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I call this meeting to order.
[Translation]
Welcome to meeting number 20 of the House of Commons Standing Committee on Fisheries and Oceans.
[English]
I want to start by acknowledging that we are gathered on the ancestral and unceded territory of the Algonquin Anishinabe people and express gratitude that we're able to do the important work of this committee on lands they've stewarded since time immemorial.
Pursuant to Standing Order 108(2), the committee is meeting to commence its study on marine and coastal protections.
[Translation]
Today's meeting is taking place in a hybrid format, pursuant to the Standing Orders. Members are attending in person in the room and remotely using the Zoom application, but I think everyone is attending in person today.
[English]
Before we continue, I would like to ask all in-person participants to consult the guidelines written on the cards on the table. These measures are in place to help prevent audio and feedback incidents and to protect the health and safety of all participants, but particularly the interpreters. You will also notice a QR code on the card, which links to a short awareness video.
Pursuant to our routine motions, I would like to advise committee members that all witnesses appearing virtually today have conducted the required technical testing.
The translation is not working. Maybe the clerk can give you a hand.
I want to make a few comments for the benefit of the witnesses and members.
Please wait until I recognize you by name before speaking. For those who are participating by video conference, click on the microphone icon to activate your mic and please mute yourself when you're not speaking.
[Translation]
Regarding interpretation, I hope it's working now. For those on Zoom, you can choose from floor, English or French at the bottom of your screen. For those in the room, you can use the earpiece and select the desired channel.
[English]
As a reminder, all comments should be addressed through the chair.
[Translation]
For members in the room, if you wish to speak, please raise your hand. The clerk and I will manage the speaking order as best we can. We thank the participants for their patience.
[English]
Before we get started, I want to remind members that our next meeting is going to be on Monday. We're going to hear from the and DFO officials on the subject matter of Bill , clauses 553 to 570.
Very quickly, before we get started, members will have received a proposed budget for this. Is it the pleasure of the committee to adopt the budget that's been circulated?
Some hon. members: Agreed.
The Chair: With that, I'd like to welcome our witnesses today.
We have Dr. Alex Caveen participating by video conference from the University of Hull, and we have Professor Ray Hilborn from the University of Washington, who is also participating by video conference.
In person, from the BC Seafood Alliance, we have Grant Dovey, vice-president, and Katelyn Lindsay, commercial fisheries representative.
With that, we're going to start with the witnesses' opening statements for up to five minutes, starting with Dr. Caveen.
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Thank you for the opportunity to present at this committee meeting.
I'm a lecturer in environmental governance from the University of Hull in the United Kingdom. I studied the planning of marine conservation zones, MCZs, in England for my Ph.D. research between 2010 and 2013. I'm currently investigating the governance incentives underpinning the management effectiveness of MCZs, on which this statement is based.
My Ph.D. research on the English MCZ process involved key-informant interviews with scientific experts and decision-makers, and participant observations of the stakeholder-informed planning process. The objectives of English MCZs were to protect representative broad-scale seabed habitats and species of conservation interest from human pressures.
The process was target-driven, with sites designated irrespective of whether the conservation features were deemed vulnerable to human disturbance. Most conservation objectives for MCZs were set to maintain the feature in its present condition, rather than recover the feature to an unknown baseline.
Monitoring of the designated features at a site level is necessary to judge whether objectives are being met. As of 2024, only 10% of U.K. MPAs have monitoring in place. For many MPAs, there's a lack of resources for conducting surveys at the require frequency and spatial scale to measure whether conservation objectives are being met.
Generally, the initial planning process of one and a half years was viewed as too rushed for the spatial scale at which many of the MCZs were being designated. It certainly did not allow enough time for adequate ecological evidence to be gathered from many of the sites, and the accuracy of broad-scale habitat maps was also questioned. Certain fishing representatives were also cynical of the target-driven process and the lack of clarity over what the MCZs were being designated to protect.
There have been 91 MCZs designated in three tranches between 2013 and 2019. Socio-economic impact assessments have been undertaken for all sites, and currently, management measures have been implemented in inshore MCZs designated within six nautical miles.
