Welcome!

Hello and welcome to my blog!

I started this blog as a graduate student in Marine Conservation to share my thoughts and recommendations for ocean policy development, and I continue to add to it as I learn. Not a policymaker? Not a problem! I also post plenty of useful information on how YOU can mitigate your impact on the ocean’s health and biodiversity. I’ve put a few quick pointers up on the home screen to get you started!

A little about me: I’m originally from the Puget Sound area in Washington State. My education and career interests are focused on policy-based avenues for addressing environmental issues, particularly those that impact marine ecosystems. The posts on this blog have been born out of my graduate coursework at the University of Miami, and out of my personal and professional interests and experiences since then. I currently work for Washington Department of Fish and Wildlife. And I am always looking to grow professionally at intersections of marine science, science communications, policy development and analysis, and project development and management.

I welcome your questions, comments, and discussions!

Victoria Knorr

Port of Seattle Project Report and Summary

I recognize this post is long overdue, so I won’t delay any longer by adding fanfare – my Master’s thesis and Defense presentation are downloadable at the links below.

And here’s a link to a summary video and recent (2019) update from the Port of Seattle.

Please leave me a comment to let me know what you think!

Updates on Southern Resident Killer Whales (orcas)

Some of you may already be aware of my recent deployment, I spent the past few months since September serving the Federal Emergency Management Agency (FEMA) on Hurricane Florence disaster recovery efforts. After an extended training in Alabama, I was forward deployed to South Carolina as an Environmental Compliance Review Specialist, where I spent the remainder of my time before returning home at the end of December. Though I fully intend to write about my experiences working for the federal government in the specific capacity that I did, I have found myself preoccupied with catching up on all of the developments that have occurred with respect to our beloved local whales, the Southern Residents, and how these developments impact my work and the work I hope to do for Washington Department of Fish and Wildlife.

My last post about SRKWs was deeply personal and expressed the somber tone of grief that I experienced and that many others were experiencing upon learning about the plight of our majestic marine neighbors. Though intense collective sadness we experienced originated from tragedies that were arguably entirely avoidable, the effect of this collective grief and of the media attention has invigorated orca recovery efforts internationally in a way that has exceeded my expectations. This post, therefore, will likely deliver some much-needed and well-earned hope.

HUGE NEWS ITEMS

  • J50 Scarlet was declared dead in September 2018 after numerous emergency efforts to feed and treat her failed. The exact cause of death remains unknown, but she was unequivocally emaciated. I know I said this post would deliver hope; just stay with me.
  • In March 2018, Washington State Governor Inslee had issued Executive Order 18-02, which directed Washington state agencies to take 9 immediate actions (the results of which are compiled in reports available here):
    1. Washington Department of Fish and Wildlife (WDFW) with review from the Governor’s Salmon Recovery Office (GSRO) and the Puget Sound Partnership (PSP)—By July 31, 2018, identify the highest priority areas and watersheds for Southern Resident prey in order to focus or adjust, as needed, restoration, protection, incentives, hatcheries, harvest levels, and passage policies and programs.
    2. WDFW and Washington State Parks and Recreation Commission (WSPRC)—By April 30, 2018, develop implementation plans for increased enforcement, outreach and education of vessel regulations as well as enforcement of Chinook fisheries regulations in areas frequented by orcas.
    3. Washington State Department of Ecology (Ecology)—By April 30, 2018, create a curriculum to improve and increase the number of trainings for vessels in the whale watching industry to become “vessels of opportunity” to assist in the event of an oil spill.
    4. Washington State Department of Transportation (WSDOT)—By May 31, 2018, develop strategies for quieting state ferries in areas most important to Southern Residents.
    5. WDFW—By April 30, 2018, review and amend, as needed, 2018 recreational and commercial fishing regulations prioritizing protection of key areas and fish runs for Southern Resident recovery. I will also ask our tribal co-managers, and international and federal fisheries managers to work directly with WDFW and its Commission in developing recommendations for implementing this action.
    6. WDFW—By April 30, 2018, explore options and develop a proposal to alter fish food used in state hatcheries to limit the amount of Polychlorinated Biphenyls (PCBs) in Southern Resident prey.
    7. PSP, WDFW, GSRO—By December 15, 2018, demonstrate how Chinook recovery projects benefit Southern Resident recovery, beginning in the 2018 grant round, for the Pacific Coast Salmon Recovery Fund, the Puget Sound Acquisition and Restoration Program, the Estuary and Salmon Restoration program and the Washington Coastal Restoration Initiative.
    8. PSP, WDFW, GSRO, WSPRC, Washington State Department of Licensing (DOL)—By July 1, 2018, prioritize existing outreach resources to support Southern Resident recovery. Collaborate with the Governor’s Office to develop a public education program and identify needed resources.
    9. Ecology—By July 31, 2018, develop criteria to prioritize financial assistance beginning in the 2019-21 biennium for storm water projects that benefit Southern Resident recovery.
  • Executive Order 18-02 also created the Southern Resident Killer Whale Task Force to “identify, prioritize, and support the implementation of a longer term action plan needed for the recovery of Southern Residents and necessary to secure a healthy and sustained population for the future.”
  • The Task Force has held 6 public meetings and 6 webinars to date, and summaries and resources from those are available for your review here.
  • In November 2018, the Task Force released a long, but very readable report and recommendations, which I have summarized and annotated below.

SUMMARY OF TASK FORCE REPORT AND RECOMMENDATIONS:

There are 3 main threats facing SRKWs. These threats compound each other in interesting ways:

