In a two to one decision, the Federal Court of Appeal has overturned the Harper government’s approval of the Enbridge Northern Gateway Pipeline, finding that the federal government’s consultation process with First Nations on the BC coast that occurred after the NEB decision and the Joint Review Panel Report was inadequate, saying:
We conclude that Canada offered only a brief, hurried and inadequate opportunity in Phase IV—a critical part of Canada’s consultation framework—to exchange and discuss information and to dialogue. The inadequacies—more than just a handful and more than mere imperfections—left entire subjects of central interest to the affected First Nations, sometimes subjects affecting their subsistence and well-being, entirely ignored.
The dissenting judge found that the federal government under Stephen Harper had adequately consulted the First Nations. The split decision means that one of the parties, either the federal government, Enbridge Northern Gateway or the Canadian Association of Petroleum Producers may seek leave to appeal to the Supreme Court of Canada.
With climate change, the oceans are becoming more acid and that is a threat to the dungeness crab, according to a study by the US National Oceanic and Atmospheric Administration.
The study says ocean acidification expected to accompany climate change may slow development and reduce survival of the larval stages of Dungeness crab.
The dungeness crab is a key component of the Northwest marine ecosystem and vital to fishery revenue from Oregon to Alaska.
The research by NOAA Fisheries’ Northwest Fisheries Science Center in Seattle indicates that the declining pH anticipated in Puget Sound could jeopardize populations of Dungeness crab and put the fishery at risk. The study was recently published in the journal Marine Biology.
Ocean acidification occurs as the ocean absorbs carbon dioxide from the combustion of fossil fuels. Average ocean surface pH is expected to drop to about 7.8 off the West Coast by 2050, and could drop further during coastal upwelling periods.
Dungeness crab is the highest revenue fishery in Washington and Oregon, and the second most valuable in California, although the fishery was recently closed in some areas because of a harmful algal bloom. The Dungeness crab harvest in 2014 was worth more than $80 million in Washington, $48 million in Oregon and nearly $67 million in California
“I have great faith in the resiliency of nature, but I am concerned,” said Jason Miller, lead author of the research, which was part of his dissertation. “Crab larvae in our research were three times more likely to die when exposed to a pH that can already be found in Puget Sound, our own back yard, today.”
Scientists collected eggs from Dungeness crabs in Puget Sound and placed them in tanks at the NWFSC’s Montlake Research Laboratory. The tanks held seawater with a range of pH levels reflecting current conditions as well as the lower pH occasionally encountered in Puget Sound when deep water wells up near the surface. Larvae also went into tanks with the even lower-pH conditions expected with ocean acidification.
“The question was whether the lower pH we can expect to see in Puget Sound interferes with development of the next generation of Dungeness crab,” said Paul McElhany, a NOAA Fisheries research scientist and senior author of the paper. “Clearly the answer is yes. Now the question is, how does that play out in terms of affecting their life cycle and populations overall?”
Larvae hatched at the same rate regardless of pH, but those at lower pH took longer to hatch and progressed through their larval stages more slowly. Scientists suggested that the lower pH may reduce the metabolic rate of embryos. That could extend their vulnerable larval period, or could jeopardize the timing of their development in relation to key food sources, researchers suggested.
Larval survival also dropped by more than half at lower pH. At pH 8.0, roughly equivalent to seawater today, 58 percent of the crab larvae – called zoeae – survived for 45 days. At pH 7.5, which sometimes occurs in Puget Sound now, survival was 14 percent. At pH 7.1, which is expected to roughly approximate the pH of water upwelling on the West Coast with ocean acidification, zoeae survival remained low at 21 percent.
“Areas of greatest vulnerability will likely be where deep waters, naturally low in pH, meet acidified surface waters,” such as areas of coastal upwelling along the West Coast and in estuary environments such Hood Canal, the new study predicts.
The Environmental Protection Division of BC’s Ministry of Environment is launching a major study of the water quality in the Kitimat valley, first on the Kitimat River and some of its tributaries and later on the Kitimat Arm of Douglas Channel.
There has been no regular sampling by the province in Kitimat since 1995 (while other organizations such as the District of Kitimat have been sampling).
Jessica Penno, from the regional operations branch in Smithers, held a meeting for stakeholders at Riverlodge on Monday night. Among those attending the meeting were representatives of the District of Kitimat, the Haisla Nation Council, LNG Canada, Kitimat LNG, Rio Tinto BC Operations, Douglas Channel Watch, Kitimat Valley Naturalists and the Steelhead Society.
As the project ramps up during the spring and summer, the ministry will be looking for volunteers to take water samples to assist the study. The volunteers will be trained to take the samples and monitored to insure “sample integrity.” Penno also asked the District, the Haisla and the industries in the valley to collect extra samples for the provincial study and to consider sharing historical data for the study.