In 2025, the U.K. government ran a consultation on the management measures for 42 offshore MCZs. However, this consultation was criticized by industry for providing a binary choice of doing nothing or banning bottom trawling. The U.K. fishing industry had to oppose the ban, despite advocating for a pragmatic zonal approach to protect site features. Some of the offshore MCZs designated are more than 4,000 square kilometres, and that could have significant impacts on fisheries and offshore wind development if they restricted all human activities. Currently, three MCZs are highly protected across the whole site.
The U.K. government is currently facing ongoing campaigns from environmental organizations for more highly protected MPAs, with the main justification being that many recently designated MCZs have insufficient protections at site level.
The U.K. is also rapidly developing offshore wind sites to meet its net-zero emissions targets, with further new MPAs being discussed with regard to offsetting the potential biodiversity impacts of large offshore developments. The U.K. fishing industry is concerned that they will be essentially paying for the impacts of offshore wind development through the loss of more fishing grounds designated as MPAs.
It is therefore imperative that MPAs are designated within a wider framework of marine spatial planning, which is something that the MCZ process failed to do. This failure is still causing the U.K. fishing industry challenges with respect to ongoing uncertainty over site management measures and the perceived legitimacy of policy decisions being made.
However, I'd like to stress that there are examples of effective MPA governance in the U.K. for specific sites where the fishing industry and the conservation community have worked together to meet conservation objectives. A good example of a community-focused conservation initiative is out of the Lyme Bay MPA in the south of England.
Despite a ban on trawling, a study has shown that trawl landings have largely remained the same, with an increase in the value of static gear catches. An additional turnover of 2.2 million pounds was also realized for recreational dive operators and charter vessels during the three years after the closure. Annual monitoring is carried out by the University of Plymouth, and the conservation benefits have been significant.
From personal experience and as documented in the wider academic literature, building trust between industry and conservation stakeholders is key with respect to both the provision of data and the legitimacy of decision-making. The fishing industry has detailed knowledge and fine-scale plotter data from areas being fished, which can allow for more targeted conservation measures. If industry is also involved in objective setting and site design, this can lead to win-win situations for both fisheries and conservation, such as what has been achieved in Lyme Bay.
Within the context of the growing pressures on fishers' access to marine space, the impacts of environmental change and the need to balance marine conservation with food and energy security, any restriction of fishing needs to be justified by robust ecological evidence.
It is also imperative that consultation with stakeholders takes place at the point where their knowledge and data can influence the final management decision, not after a decision has been made or the scope of policy options reduced.
Thank you.
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Thank you, Mr. Chair and committee members.
My name is Grant Dovey. I am a biologist who helps co-manage British Columbia's commercial fisheries. I'm joined here today by my colleague Katie Lindsay. Together we're representing the BC Seafood Alliance.
The BC Seafood Alliance represents commercial harvesters and processors across B.C. Our members represent an industry in B.C. that generates close to $1 billion annually and supports thousands of jobs in coastal communities. I'm also a member of the BC Seafood Alliance marine planning team, MPT, which includes industry members with more than 100 years of combined experience across all aspects of the fishing industry. We came together to provide practical, evidence-based advice to marine planning processes from people who work on the water and understand how these decisions play out in real life.
Today the greatest threat to commercial fishing in B.C. is not sustainability or stock health. It is the loss of access to fishing grounds from the scale and pace of marine protected area implementation. The largest initiative under way is the Northern Shelf bioregion, or NSB, marine protected area network. It spans roughly two-thirds of the B.C. coastline, from Campbell River to the Alaska border. B.C. is already a leader in marine conservation, with more than 35% of its marine waters conserved. That's based on ECCC data. The draft NSB zoning will have devastating economic impacts. It will result in job losses in coastal communities, and will contribute less than 0.3% to the national 30 by 30 targets.
The draft NSB zoning would cut off access to annual catch for key fisheries across large portions of the NSB by upwards of 20% to 50%. In 2020 the B.C. Ministry of Agriculture estimated that these impacts would amount to about $125 million a year in lost revenue and the loss of hundreds of harvesting jobs. Despite the scale of these impacts, there's been no updated comprehensive socio-economic impact analysis to assess what the current revised protocols and draft would mean for fishing families and coastal communities.