  • LACK OF PREY (Chinook salmon). This is the big one. That is, Chinook are the biggest of the 5 salmon found in Washington, AND the lack of Chinook is the biggest / most immediate threat facing SRKWs. Restoring salmon populations requires what is commonly referred to as an all-H’s approach:
    • Habitat: Threats to salmon habitat include development (human population growth increases stress on the environment via conversion of habitat to homes, buildings, or structures; impacts from increasingly contaminated stormwater; cumulative and new impacts from docks and shoreline armoring; and installation of structures to protect or support development, like dikes and bridges and culverts), habitat loss and degradation (rivers have been straightened, diked, and cleared of complex habitat features to convert the land to better serve human uses),  fish passage barriers (culverts, dams, bridges, fords, levees, erosion control structures, tidegates, flumes, and pipeline crossings all limit a salmon’s ability to swim upstream into cool, productive spawning and rearing habitat), water withdrawals (reduce the amount of usable habitat and can trap small wild salmon), and marine water quality (see “contaminants,” threat #2). Chinook salmon have a particularly demanding set of habitat requirements because, not only does each life stage need a different set of conditions in order to level up to the next life stage, there are also two types of Chinook, one spending more time growing in natal freshwater streams, and the other more dependent on estuarine and nearshore habitat. Forage fish, which Chinook feed on, also require healthy nearshore habitats. I initiated a nearshore marine habitat restoration project in the Seattle area a year and a half ago (a future post will be about this, probably my next one), and the potential opportunities that come out of these Task Force discussions to do more of this important work for forage fish, for salmon, for orcas, and for the ecosystem as a whole, has become the single biggest driving force that motivates me each and every day.
    • Hatcheries: growing and releasing more Chinook salmon from hatcheries could provide much-needed intermediate-term (3-10 years) relief for the starving orcas. Because hatchery-produced fish often have lower reproductive fitness than wild fish, there are concerns about potentially reducing the fitness of salmon populations as a whole over generations of interbreeding. Additionally, when rivers, estuaries, and nearshore marine habitats are ill-equipped to support the presence of both wild and hatchery salmon (see above), the hatchery salmon can end up outcompeting the wild juvenile salmon. Hatchery release strategies and timing can attract predators and increase predation on both hatchery and wild salmon. And hatcheries can provide a false sense of accomplishment, which may over time decrease public support and resources for wild salmon recovery. [An interesting suggestion from the public comments floated the idea of forage fish hatcheries, a suggestion the Task Force said they would consider as they continue their work into Phase II.]
    • Hydropower: Dams, while providing the state with clean, renewable energy, are very good at completely blocking salmon’s access to upstream habitats for spawning and rearing. The removal of the 4 Lower Snake River Dams has been called for by environmental groups all over the region and would open up significant Chinook habitat. Increasing “spill” at dams could help salmon pass the dam with decreased risk of injury or death from powerhouses and bypass systems, but it also exposes them to more dissolved gases, which can build up in fish tissues and cause injuries or mortality.
    • Harvest: The pressure of harvest on Chinook populations is immense, and a delicate topic to discuss. Though fishing has been increasingly restricted as populations continue to decline, and catches have declined significantly over the years, many argue we haven’t cut back enough. As a consumer, this is an important part of this post to note, because your choices in the grocery store can affect salmon populations in the wild! If you’re buying salmon for dinner, avoid buying Chinook salmon, and note that it also goes by the following names: king salmon, Quinnat salmon, spring salmon, chrome hog, and Tyee salmon. Orcas rarely eat sockeye and pink salmon, but avoiding wild-caught salmon altogether is the optimal choice for orca recovery, even “Alaskan wild-caught” (they’re caught in marine waters off the coast of Alaska, but they’re often fish that were hatched in Washington’s natal streams — and caught before they get a chance to become orca food or to ensure the next generation of salmon!). As if that’s not enough, forage fish, Chinook’s prey, also potentially face adverse impacts from harvest. Herring and surf smelt are both harvested commercially and recreationally, but the data available on these fisheries is not sufficient for adaptive management.
    • There are advocates, and steps that have been taken toward lethal and non-lethal removal of Chinook predators in order to give orcas a better shot at competing for this food. Most scientists recognize this action for what it is: something that could indeed indirectly help orcas, but also something that could initiate ecologically devastating effects that our current science is ill-equipped to caution us of. Aside from the controversial business of amending the Marine Mammal Protection Act to accommodate such a policy, predator removal as a single-species management strategy does not always, or even usually, produce the desired effect in a sustainable manner, and can produce unexpected and sometimes detrimental side-effects.
  • VESSEL AND NOISE DISTURBANCE. The many vessels in Puget Sound at any given time not only take up space and induce avoidance behaviors from orcas, they also produce a wide range of sounds at different frequencies, some of which overlap and compete with SRKWs’ hearing, vocalization, and/or echolocation.
    • For my readers who are not familiar with certain aspects of the Puget Sound, instead of massive bridges, we have ferries here that cars drive onto from the road, and they take you (and your car) across the water to islands in the sound or across to the Olympic Peninsula. They have always been large, fast, and very loud. Recommendation 23 called for reduction in ferry noise, which is looking more and more like an acceleration in the plan to electrify the ferry fleet, an action that will immediately improve air quality in Puget Sound as well!
    • With respect to noise from other ships, the Enhancing Cetacean Habitat and Observation (ECHO) program of the Vancouver Fraser Port Authority (they’re also doing some nearshore habitat restoration/enhancement!) leads voluntary programs to slow ships down in order to reduce adverse impacts to SRKWs. The ports in Washington State should join this effort; representatives are on the Task Force and presumably recognize the opportunity. Some even submitted comments in a minority opinion report at the end of the document, comments that are well-researched and that I believe add value to the conversation.
    • Small vessels, including some whale-watching boats, also contribute to noise disturbance. Some measures recommended by the Task Force to address this include educational programs, increasing enforcement of “go-slow” zones and buffer zones, and creating a limited-entry whale-watching permit system. One of the other recommendations addressing small vessel disturbance, a 3-5 year ban on whale-watching, was much more controversial. For more on this, see the minority opinion reports submitted by Ken Balcomb and the Pacific Whale Watch Association (PWWA) — they’re at the end of the document and very interesting! Ken Balcomb is widely considered THE expert on SRKWs because he was the first person to photograph, study, and identify them starting in the 1970s, and continuing to today. I also encourage reading the minority opinion report from PWWA because it lays out the pros and cons of a whale watching moratorium, and describes in detail an alternative Science-Based Vessel Management Plan (page 105-106), endorsed by Ken Balcomb and other experts.
    • Echo sounders / transducers (to help fishers find fish) also produce noise, sonar, at 50 and 200-kHz frequencies, the former of which can disrupt SRKWs’ foraging, as it does overlap with orcas’ hearing range. “Manufacturers have indicated contemporary transducers that operate at 1kW have separate transmitters for each frequency, which means each frequency can be disabled at will, and that by switching such units to the 200-kHz setting, boaters can avoid sending 50-kHz pulses into the water column. Therefore, by switching to the 200-kHz frequency when safe to do, many boaters can avoid potential disturbance to orcas. However, it appears most basic entry-level units that operate at 660W change only what is displayed on the monitor and do not shut off the 50-kHz pulses that overlap with orcas’ hearing” (Page 29). This, too, must be addressed if we are to take meaningful steps in reducing the impact of vessel disturbance on SRKWs.
    • The threat of oil spills in Puget Sound also poses a looming, low-probability, but high-risk threat to SRKWs. No recommendations were specific to this threat, but oil spill response plans are in place.
    • Though the Navy conducts exercises to practice oil spill response in the Puget Sound, their impact on the regional marine environment has historically been overwhelmingly negative (from continuous leaks of raw sewage to sonar exercises). With a huge, but often overlooked presence in Puget Sound, it is of the utmost importance to emphasize Recommendation 25, which is to engage the US Navy in the collaborative effort to reduce the impact of vessel and noise disturbances on SRKWs. More information here.
  • CONTAMINANTS. There are 2 main “categories” of contaminants discussed in the report, persistent toxic contaminants such as PCBs, PBDEs, and DDTs, and Contaminants of Emerging Concern (CECs) that include all other contaminants known or not known to be in the water that have poorly-understood mechanisms for impacting orca health.
    • Persistent toxic contaminants including PCBs, PBDEs, and DDTs, have been found in SRKW blubber at levels high enough to potentially result in “harmful health effects including alterations in hormone levels, reproductive disruption or miscarriages, reduced immunity to diseases, neurotoxicity, neurobehavioral disruptions and cancer. The toxic effect of these contaminants is further exacerbated by periods of weight loss, which can redistribute contaminants from fat stores (blubber) to other tissues, increasing the toxic response. When starving whales draw on fat reserves stored in their blubber, it mobilizes contaminants into circulation, where they have the potential to cause a greater toxic response” (Page 31).
      • Though PCBs were banned from production in the US in 1979, they persist in the environment, in the air, in the water, in the soil, and in the tissues of organisms, because they do not break down easily in the environment. Historically used in caulks, paints and dyes, and old power transformers, PCBs can still be found in many current-use consumer products (including toothpaste, yellow dyes, and plastics), and have been found in trace amounts in the feed given to hatchery-raised Chinook salmon (see Gov. Inslee’s immediate actions), despite being banned in 1979. The result is ongoing inputs of PCBs into Puget Sound, bioaccumulating up the food chain through Chinook to us humans and to our SRKWs. About one-third of the salmon collected in Puget Sound have PCB concentrations above an adverse-effects threshold for salmon health.
      • PBDEs are flame retardants found in a variety of common household items including furniture, mattresses, and hard plastics such as television casings. Higher concentrations of PBDEs are associated with proximity to urban environments, and high concentrations of PBDEs have been observed in juvenile Chinook in multiple river systems and in SRKWs (especially J Pod). Exposure to PBDEs can result in adverse health effects, including endocrine disruptions, liver and thyroid function impairment, autoimmunity induction, immunosuppression and impacts on lung and neural development.
      • DDT, an insecticide made (in)famous by Rachel Carson’s Silent Spring, and its toxic chemical break-down products and metabolites are found throughout the Columbia River Basin and in SRKWs (these are the dominant toxic chemical in K and L Pods). It is clear that juvenile Chinook salmon, after spending a year in the Columbia River, are approximately 14 times more likely to have concentrations of DDTs that exceed the adverse effects threshold. Adverse effects of DDT in mammals include cancer, immunity impairment, and interference with liver and nervous system function.
      • PAHs, found in creosote-treated wood (old pilings) and vehicle emissions and leaks, are not likely to bioaccumulate in SRKWs, but are toxic to Chinook salmon, altering their growth and making them more susceptible to disease. Salmon are exposed to PAHs via their prey, forage fish, which experience adverse effects on individuals (including developmental deformities, liver toxicity, adrenal system dysfunction, and other adverse effects) and lasting adverse effects on populations.
    • Contaminants of Emerging Concern (CECs) is a catch-all classification for chemicals found in widely used everyday items. The uniting characteristic of CECs is our lack of available data on the basics:
      • Who? It is unclear exactly how toxic these substances are to orcas or Chinook salmon, but CECs have been found in juvenile Chinook salmon and in a bottom-dwelling fish from Puget Sound.
      • What? These chemicals include, but are not limited to: pharmaceuticals, soap, lotion, cosmetics, detergents, plastics, water-resistant clothing (do your part with a Cora Ball!), some pesticides, toxic flame retardants (including new variants of PBDEs), phthalates, bisphenols, alkylphenols, and highly fluorinated or per- and polyfluoroalkyl substances. As a consumer, there are things YOU can do to help reduce your impact! I’ll leave these tips at the end for you.
      • Where? We know that CECs have been detected in estuaries and wastewater effluent, and that fish from wastewater-impacted sites exhibit early indicators of metabolic stress as well as impaired mitochondria (the powerhouse of the cell!) function.
      • When? Many CECs are not regulated under current laws or assessed for toxic effects before they are introduced into commercial or industrial processes. They enter Puget Sound on a continuous basis.
      • Why [is this important]? “Levels of a variety of pharmaceuticals occurred in the range expected to produce adverse effects in juvenile Chinook salmon” (page 34). Potential adverse effects from exposure to these substances are not well understood, but “many CECs are suspected endocrine (or hormone) disrupters, which can have developmental, neurological, reproductive, and immune effects” (page 34).
      • How? CECs are discharged from wastewater treatment plants, aquaculture operations, industrial outfalls, and stormwater outfalls. They also enter waterways via surface stormwater runoff from impervious surfaces, landfills, agricultural lands, and lands where biosolids were applied.

Identified hotspots of contamination include: Duwamish Estuary and River, Commencement Bay, Hanford Reach, Sinclair and Dyes Inlets, and Lake Union. The Task Force recommendations included a hefty responsibility placed on the Department of Ecology for increasing monitoring of toxins, developing a prioritized list of CECs that threaten orcas and their prey, pursuing legislation to regulate the use of those CECs, developing a plan to address pharmaceuticals, reducing stormwater threats, improving NPDES permitting, and creating a program that incentivizes the accelerated removal of primary legacy sources of persistent contaminants.

MORE NOTEWORTHY DEVELOPMENTS (and even some causes for celebration):