With the growing possibility of new industrial development in the Kitimat valley, monitoring water quality is a “high priority” for the province, Penno told the meeting. However, so far, there is no money targeted specifically for the project, she said.
The purpose of the study is to make sure water in the Kitimat valley meet the provinces water quality objectives, which have the aim of watching for degradation of water quality, upgrade existing water quality or protect for designated uses such as drinking water, wildlife use, recreational use and industrial water supplies as well as protecting the most sensitive areas. It also provides a baseline for current and future environmental assessment. (In most cases, testing water quality for drinking water is the responsibility of the municipalities, Penno said. The province may warn a municipality if it detects potential problems, for example if a landslide increases metal content in a stream).
Under the BC Environment system, “water quality guidelines” are generic, while “water quality objectives” are site specific.
One of the aims is to compile all the studies done of the Kitimat River estuary by the various environmental impact studies done by industrial proponents.
The ministry would then create a monitoring program that could be effectively shared with all stakeholders.
At one point one member of the audience said he was “somewhat mystified” at the role of Fisheries and Oceans in any monitoring, noting that “when you phone them, nobody answers.”
“You mean, you too?” one of the BC officials quipped as the room laughed.
Water quality objectives
The last time water quality objectives were identified for the Kitimat River and arm were in the late 1980s, Penno told the meeting. The objectives were developed by the British Columbia government because of potential conflict between fisheries and industry at that time. The objectives were developed for the last ten kilometres of the Kitimat River and the immediate area around the estuary and the Kitimat Arm. “The Kitimat is one of the most heavily sport fished rivers in Canada,” she said.
However, the work at that time was only provisional and there was not enough water quality monitoring to create objectives that could be approved by the assistant deputy minister.
There has been no monitoring of the Kitimat River by BC Environment since 1995. “We’ve had a lot of changes in the Kitimat region, with the closure of Methanex and Eurocan, the modernization of Rio Tinto and potential LNG facilities.”
The main designated uses for the Kitimat River at that time were aquatic life, wildlife with secondary use for fishing and recreation.
She said she wants the stakeholders to identify areas that should be monitored at first on the river and the tributaries. Later in the summer, Environment BC will ask for suggestions for the estuaries of the Upper Kitimat Arm.
Participants expressed concern that the water supply to Kitamaat Village and the Kitimat LNG site at Bish Cove as well as Hirsch Creek and other tributaries should be included in the study. Penno replied that the purpose of the meeting was to identify “intimate local knowledge” to help the study proceed.
After a decade so of cuts, the government has “only so much capacity,” Penno said, which is why the study needs the help of both Kitimat residents and industry to both design the study and to do some of the sampling.
The original sampling station in the 1980s was at the Haisla Boulevard Bridge in Kitimat. A new sampling station has been added at the “orange” Kitimat River bridge on Highway 37. There is also regular sampling and monitoring at Hirsch Creek. The aim is to add new sampling points at both upstream and downstream from discharge points on the river.
The people at the meeting emphasized the program should take into consideration the Kitimat River and all its tributaries—if budget permits.
Last year, the team collected five samples in thirty days in during four weeks in May and the first week in June, “catching the rising river quite perfectly” at previously established locations, at the Haisla Bridge and upstream and downstream from the old Eurocan site as well as the new “orange bridge” on the Kitimat River.
The plan calls for five samples in thirty days during the spring freshette and the fall rain and monthly sampling in between.
The stakeholders in the meeting told the enviroment staff that the Kitimat Valley has two spring freshettes, the first in March during the valley melt and later in May during the high mountain melt.
The plan calls for continued discussions with the industry stakeholders, Kitimat residents and the Haisla Nation.
The staff also wants the industrial stakeholders to provide data to the province, some of it going back to the founding of Kitimat if a way can be found to make sure all the data is compatible. One of the industry representatives pointed out, however, that sometimes data is the hands of contractors and the hiring company may not have full control over that data.
There will be another public meeting in the summer, once plans for sampling in the Kitimat Arm are ready.
Eel grass is not a seaweed but a flowering plant that migrated to the sea, say scientists who have now mapped the eel grass genome. The study also shows that eel grass ( Zostera marina) is crucial in absorbing carbon dioxide in the soft sediments of the coasts.
Eel grasses form a carbon dioxide sink: “they store more carbon than tropical forests,” says Jeanine Olsen of the University of Groningen in the Netherlands who led the study.
Coastal sea grass ecosystems cover some 200,000 square kilometers, the study says. Those ecosystems account for an estimated 15 per cent of carbon fixed in global ocean, and also impact sulphur and nitrogen cycles.
The scientists argue that since sea grasses are the only flowering plants to have returned to the sea that is the most extreme adaptation a terrestrial (or even freshwater) species can undergo.
The science team says the Zostera marina genome is “an exceptional resource that supports a wide range of research themes, from the adaptation of marine ecosystems under climate warming and its role in carbon burial to unraveling the mechanisms of salinity tolerance that may further inform the assisted breeding of crop plants.”
