Dominick A. DellaSala: The Importance of Fire in Resilient Ecosystems

Dominick A. DellaSala: The Importance of Fire in Resilient Ecosystems

Editor’s note: The following is the testimony of Dr. Dominick A. DellaSala, Chief Scientist of Geos Institute, Ashland, Oregon, before the U.S. House of Representatives Natural Resources Committee, Subcommittee on Oversight and Investigations, “Exploring Solutions to Reduce Risks of Catastrophic Wildfire and Improve Resilience of National Forests,” on September 27, 2017.

Chairman Westerman, Ranking member Hanabusa, and subcommittee members, thank you for the opportunity to discuss wildfires on national forests. I am the Chief Scientist of the nonprofit organization, Geos Institute in Ashland, Oregon. Geos Institute works with agencies, landowners, and decision makers in applying the best science to climate change planning and forest management. As a scientist, I have published in peer-reviewed journals on fire ecology and climate change, I am on the editorial board of several leading journals and encyclopedias, and I have been on the faculty of Oregon State University and Southern Oregon University. A recent book I co-authored with 28 other scientists outlined the ecological importance of mixed-severity fires in maintaining fire-resilient ecosystems, including ways to coexist with wildfire (DellaSala and Hanson 2015).

Wildfires are necessary natural disturbance processes that forests need to rejuvenate. Most wildfires in pine and mixed-conifer forests of the West burn in mixed fire intensities at the landscape scale that produce large and small patches of low to high tree mortality. This tapestry of burned patches is associated with extraordinary plant and wildlife diversity, including habitat for many big game and bird species that thrive in the newly established forests. From an ecosystem perspective, natural disturbances like wildfires are not an ecological catastrophe. However, given there are now 46 million homes in naturally fire-prone areas (Rasker 2015), and no end in sight for new development, we must find ways to coexist with natural disturbance processes as they are increasing in places due to climate change.

In my testimony today, I will discuss how proposals that call for increased logging and decreased environmental review in response to wildfires and insect outbreaks are not science driven, in many cases may make problems worse, and will not stem rising wildfire suppression costs. I will also discuss what we know about forest fires and beetle outbreaks in relation to climate change, limitations of thinning and other forms of logging in relation to wildfire and insect management, and I will conclude with recommendations for moving forward based on best available science.

I. WHAT WE KNOW ABOUT RECENT FOREST FIRE INCREASES

Recent increases in acres burned of forests are mainly due to a changing climate – Scientists have known for sometime that fire activity tracks regional weather patterns, which in turn, are governed by global climatic forces such as the Pacific Decadal Oscillation (PDO – a recurring long-lived El Niño-like pattern of Pacific climate variability– see chart 1). For instance, the very active fire seasons of the 1910-1930s, occurred during prolonged drought cycles determined by the PDO that resulted in much larger areas burning historically than today (Powell et al. 1994; Interagency Federal Wildland Fire Policy Review Working Group 2001; Egan 2010) (chart 1). In fact, compared to the historic warm PDO phase of the early 1900s, most of the West is actually experiencing a fire deficit (Littell et al. 2009, Parks et al. 2012). However, with warming temperatures, early spring snowmelt, and longer fire seasons over the past few decades more acres are burning each year (Westerling et al. 2006; Littell et al. 2009) (chart 1).

For instance, wildfire season in the West has lengthened from an average of five to seven months, and the number of large wildfires (>1,000 acres) has increased since the 1980s (Dennison et al. 2014) from 140 to 250 per year (UCS 2017). This is occurring as average annual temperature in the West has risen by nearly 2 degrees F since 1970s and winter snow pack has declined (UCS 2017). If measures are not taken to stem greenhouse gas emissions, wildfire acres are projected to increase further in dry areas as annual temperatures are expected to rise another 2.5 to 6.5 degrees F by mid century (UCS 2017). Some researchers estimate more than half of the increase in acres burned over the past several decades is related to climate change (Abatzoglou and Williams 2016). This increase is expected to continue with additional warming leading to even greater suppression costs if the agencies continue to suppress fires across the landscape (Schoennagel et al. 2017).

Increasing Human Development is Lengthening Wildfire Seasons and Adding to Fire Ignitions – The direct role of human-access via roads and development in the Wildlands Urban Interface (WUI) is increasing wildfire activity. Scientists recently evaluated over 1.5 million government records of wildfires nationwide from 1992 to 2012 (Balch et al. 2015). During that time, human-caused fire ignitions have vastly expanded the spatial and seasonal occurrence of fire, accounting for 84 percent of all wildfire starts and 44 percent of the total area burned nationally. We now have the phenomenon of a human-caused fire season, which was three times longer than the lightning-caused fire season and added an average of 40,000 wildfires per year across the US over this 20-year period of time. Ignitions caused by people – whether accidental or arson – have substantial economic costs. This will only worsen with continued development of the WUI adding to the 46 million homes (Rasker 2015) already in these fire-prone areas.

Thus, given expansion of homes in the WUI, the best way to limit damage to homes is to reduce fire risks by working from the home-outward instead of the wildlands-inward (Syphard et al. 2013). For instance, if a fire-brand travels miles ahead and lands on a flammable roof that home is very likely to burn compared to a home that has a fire resistant roof and cleared vegetation within a narrow defensible space of 100-200 feet immediately surrounding the home (Cohen 2000). Logging outside of this narrow zone does not change home ignition factors.

II. WHAT WE KNOW ABOUT FIRE AND FOREST MANAGEMENT

Wilderness and other protected areas are not especially prone to forest fires – proposals to remove environmental protections to increase logging for wildfire concerns based on the assumption that unmanaged – or protected areas – burn more intensely are misplaced. For instance, scientists (Bradley et al. 2016 of which I was a co-author) recently examined the intensity of 1,500 forest fires affecting over 23 million acres during the past four decades in 11 western states. We tested the common perception that forest fires burn hottest (most intensely) in wilderness and national parks while burning cooler (less intensely) or not at all in areas where logging had occurred. What we found was the opposite – fires burned most intense in previously logged areas, while they burned in natural fire mosaic patterns in wilderness, parks, and roadless areas, thereby, maintaining resilient forests (see chart 2). Consequently, there is no reason for reducing environmental protections.

State lands are not at lower wildfire risks compared to federal lands – there is much discussion about whether state lands are being managed in a way that reduces fire occurrence and intensity. However, in a recent report of wildfire risk (that included acres likely to burn), scientists (Zimmerman and Livesay 2017) used the West Wide Wildfire Risk Assessment model, an important assessment tool of the Council of Western State Foresters and Western Forestry Leadership Coalition. They evaluated risk for western states based on historical fire data, topography, vegetation, tree cover, climate, and other factors. According to the Center for Western Priorities analysis, state (22%) and federal (23%) lands have approximately equivalent levels of fire risks in the West, and for some states, risks were higher than federal lands. Notably, allegations of higher fire risk based solely on the number of federal acres burned in a fire season are misleading as there are over 7 times as many federal lands (362 million acres) in 11 Western states as compared to state-owned lands (49 million acres) (Zimmerman and Livesay 2017).