  • On January 15th 2019, Governor Inslee delivered his State of the State Address, which highlighted the plight of the orcas, the importance of their recovery for our state, and the steps he has taken and plans to take to continue recovery efforts.
  • A 28 year old male, K25, was spotted losing weight this past fall. At the time it was first noticed, NOAA veterinarians did not have plans for intervention. Now, though his condition has not worsened markedly since his initial 2017-2018 weight loss, J17 (a 42 year old female) has been seen exhibiting the same extreme emaciation, and is thought to be on the brink of death as of January 15, 2019. But with the federal government in shut down for 35 days, no NOAA personnel have been available to assess the whales’ conditions or administer any necessary treatments, or even to permit other entities to provide emergency treatment to help either of the animals because they belong to a federally-listed protected population. Marine mammal biologists and veterinarians not working for NOAA have a plan to take steps to assess the whales’ conditions by collecting and testing fecal matter, but they are not permitted to administer any treatments deemed necessary until NOAA experts consult in their official capacity. The government has been up and running again since January 25th, but it is unclear at this time whether or not another shutdown will occur beginning February 15th.
  • On January 11th, the presence of a recently birthed calf was confirmed in L pod! It has been aptly named Lucky, or L124. The chances of this calf surviving past the first year is 40-50%, but the fact it was brought to full term and has survived its first few weeks in the world provides encouragement (as it has already beaten odds stacked against it).
  • As of January 24th, three bills have been introduced in the Washington State legislature regarding SRKW recovery:
    • HB 1580 & SB 5577 (concerning vessel noise):
      • 400-yard protection zone for SRKWs
      • Effective moratorium on commercial whale watching until 2023
      • Commercial whale watching license RCWs revised to reflect a new, limited-entry system
    • HB 1578 & SB 5578 (concerning oil transportation safety):
      • Specifies tug escort requirements for oil tankers of a certain size
      • Requires tug escorts for certain sized oil tankers and articulated tug barges in Rosario Strait and connected waterways
      • Requires Board of Pilotage Commissioners to adopt rules for tug escorts in Puget Sound
      • Stations an emergency response towing vessel in the San Juan Islands area
      • Directs Ecology to develop and maintain a model to assess oil spill risks in Washington waters, and use it for adaptive management
      • Adds new information to notices that Ecology receives regarding the over-water and overland transfer/movement of oil
    • HB 1579 & SB 5580 (concerning salmon and forage fish habitat) – These are going to be an excellent step forward for us:
      • Reclassifies fish that feed on Chinook salmon to expedite more organized harvest of Chinook predators
      • Requires a fishing license for smelt (a forage fish that Chinook feed on)
      • Increases penalty for hydraulic code violations (the hydraulic code is written to protect fish habitat from adverse impacts resulting from projects)
      • Authorizes and directs WDFW to provide technical assistance and ensure compliance of projects with the hydraulic code (gives WDFW more tools and regulatory authority refuse applicants who have previously failed to comply or to pay a civil penalty, and to stop non-compliant projects before damage to the habitat has occurred)
      • Removes the requirement for WDFW to issue hydraulic project approval for single-family residential bulkheads and rock walls.
      • Declares a hydraulic code violation to be a public nuisance.
  • Ways of Whales happened recently (Jan. 26th)! I didn’t go this year, but each of the workshop agenda items were recorded, and I’d encourage interested readers and whale enthusiasts to check out them out here.

OTHER RESOURCES I RECOMMEND FOR FUN EDIFICATION

  • A policy brief from Gov. Inslee (it’s only 6 pages!): basically a summary
  • A couple of podcasts providing various in-depth perspectives of experts in the field:
    • Whale Scout: Dr. Deborah Giles, David Bain, Monika Wieland-Shields and Whitney Neugebauer, Jacques White, and more!
    • A-Pod Cast: Greg Ruggerone, Josh McInnes, Jeff Hogan, David Bain, Jim Waddell, Mike Ford, Holly Fearnbach, Sam Wasser, Dr. Joe Gaydos, Sen. Kevin Ranker, Ken Balcomb, Bob McLaughlin, Dr. Martin Haulena
  • Center for Whale Research: for background info and data going back to the 1970s.
  • Orca Network: for births, deaths, and reports on each SRKW sighting!
  • Environmental Protection Agency (here): for background info and SRKW critical habitat maps
  • All documents and resources pertaining to the Southern Resident Orca Task Force: meeting notes and presentations, reports from the Task Force and from various agencies and members, public comments and minority opinion reports (at the end of the full report – both interesting to read), guides, webinars, and Executive Action Reports.

CONSUMER TIPS ON REDUCING YOUR CEC IMPACT

  • Try making your own personal care products, or consider buying from someone who does: soaps, lotion, shampoo, deodorant
  • You can also make your own household cleaning products, or look for eco-friendly options with all-natural ingredients: all-purpose cleaner, laundry detergent, dish soap (though Dawn is also a safe bet)
  • Take your car to a car wash; don’t just wash it on your driveway or your lawn. This ensures that the soap used, as well as whatever contaminants may be removed from the outside of your car, go to a water treatment facility before being discharged into natural bodies of water.
  • DO NOT FLUSH MEDICATIONS DOWN THE TOILET. Please bring them to a medicine take-back location. You will be able to find where those are, any special instructions, and all the other information you need on your county’s website.
  • One of the top two major sources of microplastics is fibers removed from washing your synthetic clothing. Opt for more cotton to reduce your impact, and wash all clothes with 1-3 Cora Balls to remove these fibers before they enter waterways.
  • Get involved with Puget Soundkeeper Alliance or your local chapter of Waterkeeper!

Love, Loss, and Puget Sound’s Southern Resident Killer Whales

Content warning: animal death, human death, grief, threat of extinction.

 

For many aspiring marine scientists, educators, policymakers, and other environmental professionals, the work we do comes from a passion held in a deeply personal place inside us. On top of the struggle to find opportunities to receive a living wage for the work that we do, many of us struggle every day with the knowledge that our contribution is hopelessly inadequate. As a science communicator, I know that admitting this is bad practice. I know that the work I do here on this blog is all for nothing if my readers do not feel empowered. And I know that by writing some of these thoughts here, I will run that risk; but all of it feels important to say. I’m here to talk about a local Seattle icon, the Southern Resident Killer Whales (SRKW), what they mean to me, and why I must speak my truth here and now.

If you’ve been following the news, you’re already aware that SRKWs are in trouble. For those of you who aren’t, here are a few salient details:

  • J50 Scarlet, an adult female, has been losing a “frightening amount of weight” and suffering from a common infection. Antibiotics have been administered to her via live salmon discharged near her. The hope from this coordinated effort is that she will fight the infection and continue to eat and regain strength.
  • J35 Tahlequah gave birth to a female calf on July 24th. The calf lived for approximately 30 minutes. Mom Tahlequah carried her dead calf for at least 17 days, swimming over 1,000 miles with the decomposing corpse of her offspring. Scientists agree this behavior is a manifestation of the whale’s experience of grief, the depth of which few can begin to imagine.

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For more detailed and up-to-date information, click here.

For context: SRKWs are a well-studied listed endangered population. Each individual whale in the population is known and named, and all major life history events have been tracked and documented since the 1970s. SRKWs feed exclusively on salmon, and exhibit a strong preference for specific salmon runs. The salmon populations SRKWs preferentially feed on are also endangered and well-studied. The data shows a clear trend: native salmon runs have been on the decline for years. The factors contributing to this trend are known: direct human consumption, construction of hydroelectric dams altering the region’s hydrology, transfer of zoonotic diseases between Atlantic salmon aquaculture and native wild Pacific salmon, and various continuous sources of pollution of organic and inorganic materials (which includes agricultural runoff, historic and current industrial uses of coastal properties, untreated stormwater runoff from roads and other infrastructure, and the occasional discharge of raw sewage directly into the sound when the capacity of local wastewater treatment systems is overwhelmed).

SRKWs exhibit a gestation period of almost a year and a half, mom then nurses the calf for a year, and subsequently provides fish for the calf until the calf learns to catch its own. Having babies is energetically expensive, and SRKWs’ only food source (salmon) is in short supply. No SRKW calf born in the last 3 years has lived longer than a few hours. Only 25% of calves born in the last 20 years have survived. For years, the scientific evidence has been mounting: SRKWs are starving, they’re spending more and more energy chasing after less and less food. They’ve gradually burned through their fat storage (allowing lipophilic toxins including PCBs and PBDEs to enter their bloodstream), and they continue to exhibit signs of distress and starvation. And the thing is, this information is not new.

All of this is very sobering. Those in power continue to insist on tabling more difficult, but more sustainably productive, discussions in favor of emergency measures; shooting antibiotic-filled fish at a sick orca in the hopes that she’ll live one more day after watching her starve for over two years and culling sea lions who’ve learned to feed on salmon near dams (in spite of scientific literature documenting the failures and uncertainties associated with mid-level predator culling as a marine management tool — check out this review and some of its references). There are reasons for the pushback against these measures. To readers who have lived here all their lives, fished here all their lives, voted against expensive measures to improve stormwater and wastewater infrastructure all their lives, worked for government agencies monitoring water quality and watched it decline all their lives, readers who have only recently begun to talk about the declining health of the Salish Sea in light of these orca tragedies:

Where have you been for the past 20 years?

 

20 years ago, I was 5 years old. My oldest brother was 9. He showed me his favorite movie, Free Willy, which had come out the year I was born. He loved orcas, he loved the ocean, he loved our family, and he loved me. He loved teaching me about whales, about the ocean, and about how people have loved and relied on the ocean since time immemorial for food, tools, and intangibles like knowledge and culture. After the movie, he spent time with me, answering my questions about orcas and people, singing Michael Jackson songs with me, and showing me on the harmonica exactly how Jesse calls Willy to his side. He was the first person to teach me about whales and about the ocean, and of course, I fell in love with it all just like he did. We sat on the floor in the living room; I remember his outfit: a button-up shirt and a pair of shorts my mom made for him out of fabric covered in realistic orcas, bigger orcas next to smaller orcas, moms with their calves. I remember because I later wore that outfit when he outgrew it. I remember wearing that particular hand-me-down with pride and joy and love. And when I, too, inevitably outgrew that hand-me-down, my mother saved the fabric, later stitching it into the center of a memory quilt she made for me when I graduated high school. I simultaneously graduated from the Ocean Research College Academy with my Associate’s degree and experience under my belt conducting field research in Puget Sound. I had known from that day in the living room what I had wanted to do with my life: I knew I wanted to save whales, save the ocean, save what I love. So I went to school to learn how. I studied hard and went off to a  highly prestigious school to finish my Bachelor’s. I thought I’d go to vet school and learn how to tend to sick and dying marine animals. By the time I graduated, I knew this wouldn’t be the way forward for me. And for a while, I think I lost sight of who I was, and what I needed to do to stay connected to all that I love. After finishing a Master’s in Marine Conservation, I’m finally starting to sort through the pieces of myself to rediscover this cornerstone, this truth I’ve buried but known all along.