This is particularly frustrating because we know that a better approach is possible. In 2018 our marine planning team worked collaboratively with hundreds of fishers to help finalize zoning in the Gwaii Haanas national marine conservation area. That process achieved hundreds of ecological and cultural objectives while mitigating impacts to key fishing grounds. It was recognized with an award from the CEO of Parks Canada.
The MPT attempted to bring that same collaborative, science-based approach to the NSB. In 2020 we consulted with more than 700 commercial fishing reps and put forward recommendations that met or exceeded all ecological targets while reducing impacts to fishing in the NSB by 75%. Unfortunately, that advice has not been incorporated, despite our best efforts over the last six years. We've essentially gone from awards to ignored.
I'll turn it over to my colleague Katie to speak to the human impacts of these.
As Grant mentioned, my name is Katie Lindsay. I grew up in a fishing family on Vancouver Island. The seafood sector put a roof over my head, and today my family, like many others, lives with the uncertainty created by such marine protected area proposals as the Northern Shelf bioregion.
I want to be clear that our sector supports conservation. It is not optional for us. It is the foundation of our livelihoods. Our B.C. fisheries are recognized globally for sustainability and quality. We operate under rigorous management and industry-funded stock assessments, investing more than $9.5 million each year into science and management. Our fishing families are not just resource users; we are active investors in conservation.
Since the first draft of the Northern Shelf bioregion was released in 2019, I have seen the human impacts of this uncertainty first-hand. I have seen fifth-generation halibut fishermen walk away from the industry entirely. I have seen harvesters delay investments in both safety and maintenance. Young people hesitate to enter the sector, because they no longer see it as stable. This uncertainty is not just pushing people out. It's also preventing the next generation from coming in.
Families like mine want a sustainable fishing sector that supports jobs and food security in coastal B.C., especially as other resource-based jobs disappear and pressures grow from geopolitical instability and tariffs, but we can only do that with certainty that sustainable fishing can continue and that our access and livelihoods will not be put at risk in pursuit of 30 by 30 conservation targets.
Thank you for the opportunity to appear before the committee today. We look forward to your questions.
:
Good afternoon. Thank you for the opportunity to speak to you.
I am a professor at the school of aquatic and fishery sciences at the University of Washington, a former employee of Environment Canada, an elected member of the Royal Society of Canada and the author of over 300 peer-reviewed publications in the last six decades.
Let me begin by saying we should protect 100% [Technical difficulty—Editor] best reduce each threat. Marine ecosystems are protected not just by closing areas, but also by other effective conservation measures, as recognized by the convention on biodiversity and its 30% protection targets.
Oceans are different from land, and the effectiveness of closed areas differs. Human use on land destroys natural ecosystems by planting crops and building cities. Closing areas to agriculture and development is essential for protecting biodiversity on land.
Marine ecosystems differ because fishing does not eliminate plants or modify the base of the food chain. Most of the ecosystem is unchanged, and the primary impact is that the fish species are at lower abundance. Further, many of the species are highly mobile and swim in and out of the protected areas.
Globally, most marine biota is unaffected by fishing. Of the species that are impacted by fishing, more species of birds, mammals and turtles are increasing, rather than decreasing. Globally, in countries that manage their fisheries intensively, fish stocks are increasing, not declining.
Overfishing is harvesting harder than would produce a maximum potential yield. Canada does not have a problem with overfishing. Almost no potential yield is lost by fishing too hard. Certainly, there are many stocks that are depleted due to historical overfishing or environmental change, but these are now generally fished at very low rates.
The major potential threats to marine ecosystems come from climate change, fishing and pollution, such as oil spills and plastics. For coastal ecosystems, they come from terrestrial runoff of sediments and pollutants, and coastal development. The only one of these threats addressed by no-take areas is fishing. Further, with species distribution shifting with climate change, in no-take areas designed now, the species they are designed to protect will have moved.
