Lateral Violence in Indigenous Life in Canada

 

David Segerts is a man who lives for positive change in Canadian society. Sitting one day with Segerts in his tastefully decorated apartment I felt surrounded by an orderly nature given to his lifestyle and was treated to his impeccable manners. I was also given a taste of his lifetime of memories before he talked about the really important issues he works on.

Segerts was born in 1960,  at the time Uranium City, Saskatchewan, was a city of 5,000 souls, and he grew up to see the mining property turn into a ghost town. Uranium City was shutdown in 1982 but by that time he was ready to move on.

"I am a Dene/Cree but I generally say I am Dene because I look almost exactly like my Dene father." He shows a photograph that proves he is the spitting image of his dad. "I dropped out of school when I was in grade 8 and went back for adult upgrading by the age of 25 at Alberta Vocational Centre in Calgary. AVC was a good learning experience although the facility lacked a First Nation student organization so I helped put one together. We held dances, fundraisers, and hosted a room that the school donated, which became a gathering place for all nations and a useful foot in the door for First Nation students."

A short time later Segerts began to study something very important in First Nation life in Canada, the tactics of oppression known as lateral violence that are especially prevalent in systemic racism. It is this lateral violence that explains the extraordinary incarceration rates and recidivism in crime for the First Nation people of Canada. As high as 50 percent of the prisoners in Canada either male or female are First Nation or Aboriginal people. For these kinds of disparities to exist in a segment of society that is less than 5 percent of the total population, the problems have to run very deep indeed.

"Lateral violence goes on in every First Nation organization and starts with arguments like, 'My family is better than theirs,'" he says. "It is important within the system of racism to get us fighting amongst each other. We are actually born into it, however, because the system is designed that way. Public awareness is the only way to address it," says Segerts.

"The methods of lateral violence include, backstabbing, gossip, infighting, shaming, humiliating, damaging comments, belittling, and sometimes violent behaviour." Other terms for what is happening to First Nations in Canada include auto-genocide and horizontal violence, he said. These terms are applied mostly to the members of oppressed groups in society, and he explained, "I didn't really understand lateral violence until I was about 30 years of age. I rarely discussed it until I did the research first. Lateral violence is designed to prevent efforts to heal the effects of oppression."

Lateral violence teaches people to disrespect and deny the rights of an oppressed group, to destroy values and beliefs. Practitioners will engage in infighting, faulting finding, and scapegoating, raising the stakes of competition via jealousy and envy. The attacks are made upon those who already possess low self esteem and further attacks lower a person's self worth.

Ultimately the goal is to make the victim take blame for the continuous putdowns, "This is the nature of oppression," says Segerts. "It is a denial of their self and humanity. They think they have become objects unworthy of respect. They fail from the inability to recognize themselves as human beings. They become convinced that the oppressor owns them, and often the oppressor does own them through financial dependencies upon welfare and personal dependencies upon drugs or alcohol."

He says, “When my son was 11 years old I brought him to Calgary to live with me, and after a few short weeks he told me, ‘Dad, I didn’t realize that Indians didn’t drink. I didn’t realize the Indian men work.’” It was another stunning learning experience about lateral violence for Segerts the father who has never spent time stuck in welfare programs but knows on reserves and in some urban communities it can become a long-running generational trap.

“People who feel dependent suffer a lack of personal power. When they lose power they will see their cultural identity eliminated and be unable to stop it,” he says. Many times the First Nations in Canada have been known to hide their own beliefs or adopt the beliefs of an oppressing society. “They were dislocated from the land and suffered breakdown of family structure during the Residential School years. Indigenous people were removed from families at age four in some cases, only to be afflicted with physical, mental, sexual, and social abuses.”

His own mother had a safety pin jammed through her tongue by nuns at one such school, then was made to sit facing a corner in a classroom for speaking her Cree language. “There were many children killed by torture,” he asserts, “and other families were disrupted by one child being raised in a Catholic school and another being raised in a United Church run school. In fact the Residential School system was a highly specialized form of lateral violence.”