Thinning is Ineffective in Extreme Fire Weather – thinning/logging is most often proposed to reduce fire risk and lower fire intensity. Thinning-from-below of small diameter trees followed by prescribed fire in certain forest types can reduce fire severity (Brown et al. 2004, Kalies and Kent 2016) but only when there is not extreme fire weather (Moritz et al. 2014, Schoennagel et al. 2017). Fires occurring during extreme fire-weather (high winds, high temperatures, low humidity, low fuel moisture) will burn over large landscapes, regardless of thinning, and in some cases can burn hundreds or thousands of acres in just a few days (Stephens et al. 2015, Schoennagel et al. 2017). Fires driven by fire weather are unstoppable and are unsafe for fire fighters to attempt putting them out, and, as discussed, are more likely under a changing climate.

Further, there is a very low probability of a thinned site actually encountering a fire during the narrow window when tree density is lowest. For example, the probability of a fire hitting an area that has been thinned is about 3-8% on average, and thinning would need to be repeated every 10-15 years (depending on site productivity) to keep fuels at a minimum (Rhodes and Baker 2008).

Thinning too much of the overstory trees in a stand, especially removal of large fire-resistant trees, can increase the rate of fire spread by opening tree canopies and letting in more wind, can damage soils, introduce invasive species that increase flammable understory fuels, and impact wildlife habitat (Brown et al. 2004). Thinning also requires an extensive and expensive roads network that can degrade water quality by altering hydrological functions, including chronic sediment loads.

Post-disturbance salvage logging reduces forest resilience and can raise fire hazards –commonly practiced after natural disturbances like fires or insect outbreaks, post-disturbance logging hinders forest resilience by compacting soils, killing natural regeneration of conifer seedlings and shrubs associated with forest renewal, increasing fine fuels from slash left on the ground that aids the spread of fire, removing the most fire-resistant large live and dead trees, and degrading fish and wildlife habitat. Further roads that increase sediment flow to streams triggering widespread water quality problems (Lindenmayer et al. 2008).

III. WHAT WE KNOW ABOUT BEETLE-KILLED FORESTS AND FOREST MANAGEMENT

Beetle Killed Forests are Not More Susceptible to Forest Fires – forests in the West are being affected by the largest outbreaks of bark beetles in decades, which has caused concern about forest resilience and wildfire risk and led to proposals for widespread tree removals. Such proposals stem in part from the rationale that bark beetle outbreaks increase wildfire risks due to dead trees and that logging in beetle-affected forests would therefore lower such risks. However, beetle-killed forests are not more susceptible to forest fires (Bond et al. 2009, Hart et al. 2015, Meigs et al. 2016). This is mainly because when conifers die due to drought or native bark beetles, the combustible oils in the needles quickly begin to dissipate, needles and small twigs begin to fall to the ground. Without the fine fuels that facilitate fire spread, potential crown fires are actually lowered in forests with beetle mortality (Donato et al. 2013). The beetle-killed standing dead trees (snags) are the least flammable part of the forest and act more like a large log in a campfire, rather than kindling which is what causes fire spread.

In fact, studies of beetle-killed forests in the West found that when fires occurred during or immediately after the pulse of snag recruitment from beetle kill, fire severity consistently declined in the stands with high snag densities in the following decades (Meigs et al. 2016). In pine and mixed-conifer forests of the San Bernardino National Forest (CA), fires occurred immediately after a large pulse of snag recruitment from drought and beetles. However, scientists (Bond et al. 2009) found “no evidence that pre-fire tree mortality influenced fire severity.” In studies of beetles and wildfires across the western U.S., scientists (Hart et al. 2015) stated “contrary to the expectation of increased wildfire activity in recently infested red-stage stands, we found no difference between observed area and expected area burned in red-stage or subsequent gray-stage stands during three peak years of wildfire activity, which account for 46 percent of area burned during the 2002–2013 period.” And finally, in a comprehensive review of fire-beetle relations in mixed-conifer and ponderosa pine forests of the Pacific Northwest, scientists (Meigs et al. 2016) found: “in contrast to common assumptions of positive feedbacks, we find that insects generally reduce the severity of subsequent wildfires. Specific effects vary with insect type and timing, but insects decrease the abundance of live vegetation susceptible to wildfire at multiple time lags. By dampening subsequent burn severity, native insects could buffer rather than exacerbate fire regime changes expected due to land use and climate change.”

Most importantly, climate change is allowing more insects to survive the winter, triggering the rash of recent outbreaks (Meigs et al. 2016).

Thinning cannot limit or contain beetle outbreaks – once beetle populations reach widespread epidemic levels, thinning treatments aimed at stopping them do not reduce outbreak susceptibility as beetles over run natural forest defenses with or without thinning (Black et al. 2013).

IV. CLOSING REMARKS AND RECOMMENDATIONS

In sum,

 Recent increases in wildfires and insect outbreaks are a result of a changing climate coupled with human-activities including expansion of homes and roads into the WUI that will only continue to drive up fire suppression costs.
 Policies should be examined that discourage continued growth in the WUI; any new development must include defensible space and construction from non-flammable materials.
 The most effective way to protect homes is to create defensible space in the immediate 100 feet of a structure and use of non-flammable materials. Wildland fire policy should fund defensible space, not more logging and thinning miles away from communities.
 No amount of logging can stop insect outbreaks or large fires under extreme fire weather. Logging may, in fact, increase the amount of unnatural disturbances by homogenizing landscapes with more even aged trees, residual slash left on the ground, and compounding cumulative impacts to ecosystems.
 Thinning of small trees in certain forest types, maintaining canopy closure and in combination with prescribed fire can reduce fire intensity but treatment efficacy is limited in extreme fire weather, and by the small chance that a thinned site will encounter a fire during a very narrow window when fuels are lowest.

CITATIONS

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Black, S.H., D. Kulakowski, B.R. Noon, and D.A. DellaSala. 2013. Do bark beetle outbreaks increase wildfire risks in the Central U.S. Rocky Mountains: Implications from Recent Research. Natural Areas Journal 33:59-65.

Bond, M.L., D.E. Lee, C.M. Bradley, and C.T. Hanson. 2009. Influence of pre-fire tree mortality on fire severity in conifer forests of the San Bernardino Mountains, California. The Open Forest Science Journal 2:41-47.

Bradley, C.M., C.T. Hanson, and D.A. DellaSala. 2016. Does increased forest protection correspond to higher fire severity in frequent-fire forests of the western United States? Ecosphere 7:1-13.

