I was dismayed by a recent news story on CTV on the escape of farm fish into native fish waters. I was dismayed for two reasons: 1) the ecological impacts of this accident; and 2) the failure of CTV in appropriately reporting the seriousness of it.
Shoddy Reporting by CTV
In late December 2019, a fire at the Mowi fish farm in BC waters near Port Hardy resulted in the escape of over twenty thousand Atlantic salmon. The news story by the CTV media proved biased, incomplete and erroneous—and ultimately dangerous—in its reporting.
CTV targeted “environmentalists and indigenous groups” as worried that “it could have devastating impacts on [Pacific] wild salmon…Escape presents ecological and environmental risks to an already fragile wild salmon population.” But CTV failed to include concerns by environmental scientists in this matter: government or academics with real expertise and authority.
CTV talked to some “so-called” experts to counter the position of the environmentalists. This included comments by a vet (Dr. Hugh Mitchell), who works for the fish farm: “[Atlantic salmon] are brought up on prepared fish pellets from since they start feeding …They don’t know how to forage. They don’t know how to find rivers and reproduce. They get eaten by predators or they die of starvation after they escape.” (see below for proof against this). A vet (who will have some expertise in fish physiology and biology) does not have the same expertise as a fish population biologist, oceanographer, ecologist or geneticist—all of who would better understand the potential impact of released exotic species to native species in a region. But CTV didn’t interview any of these experts. Instead, they interviewed a vet who works for the farm. CTV ends its story with a remark by the managing director of Mowi who said, “Data would suggest there’s a very low risk to the [Atlantic] salmon making it to any rivers and an even lower risk of them establishing successful populations within the BC environment.”
But where’s the data to prove this? And who provided it to Mowi? CTV fails to mention that or show any of “the data”.
This is clearly careless reporting that provides no substantiation for the claims made by Mowi; nor does CTV provide a more robust inquiry into potential risks. Risks posed by more than Atlantic salmon just outcompeting native fish; risks posed by disease and other indirect challenges to native fish—not addressed by Mitchell and Mowi.
BC wetland (photo by Nina Munteanu)
CTV provided no statement by DFO scientists or academia. Where were the UBC or UVic scientists? Why weren’t these unbiased authorities consulted for their expertise instead of a vet who works for the aquaculture industry? This is very sloppy reporting.
The Vancouver Sun, which also covered this story, showed a little more balance in its reporting. However, when it came time for the Sun to report on DFO’s response, it was less than clear: “Among the feedback the federal government has received through early consultations on the legislation is a need for a more effective risk management framework and support for Indigenous involvement and rights in the sector, it says.”
The Georgia Straight used the right word—claimed—to describe Mowi’s unsubstantiated statements: “The company claimed that the escaped fish are easy prey because they are ‘unaccustomed to living in the wild, and thus unable to forage for their own food.’” The Straight also balanced that claim with another by Ernest Alfred of the ‘Ngamis First Nation and videographer and wild-salmon advocate Tavis Campbell, who suggested that the presence of Atlantic salmon in ocean water “presents a serious threat to native Pacific salmon through transfer of pathogens and other associated risks”. The Straight then followed up with some relevant historic precedence: “After a large number of Atlantic salmon escaped from a Washington state fish farm near Bellingham in 2017, these species were found as far away as the Saanich Inlet and Harrison River.” Hardly the weaklings described by Mowi and Mitchell…
Global News provides a more in-depth examination of the August 2017 net pens collapse in the waters off northwest Washington—pens owned by Canadian company Cooke Aquaculture Pacific — the largest Atlantic salmon farmer in the U.S.
“Up to 263,000 invasive Atlantic salmon escaped into Puget Sound, raising fears about the impact on native Pacific salmon runs. The incident inspired Washington state to introduce legislation that would phase out marine farming of non-native fish by 2022. Groups like the Pacific Salmon Foundation have called for the B.C. and federal governments to do the same in Canada.”
Declining Pacific Wild Salmon
Westcoast forest stream, BC (photo by Kevin Klassen)
Wild Pacific salmon have been declining for decades off the BC coast and streams. Human interference is primarily responsible, which includes habitat destruction, diversions for agriculture and hydro-power, and climate change. Habitat destruction—both quantity and quality—has occurred mainly from logging, road construction, urban development, mining, agriculture and recreation. Added to that list is the aquaculture industry that uses Atlantic salmon, an exotic to the Pacific Ocean.