Closing areas doesn't significantly reduce fishing pressure; it simply moves it. All of the advocacy for no-take areas uses a comparison of abundance inside closed areas to outside, yet outside is where the fishing effort has been moved and, thus, fishing is harder. The only documented examples of MPAs actually increasing the abundance of fish in an entire region, as opposed to just inside a closed area, are when overfishing was intense, and this is not a threat in Canada.
The major network of MPAs that was built following guidelines developed by MPA advocates is made up of over 100 MPAs implemented under the California Marine Life Protection Act. A 10-year review of these MPAs has been completed by the State of California, which concluded that there was no increase in biodiversity and no evidence that the MPAs provided climate resilience and that the abundance was higher inside some of the closed areas. A study by the University of California, Santa Barbara, concluded that there was no evidence that the overall abundance of fish increased. The reason for this lack of impact is simply that overfishing was not a problem in California.
Whether the threat is overfishing or bycatch, no-take areas are far less effective than good fisheries management. In a review paper on the epistemology of MPAs, a U.K. team wrote an article entitled, “MPA policy: What lies behind the science?” The paper ends:
The implication of these findings is that we should not accept at face value claims that MPAs are supported by science. The scientific evidence for MPAs is limited and patchy, and many normative assumptions lie below the surface in many of the so-called “scientific” arguments.
I conclude by reiterating that Canada should protect 100% of its marine ecosystems, not 30%, but that protection needs to be guided by an analysis of the threats and a careful evaluation of what the most effective actions are.
The effective way to balance biodiversity protection with the benefits to food security and employment from fishing is effective fisheries management. The resources that might be allocated to designing, implementing and enforcing no-take areas would be more effective if redirected to better fisheries management, which encompasses scientific surveys and monitoring, scientific evaluations like stock assessments, the setting of regulations based on best available science and properly enforcing those regulations.
Thank you very much.
I want to thank all members for supporting my September 18 motion for this study.
We're beginning today examining the government's establishment of marine coastal protections since 2015, and with “particular focus on how these government initiatives” are affecting “Canadians”, “the government's methods [of] measuring whether conservation objectives and reasons...are achieved” and “whether the government's reasons and objectives for establishing marine and coastal protection are achieved”.
I believe all members support conservation of Canada's marine and fisheries resources, and I hope this study will help the government achieve effective, measurable and balanced conservation.
I'll start with a first question for Mr. Caveen and Mr. Hilborn.
In your opinions, how should governments measure the outcomes of conservation initiatives like marine protected areas?
Mr. Caveen.
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We're really at a tipping point in B.C.
What's on deck, proposed with the draft zoning for the Northern Shelf bioregion, will reduce access for key fisheries by 20% to 50%. For example, the central coast region from Port Hardy to, say, Bella Bella is on deck to cut off access to 32% for geoduck and 46% for prawn. Haida Gwaii offshore Oceans Act zoning is on deck to cut off upwards of 27% for the MSC-certified groundfish trawl fishery. Those are just a few examples.
If those go through as is, it will be devastating to coastal communities. The old data that we have indicated that it would impact annual revenue by about $125 million and hundreds of jobs.
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Through the marine planning team, we worked with the Archipelago Management Board on the Gwaii Haanas National Marine Conservation Area Reserve. One recommendation that came out of that process was to engage the commercial fishing sector early and to make that engagement meaningful. It's one thing to hold a number of meetings, but if you're not willing to have that back-and-forth and incorporate the advice, it doesn't make a difference.
The second recommendation out of that process was that you need strong socio-economic impact analysis data in order to complete your risk analysis and estimate the impacts on the commercial fishing sector and on jobs.
Really, what made that process work was that the Council of the Haida Nation was willing to share their cultural and ecological targets on a spatial basis.
We in the fishing industry know fishing data and we know spatial data and we use the same software that the planners do. We were able to get literally hundreds of fishermen in the room to make trade-offs in order to attain ecological targets like eelgrass or deep-water coral and that type of thing, while minimizing the impact to the best fishing sites. We just haven't been successful in trying to do that same process with the NSB.
