The first blow was the destruction of 2,000 acres of alkali meadows of the Carson Slough—considered to be the largest wetland complex in southern Nevada and home to the probably extinct Ash Meadows montane vole—before it was drained of its life for a peat mining operation during the early 1960s. The peat supply, which had taken thousands of years to form, ran out within three short years. Next, a corporate cattle and alfalfa ranch run by Cappaert Enterprises’ Spring Meadows Ranch, Inc. acquired 12,000 acres of both private and public land holdings a few years later. Immediately the outfit bulldozed the natural springs into oblivion, constructed ditches and other water control infrastructure, and began drilling supplemental production wells to irrigate 4,000 acres already in cultivation. Although never put into full production, a single test well drilled near the 40-acre Devils Hole reservation along with several nearby wells caused the water level of the Devils Hole to drop drastically—portending the most certain demise of C. diabolis if the Cappaerts were allowed to continue pumping water unencumbered and at will.
Concerned biologists and activists immediately responded by joining together to form the Desert Fishes Council. The group, which included Phil Pister who had literally saved the entire population of Owens Valley pupfish (C. radiosus) from extinction in 1969 when he carried two buckets of remaining pupfish from a nearly dried up stream called Fish Slough, pushed Congress to organize a Pupfish Task Force that was eventually overseen by the U.S. Department of the Interior in 1970.
Timetable for Disaster, an Emmy winning, hour-long NBC documentary on water pollution broadcast in 1970, featured a 15-minute segment on the plight of Devils Hole. This plus other media attention fueled general public support for protecting the pupfish, although some Nevadan locals, including a Nye County commissioner, countered the conservationists’ SAVE THE PUPFISH bumper sticker with one displaying KILL THE PUPFISH. Throughout this period the Spring Meadows Ranch continued to withdraw from three wells that were steadily decreasing the Devils Hole water level. By 1972, groundwater levels dropped to 3.9 feet below the wall-mounted copper gauge thus exposing more than 60 percent of the limestone shelf needed for the pupfish to spawn, forage and ultimately survive. As tensions mounted over the ensuing lawsuits and appeals, an Elko newspaper editor, angered at the Feds for meddling in state water politics, went as far as to write a blistering and thoughtless editorial in 1976 suggesting that someone pour Rotenone, a potent piscicide, into the pool to permanently do away with “the 200 little fish nobody can ever see.”
Cappaert Enterprises’ waterights lawsuit eventually made its way to the U.S. Supreme Court. In 1976, the landmark Cappaert v. United States unanimous decision ruled in favor of the federal government, upholding its right “to maintain the level of the pool to preserve its [C. diabolis] scientific value.” Additionally, it held that Devils Hole pupfish were “objects of historic and scientific interest,” and, most importantly, worthy of our protection and preservation. The case acknowledged the interconnected aspects of the Death Valley regional surface and groundwater flow system and illuminated how pumping water in one location could negatively impact another seemingly far away. The Cappaert decision along with an earlier case clarifying Native American water rights in conjunction with the Endangered Species Preservation Act of 1966 that led to the watershed 1973 Environmental Protection Act paved the way for the federal government to reserve water rights and consequently protect through its authority other rare aquatic species and habitats throughout the United States.
When Spring Meadows Ranch, Inc. ceased operations, it offered to sell its land and associated water rights to the U.S. Fish and Wildlife Service. Oddly the agency declined, reasoning that the endemic fishes of the area, which include the Ash Meadows Amargosa pupfish and the Ash Meadows speckled dace, had not yet been listed as federally endangered. This unfortunate decision opened the door for a new threat—Cappaert instead sold its holdings to Preferred Equities Corporation run by Pahrump businessman Jack Soules, whose grand plan to develop Calvada Lakes estates launched in 1980 included nearly 34,000 residential lots, various recreational lakes, golf courses, hotels, strip malls, an airport and other unsustainable commercial development. Once again developers won out. While more habitat destruction ensued, the Nature Conservancy was busy organizing funding to buy the property outright and transfer it over to Fish and Wildlife at their cost.
Even Ed Abbey—who had finished up his final draft for Desert Solitaire during 1966-67 at a brothel’s bar at the edge of Ash Meadows (while waiting to shuttle local children from nearby Shoshone to Furnace Creek in his yellow school bus)—was recruited to join the cause by the wife of one of the more intimately involved biologists but declined, suggesting that they bring in the “Monkeywrench Gang” if deemed necessary.
Soules, a difficult character all around, stalled negotiations with inflated counteroffers and at one point boasted to biologists Jim Deacon, Don Sada and others at Kings Pools on how he planned to incorporate ancient Indian grinding depressions preserved in surrounding boulders with the spring itself as living room “centerpieces” for his own personal home. After some newly protected Ash Meadows pupfish and speckled dace were found dead at this same location, Preferred Equities was finally shut down by 1982. Soules died of a heart attack a year later while on a Pahrump golf course. Two years later the 23,000-acre Ash Meadows National Wildlife Refuge became a reality.