Brown, R.T., J.K. Agee, and J.F. Franklin. 2004. Forest restoration and fire: principles in the context of place. Conservation Biology 18:903-912.

Cohen, J.D. 2000. Preventing disaster: home ignitability in the wildland-urban interface. Journal of Forestry 98: 15-21.

DellaSala, D.A., and C.T. Hanson. 2015. The ecological importance of mixed-severity fires: nature’s phoenix. Elsevier: Boston, MA.

Dennison, P., S. Brewer, J. Arnold, and M. Moritz. 2014. Large wildfire trends in the western United States, 1984-2011. Geophysics Research Letters 41:2928-2933.

Donato, D.C., B.J. Harvey, W.H. Romme, M. Simard, and M.G. Turner. 2013. Bark beetle effects on fuel profiles across a range of stand structures in Douglas-fir forests of Greater Yellowstone. Ecological Applications 23:3-20.

Egan, T. 2010. The Big burn. Huffman Mifflin Harcourt: Boston.

Hart, S.J., T.T. Veblen, N. Mietkiewicz, and D. Kulakowski. 2015. Negative feedbacks on bark beetle outbreaks: widespread and severe spruce beetle infestation restricts subsequent infestation. PlosOne: DOI:10.1371/journal.pone.0127975

Kalies, E.I., and L.L. Yocom Kent. 2016. Tamm Review: Are fuel treatments effective at achieving ecological and social objectives? A systematic review. Forest Ecology and Management 375-84-95.

Lindenmayer, D.B., P.J. Burton, and J.F. Franklin. 2008. Salvage logging and its ecological consequences. Island Press: Washington, D.C.

Littell, J.S., D. McKenzie, D.L. Peterson, and A.L. Westerling. 2009. Climate and wildfire area burned in western U.S. ecoprovinces, 1916-2003. Ecological Applications 19:1003-1021.

Meigs, G.W., H.S.J. Zald, J. L. Campbell, W.S. Keeton, and R.E. Kennedy. 2016. Do insect outbreaks reduce the severity of subsequent forest fires? Environmental Research Letters 11 doi:10.1088/1748-9326/11/4/045008.

Moritz, M.A., E. Batllori, R.A. Bradstock, A.M. Gill, J. Handmer, P.F. Hessburg, J. Leonard, S. McCaffrey, D.C. Odion, T. Schoennagel, and A.D. Syphard. 2014. Learning to coexist with wildfire. Nature 515: 58-66.

Parks, S.A., C. Miller, M.A. Parisien, L.M. Holsinger et al. 2012. Wildland fire deficit and surplus in the western United States, 1984-2012.

Powell, D.S., J.L. Faulkner, D.R. Darr, et al. Forest resources of the United States, 1992. USDA Forest Service General Technical Report RM-234 (revised).

Rasker, R. 2015. Resolving the increasing risk from wildfires in the American West. www.thesolutionsjournal.org; March-April 2015 p. 55- 62.

Rhodes, J.J., and W.L. Baker. 2008. Fire probability, fuel treatment effectiveness and ecological tradeoffs in western U.S. public forests. The Open Forest Science Journal 1: 1-7.

Schoennagel, T., J.K. Balch, H. Brenkert-Smith, P.E., Dennison, et al. 2017. Adapt to more wildfire in western North American forests as climate changes. PNAS
114:4582-4590.

Stephens, S.L., M. P. North, and B.M. Collins. 2015. Largte wildfires in forests: what can be done? ActionBioscience April 15

Syphard, A. D., A. Bar Massada, V. Butsic, and J. E. Keeley. 2013. Land use planning and wildfire: development policies influence future probability of housing loss. PLoS ONE 8(8):e71708

Union of Concerned Scientists (UCS). 2017. Western wildfires and climate change. http://www.ucsusa.org/…/infographic-wildfires-climate-chang…

Westerling, A.L., H.G. Hidalgo, D.R. Cayan, and T.W. Swetnam. 2006. Warming and earlier spring increase western U.S. forest wildfire activity. Science 313:940-943.

Zimmerman, G., and L. Livesay. 2017. Fire lines: comparing wildfire risk on state and U.S. public lands. Center for Western Priorities.
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Landmark Talks on Uncontacted Tribe Fail to Stop Logging

Landmark Talks on Uncontacted Tribe Fail to Stop Logging

Featured image: There have been confrontations between the Ayoreo and the Paraguayan authorities in recent years, as the tribe have protested against the theft and destruction of their land.© GAT/ Survival

     by Survival International

Landmark talks between the Paraguayan government and a recently contacted tribe have yet to reach an agreement, allowing rampant deforestation to continue. Some members of the tribe are uncontacted, and live in a rapidly shrinking island of forest.

The talks began six months ago after a petition from the Ayoreo tribe to the Inter-American Commission on Human Rights, an influential body which holds governments in the Americas to account on human rights issues. The Ayoreo have been claiming the right to their ancestral land since 1993.

Halfway through the year-long process, however, and little concrete action has been taken, leading to fears for the tribe’s long-term survival. A technical study is due to be carried out to assess the feasibility of securing the land.

The government has also failed to stop the rapid logging of land owned by the Ayoreo, despite a 2016 emergency order from the Inter-American Commission to protect the uncontacted Indians and halt deforestation.

Aerial photograph showing the devastation that logging has brought to Ayoreo land.

Aerial photograph showing the devastation that logging has brought to Ayoreo land. © Survival

Background briefing

– The Ayoreo live in the Chaco, which is the largest forest in South America outside the Amazon and has recently been recorded as having the highest rate of deforestation in the world. Experts estimate that the forest lost almost 10 million trees in January 2017.
– This poses a deadly threat to the Ayoreo, who face catastrophe unless their land is protected.
– Many members of the Ayoreo tribe were forcibly contacted by missionaries between 1969 and 1986. Continual land invasions forced them to abandon their homes. Many have since suffered from disease, including a TB-like illness, poverty, and exploitation on the fringes of mainstream Paraguayan society.
– Recently contacted members of the tribe spent years fleeing from bulldozers, which they called “beasts with metal skin.” The machines are used by loggers to clear paths for cutting trees.
– The petition which finally brought the Paraguayan government to the negotiating table is called Petition 850-15. It features a claim for the restitution of Ayoreo land.
– In February 2016, the Inter-American Commission issued an emergency order (MC 54-13) calling for the protection of uncontacted Ayoreo and their forests. Although this was in response to a separate petition submitted by the Ayoreo, the orders are to also be discussed during the talks.
– The local support group GAT, and indigenous organization OPIT, have played an important role in lobbying the government, and after months of warning, finally pressed them to investigate the logging in July 2017. It remains to be seen whether the deforestation will be stopped and the perpetrators brought to justice.