A recent study conducted by the Strategic Salmon Health Initiative (SSHI) revealed that the piscine reovirus (PRV) found in farmed Atlantic salmon is linked to disease in Pacific Chinook salmon. The SSHI is an initiative made up of scientists from the Department of Fisheries and Oceans (DFO), Genome B.C., and the Pacific Salmon Foundation (PSF).
The findings show that the same strain of PRV, known to cause heart and skeletal muscle inflammation (HSMI) in farmed Atlantic salmon, is causing Chinook salmon to develop jaundice – anemia, a condition that ruptures red blood cells, and causes organ failure in the fish. The disease could cause a serious threat to wild salmon migrating past open-net fish farms in coastal waters in B.C.
In B.C., concerns about the decline of Pacific salmon have already risen to peak levels after the Big Bar landslide in the Fraser River near Kamloops; scientists say this could result in the extinction of multiple salmon runs by 2020. The federal Liberal government has pledged to transition BC’s open-net pen salmon farms to closed inland containment systems by 2025.
All this corroborates the serious risk of Atlantic salmon farming. Accidents must be expected to happen. They always do. Risk analysis must include the certainty of this inevitability—just as water engineers must account for 100-year storms, which do happen.
Need for Better Risk Management (Type I and Type II Errors in Risk Assessment)
The scientific method relies on accurately measuring certainty and therefore reliably predicting risk. This means accounting for all biases and errors within an experiment or exploration. In my work as a field scientist and environmental consultant representing a client, we often based our formal hypotheses in statistics, which considered two types of error: Type I and Type II errors. Type I errors are false positives: a researcher states that a specific relationship exists when in fact it does not. This is akin to an alarm sounding when there’s no fire. Type II errors are false negatives: the researcher states that no relationship occurs when in fact it does. This is akin to no alarm sounding during a fire.
The reason why remarks made by vet Mitchell and Mowi are so dangerous is because they make assumptions that are akin to not sounding an alarm when there is a fire; they are committing a Type II error. And in risk assessment, this is irresponsible. And dangerous.
Instead of targeting “environmentalists” “activists” and certain groups for opinions on issues, I strongly urge CTV and other media to seek out evidence-based science through scientists with relevant knowledge (e.g. an ecologist—NOT an economist or a vet—for an environmental issue). My advice to Media: DO YOUR HOMEWORK AND GET THE FACTS STRAIGHT! You need to talk to academics and scientists with no ties to perpetrators and with relevant knowledge on the topic in question.
The Need for The Precautionary Principle in Environmental Science and Reporting
Fin Creek, Rocky Mountains, BC (photo by Nina Munteanu)
Environmental scientists generally pride themselves on the use of the Precautionary Principle when dealing with issues of sustainability and environmental management. According to the Precautionary Principle, “one shall take action to avoid potentially damaging impacts on nature even when there is no scientific evidence to prove a causal link between activities and effects.” The environment should be protected against substances (such as an exotic species) which can be assumed potentially harmful to the current ecosystem, even when full scientific certainty is lacking.
Unfortunately, politicians, engineers and the scientists who work for them tend to focus on avoiding Type I rather than Type II statistical errors. In fact, by traditionally avoiding Type I errors, scientists increase the risk of committing Type II errors, which increases the risk that an effect will not be observed, in turn increasing risk to environment.
In describing the case of the eutrophication of a Skagerrak (a marine inlet), Lene Buhl-Mortensen asks which is worse: risk a Type II error and destroy the soft bottom habitat of Skagerrak and perhaps some benthic species, or risk a Type I error and spend money on cleaning the outfalls to Skagerrak when in fact there is no eutrophication? “Scientists have argued that cleaning up is too expensive and should not be done in vain,” writes Buhl-Mortensen. “But more often the opposite is the case. The increased eutrophication of Skagerrak could end up more costly than reducing the outfalls of nutrients [to the inlet].”
“Because threats to the environment are threats to human welfare, ecologists have a prima facie ethical obligation to minimize Type II errors,” argues Buhl-Mortensen in the journal Marine Pollution Bulletin. Use of the precautionary principle will save costs—and lives—in the end.
