, The Tainted Desert:
Environmental and Social Ruin in the American
West (New York: Routledge, 1998), 14.
This unevenness relies on the theory of
49
50
51
Cooper
uneven development, as advanced by Neil
Smith in his foundational text, Uneven
Development: Nature, Capital, and the Production
of Space, 3rd ed. (New York: Verso, 2010).
Worster, Rivers of Empire, 7.
M. Elen Deming, “Value Added: An
Introduction,” in Values in Landscape
Architecture and Environmental Design: Finding
Center in Theory and Practice, ed. M. Elen
Deming (Baton Rouge: Louisiana State
University Press, 2015), 1.
In particular, I am indebted to the work of
Wendy Nelson Espeland, whose Struggle for
Water provided both a useful theoretical
framework for understanding the underlying sociopolitical context of the Orme
Dam and a collection of stories from the
Yavapai community that acknowledge their
long-fought history to retain their culture
and land.
JAE 74:1
47