The lateral violence design for First Nations people results in a distrust of First Nation leaders by their own people. “It results in a distrust of those who might emerge to help," he says. "Rising stars are severely restricted or punished. Leaders who make any difference are fired and persecuted. Incompetent leaders are recruited and promoted by the oppressors. Dividing and conquering is the main process used by the oppressors.”

Segerts needs to write a book with a biographical story line if he hasn't already. He was trained as a technical engineer at BCIT and NAIT, then, while living in Vancouver, he entered the film industry, first as an actor, then as a producer and director. When we last spoke he was running a youth-at-risk employment initiative that operates across Canada for First Nations. Remember the name David Segerts because the book would be an important read. If you know David Segerts personally, put the suggestion to him again. 

Video of photo collage, Hanson Island, Yukusem Canoe Carving Project by Beau Dick

Culture Camp on Yukusem

 

Safety a first concern, along with performance in Aluminum Chambered Boats

Have you ever been in a boat on the ocean racing across the water on the tops of waves and suddenly you see a log in front? Wouldn't it be nice at that moment to say, "I'm unsinkable," when you're reaching for a life-jacket? (These are optional attire in recreational watercraft in Canadian waters; however, there must be one lifejacket per passenger in the boat.)

Creating that unsinkable feeling is the basic philosophy of boat-building at Aluminum Chambered Boats (ACB) Inc., Bellingham, WA., where they simply say, “THERE’S INCREDIBLE BEAUTY IN PURE SAFETY.”

“She may not be the prettiest girl at the dance, but boy can she dance.” says Larry Wieber, Founder/CEO of ACB. Larry is perhaps underestimating the beauty of the boats he designs and builds, but he is ‘in the know’ about how to make recreational boaters benefit from ACB safety innovations.

Bear in mind ACB is something of an American institution and today the company incorporates the same advanced hull technology in their line of recreational and fishing boats as they use in their military vessels.

They build boats in the Pacific North West that meet stringent construction and safety requirements, “ACBs are the first and only aluminum boats tank tested by the US Coast Guard and approved without using foam flotation,” said Larry. “The unique chambered flotation system cannot be compromised,” even if the hull and several chambers are punctured!

“Hit a rock or log and tear the hull and you will stay afloat and stay alive,” he said. These are high performance watercraft riding on a patented aluminum chambered hull, “a design with a modified V hull and contiguous airtight aluminum chambers.”

The system provides critical survivability flotation, Larry said, plus, “incredible stability and reduced fuel burn with unmatched manoeuvrability.” Add to that a soft air-cushioned ride in the most difficult conditions.

Remember that the US Navy runs a lot ACBs and so does the US Coast Guard. USCG puts crews on US coasts in a 24-foot center console CB-L vessel that handles multiple missions. It is deployed from a cutter in such operations as search and rescue (SAR), maritime law enforcement (MLE), ports and waterways, and coastal security.

The design of the CB-L will carry a three-man crew and up to nine passengers and the vessel is equipped with shock-mitigated seating for the crew. The vessel is designed for security services and powered with a Cummins QSD 2.8 230 HP Bravo 1 with Mercury outdrive. “The CB-L’s top speed is,” an incredible, “39.5 knots.”

US government and citizens alike operate ACBs in all weather conditions including winter in Alaska. So where did this ability to provide marine safety and security of passengers come from? Larry explained, “ACB has built a team of numerous seasoned military and marine industry professionals with collective skill sets that provide the basis of the ACB construction and logistics team.”

ACB built their reputation for delivering quality on time and on budget by serving customers in all branches of the US military and expanding their market from that. Over the past few years the company has taken the patented rugged, state-of-the-art high performance aluminum boats to government, recreational, and commercial customers on a global basis. VISIT www.acbboats.com

A new array for gathering hydro power

The EnCurrent Turbine patented by New Energy Corp. of Calgary, Alberta, is making the rounds in North American waters and the system is proving to be a great adaptation in all kinds of high-flow water systems like Calgary city water outflows, steep Alaskan rivers, high-flow tidal currents on the Inside Passage of Vancouver Island, and icy winter waters of Manitoban rivers.

“We put a 5KWh system in the Ruby River in Alaska. Initially they called for 2.5 KWh but our system was able to pull out that much more electricity from the river current,” said Clayton Bear, one of the principals of New Energy Corporation.