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When I came across the memory quilt again recently, another piece of me broke. My brother died 5 years ago, at the age of 24. He’d battled brain cancer and related complications for about 4 years, re-learning how to walk, talk, eat, and complete simple tasks independently. When the cancer came for him a second time, it quickly took all of this back from him and more. Then it took his life too. Despite the bizarre but well-meaning efforts of family and friends, there is no honest peace to be found in his death. He died slowly and without dignity, confused, bedridden, in pain, and alone in his broken mind. Some said, “at least he’s not in pain anymore.” But he’d rather be alive and in pain than dead. I know this because he told me. Some said this was all part of some grand plan, but whatever they thought that might be, it clearly isn’t universally kind or just or compassionate, and it brings me no comfort or peace. Today, I remember all of these things and I continue to mourn his death, but now I cry new tears. Now I must experience a new layer of grief because that which my brother loved, that which I have sworn to protect and care for, is also dying. I have worked hard to find a place in this world, a place from which I can do the work necessary to save the ocean I love, and still there is no place for me, so there is little more I can do. I fear that by the time I build “enough” “real job” experience to be heard in a meaningful way, the whales my brother loved so dearly, the whales I have loved all my life, will be gone. When I grieve them, I know that I will be grieving him again too.

Tahlequah’s actions remind me of my mother’s grief, and I know that the depth of her despair is similarly unfathomable. A sighting on Aug. 11 reported that she is no longer carrying her dead calf. It even says she is “frolicking” and “remarkably frisky,” but the hard truth is one that I know all too well: I know that her grief has only just begun. Seattleites and even animal lovers worldwide grieved with her for 17 days, but now they move on, content with the knowledge she is eating again, so she must be ok now.  When my brother died, others grieved with me for about two weeks, bringing mountains of lasagna and sending thunderstorms of “thoughts and prayers,” before they moved on, back to their own lives. But after the condolences stopped, still I feel the weight, still I am not ok, still I must continue to grieve, but now I must do most of it alone. Though Tahlequah no longer carries the physical weight of her dead baby, I know she will continue to carry the much heavier burden of loss for the rest of her life.

Those of us in this field recognize a theme here. We have seen how these things go; emergency measures that may or may not work and pose risk of unknown nature and magnitude to the ecological structure and function of the region are frequently followed by prolonged inaction and continued decline. The difficult, expensive measures that really have the potential to restore salmon populations and ultimately the health of the Salish Sea do not gain bipartisan support and all-around stakeholder buy-in. But they MUST be fought for. Opponents must quickly be made to understand the necessity of comprehensive watershed management. Without these measures, without a clear understanding and acceptance of what actions need to be taken to provide salmon with what they need to survive moving forward, their populations will continue to decline until the fishery collapses and constituents’ jobs must be cut, an event that will trigger another cycle of emergency measures followed by inaction. We MUST break this cycle. We must remain engaged, we must shout until we are heard, we must do what is right and necessary for the Salish Sea and for ourselves by extension, even if it is expensive, unpopular, or unglamorous.

Today, the work that I do here is emotionally expensive, the words I have to say are unpopular, and the way I must live right now is unglamorous. Regardless, I know that I too must fight for all that’s left of what I love.

Update (9/20/18): J50 Scarlet has been declared dead.

World Oceans Day ft. Plastic Pollution, MSC, and The Economics of Fishing the High Seas

Recently, plastic pollution in the marine environment has made headlines in the mainstream media, including a cover of National Geographic that made quite a splash. This represents something of a win for those of us who have struggled to engage the general public in a way that begins to impact consumer behavior.

In the context of this attention, much of the World Oceans Day coverage has focused on plastic pollution as well as the ever-growing threat posed by climate change. I found this coverage of World Oceans Day to be an accessible place to start, but unfortunately lacking in depth in a very important area: overfishing and the role of economics in the sustainability of fisheries. So I decided to add a few points that I believe to be particularly valuable for the general public as we navigate our consumer choices, and then highlight a study published recently on the profitability of fishing in areas outside national jurisdiction (the “high seas”).

  • Overfishing is the largest single threat to marine ecosystems, but other threats such as climate change and plastic pollution are interwoven and often result in a compounding detrimental effect.
  • How can we combat overfishing? Well, that’s a difficult question and I’m inclined to assert that there is no silver bullet answer. Because so much of the world is dependent on the sea for protein for survival, and so much of the rest of the world relies on the relentless extraction of natural resources to prop up an exploitative economic system, ceasing fishing altogether to allow stocks to recover is simply not an option. However, we can take steps to manage our extractive activities so as to cause less harm to the environment.
  • Marine Stewardship Council (MSC) and its sister organization, Aquaculture Stewardship Council, is an international non-profit dedicated to evaluating fisheries and aquaculture operations and continuously refining the metrics used to assess the sustainability of fisheries. MSC-certified seafood meets the most rigorous standards of sustainability; the fish caught in any given year must be demonstrably replenished in time for the next year’s catch AND the ways in which fish are caught minimize bycatch and other environmental damage. And MSC-certified seafood bears a blue label that is easy for consumers to identify. The high level of transparency and emphasis on engagement with scientists, industry leaders, and conservation groups at every stage of the decision-making process is quite likely the key to this organization’s resounding success in Europe. The MSC efforts in the US are younger, but I have been assured they are on a similarly promising trajectory.
  • If at this point you’re wondering where you can find MSC-certified seafood, I have fantastic news for you: order a filet-o-fish from any McDonald’s in North America! For my Canadian readers, you can also order a certified cod burger from A&W until July 8. For sushi lovers in Portland OR and Denver CO, head over to Bamboo Sushi for some MSC-certified delectables.
  • If you’re more looking for something to cook with, Wild Selections is a line of MSC-certified seafood, including tuna, that dedicates a portion of proceeds of its sales back to conservation efforts through WWF. Genova Seafood is another kind of MSC-certified tuna that has been featured on MSC North America’s Facebook page. Another name to look for is Raley’s.
  • Remember that seafood products are frequently used in pet food, too. Look for pet food that has the blue label or opt for poultry and other flavors for Fido.
  • There’s even an MSC-certified pearl oyster fishery in Australia!

So the study I mentioned earlier is summarized in a fascinating article in the Vancouver Star here. And I’m happy to report that the full text of the original peer-reviewed study is also publicly available (here)! Conducting rigorous science and communicating it effectively to the public always gets a hearty “Huzzah!” from me.

Some important pieces to remember while you read:

  • The “high seas”, as described in the UN Convention on the Law of the Sea (UNCLOS), generally refers to the waters seaward more than 200 nautical miles off the coast of a country.
    • Interesting fact: the US is still not a signatory of UNCLOS for reasons I look forward to discussing in a later post, but it does recognize the agreement and uphold it as a codification of international law.
  • Fishing on the high seas (outside of any national jurisdiction) for many species is virtually unregulated and unmonitored. This can clearly lead to overfishing, but also opens the door for human rights and labor abuses.
  • Fish, sharks, and other animals don’t recognize maritime boundaries, especially not highly migratory species. Managing these responsibly and cooperatively has been a challenge ever since the need for management became apparent to decision-makers.
  • An analysis of this kind is difficult to conduct considering the vast amount of data being utilized and the historic underreporting of it.
  • Studies on the environmental impacts of high seas fishing have been conducted and continue to indicate ecological degradation. But this study assessing the economics of high seas fishing offers another argument that may reach more audiences, those who may not be emotionally invested in the environment, but value rationality in political economy and seek to achieve efficiencies in government and industries.

As always, I encourage your engagement! Drop me a line or leave a comment below.

Strawless in Seattle 2017

I’ve talked a little bit about plastic pollution on this blog before, but as promised, this post is specifically about Strawless in Seattle, the effort to discourage single-use plastic drinking straws.

The scope of the problem posed by all single-use plastics is seemingly insurmountable in a consumption-oriented society utterly obsessed with convenience. We’ve all been marketed single-use items that we simply don’t need, especially considering we have seamless substitutes for these items that don’t clog waterways and fill up landfills (water bottles, bags, coffee cups, and straws are the items in the infographic I’d like to draw the most attention to).

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(for more information on the issue of marine litter, I encourage readers to visit my colleague’s blog, The Litter Mermaid Project, devoted entirely to this subject)

So why the focus on drinking straws? With many cities around the world instituting plastic bag bans and encouraging consumers to bring their own grocery bags, straws are similarly another easy entry point. They’re entirely unnecessary to the average consumer, each straw is only ever used once, and a substitute that breaks down in the ocean before it can become harmful to marine life is readily available.

To the last point, in fact, paper straws existed before plastic straws. When plastic straws came into existence, the market for them was created specifically by selling them as reusable.

Here’s a link from the news recently for a great introduction to the topic and for more information on efforts to fight plastic pollution in Seattle.

Here’s another one that isn’t quite as recent, but covers some nuances that are often overlooked about “compostable” plastics.

An international initiative called Strawless Ocean was powered by Lonely Whale Foundation and championed by UN Environment Programme Goodwill Ambassador and Entourage actor Adrian Grenier (he took quite an interest in me, see photo below). The team chose Seattle as the kick-off city.

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My role was to help negotiate the involvement of Port of Seattle Commissioner Fred Felleman in the campaign. Ultimately, he was featured on an ad that ran locally and was received by an international audience of passengers at Sea-Tac Airport (the aviation side of the Port of Seattle). The ad teased involvement of local athletes and celebrities, including (spoiler!) Russell Wilson of the Seattle Seahawks. Commissioner Felleman also took part in a VIP event at the Seattle Aquarium with Adrian Grenier and Lonely Whale Foundation to announce the campaign’s presence in Seattle (see top photo). The Port was also instrumental in securing agreements from local businesses to go strawless for the month of September.

Strawless in September 2017 was particularly timely as Seattle gears up for a city-wide ban on all single-use plastic utensils, including straws. This ban will take effect July 2018 and has piqued international attention for placing Seattle as the largest US city to implement such a ban.

So what can you as just one person do?

Ask food service workers to “hold the straw, please.” Remember it’s REDUCE consumption first, then reuse, then recycle; the order matters for sustainability. For those of you living in Seattle, our local policies and infrastructure make it easy to go green on an individual level, but there’s always more work to be done! Consider some other easy single-use swaps. If you live in outlying areas or in other parts of the country (I know at least a few of you are in Florida or California), in addition to refusing straws, I encourage you to make an even greater impact in your community; get in contact with your local businesses and encourage them to go strawless too!

An Octopus’s Garden – a sneak preview of my thesis work for the Port of Seattle

Click here for a map of my project!

In an earlier post, I announced that I had accepted a graduate internship at the Port of Seattle. Today, I admit that my internship ended a few months ago and I would like to share with the public the work that I have done (my full final report will be uploaded here when I finish it, but for now, I’d like to give y’all at least a short summary).