Sea grasses form the backbone of one of the most productive and biodiverse ecosystems on Earth, rivaling coral reefs and rain forests in terms of the ecosystem services they provide to humans.
Sea grass meadows are part of the soft-sediment coastal ecosystems found in all continents, with the exception of Antarctica. They not only form a nursery for young fish and other organisms, but also protect the coastline from erosion and maintain water clarity. ‘
The study, which sequenced the genome of the eel grass taken from the Archipelago Sea off Finland. published today, in the journal Nature, is the work of an international consortium of 35 labs, most of them in Europe, working with researchers from the U.S. Department of Energy Joint Genome Institute.
The study showed that eel grasses are completely submerged marine flowering plants, called by science angiosperms. It shows that eel grass is a member of the ancient monocot family.
The monocots include about 60,000 species, flowering plants that first appear above the soil as a single leaf. They include orchids, “true grasses,” as well as rice, wheat, maize and “forage grasses” such as sugar cane, and the bamboos. According to Wikipedia, other economically important monocot crops include palms bananas , gingers, onions, garlic, lilies, daffodils, irises, amaryllis, bluebells and tulips.
Zostera marina is the first marine flowering plant have its genome fully sequenced. As well as finding the eel grass’s genetic ancestors the researchers were interested in understanding how the plant–and by extension other plants in the ecosystem–adapt to climate change.
As it adapted to an underwater, coastal lifestyle, eel grass gained genes that allowed it to live in saltwater but lost genes involved in traits associated with land-based plants.
Olsen called this “arguably the most extreme adaptation a terrestrial (and even a freshwater) species can undergo.”
What she describes as the “use it, lose it, or change it” scenario, eelgrass modified its cell walls. The eel grass cell wall is very different from normal plant cell walls and more like that of sea algae, similar to the cell in seaweeds. The eel grass has lost genes associated with light-sensing, pollination and regulation of internal water balance.
Eel grass lost its stomata (which are used by land plants to ‘breathe’) but also all of the genes involved in stomatal differentiation. “The genes have just gone, so there’s no way back to land for sea grass,” Olsen says. Sex is entirely underwater involving long naked sperm filaments especially adapted for underwater fertilization of the tiny flowers.
The team compared the eel grass genome to duck weed, one of the simplest flowering plants and Zostera marina’s closest sequenced relative. They noted differences in genes related to cell wall structure due to adaptations to freshwater or terrestrial conditions. For example, plants such as duckweed have seemingly lost genes that help plants retain water in the cell wall, while eel grass has regained these genes to better deal with osmotic stress at low tide.
“They have re-engineered themselves,” said Olsen of the changes affecting the eelgrass cell walls. “Crop breeders may benefit from lessons on how salt tolerance has evolved in these plants.”
With Zostera marina meadows stretching from Alaska to Baja California, and from the White Sea to southern Portugal, Olsen noted that these ecosystems afford researchers “a natural experiment to investigate rapid adaptation to warmer or colder waters, as well as to salinity tolerance, ocean acidification and light.”
Eel grass endangered
Jeremy Schmutz, head of the US Department of Energy’s genetic plant program, emphasized that while eel grasses are key players in coastal marine ecosystem functions and considered the “lungs of the sea,” they are also endangered. “There are estimates that nearly a third of the eel grass meadows worldwide have been destroyed by runoff into the ocean,” he said, “reducing their potential capabilities as carbon sinks. Thus, studying the adaptive capacity of eel grass is urgent to assist conservation efforts.”
An overarching question for Olsen’s team is how quickly eel grass can adapt to rapid climate change. The fact that Zostera marina grows along the coastline from Portugal to Scandinavia is being used as a natural experiment to investigate adaptation to warmer or colder water, as well as to salinity, ocean acidification and light.
That’s one of the predictions from a new study from the University of British Columbia, looking at the future of the fishery on the coast.
The study concentrates on the First Nations fishery and warns that aboriginal people could face a catastrophic decline in the harvest of traditional species, especially salmon and herring roe on kelp over the next thirty years, a decline that will also have an equally devastating effect on commercial and recreational fishing.
The main cause of the decline is climate change and the warming of the coastal waters. The study projected “modest to severe declines in catch potential” for all current commercial fisheries along the coast.
The study says that for the First Nations the between $28 million to $36 million in revenue they got from fishing between 2001 and 2010 could fall by up to 90 per cent depending on how the climate changes.
One scenario calls for a decline of up to 40 per cent in chinook and pink salmon.
If there is any good news, if you can call it that, the decline will be not as bad in northern coastal waters as it will be the warmer waters near the Lower Mainland and southern Vancouver Island. The range of some species, including salmon, herring, halibut and possibly oolichan will move to farther north along the BC Coast and into Alaskan waters.