Ferry crossing with wake in foreground, BC coast (photo by Nina Munteanu)
Nina Munteanu is a Canadian ecologist / limnologist and novelist. She is co-editor of Europa SF and currently teaches writing courses at George Brown College and the University of Toronto. Visit www.ninamunteanu.ca for the latest on her books. Nina’s bilingual “La natura dell’acqua / The Way of Water” was published by Mincione Edizioni in Rome. Her non-fiction book “Water Is…” by Pixl Press (Vancouver) was selected by Margaret Atwood in the New York Times ‘Year in Reading’ and was chosen as the 2017 Summer Read by Water Canada. Her novel “A Diary in the Age of Water” will be released by Inanna Publications (Toronto) in June 2020.
*A version of this talk is available in an article I wrote called “Coming Home to Water,” which first appeared in the 2016 anthology In the Moment (A Hopeful Sign) edited by Gary Doi. It was reprinted in 2018 The Earth We Love (Mississauga Writers) edited by Elizabeth Banfalvi; and again in 2019 in The Literary Connection IV: Then and Now (IOWI) edited by Cheryl Antao Xavier.
Mapes reveals that her witness tree overcame a 1 in 500 chance of taking root from tiny acorn to seedling to become a thirteen-storey tall giant. Mapes considered her oak a living timeline that revealed through its phenology how climate change is resetting the seasonal clock. 
Written with passionate lyricism and a mother’s nurturing spirit, Irish storyteller Beresford-Kroeger weaves a compelling tapestry of ancient forest lore with modern science to promote the global forest. Tapping into aboriginal wisdom and ancient pagan legend, Beresford-Kroeger invites you into the forest to explore the many beneficial and pharmaceutical properties of trees—from leaves that filter the air of particulate pollution, the cardiotonic property of hawthorn, fatty acids in hickory nuts and walnuts that promote brain development, to the aerosols in pine trees that calm nerves.
In his travels to visit iconic trees around the world, Haskell draws on the wisdom and moral ethics of “ecological aesthetics” to describe a natural beauty—not as individual property but as a world within a world of interactive life to which we belong and serve but do not own:
Olivia Vandergriff miraculously survives an electrocution to become an ecowarrior after she begins to hear the voices of the trees. She rallies others to embrace the urgency of activism in fighting the destruction of California’s redwoods and even camps in the canopy of one of the trees to deter the logging. When the ancient tree she has unsuccessfully protected is felled, the sound is “like an artillery shell hitting a cathedral.” Vandergriff weeps for this magnificent thousand-year old tree. So do I. Perhaps the real heroes of this novel are the ancient trees.
Proulx immerses the reader in rich sensory detail of a place and time, equally comfortable describing a white pine stand in Michigan and logging camp in Upper Gatineau to a Mi’kmaq village on the Nova Scotia coast or the stately Boston home of Charles Duquet. The foreshadowing of doom for the magnificent forests is cast by the shadow of how settlers treat the Mi’kmaq people. The fate of the forests and the Mi’kmaq are inextricably linked through settler disrespect and a fierce hunger for “more.”
I recently gave a 2-hour workshop on “ecology of story” at Calgary’s 
Nina is a Canadian scientist and novelist. She worked for 25 years as an environmental consultant in the field of aquatic ecology and limnology, publishing papers and technical reports on water quality and impacts to aquatic systems. Nina has written over a dozen eco-fiction, science fiction and fantasy novels. An award-winning short story writer, and essayist, Nina currently lives in Toronto where she teaches writing at the University of Toronto and George Brown College. Her non-fiction book “Water Is…”—a scientific study and personal journey as limnologist, mother, teacher and environmentalist—was picked by Margaret Atwood in the New York Times as 2016 ‘The Year in Reading’. Nina’s most recent novel “A Diary in the Age of Water”— about four generations of women and their relationship to water in a rapidly changing world—will be released in 2020 by Inanna Publications.
“By failing to engage with climate change, artists and writers are contributing to an impoverished sense of the world, right at the moment when art and literature are most needed to galvanize a grassroots movement in favor of climate justice and carbon mitigation.”—Amitav Ghosh, 2017
What these novels have in common is that they are all 
According to Ghosh, plots and characters of contemporary literature tend to reflect the regularity of middle-class life and the worldview of the Victorian natural sciences, one that depends on a principle of uniformity. Change in Nature has been perceived as gradual (or static by some) and never catastrophic. Extraordinary or bizarre happenings were left to marginal genres like the Gothic tale and—of course—science fiction. The strange and unlikely have been externalized: hence the failure of modern novels and art to recognize anthropogenic climate change.