I had the pleasure and honor of serving the Port Commission, a panel of five elected officials who engage with issues involving the Port that impact constituents. My day-to-day responsibilities included conducting research and compiling memos to support the Port Commission. Notable efforts I was engaged with during my time there include the Strawless September initiative (my next post), a campaign to engage businesses and the public in plastic pollution issues.

But this post is about my thesis work. As an intern, I was afforded the opportunity to design a project of my choosing. Inspired by the Greenwave seafood sustainability model I had heard about at Capitol Hill Ocean Week in Washington DC last June, the idea of growing marine species on Port-owned property took shape after conducting more research independently, asking a lot of questions about what the Port has done in the past (turns out, that doesn’t matter nearly as much as I had anticipated – a kind of liberating experience and a valuable lesson for me to learn), and talking with Port employees engaged with maritime environment projects. The resulting proposal I put forth was an experimental sub-tidal habitat zone on Port-owned property (on the largely urban-industrial coastline in the greater Seattle area), an approximately 25-acre plot between a cruise terminal and a recreational marina expected to be suitable for supporting the growth of kelp, eelgrass, and shellfish.  (Here’s that map again).

Cool-as-a-(sea)-cucumber facts about kelp:

Ok but what is eelgrass?

  • It’s the local species of seagrass! Seagrasses have been studied extensively for their carbon sequestration potential. Not only can they capture carbon in their tissues and sequester it in their root systems, as all plants can – they are physiologically structured on a macroscopic AND microscopic level to be especially good at trapping carbon-rich sediment that runs off from upland sources in their leaves and sequestering those particles in the local sediment (with the added benefit of allowing light to penetrate deeper into the water, an important consideration for salmonids).
  • This property also ends up providing the habitat with an ocean acidification buffer, as with kelp.
  • Eelgrass communities are widely considered to be among the region’s most biologically productive habitats and the focus of ongoing region-wide studies.
  • Due to their complex system of roots and rhizomes, eelgrass beds provide an important natural buffer for excess wave energy. Natural shorelines, or shorelines with mostly natural elements, help protect beaches as well as man-made structures from excess erosion.

Shellfish filter-feed, naturally improving water quality by collecting contaminants in their tissues. Water quality concerns frequently expressed along urban-industrial coastlines like this one preclude the possibility for harvesting shellfish on the property for consumption, but there are other ways the project will benefit from incorporating one or more shellfish components:

  • Native Olympia oyster restoration along the most protected edge nearest the stormwater outfalls, expected to restore some ecological structure and function
  • Mussel bioextraction trials – check out Pacific Shellfish Institute‘s work! – This may be slated for a later project at a more suitable location.
  • Clam gardens – a fascinating marine resource use management technique employed by indigenous peoples in the Pacific Northwest. The westernmost south-facing coastline would provide the most suitable location for a plot like this. Though these clams of course must not be harvested for human consumption, they do provide the opportunity for an interactive community-building attraction, a way to engage in a meaningful, in-depth way with local Tribes, cruise ship passengers and their families, and folks who just want to walk their dogs or bring their kids to play at Smith Cove Park.

The Port’s goals, laid out in the Commission’s Century Agenda and revisited periodically in the form of long-range plans, include the following environmental goals:

What better way to achieve these goals than to get growing on this available submerged land?

The proposed project piloting the use of kelp, eelgrass, and shellfish as bioremediation along an urban-industrial coastline is expected to yield positive results in the form of:

 

Questions? Comments? Job/contract offers? Shoot me an email or leave them in the comments!

Makah and Māori Examples: Comparing and Contrasting Indigenous Participation in Marine Resource Use Regimes and Ramifications for International Ocean Law

A NOTE TO READERS

I have finished classes, but of course I will always have much to learn. Again, I find myself telling stories that are not mine to tell. Readers, please always continue to learn as well, peruse primary sources, and familiarize yourselves with these perspectives directly.

INTRODUCTION

On opposite sides of the world, the Makah and Māori tribes have very different origins, historical and cultural trajectories, and current relationships with their respective colonizing sovereignties. However, the two tribes developed culturally in similarly temperate climates utilizing comparable natural resources from the land and sea. This paper will outline the similarities and differences between the two groups and what implications these similarities and differences have for the formation and maintenance of international legal regimes governing the indigenous use of marine natural resources.

The most comprehensive and applicable definition of the term “indigenous” is found in the United Nations’ Study on the Problem of Discrimination Against Indigenous Populations:

“Indigenous communities, peoples and nations are those which, having a historical continuity with pre-invasion and pre-colonial societies that developed on their territories, consider themselves distinct from other sectors of the societies now prevailing on those territories, or parts of them. They form at present non-dominant sectors of society and are determined to preserve, develop and transmit to future generations their ancestral territories, and their ethnic identity, as the basis of their continued existence as peoples, in accordance with their own cultural patterns, social institutions and legal system.”

There is an extensive body of literature documenting the history of Europeans travelling to other continents or islands, claiming the new lands for their sovereign entity, and exploiting marine resources to the brink of extirpation or even extinction in a matter of years, resources that indigenous groups had previously sustainably utilized for centuries. As capitalism generally accompanies these new political regimes that are imposed on indigenous groups, it exhibits the tendency of penetrating natural resource management regimes (Bess 2001, 24; De Alessi 2012) such that even after the worldwide social justice movement and calls for incorporating indigenous viewpoints into management, it continues to pervade indigenous cultures, as evidenced by the Māori’s current position in New Zealand’s fisheries (see Bowditch 2017). In the case of the Māori, it has resulted in a statistically significant difference in subjective well-being of indigenous and non-indigenous people in response to economic privation (Sibley et al. 2011). Though there is an ongoing debate of whether indigenous groups effectively managed their resources in a truly sustainable manner or whether these groups simply lacked the sheer number of people required to overexploit marine resources (Kahui & Richards 2014), the debate is beyond the scope of this paper. This paper seeks only to discuss two examples of indigenous groups in the context of social movement theory, the groups’ political relations with colonial powers, and implications for the future direction of international law and governance of marine living resources.

MAKAH PRE-CONTACT HISTORY AND CULTURE

The Makah people are located in Neah Bay and the surrounding areas, the Northwestern-most point in the contiguous United States. Due to the natural attributes of the geographic region (short growing season, limited availability of arable land, and wealth of resources offered by adjacent marine and forest ecosystems), agriculture was not a main form of subsistence. The practice of whaling, sealing, and fishing, however, were integral aspects of the development of pre-contact Makah culture. Archaeological and linguistic evidence corroborated by oral traditions suggest that the practice of whaling is older than the tribe itself. That is, Makah ancestors spread to the Olympic Peninsula from a larger population on Vancouver Island at some point significantly before 1850 (Nakayama 2001). The ties that connect the Makah to other tribes across the Strait of Juan de Fuca are without question stronger than any ties the Makah share with other tribes in Washington State. This is also evident by the geographically central location of the Makah villages within the historic North-South indigenous trade network: Tribes south of Cape Flattery often traded sea otter skins, abalone, and vermilion with the Makah, while tribes north of the Strait of Juan de Fuca often traded dentalium (mollusk shells shaped like teeth), cedar bark, canoes, and dried salmon in exchange for the Makah’s whale products, excess halibut, baskets, mats, and berries (Tweedie 2002, page 29).

Of the above described aspects of Makah culture, it is most important to note the prominence of whaling, sealing, and fishing activities. This is exemplified by recorded comments from the negotiations of the Treaty of 1855. While thousands died from continuous outbreaks of smallpox, tuberculosis, influenza, and whooping cough, remaining tribal elders agreed that ceding 300,000 acres of land was a small price to pay to secure access to education and health care and to protect the tribe’s right to continue whaling, sealing, and fishing activities “at usual and accustomed grounds and stations […] in common with all citizens of the United States” (Treaty with the Makah 1855). This last stipulation was clearly the most important to the Makah; as one Makah leader proclaimed during the Treaty negotiations: “I want the sea. That is my country” (Reid 2015, page 12; Treaty with the Makah 1855).

THE TREATY OF 1855 AND DEVELOPMENT OF RELATIONS

The Treaty with Makah signed in 1855 secured the right of the tribe to continue marine living resource extraction activities according to custom for what was understood by both parties to be secured in perpetuity. After the boom in commercial whaling activities began to deplete stocks worldwide, the Makah publicly declared their intention to cease whaling activities to protect the future of the stocks. For decades following this, Makah refrained from exercising their protected treaty right to hunt whales. Though each piece of legislation subsequently implemented at the national and international level also expressly protected the Makah’s right to hunt whales for subsistence and/or cultural purposes, the tribe continued to refrain from whaling activities. Then in 1995, one year after the North Pacific Gray Whales were delisted from the United States’ domestic Endangered Species list, the Makah respectfully requested permission to resume their traditional whaling activities. This ignited a public discourse and set into motion a series of legal battles. The public discourse, the two court cases, and an untimely and unauthorized hunt have resulted in delayed and controversial draft Environmental Impact Statements, the most recent of which is still pending review. In the meantime, the 2002 outcome of Anderson v. Evans prohibits the Makah from initiating another whale hunt.

MĀORI PRE-CONTACT HISTORY AND CULTURE

The largest segment of the Māori population still resides in New Zealand, though a smaller segment resides in Australia and several populations are found in the United Kingdom and the United States. Populations are found in other countries as well, but not in significant numbers. Archaeological evidence places the arrival of the Māori people to New Zealand some time between 1250 and 1300 CE. The extinction of approximately 32 species of birds used for food coincided with a cooling climate, a series of massive earthquakes and tsunamis that destroyed coastal settlements, and a growing population. It is thought that these stressors triggered the shift in cultural development toward the society the Europeans first came into contact with in 1642, a society made up of groups of people, iwi, often at war with each other, speaking different dialects and primarily fishing and utilizing horticulture for food production (Howe 2006). Though Māori traditionally participated in fishing and likely whaling activities, seafood did not comprise the primary source of protein in their diet until after this cultural transition.