Most of the Ayoreo have been forced out of the forest. They have since been fighting for their land rights.

Most of the Ayoreo have been forced out of the forest. They have since been fighting for their land rights. © Survival

Survival International is calling for a complete halt to logging on Ayoreo land, and for the return of all lands which have been titled to ranching companies.

Uncontacted tribes are not backward and primitive relics of a remote past. They are our contemporaries and a vitally important part of humankind’s diversity. Where their rights are respected, they continue to thrive.

They are the best guardians of their environment. And evidence proves that tribal territories are the best barrier to deforestation.

Survival’s Director Stephen Corry said: “The Ayoreo have already been waiting more than twenty years for their lands to be protected. All this time they’ve seen their forests destroyed about them. They hoped the Inter-American Commission’s intervention would finally push the government to act, but that hope too has proved an illusion. Tragically, it seems that Paraguay’s government is so firmly tied to the ranchers and landowners who control the levers of power that nothing short of massive public pressure will move them to act.”

Pinyon-Juniper Forests, Pine Nuts, and True Sustainability

Pinyon-Juniper Forests, Pine Nuts, and True Sustainability

   by Will Falk / Deep Green Resistance

A windmill blade knocks the head off a Cooper’s hawk interrupting the late afternoon peace in Spring Valley, just outside Ely, Nevada.

The blade tosses the hawk’s body onto yellow gravel the power company spread, over living soil, in circles around their windmills.

The ever-present Great Basin breeze, who usually whispers with a soothing tone through pinyon needles, juniper branches, and sage tops, becomes angry. Grazing cows pause their chewing and look up to consider the scene.

Heads of cheat grass poke through the gravel, only to droop with sorrow for the splayed feathers and twisted wings at their feet. Taller than cheat grass and crowding around the gravel’s edge, crested wheatgrass shakes and shutters with horror in the wind.

The collision’s suddenness and the sickening sound of the blade striking the hawk’s small skull breaks my awareness open with a pop. I seep across the valley floor. I mingle with the wounds on the land and recognize pain in places I previously overlooked. The windmills, the invasive plants, the cows, and the empty scars on the foothills marking pinyon-juniper clearcuts are all evidence of violence.

The gravel at my feet is the remains of stones and boulders that were exploded and crushed, loaded into trucks, and transported to Spring Valley as part of Pattern Energy’s Spring Valley Wind Farm project. Windmill construction means so much involves land clearances, building maintenance roads, and operation of fossil-fuel intensive heavy machinery.

Before the gravel was dumped and the construction project started, the ground I stand on was covered in a complex mosaic of lichens, mosses, microfungi, green algae, and cyanobacteria that biologists call a “biological soil crust.”

Across the Great Basin, biological soil crusts are integral to protecting soil surfaces from erosion. They are also vulnerable to disturbance by construction projects like the one that brought the windmills here. The lichen components of these disturbed crusts can take 245 years to recover. Far worse, soil losses due to erosion following mechanical disturbances can take 5,000 to 10,000 years to naturally reform in arid regions.

The windmills that tower above me fill the air with a buzzing, mechanical sound. Built only four miles from a colony of millions of Mexican free-tailed bats at the Rose Guano Cave, the windmills killed 533 bats in 2013, triple the amount allowed by federal regulations.  The majority of these bats are killed by barotrauma. Rapid or excessive air pressure change, produced by windmills, causes internal hemorrhaging. In less abstract language, the bats’ lungs explode.

Both cheatgrass and crested wheatgrass are invasive species. Global shipping routes, which have long been tools of colonialism, brought cheatgrass to North America through contaminated grain seed, straw packing material, and soil used as ballast in ships. Cheatgrass outcompetes native grasses for water and nutrients. It drops seeds in early summer before native grasses and then drys out to become highly flammable.

When wildfires rip through areas cheatgrass has invaded, native grasses are destroyed without seeding. In the fall, after native grasses have burned, cheatgrass seeds germinate and cheatgrass dominance expands. This dominance has been disastrous for the Great Basin. Fire return intervals have gone from between 60-110 years in sagebrush-dominated systems to less than 5 years under cheatgrass dominance.

While cheatgrass was imported by accident, crested wheatgrass was imported from Asia in 1898. By the 1890s, Great Basin rangelands were depleted of water, soil, and economically useful vegetation. Ranchers needed cheap feed for their livestock and crested wheatgrass provided it. It outcompetes native grasses, grows in tight bunches that choke out other species, quickly forms a monoculture, and reduces the variety of plant and wildlife species in places it takes hold. Worst of all, crested wheatgrass supports a destructive ranching industry that should have collapsed decades ago.

Ranching is one of the most ecologically destructive activities in the Great Basin. Livestock grazing depletes water supplies, causes soil erosion, and eliminates the countless trillions of small plants forming the base of the complex food web supporting all life in the region. Ranchers have nearly killed off all the top carnivores on western rangelands and jealously guard their animals against the re-introduction of “unacceptable species” like grizzly bears and wolves.

Ranchers, always searching for new rangeland, encourage government agencies like the Bureau of Land Management (BLM) and the US Forest Service (USFS) to clear-cut forests and remove sagebrush to encourage the growth of graze for their livestock. In the hills north of the wind farm, pinyon pines and junipers lie in mangled piles where they were “chained.”

Chaining is the preferred method for destroying forests here. To chain a forest is to stretch a US Navy battleship anchor chain between two crawler tractors which are then driven parallel to each other while ripping up every living thing in their path.

Ship chain used to clear forests. Photo: Wikimedia Commons

Nevada Highway 893 runs to my left along the west side of the valley. If I followed the road north a few miles, I would run into one of the Southern Nevada Water Authority’s (SNWA) test wells. SNWA installed these wells in the preparation of its Clark, Lincoln, and White Pine Counties Groundwater Development Project that would drain Spring Valley of water and, then, transport the water by pipeline to support Las Vegas’ growing population.

Fortunately, the project has been successfully stalled in court by determined grassroots activists. But, if SNWA eventually prevails, Spring Valley will quickly dry up and little life, endemic or invasive, will survive here.

***

The reminders of violence I encounter in Spring Valley reflect global problems. Windmills are a symptom of the dominant culture’s addiction to energy. The roads here will carry you to highways, highways to interstates, and interstates to airports.

There is virtually nowhere left on Earth that is inaccessible to humans with the privilege, power, and desire to go wherever they will. To gain this accessibility, these humans are so thoroughly poisoning the atmosphere with greenhouse gas emissions global temperatures are rising.