That means in time the warming waters will also encourage an increase in other species, including sardines and some clams.
The changing oceans mean that “an increase in the relative abundance of warmer-water species was projected to lead to new or increased opportunities for commercial harvests by 2050.”
The study is urging the First Nations and other stakeholders in the British Columbia fishery to start long term planning immediately to anticipate changes in the coming decades.
The team of scientists led by Lauren Weatherdon, a graduate student at UBC, noted that while previous studies have looked at the impact of climate change on large-scale commercial fisheries, “few efforts have been made to quantitatively project impacts on small-scale subsistence and commercial fisheries that are economically, socially and culturally important to many coastal communities.”
The study was conducted in cooperation with the BC First Nations Fisheries Council and looked its seven coastal administrative regions “forming a sample of groups with diverse marine resources, geographical locations, territorial sizes, and treaty statuses.”
Within those regions 16 First Nations participated in the study, some under their treaty councils, including the Council of the Haida Nation, the Tsimshian Nations Treaty Society (including the Gitga’at at Hartley Bay and the Kitselas and Kitsumkalum near Terrace) and the Maa-nulth First Nations. The Heiltsuk First Nation at Bella Bella participated as an independent group.
The FNFC’s administrative regions intersect with five distinct ecological regions: the North Coast, comprising the Hecate Strait and Dixon Entrance; Haida Gwaii, which includes the waters surrounding the islands; the Central Coast, including Queen Charlotte Sound, Queen Charlotte Strait, and the southern tip of Hecate Strait; the Strait of Georgia; and the west coast of Vancouver Island (WCVI) .
The study says First Nations are likely to be exposed to different climate-related impacts on fisheries due to the differing ecological and biogeographical characteristics of these regions and to differing traditional and commercial harvests.
The study used a “dynamic bioclimate envelope” computer model to look at the changes to the distribution and relative abundances of the BC coastal species under two climate change scenarios, a high greenhouse gas model where society can’t curb emissions and a low greenhouse gas emission scenarios, depending on how society is able to curb the increase.
The study looked at ocean properties—including sea surface temperature, sea bottom temperature, salinity, oxygen concentration, surface action, and net primary production—using data from the US National Ocean and Atmospheric Administrations’ climate-related earth system model.
Climate change will mean that current species on the BC coast will “shift polewards.”
The study showed that by 2050, there could be declines in 87 of the 98 species in the study.
Greater losses in what the study calls “species richness” is likely to occur towards the southern coast of British Columbia, falling primarily between 48°N and 51°N. But, overall, species richness along coastal BC will continue—only with different species.
Most significantly the study projects a decline in the overall salmon catch from 17.1 per cent to 29.2 per cent, depending on the region and climate.
All aspects of the herring fishery, including roe herring, spawn-on-kelp, and the food and bait fishery could decline between 28.1 per cent and 49.2 per cent depending on the region.
The future of the oolichan is the most uncertain. One of the models studied projected a further 37.1 per cent decline in the oolichan, while other models called for for a decline between 5 per cent and 6.8 per cent. That will depend on how well, the oolichan already threatened in most regions of British Columbia are able to adapt to warmer waters or find a way to move their range northward.
The study says white sturgeon and Pacific sardines were projected to increase in abundance under both climate change scenarios, while manila clams were projected to increase in abundance by 14.5 per cent in one of the models. The eight remaining species showed little change.
The study suggests that the southern territories (Tsawwassen, Tla’amin, and Maa-nulth First Nations) will likely see a reduction in catch potential between -15.2 per cent and -27.8 per cent depending on how the climate changes.
On the north coast. The Haida and Tsimshian First Nations and those situated along the central or north-eastern coasts of Vancouver Island (Heiltsuk and ‘Namgis First Nations) would likely see smaller reductions in relative catch for each territory, with estimates falling between -3.2 per cent and -8.2 per cent.
The study shows that for the First Nations along the North and Central Coasts of British Columbia (Gitga’at and Haida, and Heiltsuk and ‘Namgis) there will be neutral or positive shifts in catch potential for white sturgeon, kelp greenling, and two species of perch under both scenarios.
While varying regionally, both scenarios also suggested either a slight cumulative decline or negligible change in catch potential for clams, rockfish, lingcod, and sculpins across the North and Central Coast.
One potential problem the study suggests is that fishers in southern British Columbia may, in the future, try to move north to follow the harvest, leading to potential conflicts. The cost of travel, may, however, discourage that.
One of the recommendations from the study is that First Nations revive the traditional clam gardens.