Both Makah and Māori initially benefitted economically from contact with Europeans as this contact produced a newly-expanded market. Early European visitors to the Pacific Northwest sought large quantities of sea otter pelts for the particularly lucrative Chinese market in exchange for firearms, iron, copper, wool blankets, blue trade beads, and other small items. The demand was so great that sea otters were hunted virtually to extirpation by the 1830s (Reid 2015, pages 32-33). Māori, on the other hand, crewed European and American sealing and whaling expeditions in exchange for similar goods, but most notably muskets (Flude 2013).

THE TREATY OF WAITANGI TO THE CURRENT STATE OF FISHERY AFFAIRS

The introduction of muskets to the Māori and the prolonged and close interactions with European settlers and missionaries served to increase the scale of intertribal conflicts in the early 1800s, reducing the Māori population to just over half of what it was in under 50 years. Even so, by the time the Crown considered officially claiming New Zealand, the Māori outnumbered the settlers at least 30 to 1 and were well-equipped with muskets they had obtained through trade for decades (De Alessi 2012). So the Crown acquired New Zealand through Treaty (Bess 2011, 88). In 1840, both parties signed what later became known as the Treaty of Waitangi. The two different language versions of the Treaty each consisted of three parts. In the first article of the English-language, the Māori ‘cede to Her Majesty the Queen of England absolutely and without reservation all the rights and powers of Sovereignty…’ “The Māori translation of this article, however, uses the term kawanatanga (the right if iwi to self-government in their particular region)” (Bess 2001, 26). The second article concerns possession of land; the English-language version guarantees Māori ‘the full exclusive and undisturbed possession of their Lands and Estates Forests Fisheries and other properties which they may collectively and individually possess…’ reserving the Crown express preemption to the lands with those resources such that the Crown would be the only entity allowed to purchase property from Māori. However, there exists a cultural discrepancy between traditional Māori and English Common Law regarding what rights are transferred with the transfer of title of property. Under English Common Law, transfer of title of property is absolute and includes the transfer of the right to exclude other from access and resource extraction on the property. But the Māori interpretation of property and resource use rights is more complicated: “Individual property in Māori society existed over things such as tools, plants and animals, but most rights were usufruct (a use right). For example, within even a single tree, one person could have the right to harvest fruit while another had the right to snare birds” (De Alessi 2012, 394). Furthermore, the text of the Māori-language version of the second article “guarantees Māori chiefs tino rangatiratanga (unqualified exercise of their chieftainship over their lands, villages, fisheries and all their taonga). The guarantee of tino rangatiratanga contradicts the English-language version of the first article” (Bess 2001, 27). The third article of the Treaty, in both versions, granted the Māori ‘royal protection and imparts to them all the Rights and Privileges of British Subjects’.

Though it was a source of contention, the Treaty itself did not deprive Māori of physical land, an important fact when considering the nature of customary international law concerning the recognition of sovereignty. That is, the rights of sovereignty of groups of people are customarily recognized only in the presence of claims to land and evidence of occupancy of that land. Though the Treaty was not signed by all Māori subgroups, the newly-appointed Lieutenant-Governor Hobson proclaimed sovereignty over the whole of New Zealand, the North Island by Treaty and the South Island by discovery (Bess 2011, 88).

The Native Lands Act of 1862 then legalized private land transactions between settlers and Māori by translating customary Māori land claims into deeds recognizable under English law. It also created the Māori Land Court, a body that generally encouraged Māori to sell what was considered underutilized land to private buyers. At first, the Crown remained the largest buyer of these lands, especially during the recession of the 1890s, but often turned around to sell them to private buyers for a profit (Boast 2008). Over the next 40 years, this legislation and subsequent legislation facilitated the loss of most of the Māori’s best land. By 1998, Māori landholdings were down to 3 million acres from the 66 million acres they had previously exercised sovereign rights over (Mahuika 1998; Bess 2001, 27). For perspective, though approximately 15% of the population of New Zealand is Māori (Bowditch 2017), only 4.5% of the land is Māori-owned. The fishery regime during this time of systematic appropriation of Māori land between 1866 and 1962 is characterized by heavy exploitation and heavy regulation restricting entry to fisheries to commercially significant stakeholders. L.F. Ayson, Minister of Fisheries from 1908 to 1927 increased fisheries industrialization and opposed restrictions on trawling despite outcry from Māori communities (De Alessi 2012, 397). Then from 1927 to 1945, A.E. Hefford, noticing a decline in stocks, continued to support regulation that effectively restricted Māori access to fisheries while calling for a more scientific approach to fisheries (De Alessi 2012, 397). The 1950s saw a rise in foreign fishing off New Zealand’s coast, which ushered in a period of open-entry fisheries from 1963 to 1982. The system of international governance of marine areas more than 12 miles offshore was still essentially an anarchic one, and within this context, it made little sense for New Zealand to exercise restraint and take actions to conserve their coastal stocks if Japan would simply exploit them and reap the benefits instead (De Alessi 2012, 398).

By the time the international community established a framework for coastal states to protect their offshore stocks from foreign exploitation, it had become clear that New Zealand’s stocks were severely depleted. As these offshore stocks came under their exclusive control under the new regime, a system of privatization of fisheries resources known as the Quota Management System (QMS) was quickly devised and implemented to protect stocks from further domestic overexploitation. It had been hailed as one of the only economically efficient and ecologically sustainable ways to manage natural resources in Garrett Hardin’s commons, despite evidence that the Māori had for centuries practiced effective ecosystem-based management (according to Ostrom 1990’s 8 principles) of fisheries for commercial-scale inter-iwi trade networks (Bess 2001, Kahui & Richards 2014, Wai 22). This system distributed portions, or Individual Transferrable Quotas (ITQs), of the Total Allowable Commercial Catch (TACC) to fishers already in the business. It further raised capital barriers to access commercial fisheries because parties must own or lease quota and have a fishing boat to participate in the fishery.

Several factors contributed to the revisions made to the QMS to more equitably allocate quota. As Māori had effectively been pushed out of fisheries for decades, many communities with few other industries had become reliant on small-scale part-time fishers, many of whom were Māori. In order to optimize for economic (Pareto) efficiency, they were not allocated quota. But prior to the original implementation of QMS, movement of people toward urban centers contributed to “a better understanding of the inner workings of cultural and political dominance, and how to structurally engage that dominance” (De Alessi 2012, 400; Walker 1990). Additionally, the 1980s “came on the heels of a period of resurgent Māori resistance, political activism and engagement with the state” (De Alessi 2012, 399). This was part of a greater worldwide social justice movement that, together with four classes of political opportunities, facilitated simultaneous institutional and cultural shifts in attitude toward Māori. These four classes of political opportunities are discussed in McAdam 1996 (page 27) and are listed in Sherman 2006 (page 514): “(1) openings in the institutionalized political system; (2) instability in the ‘elite alignments that typically undergird a polity’; (3) the presence of elite allies; and (4) a low capacity or propensity for state repression.” Importantly, the QMS, as originally designed, designated quota as a right to fish, which is what allowed Māori to demand more equitable distribution of fisheries resources by claiming formal abrogation of Treaty rights (De Alessi 2012, 514).

Among the efforts to redistribute quota more equitably among Māori and non-Māori fishers was the Muriwhenua claim. The Waitangi Tribunal (established with the 1975 Treaty of Waitangi Act and tasked with ruling on cases claiming Waitangi Treaty violations) found numerous and serious breaches of the Treaty and found that the QMS was “in fundamental conflict with the Treaty’s principles and terms and because it apportioned to non-Māori the full, exclusive and undisturbed possession of the property in fishing that to Māori was guaranteed” (Wai-9 1987, xviii). Interestingly, the claim took Canadian fisheries relations with First Nations and United States fisheries relations with Native Americans into account, concluding with a call for a new agreement to be reached between Māori and non-Māori with respect to rights to fish. In response to the claim, an interim settlement was reached in the form of the 1989 Māori Fisheries Act, which consisted of several parts: An immediate halt on the allocation of quota, provisions for the Crown to enhance Māori involvement in the management of fisheries, and creation of the Māori Fisheries Commission which was required to establish a commercial company known as Aotearoa Fisheries Ltd that would receive 10% of the TACC before 31 October 1992 and a $10 million payment (Bess 2001, 28).

The Muriwhenua claim was mainly concerned with near-shore fisheries, but the 1987 Ngai Tahu claim extended to offshore fisheries, asserting that Māori have an exclusive Treaty right to the sea out to 12 nautical miles and a partial right extending beyond that to the edge of the Exclusive Economic Zone (EEZ) (Bess 2001). These claims and the rulings coming out of the Waitangi Tribunal culminated in the 1992 Treaty of Waitangi Settlement Act, a more comprehensive agreement than the interim agreement reached with the Māori Fisheries Act. The 1992 Act sought to end the litigation and confusion over Māori Treaty rights to fisheries. It dispersed $150 million to Māori to enter a 50/50 joint venture with Brierley Investments Ltd in the purchase of Sealord Products Ltd., a company that at the time held 22% of TACC. It also preemptively allocated 20% of all new species brought under the ITQ system to Māori, in addition to the 10% already accounted for in the 1989 interim settlement agreement. All of this was accomplished in exchange for Māori endorsement of QMS and the removal of the Waitangi Tribunal’s power to consider commercial fisheries matters (Bess 2001, Boast 1999).

The Māori Fisheries Commission then began to lease quota to iwi bodies at 60% below true market value (Boast 1999, 119). But issues surrounding the allocation of ITQs to iwi arose, which led to the clarification in the Māori Fisheries Act of 2004 that allocated quota to iwi specifically based on amount of coastline. Because iwi were given legal standing to claim fisheries, iwi membership within the Māori population increased between 1997 and 2007 (De Alessi 2012, 402).

The rise in iwi membership, coupled with the social movement toward increased conservation of fisheries resources stemming from the collapse of stocks worldwide, has led to the present state of affairs in New Zealand, an ongoing discussion concerning user conflicts between fisheries and conservation efforts in coastal and marine zones off New Zealand. Specifically, the Ministry of Fisheries has stated that it will attempt to bring 10% of New Zealand’s waters under protection for biodiversity conservation purposes by 2020, a goal in line with the 1993 Convention on Biological Diversity that calls for a comprehensive network of Marine Protected Areas (MPAs) to conserve marine biodiversity by 2020 (Bess & Rallapudi 2007, Ministry of Fisheries 2005).