Good afternoon, everyone. Thank you for being here.
I'd like to start the conversation with you, Mr. Hilborn. I think you asked exactly the right question. You're right, we need to ask ourselves what problem we want to solve. After that, we'll see if we can achieve our goals in the marine protected areas.
You don't seem to have a lot of faith in marine protected areas effectively protecting fish habitats. The idea is to protect biodiversity. However, you're saying that marine protected areas don't help achieve that objective. Did I understand correctly?
I'd like to welcome the witnesses here today.
Mr. Chair, on November 25, we had officials here Environment, Fisheries and Oceans, and Parks Canada. When asked what goals they expected to achieve by this current government signing on to the 30 by 30, whereby 30% of oceans are shut down to use by 2030, the goal was, they said, to increase carbon retention and carbon capture in the ocean and slow down climate change.
Ms. Lindsay, do you think shutting down the use of geoduck divers, halibut hook-and-line people and pot-trap-type fishing equipment will stop climate change?
We started down the path of co-management on the west coast in about the mid-1990s. We've become leaders in industry co-management and reinvesting in science and co-management in monitoring, biotoxin testing and so on. All the fishing associations I work for are in it for the long haul. They want this to be sustainable for generations to come.
That's what a healthy ocean looks like to us. With these current world-class sustainable fisheries, right from groundfish trawl to dive fisheries like geoduck or sea cucumber, that's the path we're on. We can remain successful if we have the access. Without the access, it can't be successful.
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Colleagues, I'm calling this meeting back to order.
As we get ready for our second panel, I want to make a few comments for the benefit of our new witnesses. Please wait until I recognize you by name before speaking. For those participating by video conference, click on the microphone icon to activate your mic, and please mute yourself when you're not speaking.
[Translation]
For interpretation, those on Zoom can choose floor, English or French. Those in the room can use the earpiece and select the desired channel.
[English]
Just as a reminder, all comments should be addressed through the chair.
With that, I would like to welcome our new witnesses.
Appearing in person, we have Professor Evan Edinger from Memorial University of Newfoundland. We also have Stephen Woodley from the World Commission on Protected Areas.
Joining us by video conference, from the P.E.I. Fishermen's Association, we have Ian MacPherson, executive director; and Melanie Giffin, marine biologist.
We will start with the witnesses' opening statements for five minutes or less, starting with Professor Edinger.
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I want to thank the committee for inviting me to Ottawa to testify and for the opportunity to address this important topic, and for continuing to look at this issue, when there are so many other urgent issues, especially on the international stage. The long-term, important things must not be ignored.
I'm a professor of geography, biology and earth sciences at Memorial University, where I've taught since 2001. I was a co-founder of two relevant research groups at MUN: our deep-sea corals research group and our marine habitat mapping research group.
I've had the privilege of working in all three of Canada's oceans, focusing on deep-sea corals and marine habitat mapping. I've had the privilege to work in, and with, coastal communities in the Arctic and in my home province of Newfoundland and Labrador.
I've also taught conservation biology and geography since 2002, so I feel comfortable with that discipline and how it applies to marine and coastal systems and to some of the marine conservation science and policy issues in Canada.
As a way to get into the specific questions that you might ask, I want to show you some of the animals that Canadian marine protected areas and conserved areas protect and conserve.
The skeletons you're holding are from animals, three different species of deep-sea corals that occur in Newfoundland and Labrador waters, and similar species occur in all three of Canada's oceans.
Each of the samples you are holding is from an animal that lived for longer than any of us in this room. We know how long they can live. The popcorn coral has concentric rings that look like tree rings, and they're growth rings. That species can live up to 600 years, but most of the samples we get from bycatch or research collections are about 70 to 100 years old. In B.C. waters, this coral is known as the red tree coral, and that's one of the species that Mr. Dovey referred to in the previous session.
In addition to knowing how long the individual animals can live, we know that some of these species build habitats in Canadian waters that have been continuously occupied by corals for more than 2,000 years. For example, the bamboo coral is growing in the Disko Fan marine refuge in Baffin Bay. The third one is the bubblegum coral. It reaches heights of two to three metres. It can live, again, for up to 100 years. The oldest sample that we aged in particular, a medium-sized one, was 70 years old.