Traditional clam beds serve as an ideal example of a method that could be applied to offset climatic impacts through internalized mechanisms, using local cultivation to generate increased productivity by enhancing native habitat rather than redirecting extraction efforts towards other regions or species. Clam gardens constructed in a manner akin to those situated near ancient settlements of the Northern Coast Salish and Laich-kwil-tach First Nations have been found to generate higher clam densities, biomass, and growth rates than non-walled beaches . These benefits were observed for Pacific littleneck clams and butter clams , two clams that are of cultural, economic, and ecological importance to the region Reinstating clam beds in First Nations’ territorial lands has been suggested as a means of simultaneously achieving local conservation and cultural objectives and may thereby provide a politically and ecologically viable option for mitigating climate-related impacts.
The most important recommendation is that the First Nations and other stakeholders start cooperating immediately to offset how the changing climate with affect the fishery:
Management of salmon and herring stocks has been highly contentious due to the myriad of stakeholders who depend upon them, which include First Nations, recreational fisheries, and commercial fisheries….
Aside from fulfilling societal needs, salmon serve as key ecological components of the Pacific Northwest Coast, functioning as the mechanisms by which nutrients are transferred from the ocean to freshwater and terrestrial ecosystems
It says the projections show that a “redistribution of fishing effort” will not “fully offset declines in salmon and herring”
attaining a state of collaboration between First Nations, DFO, and other sectors has the potential to yield beneficial ecological and political results, if implemented correctly. Parallels exist between First Nations’ traditional fisheries management approaches and “modern” approaches (e.g., spatial management, mariculture, selective fishing, fishing closures), with differences arising primarily due to diverging worldviews.
It recommends local application of First Nations’ traditional management strategies to “provide opportunities to collaboratively engage in adaptive ecosystem-based management and to coordinate efforts to attain conservation objectives.”
They give an example of how the Nisga’a Nation have ensured their equal partnership in management by employing traditional fish wheel technology to monitor and assess stocks and by leveraging traditional ecosystem-based management practices that could be applied to plan long-term objectives and management approaches.
It concludes by saying that joint-management will not only work to reduce the impact of climate change but also head off potential conflict.
Through such joint-management regimes, traditional fisheries management strategies could be applied to advance localized research directives and to reduce impacts on stocks under unprecedented environmental change. Moreover, the risk of conflict over declining resources underlines the need to establish common and equitable ground to ensure successful joint management of fisheries, and to leverage collective expertise.
The B.C. government acted improperly and “breached the honour of the crown” when it signed away a provincial review and gave the federal Joint Review Panel for responsibility for assessing the environmental impact of the proposed Northern Gateway pipeline, Madam Justice Marvyn Koenigsberg of the Supreme Court of B.C. ruled Wednesday.
In a largely technical decision, Justice Koenigsberg ruled that British Columbia must come to its own decision on Northern Gateway. That’s because what is called the “equivalency agreement” that handed the decision over to the federal agency was not “was reasonable or correct for the Province to exercise its discretion.”
She ruled the equivalency agreement “is invalid” and said the project cannot begin until a provincial environmental assessment certificate has been issued.
“The province is required to consult with the Gitga’at about the potential impacts of the project on areas of provincial jurisdiction and about how those impacts may affect the Gitga’at’s aboriginal rights, and how those impacts are to be addressed in a manner consistent with the honour of the Crown and reconciliation,” Koenigsberg ruled.
That may be the final nail in the Northern Gateway’s coffin. The province opposed the project at the JRP because the Northern Gateway had not met the five conditions for heavy oil transport that was set down by the government.
The court ruling comes shortly after British Columbia told the National Energy Board that it also opposed the $6.8-billion Kinder Morgan TransMountain pipeline because, at this point, that project cannot meet BC’s five conditions.
B.C. Justice Minister Suzanne Anton said the province is reviewing the Supreme Court decision.
There are 19 more court challenges to the Northern Gateway and to the Joint Review process, most before the Federal Court of Canada.
The Gitga’at First Nation and Coastal First Nations which brought the suit in January 2015 say that the ruling means Enbridge pipeline must now face provincial environmental assessment decision, which includes consultation with First Nations across the province.
Northern Gateway says the federal decision stands, and its still working to meet the 209 conditions set out by the NEB, along with the B.C. government’s conditions.
“Northern Gateway and the project proponents, including Aboriginal Equity Partners, remain committed to this essential Canadian infrastructure,” Giesbrecht told the CBC.
But among the 209 conditions attached to the approval by the Joint Review Panel Condition 2 said that construction must begin before December 31, 2016. Under Conditions 20 and 21, Enbridge must have secured commitments for at least 60 per cent of the pipeline’s capacity at least six months before starting construction.
Enbridge still doesn’t have any customers and with the world price of oil below $40 US a barrel, the chances of getting customers are slim. In its most recent NEB filing on December 21, 2015, Enbridge stated, “Further to its filing of June 29, 2015, Northern Gateway has not executed firm [transportation service agreements] with its prospective shippers.”
Koenigsberg ‘s ruling doesn’t official stop the Northern Gateway as some are celebrating. Rather the decision means that British Columbia must set up its own review process and then come to a decision. That decision could, in theory, approve Northern Gateway with conditions just as the Joint Review Panel did.