“In Manitoba we tested year-round. At present we are looking at two things: further expansion in Alaska and access to the Rural Electrification Program in B.C.,” said Bear, “which is mostly First Nations accessing the program.”

Elsewhere in the country Clayton attended a conference this spring in Moncton looking into the potential for energy in the Maritimes. “The conference was looking at big projects in the Bay of Fundy. Many companies are looking because there is so much power in that water. The tide rises 10 m per second. It’s an incredible amount of energy.”

The conference showed that Bay of Fundy presents many unresolved technical challenges. The generators as yet cannot withstand the beating of that much water. “They are talking about smaller projects in the immediate future using estuaries with high tidal flows off the bay.”

Meanwhile Bear and business partner Robert Moll have EnCurrent Turbines arrayed in five, ten and 25 KWh systems in Canoe Pass, Manitoba, and Alaska on the Yukon River. The next phase for New Energy is to take their tidal project in Canoe Pass (near Quadra Island on the B.C. coast) to the 250 KWh scale with an array of EnCurrent Turbines. The ultimate goal is to extract five to MWh out of the tidal flow around Quadra Island.

At OREG (Ocean Resource Energy Group) Chris Campbell noted the province is organizing a series of regional meetings with First Nations in 2009 and meanwhile the federal government has put some money into an ocean wave energy project with SyncWave in Ahousaht, a semi-remote First Nation community found outside Tofino in the Nuu chah nulth Nation.

VIU grad a biologist in a beautiful land

Vancouver Island University (VIU) has an education program in fisheries and aquaculture that is a magnet to First Nation youth of the Pacific Coast. Sabrina Halvorsen graduated a four-year degree program to become an Associate Biologist for Nuu Chau Nulth Uu-a-thluk Fisheries in Port Alberni, B.C..

“I am a member of the Uchucklesaht Tribe,” said Sabrina of a community of the Nuu Chah Nulth Nation on the west side of Vancouver Island. She received her childhood education at schools in Uchucklesaht, Bamfield, and Port Alberni; Sabrina entered VIU after working in cultivating oysters outside Barkley Sound.

“When I originally started in the Uchucklesaht oyster farm a science opportunity was presented,” and she seized it and went to work on the VIU degree. Today she does biological science for the NTC, “I’ve been doing a variety of different things this spring. We are doing stream restoration work, crab studies, sea otter studies, and general scientific observations.”

She lives in this remarkably beautiful land, “I like the work and days working in the field are my favourite days.” The office work is immersed in policy papers and proposal writing. The NTC has the greater Nuu chah nulth Nation in mind, which is basically from the height of land all the way down the west side of Vancouver Island.

Historically Nuu chah nulth people had closer relations with their northern neighbours the Kwakwaka’wakw more than with the giant Coast Salish nation opposite those heights.

Sabrina works with regional biologists Jim Lane, Katie Beach, and Roger Dunlop in the NTC lands and fisheries offices. “We have sea lice surveys upcoming, continuation of the sea otter counts, and we are conducting crab surveys. I will also be participating in the Burman and Koauk projects which will be determining Chinook salmon escapement to these rivers”.

She works with the Bamfield Marine Science Centre (U of Vic) to deliver aquatic orientation sessions to youth. “We show them the activities of a biologist and how to sample species such as salmon by removing scales and otoliths for age and origin. We teach them the importance of protecting our natural resources

and what we can do to maintain the natural environment. We also try to engage and encourage the students who are interested in working towards science-based career goals.”

The Uchucklesaht oyster and mussel farm that introduced her to the career is no longer operating. “The oyster farm was so remote a location that it’s hard to find personnel who can do it. I hope my band will start that up again someday.”

VIUFA was established in 1979, said Don Furnell, professor in the department, “offering a two-year Diploma in Fisheries and Aquaculture Technology,” and in time, “the program expanded to include a one-year post degree diploma for students that already had a B.Sc. in biological or environmental sciences.” 

In 1997 the department added a B.Sc. in Fisheries and Aquaculture, “Since opening the department has graduated approximately six hundred students,” said Don, “many of whom were of First Nations descent and sponsored by their various bands.”