These coral species live a long time and they grow very slowly, and they build habitats that other animals rely upon. They're highly sensitive to fishing impacts. We know that the first pass of a trawl does the most damage to these highly sensitive habitats but, also, we often don't know where they occur until we encounter them with fishing gear. I'll send a PDF copy of this report we published a number of years ago about mapping the distribution of deep-sea corals in Newfoundland and Labrador's waters based upon fisheries bycatch from the fisheries observer program and the DFO research trawls.
We also know that all kinds of bottom-contact fishing gear, when deployed in coral habitats, will damage the corals. Obviously, bottom trawls, because they cover the most area, cause the most damage, but gillnets, bottom longlines and even crab pots cause coral bycatch, especially when they are dragged across the bottom during haulback.
Deep-sea corals are one of the vulnerable marine ecosystem indicator species recognized by the UN FAO and by UN General Assembly resolution 61/105, which required Canada and other coastal states to identify and protect VME species and habitats.
I want to use my experience with corals to address the questions you've asked.
With regards to impacts on coastal communities, I'm not a social scientist, so I don't work on the economic impacts of marine and conserved areas. What I will do is relate some of my experiences with seeing how reserve design has taken into account those impacts, sometimes to the detriment of the effectiveness of the research.
We need to protect marine biodiversity, but not just for the fish. We want and need to protect healthy oceans, as our BC Seafood Alliance people said, so we can have marine biodiversity and marine fish in the future, and I think everyone agrees upon that. In the oceans, just as on land, it's important to remember that protected areas are not one-size-fits-all. Stephen Woodley here is going to describe the IUCN. There are many different categories of protected areas ranging from strict closures to ones that are actually managed for resource exploitation with biodiversity as a secondary concern.
I'm an ecologist who has worked for 40 years on protected areas, both in land and sea. I was formerly chief scientist at Parks Canada and now I work with the IUCN World Commission on Protected Areas.
I've led studies on the effectiveness of protected areas. For my sins, I've been deeply involved in the Convention on Biological Diversity's process, which led to the targets that we're talking about today. That CBD process, which was agreed to in Montreal in December 2022, has four goals and 23 targets. Its purpose is to halt and reverse biodiversity loss and equitably share the benefits of biodiversity.
I wish we could all say that we're in great shape here in Canada or in the world with the state of our oceans, but nothing is further from the truth. The oceans are in trouble. Fish stocks are mismanaged. Part of the reason that we came up with these targets collectively was to halt and reverse biodiversity loss. That's a really important process.
The second point I want to make is this was a science-based process. The Conference of the Parties, COP, is highly political, but the work that goes on behind that is very science-based. I'll discuss the science basis of 30 by 30 in just a couple of minutes.
Another target we should be talking about in addition to target three—which is nicknamed “the 30 by 30 target”, unfortunately—is target 10, which says we're supposed to sustainably manage all of our fisheries as a country. These targets have to work collectively together if we're going to make progress. We're not going to make progress just by implementing one target of this very complex global biodiversity framework.
We know for sure that protected areas work when they're set up to work. I've led research on this. I've published it in Science and in Nature. Protected areas work when they're well designed, when they're effectively managed and when they're equitably governed. These three things work together for conservation outcomes.
What's the basis of the 30% figure? Unfortunately, that's the headline part of target three. It's a bit unfortunate that it is because the qualitative parts are far more important. It's where they're located and how they're managed, rather than hitting that magical number. It's a bit of a problem.
I looked at and published a paper on what the best overall number is. Like Dr. Hilborn said, it comes from your objectives. I looked at 70 studies from around the world and from different ecosystems that met my review criteria. If you're worried about protecting representative ecosystems, rare ecosystems or species at risk, then there are no studies that come up with less than 30%. If you add all these things together, many of them come up to a far higher number than that. The 30% is the bottom line and that figure was pushed by IUCN based on the paper I wrote. There are 100 papers written that justify that number. It is not a political number; it's a science-based number. That's important.