The ruling, which is a major victory for the Gitga’at First Nation, means the equivalency agreement is invalid, that the government must now make its own environmental assessment decision regarding the Enbridge Northern Gateway pipeline, and that it must consult with and accommodate First Nations along the pipeline route about potential impacts to their Aboriginal rights and title.
“This is a huge victory that affirms the provincial government’s duty to consult with and accommodate First Nations and to exercise its decision-making power on major pipeline projects,” said Arnold Clifton, Chief Councillor of the Gitga’at First Nation.
“This ruling is an important victory for our communities and presents another hurdle to the Enbridge Northern Gateway pipeline,” said Chief Marilyn Slett, President of the Coastal First Nations. “It means the province must now sit down with First Nation communities across BC and find ways to address the severe and irreversible impacts of this project.”
The constitutional challenge was brought by the Gitga’at First Nation and the Coastal First Nations, and was argued by Joseph Arvay, Q.C., (and his colleagues Catherine Boies Parker and Tim Dickson at Farris LLP ) one of Canada’s pre-eminent constitutional lawyers and an expert in Aboriginal and administrative law.
“The province has been talking a lot about its opposition to oil pipelines in recent days,” said Art Sterritt, a member of the Gitga’at First Nation. “Now it must put its money where its mouth is and apply the same rigorous standards it advocated for during the Joint Review Panel process, while consulting with every single First Nation who would be affected by this project. We’ve said it before: The Enbridge Northern Gateway pipeline is dead.”
The ruling means that, until the province makes a decision on the Enbridge Northern Gateway pipeline and issues an Environmental Assessment Certificate, none of the approximately 60 permits, licenses and authorizations necessary for the project to proceed can be issued.
The Shell-led LNG Canada project in Kitimat has received a facility permit from the B.C. Oil and Gas Commission (OGC), the company said Tuesday.
A news release from LNG Canada says the permit is one of the key permits required for the construction and operation of the proposed LNG Canada project.
LNG Canada is the first LNG project in British Columbia to receive this permit, which focuses on public and environmental safety, and specifies the requirements the project must comply with when designing, constructing and operating the proposed LNG export facility in Kitimat.
The news release warns “that while today’s announcement is an important step forward for LNG Canada, the project must ensure it is economically viable and meets several other significant milestones including finalizing engineering and cost estimates, supply of labour, and achieving other critical regulatory approvals before making a final investment decision.”
That means that Shell and its partners are still keeping a close eye on factors such as the continuing collapse of the price of oil on world markets, the volatile natural gas market in Asia and the slowdown in the economy in China.
The news release goes on to say:
“We have made excellent progress in the past two years, achieving a number of critical milestones,” said Andy Calitz, CEO of LNG Canada. “Receiving our LNG Facility Permit could not have been achieved without the important input we received from the Haisla Nation and the local community of Kitimat. We continue to progress our project and appreciate the ongoing support from First Nations, the local community and other stakeholders.”
“The OGC identified several conditions that must be met by LNG Canada to design, construct and operate the project,” says Calitz. “We have reviewed these conditions and are confident that we will meet these conditions as they are aligned with LNG Canada’s core safety values and commitment to protect the environment, the community and our workers.”
LNG Canada continues to develop a number of important plans to address public safety and minimize the effects on the environment and local community. For example, LNG Canada is working closely with local emergency response organizations, as well as leading safety experts, in the development of an emergency response framework for the proposed project.
“Safety is our first priority. Safety as it relates to people and the environment is embedded into the design and planning of our proposed facility, and will carry into the construction and operation phases of our project should the project go ahead,” said Andy Calitz.
Social and economic benefits from the LNG Canada project include local employment and procurement opportunities, federal, provincial and municipal government revenue and community investments. Since 2012, LNG Canada has distributed more than $1 million to community initiatives, such as emergency services, trades scholarships and community services. LNG Canada has also contributed more than $1.5 million in programs to build awareness and help provide training for trades careers in all industries, and particularly the emerging LNG industry.
LNG Canada is a joint venture company comprised of Shell Canada Energy (50%), an affiliate of Royal Dutch Shell plc, and affiliates of PetroChina (20%), Korea Gas Corporation (15%) and Mitsubishi Corporation (15%). The joint venture is proposing to build an LNG export facility in Kitimat that initially consists of two LNG processing units referred to as “trains,” each with the capacity to produce 6.5 million tonnes per annum of LNG annually, with an option to expand the project in the future to four trains.
The British Columbia Environmental Appeal Board has upheld Rio Tinto’s plans for sulphur dioxide emissions in the Kitimat airshed and dismissed the appeal from residents Emily Toews and Elisabeth Stannus.