Invasive species – cows, cheat grass, crested wheatgrass, European settlers – are colonizers. They each colonize in their own way. The cows replace elk, pronghorn, wolves, and bears. The grasses eliminate natives by hoarding nutrients and water. They reproduce unsustainably and establish monocultures. When that doesn’t work, they burn the natives out. And, the settlers do the same.

The violence of civilized life becomes too obvious to ignore and the land’s pain threatens to overwhelm me. Despair accompanies these moments. When all I see is violence, it is easy to conclude that violence is all there is, all there ever was, and all there ever will be. Claims I’ve heard repeated countless times echo through my mind.

Humans are selfish. This is just what we do. We will kill ourselves, but the planet will recover…eventually. Humans have been butchering each other for centuries and we’ll butcher each other for centuries more if we don’t destroy the world first.

I stand paralyzed under a windmill, with a decapitated hawk at my feet, struggling through my thoughts for who knows how long, when the blue feathers of a pinyon jay catch my eye. At first, it’s the simple beauty of her color that attracts my attention. But, it’s the strangeness of the phenomenon that keeps my attention.

Rows of windmills form the wind farm. I stand under the northernmost row and about one hundred yards separate the rows. The jay lands on a barbed wire fence post about halfway between the row I’m standing under and the first row south of me. Her presence is strange for two reasons. First, pinyon jays prefer to live in pinyon-juniper forests and there are no trees for a mile in either direction. Second, pinyon jays are very intelligent, and she must have known that to brave the circling windmill blades is to brave the same death the Cooper’s hawk just experienced or the barotrauma so many bats experience.

The despair I felt a few moments ago is fading. As I approach the jay I see her picking through a pinyon pine cone. She picks deftly at it before she pulls a pine nut from the brown folds of the cone. It’s not until she lifts her head, with the pine nut in her beak, that I understand.

She flew down from the forests, through dangerous windmill blades, to show me a pine nut.

Pinion Jay – Photo: Wikimedia Commons

***

Pine nuts represent the friendship humans and pinyon-juniper forests have shared for thousands of years. Pinyon charcoal and seed coats have been found in the 6,000-year-old Gatecliff Shelter in central Nevada. Pinyon seed coats have been found with 3,000-year-old artifacts in Hogup Cave in northwestern Utah. Many of the Fremont culture’s ruins (circa 1000 AD) in eastern Utah also show pinyon use.

Pine nuts are symbols of true sustainability. I’ve heard many traditional, indigenous people explain that sustainability requires making decisions with the succeeding seven generations in mind. When the health of the seventh future generation guides your relationship with the land, overpopulation, drawdown, pollution, and most forms of extraction become unthinkable. European settlers arrived to find indigenous peoples in the Great Basin, like so many indigenous peoples around the world, living in cultures that existed for centuries in balance with the land.

And, the pine nut made these cultures possible.

The Washoe, Paiute, and Shoshone all developed cultures centered on pine nuts. Pinyon pine expert, Ronald Lanner notes, “Just as life on the plains was fitted to the habits of the buffalo, life in the Great Basin was fitted to the homely, thin-shelled nut of the singleleaf pinyon.” Pinyons give their nuts freely and harvesting them involves no damage to the trees. In fact, pine nuts are seeds. Animals who collect and gather the seeds – like pinyon jays, rats, mice, and humans – help the trees reproduce.

It’s a beautiful relationship: pinyon pines offer animals food, and animals offer pinyon pines regeneration. At a time when the survival of life on Earth depends upon humans embracing their role as animals, the relationship the Washoe, Paiute, and Shoshone built with pinyon pines serves as a model for the world.

Relying on the research of American Museum of Natural History archaeologist David Hurst Thomas, Lanner describes the central role the annual pinyon festival played in Western Shoshone life. He writes, “…when pinyon harvest time arrived, Shoshone bands would come together at a prearranged site. There they would harvest nuts, conduct communal rabbit drives, and hold an annual festival. The pinyon festival was the social highlight of the year and was often attended by several hundred people. At night…there was dancing…There was gambling among men and courting among the young. Marriages were arranged and sexual liaisons conducted.”

Pine nut crops, like all natural processes, are subject to variation. There are good yields and bad yields. Human cultures dependent on the land are constantly confronted with a choice. Either humans can tighten their belts and reduce their populations voluntarily. Or, they can exploit the land, stealing resources from the future to meet the needs of the present.

Lanner describes how Western Shoshone sustainability was maintained, “…the pinyon festival was used as an opportunity for regulating the future size and distribution of Shoshone populations. If at the festival the intelligence from all areas foretold a failure of next year’s crop, then measures could be taken to avoid mass starvation…Births could be limited by sexual abstinence or abortion. One or more twins could be killed at birth, as could illegitimate children…The sick and the old could be abandoned. A widow might be killed and buried beside her husband.”

Some of these measures may seem harsh to us today. But, when we consider the violence necessary to sustain today’s civilized, human populations, we will realize that some of these difficult decisions are what true sustainability looks like. Killing a twin or abandoning the sick is small violence compared to the mass violence of deforestation, anthropogenic desertification, and climate change.

***

The pinyon jay in Spring Valley shows me both a pine nut and the history of human sustainability. Even though Spring Valley, with the rest of the world, currently reflects too much human violence, the vast majority of human history reflects true sustainability. Modern humans have existed for 200,000 years. For the vast majority of that time, most of us lived in cultures similar to the Western Shoshone. We must not forget where we come from.

Meanwhile, ecological collapse intensifies. Violence against the natural world is so pervasive it must be considered a war. Perceiving this war hurts. The pain offers us two choices: endurance or cure. Either the pain is inevitable, an unavoidable fact of life that must be endured. Or, the cause of the pain can be treated and healed.

The pervasiveness of violence tempts us to conclude that it is inevitable. When everywhere we look, we are met with human destruction, it is easy to believe that humans are inherently destructive. This is one reason why the dominant culture destroys the natural world so zealously. If violence is inevitable, there is no reason to stop it.

This is also why the dominant culture works to destroy those non-humans we’ve formed ancient friendships with. If the dominant culture eradicates bison, it destroys our memory of how to live sustainably on the Great Plains. If the dominant culture eradicates salmon, it destroys our memory of how to live sustainably in the Pacific Northwest. If the dominant culture eradicates pinyon-juniper forests, it destroys our memory of how to live sustainably in the Great Basin.

There is a war being waged on the natural world and wars are fought with weapons. The pinyon jay brings me a weapon against the despair I feel recognizing pervasive violence in Spring Valley. She shows me that the violence is not inevitable. She shows me the path to true sustainability, and in doing so, shows me the path to peace.

To learn more about the effort to protect pinyon-juniper forests, go to Pinyon Juniper Alliance.  You can contact the Alliance here.

To repost this or other DGR original writings, please contact newsservice@deepgreenresistance.org

Is the World a Better Place Because You Were Born?