The remediation and restoration of the Ash Meadows seen today is miraculous to the say the least. The picture biologists paint after the land was finally transferred over to U.S. Fish and Wildlife suggest that this landscape was bleak and hardly recognizable—its destroyed springs overrun by exotic species and its endemics on the brink of extinction. Walking the elevated boardwalks today I am amazed by how well the biologists, contractors, and volunteers managed to radically reconstruct, restore and transform this ecology—essentially bringing it back from the dead. The restoration here is not complete and the place itself may not be exactly as it had been before Euro-Americans arrived, but that is not really the point. If one considers and reflects on how humans have collaborated—sometimes negatively, sometimes positively—with natural systems over time, we may be able to learn a few things about ourselves and possibly what is outside of ourselves as well.
Devils Hole Simulacra
Although the 1976 Cappaert v. United States legally protected the critically endangered C. diabolis—by guaranteeing the water level of the Devils Hole pool would be continuously and adequately maintained so the pupfish could thrive and reproduce—the law did not provide solutions for the various naturally occurring and human-induced environmental challenges it now faced.
Managed jointly today by the National Park Service as a satellite unit of Death Valley National Park in conjunction with the U.S. Fish and Wildlife Service and Nevada Department of Wildlife, scientists first began recording the number of observed fish living wild at Devils Hole during biannual dive counts beginning in 1972. The highest recorded tally were 553 pupfish in August 1977. Keeping in mind that Devils Hole pupfish populations fluctuate seasonally and are higher in fall than during spring due to their natural life cycle—the average population counts remained fairly stable from 1972 to 1996 at 324 fish. Alarmingly, a downward spiral began to take hold; 171 fish were recorded in 2004, 85 in November 2005 and only 38 in April 2006. A supplemental feeding program begun in 2006 may have helped improve population counts for several years afterwards but scientists cannot say for sure. Unfortunately, their numbers mysteriously dropped again to the all-time low of 35 fish in spring 2013.
It hasn’t helped that C. diabolis is incredibly difficult to breed in captivity or that series of poor management decisions were made since active stewardship of the species began in 1972, including earlier removals of too many wild pupfish in an attempt establish backup colonies elsewhere. Mishaps also occurred, including a 2004 incident when university researchers improperly stored larval fish traps that washed into the pool after a flash flood, killing more than a third of the population. The majority of the incidents, equipment malfunctions and the like, occurred at the off-site refuges such as an artificial pool built in 1972 to house them at Hoover Dam.
Just a few months after the dismal count was announced in 2013, the $4.5 million Ash Meadows Fish Conservation Facility opened its doors less than a mile away from its twin. This state-of-the-art 110,000-gallon refuge tank and filtering system was designed as a replica of Devils Hole—down to an identical shallow spawning/foraging shelf. Although the drab grey concrete infrastructure is no match for the original’s sublime appearance, the design does simulate every pool contour along with oxygen-deprived 92.3˚ Fahrenheit water sourced from a nearby 100-foot well, which is chemically identical to that of Devils Hole. The tank only reaches down to 22 feet instead of some unknown depth, but does extend out from under the building to provide some twists and turns for the pupfish to explore. A computerized shading system covering the semi-open louvered roof allows the structure to mirror Devils Hole’s own exposure both daily and seasonally. Additionally, a large southern-facing window frames a lovely view of Ash Meadows. An array of complex and redundant apparatuses, sensors, cameras and security systems monitor the fish, water levels, pool temperature and the buildings 24/7.
The pupfish’s favorite meal of algae, diatoms and tiny invertebrates are grown at the “slime factory” in an adjacent building along with offices and the working guts of this elaborate maintenance operation. The conservation team led by U.S. Fish and Wildlife biologist Olin Feuerbacher are currently involved in transferring wild Devils Hole eggs that would not become naturally viable through a painstaking collection process involving “egg recovery mats” brought into the facility, and carefully searched to find every last tiny pupfish egg that measure only a mere 1 mm in diameter. After a series of precautionary decontamination treatments, the eggs are hatched and reared until the fish are old enough to transfer into the refuge pool. In was reported in late 2014 that 29 “pure” Devils Hole pupfish have been raised to adulthood, producing the first successful captive population in nearly ten years. Having observed their work firsthand, I can attest to the diligence and commitment required to nurture and protect these prized fish from extinction.
The National Parks Service Devils Hole program along with the U.S. Fish and Wildlife’s new rearing facility together costs taxpayers $640,000 annually. Detractors often cite the cost of the facility and its upkeep as a waste of public funds. Considering this mindset, compare a more well-attended aquatic simulacrum located two hours south at the $60 million Mandalay Bay Casino’s Shark Reef Aquarium, which boasts the third largest tank in the U.S. To their credit, the aquarium conservation program hosted a Devils Hole pupfish breeding program in the past and continues to maintain a small population of hybridized Devils Hole pupfish.
Although stopgaps have been implemented to aid the wild stock such as the supplemental feeding program—the native population’s mysterious downward spiral continues. The causes of which are largely unknown. Outside of the known environmental challenges that the pupfish face, genetics researchers contend that complications arising from the smaller population’s narrowing gene pool include “genetic drift” or “genetic bottleneck,” where faulty DNA concentrates in too few individuals. Still, this does not account for the fact (if one is to subscribe to the ever-enduring-small-population-over-time hypothesis) C. diabolis has not faded out entirely long before we began observing them, as it has been determined that their wild population numbers have always been small.