The 113 page decision was released by the EAB late on December 23. It contains a series of recommendations for further studies and monitoring of the health of Kitimat residents. In effect, the EAB is asking the province (which is all it can do) to spend money and create a new bureaucracy at a time when Kitimat’s medical community is already short staffed and under stress.
By December 31, 2016…. engage with Ministry executive to secure their support for, and action to encourage, a provincially-led Kitimat region health study, based on the development of a feasibility assessment for such a study.
On December 24, Gaby Poirier, General manager – BC Operations
Rio Tinto, Aluminium Products Group released a statement saying:
Based on the evidence and submissions made by each of the parties, the EAB confirmed our permit amendment.
Although it is welcome news for Rio Tinto that the MOE Director’s decision was upheld, and the rigor and cautious approach of the science were confirmed by the EAB, we also recognize that there is more work to do to address community concerns regarding air quality in the Kitimat Valley.
In providing their confirmation, the EAB included a series of recommendations. Over the coming months, we will be working to fully assess them and we will continue to involve the local community including residents, stakeholders and our employees as we do so, noting that some of the recommendations have already started to be implemented.
I would like to take this opportunity to thank the residents of Kitimat, our valued stakeholders and our employees for their support during this process. At Rio Tinto, we are committed to protecting the health and well-being of our employees, the community, and the environment as we modernize our BC Operations.
The Haisla Nation celebrated the signing of an incremental treaty agreement with the British Columbia government Tuesday at the Haisla Recreation Centre in Kitamaat Village. The treaty will see the return of Haisla lands on the shore of Douglas Channel of Lots 305 and 306 south of the Kitamaat Village, designated Indian Reserve #2 and Indian Reserve #3, also known as the Walsh Reserve, thus connecting the two reserves.
In a news release, the BC Ministry of Aboriginal Relations and Reconciliation said that under the agreement, approximately 120 hectares of Crown land will be transferred to the Haisla Nation.
The land lies in the heart of the Haisla Nation territory and will support the community’s goal of expanding housing, commercial and public space for its members, and opening new business opportunities.
The release went on to say, “The agreement continues the productive relationship between the Haisla Nation and B.C., which is furthering economic development opportunities and improving social conditions.”
It took decades for the land to be returned to the Haisla.
At the ceremony, Allan Donovan, the Haisla’s lawyer said, “We are here to celebrate the achievement of something that should have happened when the Haisla reserves were set aside in 1889. At that point, the reseve commissioner noted the Haisla reserves were the smallest and least desirable in the whole nation.
“But he left it at that, but in the years and decades afterward, the Haisla sought to extend their reserve holdings and their lands and have done so with an increasing degree of success.
“The actual negotiations to see the lands returned actually started over 60 years ago with limited success. But the Haisla are always persistent when it comes to issues of land, when it comes to issues of justice.
“In the 25 years since then there have been a number of attempts over the years This time with Haisla leadership and cooperation from the government of British Columbia, that dream has become a reality. The land has been returned to the rightful owners, joining up these two reserves.
The ministry said the British Columbia introduced incremental treaty agreements “to help speed up the treaty process by building goodwill among parties and bringing the benefits of treaty faster to First Nations. These agreements also provide increased certainty on the land base and with natural resource development.”
At the ceremony, John Rustad, the Minister of Aboriginal Relations and Reconciliation said that so far the province has signed 18 incremental treaty agreements with various BC First Nations.
“This is a relationship building step between the Haisla Nation and the province, to lay foundations for things we can continue to do in the future,” Rustad said, “Over the past number of years now the Haisla and the province have made great strides and have a very good relationship (at least I believe a very good relationship, … As we move forward in developing our relationship.”
Rustad noted that representatives of the Shell-led LNG Canada project, Chevron and AltaGas were at the Recreation Centre to witness the ceremony.
“It’s about embracing those opportunities and ways to find a balance between environment and economics. No one has been better than the Haisla in being able to do that, working with the companies working with the province, working with their neighbors to create opportunity.
“It is through hard work and through partnerships that is truly a path forward toward building a prosperous future.
“We are very proud as a province to be working with the Haisla as a partner,” Rustad said. “We have our difference, we have things we may not agree on but I also believe very strongly that as we work together the steps to ensure prosperity for all of British Columbia but also especially for the prosperity of the Haisla nation This agreement between the Haisla and the province is an example of some of the things we can do right and we can try to correct the situations that have existed for such a long period of time, to find a way to build a prosperous future.”
Stop dwelling on the past
Ellis Ross, the Haisla elected Chief Counsellor told the Haisla and their guests. “It’s time to stop dwelling on the past and start building the future. All the pieces are there Everybody wants to help us get to a better place. Our partners from LNG Canada are here.Chevron is here. It’s everyone working together for the future, to bring the pieces of the puzzle to ensure our future generations.