COMMONALITIES AND DIVERGENCES IN CULTURE DEVELOPMENT

As traditionally coastal peoples, both the Makah and the Māori developed aspects of their culture around utilizing marine resources. The Makah were known among surrounding groups for their whaling prowess above all other aspects of their culture. As the Europeans began to make contact with Makah, the tribe ramped up the hunting of seals and otters to feed the growing economic demand and sustain their people through crippling disease outbreaks from pathogens introduced by the Europeans. Similarly, with the arrival of Europeans to New Zealand, the Māori ramped up their fishing activities to supply the growing population of settlers with protein (Johnson 2004). Though Stout CJ stated in Baldick v. Jackson that the Māori “were accustomed to engage in whaling,” it is not entirely clear whether they did indeed hunt whales traditionally. Regardless, oral traditional stories of ancestors arriving on the back of the whale Paikea demonstrate the importance of whales in Māori tradition. Māori definitely harvested meat from stranded whales and used the teeth and bones for ornaments (Phillips 2006).

Makah and Māori experienced prolonged contact with Europeans beginning in the late 1700s, later than other groups in the surrounding regions in the Pacific Northwest United States and Polynesian Islands. Both groups experienced severe problems as a result of initial contact with Europeans. Makah maintained primarily peaceful relations with the first European traders and the subsequent settlers, despite the introduction of smallpox that decimated the population and disrupted the social structure by severely altering the available modes of inheritance of physical and cultural property (Tweedie 2002, page 51). But the cultural development of Māori up to the point of contact likely dictated the largely conflict-laden interactions with European settlers, including cannibalism (Ingram 1984).

Today, Māori identity is manifested in iwi membership (with fisheries rights), and approximately 15% of the population of New Zealand that is now considered Māori for legal purposes (Bowditch 2017). This population is integrated culturally into mainstream New Zealand, as evidenced by the institutional incorporation of Māori interests in fisheries management and by tangentially related examples of the incorporation of haka into New Zealand’s national sports teams’ performances during international competitions (Hunt 2015). This stands in stark contrast with the approximately 1.7% of the United States population that identifies as Native American (US Census Bureau 2014), a much smaller subsection of which is Makah. The role of representation of Native Americans in government also stands in stark contrast to that of New Zealand: where four seats in Parliament were specifically designated to be filled by Māori as early as 1867 (New Zealand Electoral Commission 2014), Native Americans were not even granted voting rights in the United States until 1924 (Indian Citizenship Act 1924) and still face pushback from requests to modify derogatory symbols in mainstream culture such as the Washington Redskins (a team based out of the United States’ capitol) (Steinfeldt et al. 2010). The majority of Native Americans still live on reservations often geographically isolated from mainstream society and receive less funding per capita for education and health care services (see Rice 2017, for example). This is not limited to Native Americans, however, as evidenced by Sibley et al. 2011, a study demonstrating the still-present disparity in socioeconomic experiences between Māori and non-Māori New Zealanders.

The Makah, facing debilitating socioeconomic conditions despite the economic growth experienced during the 1990s by the majority of the United States, requested to resume traditional whaling activities once gray whales were removed from the Endangered Species list. They did this in the hopes that a revitalization of such a central aspect of their culture could ameliorate these hardships (Beck 1996, Renker 1998). The Māori’s series of claims to fisheries resources was not altogether different; it involved access to utilization and participation in management of a resource central to Māori identity. Both indigenous groups were forced to witness the rapid depletion of traditionally-utilized marine resources by colonial powers while experiencing extensive erosion of Treaty rights to continue utilizing those resources.

From the above investigation, it is clear that the worldwide social justice movement responded and contributed to the revitalization of interest in upholding Treaty obligations with indigenous groups. But the differences in trajectories the countries took in response to this resurgence in indigenous activism can be attributed to several factors, namely the differences in political opportunities in the United States and in New Zealand and the differences in cultural and political representation in the two countries.

ABORIGINAL WHALING, FISHERIES, AND INTERNATIONAL LAW

International law governing the exploitation and management of marine resources has historically been crafted in such a way as to de facto exclude indigenous groups from participating in the process. Customary law dictates that sovereign ownership of discovered lands under res nullius is granted to the sovereign power that discovers and occupies it for an extended period of time, provided this discovery and occupation is recognized by other sovereign nations. Further, the United Nations Convention on the Law of the Sea (UNCLOS), the primary document governing international maritime relations and allocating responsibility for coastal resource management, requires sovereign entities to have territory, i.e. physical land, to project an Exclusive Economic Zone (Part V). The EEZ is a pelagic zone invented for legal purposes; the continental shelf generally located beneath the EEZ, is also prescribed a specific definition for legal purposes (Part VI). Both were designed to facilitate the organized exploitation and responsible management of resources within them. The Continental Shelf was first claimed and subsequently designed through the international Convention on the Continental Shelf to vest coastal States with exclusive rights to extract oil and gas from the land under the ocean up to a maximum distance from shore (200 nautical miles is standard, with up to 350 nautical miles granted to States with a legitimate geological claim to an extended continental shelf). The EEZ was designed later to address rapidly declining fish stocks, and it vested the coastal State with exclusive rights to exploit and manage pelagic marine resources (mainly said fish stocks, as the whale stocks had already collapsed from excessive commercial exploitation decades earlier) (Tanaka 2011). Again, according to UNCLOS, for a State to project an EEZ or claim a Continental Shelf and therefore gain internationally-recognized exclusive rights to extract marine resources and manage extraction of marine resources, it must have title to physical land. Time and again, this is systematically taken from indigenous groups, sometimes through treaties, sometimes through other means. In this way, it is clear that international law, as it has developed and in its current state, has expressly excluded indigenous people from participating in the crafting of international law, whether customary or codified, as it relates to the management of marine resources.

For example, there is no evidence that the declaration of the Makah’s decision to cease whaling activities in response to declining whale stocks in any way influenced the timeline on which the rest of the world began to address the overexploitation. The international community finally cooperated to form the International Whaling Commission (IWC) in 1946. Originally formed to manage whale populations for the purpose of ensuring future exploitation potential, the IWC began by regulating commercial whaling, then instituted a moratorium in 1986. From the outset, the IWC recognized indigenous (referred to as “aboriginal” on the IWC website) whaling activities for subsistence and cultural purposes as differing from commercial whaling activities in ways important enough to warrant addressing specifically. Individual nations are expected to recognize the subsistence and cultural whaling needs of their respective indigenous populations. Individual nations are expected to submit Needs Statements to the IWC on behalf of their indigenous populations “detailing the cultural, subsistence, and nutritional aspects of the hunt, products and distribution” (IWC 2017). Then, the IWC reviews these statements with the advice provided by the Scientific Committee concerning the sustainability of proposed hunts and safe catch limits. Both sources of information are used to determine catch limits for proposed hunts. In this way, though the IWC makes a specific exception to the moratorium on whaling for indigenous groups for subsistence or cultural purposes, ultimately the decision to allow indigenous groups to participate in whaling activities comes back to the domestic sovereign entity that originally acquired dominion over them (IWC 2017).

Assimilation has undoubtedly complicated matters concerning the rights of indigenous peoples to manage marine resources they traditionally exploited, especially in the cases of the Makah and the Māori. Those who study the Makah agree that assimilation was largely peaceful and occurred quickly following the Treaty of 1855 as a result of multiple factors, including the initial decimation of the population from introduced diseases (the biggest killer of these was smallpox), the resulting grief and confusion that accompanied the disruption in the social patterns of inheritance of property and rights, and the placement of government-sponsored education and health care facilities (Tweedie 2002, 51; Fleisher 1984, 8; Colson 1953, 17-18). Though accounts of some of the Māori’s initial contact with Europeans depict a scene that is decidedly less peaceful, assimilation similarly occurred relatively rapidly. In the case of the Māori, this can be at least partially attributed to European whaling activities. As European and American whaling voyages stopped at the islands that are now New Zealand for supplies and rest, many accounts describe seafarers “going native” and staying on the islands while the Māori offered to take the places of crew members largely in exchange for firearms, but also for other payments and goods (Flude 2013). In this way, though it is unclear whether Māori traditionally hunted whales prior to contact with Europeans, whales had always held cultural significance and whaling quickly became integrated into the culture as assimilation progressed (Phillips 2006). The uncertainty surrounding traditional use of whales by Māori groups is likely a factor contributing to the absence of a quota granted to the Māori by the IWC to hunt whales. The better-documented pre-contact Māori fishing activities, on the other hand, have been integrated into the already-formulated QMS, with some interesting possible implications for the further cultural development of Māori now that their fisheries have been successfully penetrated by capitalism and their historic modes of access to fisheries and relationships to capital have been irreversibly altered. These implications are beyond the scope of this paper, but are explored in more depth in De Alessi 2012.

With this background, it can be argued by citing the IWC and New Zealand’s integration of Māori into the ITQ system that some mechanisms are currently in place to incorporate the views, histories, and cultures of indigenous people into marine resource management schemes. Still, these mechanisms are limited in scope and do not seek to integrate themselves into indigenous management schemes, but instead use the pervasive power of capitalism to penetrate relations between indigenous groups and the colonial powers that host them on the world stage. In this way, it is unfortunately difficult to foresee future developments in international law to pivot toward recognizing indigenous groups as sovereign entities of their own, carrying an equal voice in the construction of international governance and management of marine living resources.

WORKS CITED

Baldick v. Jackson – (1910) 30 NZLR 343.

Beck, A.S. (1996). The Makah’s Decision to Reinstate Whaling: When Conservationists Clash With Native Americans Over an Ancient Hunting Tradition. Journal of Environmental Law and Litigation 11:359-412.

Bess, R. and R. Rallapudi. (2007). Spatial conflicts in New Zealand fisheries: The rights of fishers and protection of the marine environment. Marine Policy 31(1): 719-729.