Anthropogenic-driven changes in climate are contributing to rising shallow shelf temperatures to a point of no return, which regularly hits above 93˚ upwards to 98˚ Fahrenheit. Temperature fluctuation further stresses these already environmentally challenged fish, as it severely limits food production and its seasonal availability within the shelf habitat. Additionally, a seasonally longer and continuously warmer shelf environment is expected to shorten the period that hatched pupfish larvae may become viable from 10 weeks to 8 weeks by mid-century.
Perhaps the most compelling hypothesis is the “phenotype plasticity” argument that shows how our environmental nuances influence plastic or morphological evolutionary physiological changes within a species in a very short period of time—for the Devils Hole pupfish it seems this can be within only a few generations. To understand this concept we need to back track a bit: when off-site Devils Hole colonies were established, several were done so at the nearby Ash Meadows’ School Spring in 1973 and one near Point of Rocks in 1990. Here, some strange physical anomalies were observed; relocated fish in both springs began producing offspring that were larger in size, more proportionally balanced and less juvenile in appearance. Males also displayed more aggressive mating behaviors and were seen defending their territories with renewed vigor. A few fish even began sporting the missing telltale pelvic fins. To their dismay conservationists abandoned some of these colonies outright believing that some sneaky C. nevadensis mionectes had crossbred with C. diabolis, thus causing the hybridization. The problem is that scientists are now able to recreate this same affect in the lab but backwards—by rearing another close cousin, the Amargosa River pupfish (C. nevadensis amargosae) in a hot, oxygen-depleted environment similar to what wild Devils Hole pupfish experience and by providing less food. After just a few generations, voilà! Franken-fish exhibiting similar morphological and behavioral characteristics are born leading to the premise that perhaps Devils Hole pupfish have only been in their infamous home for “the last hundred years to thousand years [and] could have occurred through human intervention”—a controversial argument posed by J. Michael Reed and Craig Stockwell in their 2014 paper “Evaluating an icon of population persistence: The Devil’s Hole pupfish.”
Contemplation of their proposal, phenotype plasticity and many other interrelated issues brings up a flood of speculation, possibilities and ethical decisions for researchers, ecologists, decision makers and the lay public. As researcher Sean Lema commented in a 2008 American Scientist article on the subject of phenotype plasticity:
If the phenotypes of animals can be intimately tied to their environments what are we trying to preserve—the unique genetic composition of the animal or the unique animal in the context of its distinctive environment? Is it the same species if it is not preserved in the habitat that made it unique?
More significantly, if and when C. diabolis does become extinct, how will this momentous and dire outcome affect the web of tangled water rights and endangered species protections that radiate out from Devils Hole? If Devils Hole pupfish do cease to exist, will the ecological infrastructure constructed around them, directly and indirectly protecting so many other intertwined species, fall by the wayside to future greedy developers with their shortsighted development schemes?
As an enduring symbol of resilience, C. diabolis suggests fortitude and hope against all odds. Devils Hole serves as a portent into deep time, reminding us of Earth’s interconnectivity that binds us together through its geological processes that will continue long after our human lives cease to exist. This mysterious portal invites us to delve deep within ourselves, into the damp, dark womb of the unknown, to find divination here as ancestral shamans and their contemporaries do while traveling its endless watery passages. Devils Hole offers us a contemplative peripheral experience into a great aquifer that deserves recognition both above and below the earth’s surface as a kind of subterranean national monument that the majority of us will never be able to experience directly.
By electing to nurture and heal the land as stewards and not destroyers, we continue supporting the progressive intersubjective relationship with nonhuman nature begun by the Indigenous People of the region—the Western Shoshone, the Southern Paiute and their ancestors before them. In turn, the continued and persistent work of researchers, biologists, land management officials and common concerned citizens at Ash Meadows and Devils Hole binds us to an ecological contract begun here long ago when some mischievous child poured a gourd of tiny fish into its thermal waters. As to whether or not we choose to maintain this pact into the future, I suspect this will somehow directly affect our own evolutionary trajectory and most definitely our temporal and spiritual well-being in that we are implicitly tied to Earth’s natural systems, its rhythms and overall health just as Devils Hole is connected to some unlikely distant spot on the planet some 2,000 miles away.
Click here to read Part I of this dispatch.
I would like to thank Kevin Wilson, ecologist and manager of the National Park Service Devils Hole program for graciously providing feedback for this dispatch. KILL THE PUPFISH photo courtesy of Phil Pister’s collection.
 Norment. 131.
 Norment. 171.
 Jackson, Clay. Sin City’s “Green” Shark Reef Aquarium, FishChannel.com, 21 Jan 2010.
 Climate change puts endangered Devils Hole pupfish at risk of extinction, PHYS.ORG, 28 Aug 2014.
 For further reading see: Sean C. Lema, “The Phenotypic Plasticity of Death Valley’s Pupfish, American Scientist, Volume 96, Jan-Feb 2008.