“We don’t have to beg to be part of the BC agenda. We should be equal particpants.in everything in our territory. That’s what we should be focused on Stop getting distracted with the minor little differences, where infighting stopped us from the promises that have been promsed us for the past forty or fifty years.”
He said the Haisla started working with the Christy Clark government in 2009.
“We both took different approaches to our relationship We both agreed there is a common goal to be achieved if we just put aside our differences. I am not sure how many people know this but the provincial government actually helped us acquire the hospital lands (the site of the old “pink lady” hospital across from the City Centre mall)
“In terms of the water lot that the Haisla own, we’re the only First Nation in Canada that owns water lots and that ‘s because of the provinical government support for us.”
He also thanked the province for helping the Haisla lease land with an option to purchase near Bish Cove (Beese in traditional Haisla terminology) and worked with the federal government so that the Minette Bay lands could also be added to the reserve lands. He said Haisla staff consult on a regular basis with provincial officials.
“Our staff are working on permits for the benefit of the Haisla as well as everybody else. I think the Haisla are a working definition of what reconciliation actually means and it matters to the average Haisla citizen…
“There are different definitions out there about what reconciliation means. Everyone has a different definition Right how BC and the Haisla are proving that reconciliation is possible without getting into politics.
“It’s agreements like this what we’re talking about today that truly set the stage for the future of the Haisla people.
“We’re not going to be around in a hundred years but in a hundred years the future if Haislas are still talking about the same issues they talked about 50 years ago, we as leaders failed today.
“This is only one of the many agreements that we sign with the provincial govt and with LNG Canada and with Chevron and everybody else that’s willing to sit down and work out some sort of agreement with us.
“In fifty, a hundred years I am sure our descendants won’t be talking about poverty, they won’t be talking about unemployment, they wont be talking about extra land so we can build more houses. they’ll be talking about issues we can’t even understand yet but they won’t be dealing with the issues we’re trying to deal with today.
“What is the next agreement? The only thing that makes this possible is two parties sitting down and saying ‘let’s get an agreement for the betterment of all.’”
– Quick Facts:
Haisla Nation has approximately 1,840 members, with 700 people living in Kitamaat Village, at the head of Douglas Channel, about 10 kilometres south of Kitimat.
The incremental treaty agreement provides for the early transfer land to Haisla Nation, ahead of a final agreement with the Haisla.
The Province and Haisla Nation have collaborated on a number of initiatives, including facilitating negotiations for the Haisla to purchase former District of Kitimat hospital lands; the purchase of MK Bay Marina; and transfer of foreshore lots in the Douglas Channel
In 2012, Haisla Nation and the Province signed the Haisla Framework Agreement allowing for the purchase or lease of approximately 800 hectares of land adjacent to Indian Reserve No. 6, intended for LNG development. The framework agreement also commits the parties to land-use planning around the Douglas Channel, helping to create certainty and allowing other projects in the area to proceed.
Haisla is a member of the First Nations Limited Partnership, a group 16 First Nations with pipeline benefits agreements with the Province for the Pacific Trail Pipeline. Haisla and the Province also have a forestry revenue sharing agreement and a reconciliation agreement.
Haisla Nation is a member of Marine Planning Partnership for the North Pacific Coast, which provides recommendations on stewardship and sustainable economic development of the coastal marine environment.
Over the past decade, the Haisla Nation has engaged in 17 joint ventures with industries seeking to support economic activity for the region
(Source Ministry of Aboriginal Relations and Reconciliation)
British Columbia says it is implementing new radio protocols for forest service roads in the Kitimat region that will take effect on November 2.
The news release from Ministry of Forests, Lands and Natural Resource Operations says:
New mobile radio communication protocols are being
implemented throughout B.C. to improve safety for resource road
users. The changes include new standardized road signs, radio call
protocols and a bank of standardized mobile radio channels.
The Coast Mountain Natural Resource District will be implementing new
resource road radio channels beginning Nov. 2, 2015. The district
covers over 80,000 square kilometres and includes the major centres
of Terrace, Kitimat, Prince Rupert, New Aiyansh and Stewart.
The new protocols will impact forest service roads and other road
permit roads in the area. All affected road users must have the new
channels programmed into their mobile radios before the transition
dates. Mobile radio users are advised to retain current radio
channels and frequencies until they are no longer required.
It is recommended that mobile radio users have the full bank of
standardized resource road radio channels programmed into their
radios by certified radio technicians.
New signs posted on local resource roads will advise which radio
channels to use and provide the communication protocols, including
the road name and required calling intervals. Vehicle operators using
mobile radios to communicate their location and direction of travel
must use the posted radio channels and call protocols.
All resource road users in the affected areas should exercise
additional caution during the transition period. Drivers are reminded
that forest service roads are radio-assisted, not radio-controlled,
and to drive safely according to road and weather conditions.
Local resource road safety committees have worked with the Ministry
of Forests, Lands and Natural Resource Operations and Industry Canada
to implement these changes.