Facilities have grown to include two cold water tank farms for rainbow trout and Fraser River white sturgeon. The department has a public involvement hatchery at Chase River in Secwepmec territory.

“VIU has a sea water recirculation system where laboratory specimens are kept and bred,” said Don, “an aquaponics room that grows vegetables in conjunction with warm water fish, and a tropical fish room that breeds and grows aquarium fish for the pet trade.”

VIUFA places equal emphasis on fisheries management and aquaculture R and D. Students take courses in salmonid life histories and management, an advanced course in fisheries management with an emphasis on fisheries politics and global warming, a lake survey field and laboratory based course, a course in hydrology and another in limnology, a course on the biology of fish, and another in invertebrate zoology

Even though many of facilities on campus are related to aquaculture there is a strong fisheries component to all the programs. “Because of the dual emphasis on both fisheries and aquaculture graduates find employment in a wide variety of careers in government, in private aquaculture operations,” he said, “and growing a diversity of organisms such as salmon, oysters, clams, sablefish, sturgeon and marine plants and micro algae.”

NBCC the nexus of aquaculture in New Brunswick

Rod Carney is one of the Aquaculture Technician instructors at NBCC-St. Andrews College in New Brunswick, an education institution that lies at the centre of a thriving aquaculture industry in the province. First Nations in eastern Canada have been accessing NBCC-St. Andrews for years to gain technical training in growing fish.

“Over the years we’ve run several programs specifically requested by First Nations, and within the program last year we graduated two more Aboriginal students out of Quebec,” said Rod. The Aquaculture Technician course runs over a ten-month school term from September to June each year with a combination of school work and hands-on training that offers a tech-oriented learning curve.

“St. Andrews in Charlotte County in the south-west is the centre of aquaculture in the province,” he said, describing the island-dotted south-west coast Charlotte County, New Brunswick. “Ninety five percent of the $300 million a year aquaculture industry is located in the south-west coast,” he notes. Other areas of the province have lobster beds and shellfish developments but the Atlantic salmon grow in the waters off Charlotte County.

Rod said the first commercial salt water fish farm was set-up in 1978 and the industry went through the same growing pains that have been reported elsewhere as the industry evolved into a highly regulated and industrialized economy thriving on both coasts. “We’re growing about half the amount of Atlantic salmon that is produced on the west coast,” where the fin-fish aquaculture industry is about $600 million annually, largely for export, making it B.C.’s largest agricultural export.

Rod was a graduate of aquaculture technical training at New Brunswick Community College at St. Andrews in 1979 where he’s now the teacher (one of two instructors) for Aquaculture Technicians-in-training at NBCC-St. Andrews. NBCC campuses are found in Fredericton Centre, Miramichi, Moncton, Saint John, Woodstock, and the NBCC College of Craft and Design.

“Our campus has the aquaculture focus as a practical outcome with industry and hatcheries operating in the vicinity. Our campus has several programs but the training for aquaculture has been set here and much of the training relates to on-land rearing and ocean-based net-pen aquaculture, specifically the growing of Atlantic salmon.”

Because industry is looking at other developments in fish research and development occurs in different species. “We are experimenting with halibut, cod, and shortnose sturgeon,” a fish native to the eastern seaboard and the riverine systems flowing into the east coast.

One company in the province, Supreme Sturgeon and Caviar, works in Charlotte County with 45,000 sturgeon producing three tonnes of caviar per year. The shortnose sturgeon female can live up to 60 years and grow to about 4.5 metres under ideal growing conditions, and sturgeon will live in tidal waters.

“The Atlantic salmon farms in our waters produce for the markets in the North Eastern U.S. and eastern Canada,” said Rod. Meanwhile the program for students at NBCC-St. Andrew will be part of the province to building partnerships with universities in New Brunswick, transferring certificate course credits to university and vice versa. “Our goal is to see the Aquaculture Technician program count as one year toward a four year degree.” Contact Rod at nbcc@gnb.ca or visit www.nbcc.nb.ca

World class research and training in shellfish

 The Vancouver Island University established the Centre for Shellfish Research to go deep into shellfish, including laboratory and field based research into the science of shellfish genomics, explained the centre’s main administrator, Koren Bear.