“To counteract this epidemic of short-term thinking,” says Fabiani, “it might be a good idea for more of us to read science fiction, specifically the post-apocalyptic sub-genre: that is, fiction dealing with the aftermath of major societal collapse, whether due to a pandemic, nuclear fallout, or climate change.”
I recently shared a panel discussion with writer 
In 2015, I joined Lynda Williams of Reality Skimming Press in creating an optimistic science fiction anthology with the theme of water. My foreword to 
In my new writing guidebook 
In Animal Farm, George Orwell uses animals to describe the revolution against a totalitarian regime (e.g. the overthrow of the last Russian Csar and the Communist Revolution of Russia). The animals embrace archetypes to symbolize the actions and thoughts of various sectors within that world. The pigs are the leaders of the revolution; Mr. Jones represents the ruling despot who is overthrown; the horse Boxer is the ever-loyal and unquestioning labor class.
In Lord of the Flies, William Golding explores the conflict in humanity between the impulse toward civilization and the impulse toward savagery. The symbols of the island, the ocean, the conch shell, Piggy’s glasses, and the Lord of the Flies, or the Beast, represent central ideas that reinforce this main theme. Each character has recognizable symbolic significance: Ralph represents civilization and democracy; Piggy represents intellect and rationalism; Jack represents self-interested savagery and dictatorship; and Simon (the outsider in so many ways) represents altruistic purity.
Excellent examples of satires with less obvious allegorical structure (but it’s there) can be found in the genre of science fiction—a highly metaphorical literature that makes prime use of place and setting with archetypal characters to satirize an aspect of society. Brave New World by Aldous Huxley is a satirical response to his observation of humans’ addiction to (sexual) pleasure and vulnerability to mind control and the dumbing of civilization in the 1930s. George Orwell’s Nineteen Eight-Four satirizes humanity’s vulnerability to fascism, based on his perception of humans’ sense of fear and helplessness under powerful governments and their oppressive surveillance. Margaret Atwood’s The Handmaid’s Tale satirizes a society in which a woman struggles in a fundamentalist Christian dictatorship patriarchy where women are forced into a system of sexual slavery for the ruling patriarchy.
This article is an excerpt from “
She is inhumanly alone. And then, all at once, she isn’t. A beautiful animal stands on the other side of the water. They look up from their lives, woman and animal, amazed to find themselves in the same place. He freezes, inspecting her with his black-tipped ears. His back is purplish-brown in the dim light, sloping downward from the gentle hump of his shoulders. The forest’s shadows fall into lines across his white-striped flanks. His stiff forelegs play out to the sides like stilts, for he’s been caught in the act of reaching down for water. Without taking his eyes from her, he twitches a little at the knee, then the shoulder, where a fly devils him. Finally he surrenders his surprise, looks away, and drinks. She can feel the touch of his long, curled tongue on the water’s skin, as if he were lapping from her hand. His head bobs gently, nodding small, velvet horns lit white from behind like new leaves. 
An oligotrophic lake is basically a young lake. Still immature and undeveloped, an oligotrophic lake often displays a rugged untamed beauty. An oligotrophic lakes hungers for the stuff of life. Sediments from incoming rivers slowly feed it with dissolved nutrients and particulate organic matter. Detritus and associated microbes slowly seed the lake. Phytoplankton eventually flourish, food for zooplankton and fish. The shores then gradually slide and fill, as does the very bottom. Deltas form and macrophytes colonize the shallows. Birds bring in more creatures. And so on. Succession is the engine of destiny and trophic status its shibboleth. 
They met in the lobby of a shabby downtown Toronto hotel. Hilda barely knew what she looked like but when Hanna entered the lobby through the front doors, Hilda knew every bit of her. Hanna swept in like a stray summer rainstorm, beaming with the self- conscious optimism of someone who recognized a twin sister. She reminded Hilda of her first boyfriend, clutching flowers in one hand and chocolate in the other. When their eyes met, Hilda knew. For an instant, she knew all of Hanna. For an instant, she’d glimpsed eternity. What she didn’t know then was that it was love. 
This article is an excerpt from 
This article is an excerpt from 
Nina Munteanu Writing Coach 