What if we protected 30% of the oceans effectively? What would be the impact on fishers? That's obviously a key concern of this committee and a completely valid one. The question of spillover is an important thing to consider. When you protect areas and make them no-take areas—and we know no-take areas are more effective than other kinds of protected areas—you have spillover. Fish get older and produce far more offspring, invertebrates produce far more offspring and it spills over to other areas. There may be some scientific debate on the intensity and effect of spillover. Nobody disagrees that it happens. I will give to the clerk a literature review I prepared on spillover, so you can have that as a background because I don't have time to talk about it in detail.
I think I'll stop there. That's probably enough.
The Prince Edward Island Fishermen's Association represents over 1,260 independent owner-operators. Our captains are major seasonal employers on the island, and our fishery is one of the three primary sectors that drive the Prince Edward Island economy.
We would like to thank the Standing Committee on Fisheries and Oceans for the opportunity to comment on marine protected areas and marine refuge areas, as these areas can potentially impact the livelihoods of our members. In our opening remarks, we will offer the Prince Edward Island perspective, in addition to comments on how areas should be managed and assessed. We are using the committee invitation as a template for our comments.
Point A is on how these government initiatives have affected Canadians and coastal communities that depend on fisheries and marine resources. Speaking from a gulf perspective, the marine refuges were a gentleman's agreement with island harvesters for many years, and it was made official in 2017. As a result, there was very little criticism because harvesters chose the areas, species to protect and method of protection. This highlights a key step in developing MPAs and a marine refuge.
Point B is on the government's methods for measuring whether conservation objectives and reasons for establishing protected areas are achieved. Marine refuges around P.E.I. do not have a management and conservation plan. The PEIFA works with DFO to monitor areas inside the marine refuge.
The challenge with these marine refuges not having conservation and management plans is that, although fishers cannot use destructive bottom-trawling gear, other proponents appear to easily obtain permits, from fish and fish habitat protection, to carry out destructive activities, like dredging. This is not a recommendation that a marine refuge needs a management conservation plan but, at the very least, the same rules should be applied to all using the space.
In the case of marine protected areas resulting in no-take zones, there is a need to develop a precautionary approach with stakeholders. An overall objective for the implementation needs to be clear, with targets and plans laid out on how to confirm the targets are being met. Lacking targets in a monitoring plan begs the question of whether a conservation target is being met or not. Currently, the majority of DFO MPA objectives are monitoring, with no targets. If monitoring shows that populations decline, will the MPA be removed, since it appears it is having no effect on the ecosystem?
Point C is on whether the government's reasons and objectives for establishing marine and coastal protection are achieved. The reason and objective for establishing marine and coastal protection needs to be determined in collaboration with those who make their living on the ocean. They are citizen scientists who know the waters better than anyone else. In general, the majority of MPAs in our region were put in place to protect soft corals, which is more easily measured, as they are sedentary. Confirmation that other species are benefiting as a by-product of the coral protection is limited.
In summary, the success of any designated area can be achieved only if there is an effective and meaningful communication with those who make their living on the water. As noted in our opening example, there can be agreement on designated areas when key stakeholders have input that is respected and acknowledged by the decision-makers. We need to build flexibility into the assessment process, which will allow for designated areas to be moved or reopened if climactic conditions dictate.
We would be glad to elaborate for the committee on any of these points and take questions.
Thank you very much, Mr. Chair.
:
I think it's a very important for citizens and elected representatives to question the policies, beliefs and practices, even when there are supportive political leaders or scientists.
For instance, take eugenics. The IUCN was founded by Julian Huxley, who was also president of the British Eugenics Society from 1959 to 1962. There was a time when many, like the IUCN founder, believed that eugenics was right, that it was validated by science and that it was a path to a better future. However, they failed to account for the terrible costs that regular people would bear because of their belief in eugenics.
When it comes to conservation of marine coastal areas, the IUCN has all sorts of definitions and standards being deployed in Canada. What safeguards does IUCN provide for Canadian citizens to ensure the rights and dignity of individuals are not crushed by the IUCN, which is headquartered in Switzerland?