Is the World a Better Place Because You Were Born?

by Derrick Jensen / Deep Green Resistance

I was asked to speak about the state of the planet, and to do it in under five minutes. I can do it in three.

The world is being murdered, flayed alive, poisoned, gutted, dismembered.

Every biological indicator is going the wrong direction.

And it’s getting worse by the day.

Two hundred species were driven extinct today, and they were my brothers and sisters. Two hundred will go extinct tomorrow. And the day after.

There are stolid scientists who are saying the oceans could be devoid of fish in less than 35 years.

Imagine that: the murder of the oceans on this water planet.

The problems are not new. This culture has been killing the planet for 6000 to 10000 years. When we think of Iraq, is the first thing we think of cedar forests so thick the sunlight never reached the ground? That’s how it was, prior to this culture. The first written myth of this culture is Gilgamesh deforesting the hills and valleys of Iraq to make a great city. The Arabian peninsula was heavily forested. The forests of North Africa were cut to make the Egyptian and Phoenician navies. Greece was heavily forested.

Forests precede us and deserts dog our heels.

And not every culture has destroyed their landbases. The Chumash lived here for at least 13000 years, and when the Europeans arrived here, the place was an ecological paradise. Likewise where I live the Tolowa lived there for at least 12500 years, and likewise when the Europeans arrived the place was a paradise. No longer.

A dear doctor friend of mine always says that the first step toward proper treatment is diagnosis. If we refuse to diagnose the problems our actions will never resolve them.

The problems are not soluble by tweaking processes. The problems are inherent in how we perceive the world, how we interact with the world, what we value, and they are functional and inherent to this culture’s economy. What is GNP? It’s a measure of how quickly the living planet is turned into dead products. Trees into two-by-fours, living rivers into kilowatts, schools of fish into fish sticks.

This is not cognitively challenging. We would all understand this if we weren’t from early childhood inculcated into believing that the economy is more important than life, if we weren’t taught that what humans create has meaning and what the world creates does not, that humans have sentience and meaningful lives, and nonhumans and natural communities do not.

But what if this is all wrong? What if life is not a game of monopoly or risk where the point is to run the board, but rather life is a symphony, where the point is to learn your proper role, and play it at the proper time? The point is not for violin players to kill the oboe players and convert them into cash, but rather to make beautiful music together.

The only measure by which we will be judged by those humans and nonhumans who come after ­presuming any remain­ will be the health of the earth. They’re going to care about whether the earth can support life.

At this point in the murder of the planet, there is I think really only one question worth asking: is the world a better place because you were born, and because of your life and because of what you do? That is very possible to do. Think about it: how did the world get to be so glorious and beautiful and fecund in the first place? By everyone living and dying. Salmon make forests better places by living and dying. So do redwood trees and lampreys and banana slugs. That’s how life works. So, the question that the world needs for us to live is: especially given that this culture is killing the planet, how do we individually and collectively make the world a better place by our lives and deaths. By our actions. The planet, not the culture. And that is as true for any organization or corporation as it is for any of us individually. How do we make the real, physical still fecund world that is our only home, better, for hammerhead sharks, for coho salmon, for giant anteaters, for Mekong catfish, Amani flatwings, cayman islands ghost orchids, and orangutans, and the larger communities they call home.

Watch Derrick Jensen reading this essay:

Headlines Should Read, “Marines to Kill Tortoises”

Headlines Should Read, “Marines to Kill Tortoises”

Featured image: Desert Tortoise (Gopherus agassizii), as observed by the author in the spring of 2016

     by

This spring, if all goes as planned, the Marines will kill hundreds of Desert Tortoises in southern California.. This is not the first such tortoise kill, but it could very well set a new record-high number.

This assault was originally scheduled for last spring, in 2016 (with the full approval of the Obama administration), and was put off for a year only because of a lawsuit filed by an environmentalist organization. Now, with all chances for legal appeal passed, it is set to commence in late March or April in the Mojave Desert.

So what’s the story?

In 2013, Congress voted to expand the Marine Corps Air Ground Combat Center at Twentynine Palms, California—which was already the largest Marine base in the world—by annexing 88,000 acres (about 136 square miles) from the Bureau of Land Management’s Johnson Valley Off-Highway Vehicle Recreation Area, to the west of the base in the Mojave Desert.

This area is part of the ancestral home of the Desert Tortoise (Gopherus agassizii), a species that has lived there for many thousands of years, since the days when it was wetter. As the climate gradually dried out, the tortoise adapted by spending more time underground. In our contemporary age, they are in their burrows over 90% of the time! In the spring, when wildflowers brought by winter rains are flourishing, the tortoises emerge to eat and mate. They generally live 35-50 years, with reports of particular specimens reaching 80.

Though Desert Tortoises thrived at populations of up to 1000 individuals per square mile at the beginning of the 20th Century, their numbers have fallen drastically since then. Human activities are to blame including ranching, roads, agriculture, industry, military operations, off-highway recreation (“wreckreation”), urban encroachment, and in recent years, solar and wind projects. Also, with Global Warming, the climate is changing faster than the tortoise can adapt. In the last decade, the tortoise population has fallen by 50% in the western Mojave Desert, where the Twentynine Palms Marine base is located.

Desert Tortoises are listed as “threatened with extinction” by the federal government. Because of this status, it is illegal for anyone—even the military—to “harm” or “harass” them. The Marines plan to use the annex for training with tanks and live ammunition, which would certainly result in both harm and harassment, so they sought to move the tortoises somewhere else, although this too would cause harm and harassment. After a legal delay of one year forced upon them by the Center for Biological Diversity, an environmental group based in Tucson, Arizona, the Marines now have the go-ahead to start “translocating” the animals, as soon as late March.

This is where the killing starts.

There is enough data from attempted tortoise translocations in the past to make estimates about how this latest effort will go. Though the rates of survival have varied from project to project, they are often no better than 50%. (See Desert Tortoise Recovery: Science and Politics Clash.) This particular translocation at the Twentynine Palms base will be the largest so far attempted, of over 1100 animals. So it would not be surprising if at least 500 deaths resulted, and perhaps far more.

This number includes about 900 adult animals (of 180mm in size or larger) who were tagged with radio-transmitters as they were found over the last three years. An additional 235 were too small for transmitters and were moved to the base where the Marines have been raising them. (So some tortoises have already been disturbed.)