“Helen Furney Smith is the science officer leading the research into health assessments on shellfish to help industry, and to assess wild stocks,” in both the environmental and commercial context. “The research is using mussels as indicator species, and Helen’s research in genomics looks into the gene expressions of mussels, what stresses them and causes mortalities,” and the research involves species from aquaculture and wild both.

Bear said, “Mussels are a worldwide indicator species of pollution levels, and in many places in the world even if they are growing oysters they will grow mussels in the surroundings because of the gill structure,” of these animals that act as a buttress against pollutants.

Mussels are one part of a multi-tropic trend in aquaculture, as noted recently at the Aquaculture Canada show in Nanaimo. CSFR is also conducting studies into the commercial viability of cockles on the west coast. “This research looks into the commercial aspects and a steering committee is in charge of the program.

Cockles are being examined in brood stock, cockle hatchery conditions (diet, temperature, and densities), and through field investigations. “They are grown in aquaculture elsewhere in the world but they are not done here.”

The commercial aspects examine mortalities (what kills the crop) and field investigations examine sizes of fields of feed. “They feed on micro-algae by filter-feeding, and investigators are looking at long-line cultures versus beach culture,” said Bear.

CSFR-VIU is moving to Deep Bay, next to Fanny Bay to establish field stations working from a new $8 million facility. “We broke ground and it’s due to open July 2010. The Centre for Shellfish Research will be run by Brian Kingzett, as manager when we are becoming a world class research and training facility.”

In her role at CSFR Bear administers programs that, “we continue to offer on contract basis. These existing courses are offered on contract basis, however, all shellfish courses will become open enrolment courses for the general public beginning in March 2010.”

As the department prepares for moving to the Deep Bay Field Station, they are restructuring the educational scope to include Traditional Ecological Knowledge. “We are speaking to First Nation researchers, and Elders possessing traditional knowledge, and medicine expertise that exists in communities,” said Bear.

She said they will enhance the decision-making process in the study of wild animal species. “I am hoping to meet some of these folks at the Shellfish Summer Camp coming Jul 2 to 6, 2009 at Camp Morecroft, Nanoose Bay.”

CSFR is hosting a First Nation Youth Leadership Shellfish Program called FLOW, “Future Leaders on the Water for ages 13 to 18. They are invited to experience an orientation to the scientific Marine Environment, and look closely at shellfish biology.

The program at Nanoose Bay runs at a discounted rate of $250 per person, and youth are accommodated and fed. Activities include kayaking, swimming, a visit and tour through VIU Campus, including the BIO lab, and a look at life on campus.

They will see the sturgeon growing at Department of Fisheries and Aquaculture, and shellfish under cultivation in CSR labs. Elders will discuss the cultural significance of shellfish middens at Deep Bay.” CSFR entered partnerships to develop a camp model that stresses hands-on activity. Bear said VIU’s Don Tillapaugh calls the camp, “using shellfish to develop essential skills and leadership.”

CSFR is doing more outreach in the coast with Overview Courses on Shellfish Aquaculture. “We go to the community and discuss different species for potential aquaculture development. We are presenting one day overview of scallops at the north end of Vancouver Island in June.”

She said the workshops go into challenges on governance, tenure, capacity issues, and offer an outreach by CSFR in one-day awareness building forums, in First Nations regional centres found in Port Hardy, Campbell River, Port Alberni, Nanaimo Cowichan, and Victoria.

COTR Adventure Training campus set in a great town, Fernie, B.C.

Picture of Joe giving the thumbs up with his dad and friends from Kwadacha

More than a few First Nation youth are taking steps into the world of education to find their way onto bigger things. Joseph Syme, age 19, from Prince George, B.C., is a descendant of the Secwepmec Nation; Joe's mother is a member of the Canim Lake Indian Band.

Joe Syme spent this academic year at the College of the Rockies Fernie Campus in their nine month program toward the Adventure Tourism Degree. He took this interesting diversion after a year at University of Northern B.C. in the Environmental Planning department.