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It's been quite a while since I've been involved with one. After I speak, maybe Melanie can add something.
There hasn't been, to my recollection, a lot in the last few years. Certainly, we can speak to a feeling that there needs to be a more expansive and intensive process, taking into consideration a lot more of what harvesters have observed and the impacts.
If you'll allow me, Serge, I'd like to highlight socio-economics and how that is a huge gap. I would like to tell the committee that industry has instigated two socio-economic studies. One has just been completed by Dr. Ian Lee at Carleton, and we'll be sharing that and have shared that with some colleagues and MPs. Also, Melanie has just stepped down as president of the Canadian Lobster Research Network, and they're doing an extensive one that maybe she could speak to a bit more.
I'm going to go to you, Ms. Giffin.
We've talked about marine protected areas, protecting a certain area, making sure that we protect the bottom of the ocean or the whole ecosystem in this area, but let me just step out of this a bit. Some of the resources—for example, the shrimp industry—are collapsing right now. There are almost no shrimp in a certain area in the gulf. For years, industry told DFO official scientists that there was a problem, that they were seeing too many redfish, and I think we see the result here. The only factor is not that the shrimp are gone.
At the end of the day, of course we want to have marine protected areas, but do you think it's easy to blame ministers and politicians of different stripes? Sometimes DFO officials, scientists from DFO, do not listen enough to the industry, to the fishers on the water. Do you feel that there's a lack of communication that can be beneficial to making sure that stocks are rebounding? What can we do to make sure that younger generations will be able to keep fishing? Do you feel that way?
:
Yes, we see it on the water quite often, and we hear it from harvesters.
On the science side, I can say that we've experienced what seems to be a few-year delay in what harvesters see on the water versus what comes out in DFO science. It's not a lack of science; it's just that, for some reason, it seems to be lagging behind what's being seen on the water.
I can give you another example of that taking place now. We have a lot of concerns about striped bass consuming lobster larvae. It's been brought up for years now by harvesters, and so far, DFO science has not come along to the same point. There are a few different examples I can give, but yes.
:
You're asking a very complicated question. It's a good question, but it's a very complicated one and I can't give you a short answer to it. Certainly, we can have different....
The IUCN has six categories of protected areas and four governance types. That gives you a box of 24 different solution sets that you can use. All would be called marine protected areas. When you add OECMs—I think everybody knows that term—into the mix, then you have a lot of different solution sets for ocean conservation within that 30%.
Can fishing occur in some of that? Yes, certainly, but the science is very clear that if we want these to be most effective, then no-take is most effective. There's no question about that. There's lots of room to find solutions that benefit nature and people.
My question will go to Ms. Giffin. It's based on the testimony given by Mr. Woodley, who I would like to thank for giving an unbiased, candid perspective on marine protected areas.
This committee's primary responsibility and role is to advise on policy that'll protect the resource fisheries for, obviously, the benefit of those coastal community fishers who participate in that. We know the data show the natural species in worldwide oceans are declining, and nobody disputes that. One of the key areas, much as we sometimes dislike it, is that overharvesting is the biggest reason for stock decline, which you stated. Good oceans benefit nature and people.
Ms. Giffin, why does even the discussion around marine protected areas—because there is a value—get such a negative reaction from fishers? What is the real cause? Is it the way the department approaches it?
Mr. Edinger, in the most recent numbers that I've seen, under the current definitions of protected areas on the west coast of British Columbia, we're up to 35% before some of the Northern Shelf bioregion closures that are coming, 10% in the Atlantic and15% in the Arctic.
Is there a certain something special about B.C.'s coast that requires additional biodiversity protection, as you would put it, that doesn't exist on the Atlantic or in the Arctic?
:
Thank you, Dr. Woodley.
That ends our rounds of questioning for today.
I'd like to thank the witnesses for their time today. Their testimony will help us in our work to formulate recommendations to the government on this study.
Is it the will of the committee to adjourn?
Some hon. members: Agreed.
The Vice-Chair (Mel Arnold): The meeting is adjourned.