How are the tortoises found in the first place and what’s it look like to round them up? For an answer to this question, I contacted Laura Cunningham, a biologist who works with Basin & Range Watch and who has participated in tortoise translocation projects herself. She also detailed how other animals are affected when tortoises are removed. It is worth quoting her at length:

“Here is the basic mechanics of tortoise translocation: after placing tortoise exclusion fencing around a project, biologists do a ‘Clearance Survey’ which entails dozens of biologists walking in straight lines criss-crossing the project area, all carefully walking a certain length apart and following GPS coordinates. Any tortoise found above ground is radio-transmittered [if it hasn’t been already] and carefully moved into transport boxes and readied for translocation (which is going to be partly by helicopter for 29 Palms Marine Base). Each biologist carries a shovel. All burrows encountered are dug out to locate any tortoise underground. These tortoises are also carefully removed. Two or three sweeps are needed usually to find all the adults. Even then sometimes a few are missed and found later. Many of the tiny juvenile tortoises are missed, those the size of a silver dollar—they are crushed in machinery later or buried alive or impacted later during tank maneuvers.

“Digging out burrows of this keystone species, the tortoise, is difficult because it ripples across the desert ecosystem: so many other species depend on the digging abilities of the tortoise with its long front claws. Burrowing owls, rattlesnakes, lizards, tarantulas, and other species utilize the burrows. They must be dealt with as well. Rattlesnakes are left in the desert to fend for themselves. Burrowing owls are being given increasingly careful attention, if their sign is found at a burrow, the owls are watched to see when they fly out and the burrow is closed up so they cannot return. The idea is to try to get the owls to move away to another location outside the area. But I am not sure anyone has a good idea how many burrowing owls die when they are flushed from their burrow and become homeless. There are new agency guidelines to try to limit impacts to this species, which also may need federal listing under the ESA [Endangered Species Act] as it too is declining.

“Desert kit foxes dig their own burrows, but biologists must dig out those burrows to in case a tortoise is living there. So kit foxes are also displaced, and guidelines are followed to try to make this enforced homelessness have the least impacts as possible. But again, little studied. A canine distemper outbreak happened on the Genesis Solar Energy Project in the Chuckwalla Valley, killing some. Coyotes and badgers are also displaced. In parts of southern Nevada and eastern California deserts, rare Gila monsters are displaced from burrows as well.”

Additionally, the areas into which the tortoises are to be moved seem less than ideal as they already host tortoise populations that are in decline. According to Ileene https://sub.media/video/endciv-3/Anderson, a biologist for the Center for Biological Diversity whom I contacted for this story, the reasons for this decline are not entirely known but include elements that can be controlled such as grazing, off-road recreation and predation and others that are more difficult to control such as drought and disease. “Until the controllable ones are controlled,” Anderson said, “it does not bode well for the translocated or resident tortoises since they will now be competing for resources.”

Two animals that are commonly predators of tortoises are coyotes and ravens, who are both native to the Mojave Desert too. According to the Press Enterprise, the Marines have already announced that if coyotes are a problem, they will shoot them. According to the LA Times, some have already been “removed” by state wildlife authorities.

As I was finishing this story, I got word through Basin & Range Watch that the Marines at the Twentynine Palms base are hosting Coyote hunts on March 25th and 26th. The Marines’ announcement stated: “The purpose of the depredation program is to reduce the numbers of coyotes that are unnaturally inflated in the local area due to human subsidies. Elevated coyote numbers prove a safety risk to residents, and are a significant factor in the mortality of the desert tortoise.” The response to this news by Basin & Range Watch reads, in part: “The so-called mitigation of killing coyotes is a false action that will not help recover the tortoise, and will only disrupt desert ecosystems more. Coyotes are a native, natural species that belong to the Mojave Desert. Tanks, Humvees, bombing, live-fire exercises, and military maneuvers do not belong to the desert. The military has enough land to carry out tests and training, they do not need to keep expanding.”

The ravens might be luckier as they are protected under the Migratory Bird Treaty Act, though some have already been killed by “wildlife authorities.” The LA Times ran a story about how the Marines plan to use non-harmful lasers to scare the ravens away. The article also said that “the anti-raven arsenal” “includes ‘techno-tortoises’: highly realistic replicas of baby tortoises that, when pecked or bitten, emit irritants derived from grape juice concentrate, a chemical compound already used to keep birds from congregating on agricultural fields and commercial centers.” However, as John Marzluff, a wildlife biologist at the University of Washington and expert on raven behavior who was quoted in the same Times article said: “My concerns are that we don’t really know how long these forms of aversion therapy will last among raven populations, which are very clever at responding to challenges.” And then what? More killing?

Not all of the tortoises will be subject to translocation. Some will be subject to staying, to face the tanks and live ammunition. Any tortoises that show signs of communicable disease will be left behind, so as not to infect healthy tortoises in the new area. Anderson estimates these would number 100 or less. She thinks that the Marines “might” monitor these animals to see if they survive.

Summing up the desert tortoise’s plight, Ileene Anderson said that “this species is continuing to decline throughout its range, and continually decreasing its habitat—whether that be through military expansions or other types of development—will only be detrimental to recovery efforts, because the tortoise needs habitat in order to survive, just like every other species on the planet.”

* * *

Militarism is problematic, to say the very very least, for many many reasons. We might first mourn the human casualties, of course; those killed, maimed or made homeless or stateless. We might also think of the cities turned to rubble, with their art and history buried or burned. We might consider, too, the immense monetary cost of all of it, and how every bomb is, in a very real way, stealing food out of someone’s mouth or a roof from over their heads. But rarely do we consider the affected ecosystems and their inhabitants. (One exception is this excellent article by Joshua Frank: Afghanistan: Bombing the Land of the Snow Leopard.)

Unfortunately, the military is seeking to expand into other desert areas (such as in Nevada). In protesting or attempting to curtail these expansions, I would hope to see some collaboration between activists who oppose war and those who support animal rights.

* * *

How the Media Whitewashes Stories Like This

An AP story about the planned translocation from Twentynine Palms ends with the sentence, “Critics say the move will devastate the threatened species.” Considering the facts, this way of putting it is pretty flip and really only just short of dismissive. Which is why I titled this piece, “Headlines should read, ‘Marines to Kill Tortoises’.” Because it’s a fact that they will and somebody ought to just say it.

When we speak of the bias of the corporate media, we are referring to multiple aspects. In general, there is bias in favor of the wealthy, the conventional and the institutional and against the poor, unconventional and the individual. For example, anyone who has ever attended a boisterous protest and then watched the TV coverage of it afterwards will have noticed the corporate media bias against protesters and in favor of the police. If the police attacked the protesters, this will almost assuredly be described as, “protesters clashed with police.”

There is also a bias in the media in favor of stressing stated intent and brushing aside likely consequences when the consequences will be negative. This one is subtle but universal. As far as the media’s point of view is concerned, it’s not that tortoises are sure to die, it’s only that the Marines plan to move them, and, it is implied, move them safely. But it is sure that tortoises will die. Just as it is sure that civilians will be killed when cities are bombed, even if the intent is “humanitarian” and the targets “terrorists.”