Fernie, "was amazing," said Syme, "Pretty much the best year of my life. It was nine months of extreme activity," and he listed off rock climbing, skiing, rafting, and other activities. "It was all-season, started in September with wilderness travel, hiking, and mountaineering." He said the winter portion included ski-touring, walking uphill on skis then skiing downhill, "It's all worth the effort to get some unbelievable downhill turns."

Syme was immersed in a program involving a lot of intense physical challenges, "rock-climbing is where you tackle a rock face, and mountain climbing is part of a package that includes ice climbing. Mountaineering is taking you to the top of the mountain. You go for the peaks."

The COTR program at Fernie is about training people to manage outdoor adventures. "In-class stuff was based on first aid and risk management," said Syme, "liability waivers, and so forth from the legal point of view," sessions conducted by lawyers.

The business end of Adventure Tourism classroom study included computer time on different applications on Windows in Excel and Word in particular, said Syme, "Another class on entrepreneurship included business people from Fernie. A lot of the times in adventure tourism the companies are pretty small, and we learned about a rafting company in Fernie, and a mountain bike touring company."

Mountain biking was not part of the course, "Next year they are integrating a portion about mountain biking. The certifications that I got help get jobs in the industry. First aid and ski-instructing, swift-water rescue, and life guard training," these are valuable certificates in seeking employment.

"We did a couple of hiking trips; most of it was oriented toward winter avalanche skills training and there was a deadly snowpack this year, kind of dangerous, people died." He also engaged in winter camping, staying in tents: "We hiked in our own tents and a couple of other trips were done where we stayed in huts.

"We did winter survival and dug snow caves and stayed in those. We burrowed out a cave and it was really warm. You can also trench-dig a shelter in the snow and it is faster but not as warm a shelter. Digging the snow cave takes about an hour and it might not be the best choice in a real blizzard."

They learned how to start fires the fastest and most efficient way. "We learned a technique called the bundle technique, bundle branches and break them off in a particular way and it is guaranteed to start a fire with one match. You pick the wood off the surrounding trees so it's not practical in alpine conditions."

In-class assignments included written tests, "For certification there was rigorous testing, especially in First Aid. The outdoor trips were tested by instructor observation with feedback sheets and group debriefing," and this composed part of the marks.

"My marks were pretty good," said Syme. "They talked to us individually to discuss the weaknesses. If we were doing our written assignments we were able to engage the instructors in the outdoors. And you had to have a certain percent on the tests like 80 percent on First Aid. A few students fell off in the marks in these areas," said Syme.

Numas Warrior a powerful ship-berthing tugboat for the Orca Quarry Marine Terminal

The Orca Quarry located on the east coast of northern Vancouver Island, 3.8 km west of Port McNeill, B.C., is permitted to produce 6.6 million tons of sand and gravel per year. Production began in Feb. 2007 including a dedicated ship-loading facility in Port McNeill for handling vessels up to 80,000 tons.

This harbour activity is now enhanced by the delivery of the Numas Warrior to Port McNeill, “a powerful and modern ship-berthing tugboat now in service assisting 80,000 ton capacity Panamax class freighters in and out of the Orca Quarry marine terminal,” said Mike Westerlund, Communications Manager, Polaris Minerals Corporation.

Polaris owns 88% of Orca Quarry, with the remaining 12% interest held by Namgis First Nation, said Westerlund, “The tugboat ownership group, consisting of Polaris Minerals Corporation of Vancouver, the Sea Legend Group of Port Hardy and Island Tug and Barge of Vancouver, were pleased to press the Numas Warrior into service in December.”

Since then the Warrior has been on hand to move each freighter loaded at the quarry and assists with the loading of barges dispatched for Vancouver. The tugboat operates powerful engines with rotating drives, “on a beamy, flat-bottomed hull design. The boat is about 60 feet long, 30 feet wide and has a relatively flat bottom,” said  Westerlund, “When combined with its twin 1,200 hp diesel engines and 360 degree rotating Z drives, this boat can move sideways almost as fast as it can move forwards.”

He said these attributes make it ideal for controlling the movements of large vessels, and “the new boat has won the admiration of all who have worked with her, including the BC Coast Pilots.” The twin MTU diesels meet Tier II emission standards, an advanced standard for clean burning diesel engines.