“Collateral” is the word typically used by the media to describe the deaths of civilians in warfare, and it would be their style to apply it to tortoises killed by translocation. Wiktionary defines this sense of that adjective as “being aside from the main subject, target, or goal; tangential, subordinate, ancillary.” But if such death is inevitable, how can it be separated from the “main subject”? How can it be considered “tangential”?

There is a fundamental dishonesty in every news story that presents stories in this fashion. It’s called “white-washing.” Because all our information is spoon-fed to us in this same sanitized way, we first of all never think about it and secondly, have little collective knowledge (and hence concern) about what’s going on in the world, and how the US and its policies affect other people, living things, and the planet at large.

It is a measure of our misbegotten privilege that we can live in such a state of denial at all, in a bubble. And it is violence that empowers that privilege in the first place. It is upon the graves of Indians and the whipped backs of slaves that the US gained its power and it is through the military and economic subjugation of much of the world at large that it is now sustained. There’s nothing “collateral” about any of the suffering and damage that results from this system.

What do the poor tortoises have to do with any of it? Nothing, obviously, but this is the way of empire, that they must suffer too.

Panama’s Barro Blanco Dam to Begin Operation

Panama’s Barro Blanco Dam to Begin Operation

Featured image: Ngäbe-Bugle community members canoe on the Tabasará River. By Camilo Mejia Giraldo

     by Camilo Mejia Giraldo / Mongabay

  • For nearly a decade, Panama’s Barro Blanco dam has met with strong opposition from indigenous Ngäbe communities. It has also generated violent suppression from government forces, and attracted criticism from international organizations.
  • An agreement on the dam’s completion, reached by the government and the community’s now-ousted leader, was voted down by the Ngäbe-Bugle General Congress in September 2016. The dam’s surprise deregistration from the UN Clean Development Mechanism in October 2016 did nothing to stop the project.
  • Now, the General Administrator of Panama’s National Authority for Public Services has declared that the Ngäbe-Bugle General Congress never presented a formal rejection document to the government, meaning dam operations can begin.
  • Panama’s Supreme Court has ruled against the last two legal actions by indigenous communities impacted by Barro Blanco. The Supreme Court decisions cannot be appealed, so the communities have now exhausted all legal avenues within the country, leaving only international processes.

The contentious Barro Blanco hydroelectric dam is set to begin operations within the next few weeks, defying both the relentless opposition by affected communities and the rejection last September by local indigenous authorities of a government proposed project completion agreement.

According to Roberto Meana, General Administrator of Panama’s National Authority for Public Services (ASEP), the 28-megawatt gravity dam in western Panama could begin operation within days once necessary tests are finalized. The reservoir’s waters have been rising since August of last year, gradually flooding Ngäbe communities and land.

“It can be in five days, or it can be two weeks, but the project is very close to entering its commercial operation,” Meana told Mongabay last Friday.

Controversy from the start

The hydroelectric project, partly funded by two European development banks, has been at the epicenter of a complex environmental and human rights battle that has raged on for nearly a decade between a handful of indigenous Ngäbe communities and successive Panamanian administrations.

In the last few months alone, the project was removed from the United Nations’ Clean Development Mechanism (UNCDM), a positive result for the indigenous communities; but has also had two pending legal pleas rejected by Panama’s Supreme Court in favor of the government — potentially opening the door for the forceful expulsion of the affected indigenous people from their lands.

The structurally complete dam on the Tabasará River is set to create a 258-hectare (1 square mile) reservoir within the province of Chiriqui. It will flood 6.7 hectares (16.5 acres) belonging to the Ngäbe-Buglé comarca — a semi-autonomous region located a few miles upstream of the dam.

The Barro Blanco Dam in the Province of Chiriqui, western Panama. The dam is complete and will begin operation within weeks, according to the government. The Ngäbe-Bugle have been opposed to the project since its inception. Photo by Camilo Mejia Giraldo

The imminent operational status of the project now raises serious questions over the future of the local riverside Ngäbe communities, which have continuously called for the dam’s cancellation since it was given the go ahead in 2007.

“If the government is going to start generating [electricity], then they are confirming the violation of our rights as an affected community,” Weny Bagama, a Ngäbe-Bugle General Congress delegate and a leader of the outspoken M10 (Movimiento 10 de Abril) group opposing the dam, told Mongabay.

“They are doing this even though [the Ngäbe-Bugle General] Congress rejected the past agreement,” she said referring to a now defunct accord to allow the dam’s full operation which was reached by the government and the Cacica (negotiators) of the Ngäbe-Bugle community in August 2016. That deal was in turn rejected by the community in September when the Cacica negotiators were ousted by the Ngäbe-Buglé General Congress, the comarca’s key decision-making body.

“The [General] Congress’ decision is the internal decision of the comarca, and if they don’t respect that, then evidently the government just does what it likes and does not respect the jurisdiction established by comarca law,” Bagama said.

According to Meana, however, the Ngäbe-Buglé General Congress’ decision to reject the agreement was not followed by submission of the proper paperwork to the government — a formal document outlining the community’s decision and the reasons for the dam’s rejection.

“To date, there is no document in which this agreement is rejected. The [Ngäbe-Bugle] Congress sent it to be revised. If the Congress had rejected it, they wouldn’t have set up a commission to review it,” Meana said referring to a commission created by the indigenous General Congress to formally analyze the conflict.

These conclusions were strongly opposed by Bagama, who stated that although the congress had not filed a legal rejection document, the congress and the special commission had yet to finalize their response.

“The commission was not named to revise the document but to analyze the conflict in its entirety,” she said. “They didn’t give us a time limit or date to present the [legal rejection] document, but the decision of the Congress needs to be free of pressure or conditions, because the comarca has its own procedures and according to our law we have to follow certain procedures.”

The Ngäbe-Bugle General Congress meets on September 15, 2016 to debate the Barro Blanco agreement. Photo Courtesy of Weny Bagama

The vote by the indigenous body last September appeared to place a cloud of uncertainty over the project, as it was thought by both parties that they would renew negotiations to reach a final agreement.

But even before the indigenous Congress’ rejection, the government allowed the dam’s construction company Generadora del Istmo S.A. (GENISA) to begin test flooding the dam’s reservoir in August, 2016 — a move opposed by the Ngäbe communities that have since lost homes and some of their most fertile land to the rising waters.

“As a community we feel that we are prisoners within our own homes, we can’t move around as we used to, the water levels have dropped slightly [due to the dry season], but all the surrounding land has just turned into mud,” Bagama explained.

“We live in a situation of constant threat because of this reservoir, with what the government has been doing and their economic interests, which are above our livelihoods as indigenous people,” she added.

Partially republished with permission of Mongabay.  Read the full article at Panama’s Barro Blanco dam to begin operation, indigenous pleas refused