Boast, R. Buying the land, selling the land: governments and Māori land in the north island 1865-1921. Wellington: Victoria University Press, 2008.

Bowditch, H. (2017). Challenges for New Zealand’s individual transferable quota system: Processor consolidation, fisher exclusion, & Māori quota rights. Marine Policy 80(1): 88-95.

Burton, B. (2000). Environment – New Zealand: Whaling policies split Māori people. Environment Bulletin. Retrieved from http://access.library.miami.edu/login?url=http://go.galegroup.com/ps/i.do?p=AONE&sw=w&u=miami_richter&v=2.1&it=r&id=GALE%7CA67339317&asid=e40ca417fa155807223c8a8e05169df4

Colson, Elizabeth. The Makah Indians: A Study of an Indian Tribe in Modern American Society. Manchester, U.K.: Manchester University Press, 1953.

Fleisher, M.S. 1984. Acculturation and Narcissism: A Study of Culture Contact among the Makah Indians. Anthropos 79:409-431.

Fleras, A. and P. Spoonley. Recalling aotearoa: indigenous politics and ethnic relations in New Zealand. Auckland: Oxford University Press, 1999.

Flude, Anthony. (2013). Whaling Among the Māori and Missionaries. In A Savage History: Whaling in the Pacific and Southern Oceans (p. 55). Sydney: UNSW Press.

Houghton, Philip (1980). The First New Zealanders. Hodder & Stoughton.

Howe, K.R. ‘Ideas of Māori origins’, Te Ara – the Encyclopedia of New Zealand, updated 3-Apr-2006.

Hunt, T. (19 September 2015). “Flashback: The All Blacks perform haka for the first time”. Stuff. Retrieved 4 May 2017.

Indian Citizenship Act, June 2, 1924. Retrieved from http://legisworks.org/congress/68/publaw-175.pdf.

Ingram, C.W.N. New Zealand Shipwrecks 1975-1982. Auckland: New Zealand Consolidated Press, 1984.

International Whaling Commission. (1946). Aboriginal Subsistence Whaling. Retrieved from https://iwc.int/aboriginal.

Johnson, D. Hooked: The Story of the New Zealand Fishing Industry. Christchurch: Hazard Press, 2004.

Kahui, V. and A. C. Richards. (2014). Lessons from resource management by indigenous Māori in New Zealand: Governing the ecosystems as a commons. Ecological Economics 102(1): 1-7.

Mahuika, A. (1998). ‘Whakapapa is the Heart’. In Living Relationships: Kok¯iri ngat¯ahi: The Treaty of Waitangi in the New Millennium. ed. K.S. Coates and P.G. McHugh, 214–21. Wellington: Victoria University Press.

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Ostrom, E. Governing the Commons: The Evolution of Institutions for Collective Action. Cambridge, UK: Cambridge University Press, 1990.

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Phillips, J. (12 June 2006). ‘Whaling – Māori and whaling’, Te Ara – the Encyclopedia of New Zealand. Retrieved from: http://www.TeAra.govt.nz/en/whaling/page-4.

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Renker, Ann. (1998). “The Makah Tribe: People of the Sea and the Forest.” American Indians of the Pacific Northwest Collection. University of Washington Libraries. Retrieved from http://content.lib.washington.edu/aipnw/renker.html.

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Happenings in Washington DC

As some of you may know, I have recently accepted an offer to complete an internship at the Port of Seattle. My roots in the Pacific Northwest run deep, and I could not be more excited for the opportunity to do work I am passionate about to serve this community! This past year, I have learned so much and I can feel myself growing in leaps and bounds. Thanks are due in large part to the people who have challenged me, encouraged me, and mentored me along the way.

Through my coursework, I have learned about a wide variety of topics spanning and integrating: development of domestic and international ocean policy, coastal zone management and coastal law, economics, and ecosystem-based fisheries management. I’ve also learned how to use ArcGIS Pro to map aspects pertinent to the conservation of marine and coastal ecosystems.

Outside of coursework, I received a scholarship to attend the Public Leadership Education Network (PLEN) Women and Congress conference in Washington DC over my school’s spring break in March. A little something I wrote about my incredible experience during that week can be found here.

Since then, I have continued to grow and mold my vision for possible futures for myself in the realm of environmental policy. Today, I am privileged to be back in Washington DC attending Capitol Hill Ocean Week! I encourage you to view live feeds of these exciting panels here. Some very important conversations are being started here, particularly in the context of the declaration of June 2017 as National Ocean Month and the very public proclamation of interest in deep seabed mining, a can of worms that must be unpacked more satisfactorily in a future post.

(In a nutshell, deep seabed mining will occur near hydrothermal vents, which are among few remaining biodiversity hotspots nearly untouched by humans. Mining the deep sea floor will not only revitalize international disputes concerning the so-called Common Heritage of Mankind [more on that later], it will inevitably lead to the destruction of benthic ecosystems and likely the extinction of species we haven’t even discovered yet.)

I’m off to another set of exciting panels this morning. But stay tuned; soon I’ll be posting another large paper I wrote this spring about the role of indigenous voices in marine resource management schemes.

Some notes about a Florida beach, plastic, and several inspiring women who are trying to save us all (but need your help)

CW: the straws link in particular is not for the faint of heart (but all of the links are fascinating and I encourage the use of them)

Yesterday, I spent the afternoon helping Miss Florida Earth pick up litter on the beach on our school’s campus. A strong and inspiring friend, Amber participates in pageants to actively promote ocean sustainability and traffic safety to audiences that may not already be familiar with these issues.

A lot of litter is plastic. Under conditions found in nature, plastics cannot chemically break down into less harmful substances. They are made with oil (in fact, 6% of global oil consumption worldwide goes to producing virgin plastic, the same proportion that is used in the global aviation sector) and are not recycled as often as we would like to believe.

Why is marine litter in particular a problem? Aside from the economic aspect of marine litter, it hurts marine animals, marine ecosystems, and ultimately humans.

Large pieces of marine litter, including derelict fishing gear, have been known to entangle whales, dolphins, turtles, seals, sea lions, and other large marine animals, many of which are endangered or face multiple anthropogenic threats. Entanglement can inhibit these animals from being able to come to the surface for air. Single-use plastic straws, utensils, and other items can also physically block airways. In this way, not only can it injure them, it can kill them.

Other marine litter is often ingested. As plastics such as bottle caps can be shiny and come in bright, attractive colors, they are often mistakenly targeted by birds (see below) and young turtles in search of food. Also, there is some evidence that some aspect of plastic makes it particularly appealing to ingest if you are a young fish. Plastic bags look a lot like jellyfish, so even the turtles that survive to adulthood will often mistakenly target plastic for food. But plastic does not meet the individual’s nutritional needs and only serves to block passages and fill cavities that should instead be utilized for processing real food.

Pieces of plastic smaller than the eye can see, microplastics, also pose a threat to marine ecosystems via ingestion. They enter the food chain at the bottom and bioaccumulate, infiltrating our food supply in the form of fish and shellfish. The two major sources of primary microplastics in the ocean are tires and clothing. Efforts to mitigate the problem in terms of laundry have incorporated technological innovations; the one I am most familiar with is the Cora Ball because an outstanding colleague of mine was involved with the undertaking. However, I am not familiar with any comparable efforts to address the issue with tires.

Entanglement and ingestion are the issues most people hear about with regards to plastic and litter. But plastic is not the only thing I picked up off the beach.

I also picked up 2 batteries and over 20 cigarette butts (Keep in mind that this particular beach is smaller than the length of a football field and is located on the campus of a Marine and Atmospheric Science graduate school). These items are highly toxic. As a very general rule, if you wouldn’t let a child chew on it, you should not be allowing it to enter the environment. Be careful and conscious of how you dispose of items like these.

The equivalent of one garbage truck of trash enters the ocean every minute. Beach clean-ups are a great way to get involved, but it must not end there. Ultimately, the problem of environmental litter merely culminates in marine litter. Because watersheds connect ecosystems, all litter has the potential to become marine litter. Cleaning up litter, therefore, must not be a problem only coastal communities are concerned with, it must be an environmental problem widely recognized as impacting all environments.

It’s time to get involved, and here’s how:

Pick up the trash in your local community. Even if you live in inland counties, you can help prevent more litter from entering the ocean through watersheds.

You probably already recycle. But recycling is complicated and simply dumping anything that seems recyclable into the bin can actually do more harm than good. First, learn about what your local recycling center can process; it will help you more effectively contribute to making the recycling industry more viable.

This post just scratches the surface, learn more about the problem. This is a great place to start. Also, I am lucky enough to call the intelligent and motivated Litter Mermaid my colleague! She has dedicated her life to addressing the issue of marine litter and has been an extremely valuable source of information for this post, in addition to her main role as an advocate for litter-free oceans. For daily updates on the problem, check out her blog.

Learn about where marine litter is and how it moves.

Learn how to reduce your plastic consumption; take lessons from people who are already doing it. There are many alternatives to plastic products, you just have to look for them sometimes.

Participate in citizen science!

Reduce your seafood consumption – stay tuned for more information on this!

Volunteer with organizations dedicated to combating the problem of litter in marine ecosystems as well as in watersheds that empty into the ocean. Some great ones are Debris Free Oceans, Save Our Shores, Surfriders, Waterkeepers, Ocean Conservancy, and more. If you are in Florida, go to volunteercleanup.org to find a cleanup near you! Every area has local efforts of their own; do a quick Google search and find one near you.

 

 

 

A chronological account of Underwater Cultural Heritage (UCH) and the UN Convention on the Law of the Sea (UNCLOS) with recommendations for addressing future challenges

Underwater Cultural Heritage, hereafter referred to as UCH, is defined in Article 1 of the United Nations Educational, Scientific and Cultural Organization (UNESCO) 2001 Convention on the Protection of the Underwater Cultural Heritage:

(a) “Underwater cultural heritage” means all traces of human existence having a cultural, historical or archaeological character which have been partially or totally under water, periodically or continuously, for at least 100 years such as:

(i)  sites, structures, buildings, artefacts and human remains, together with their archaeological and natural context;

(ii)  vessels, aircraft, other vehicles or any part thereof, their cargo or other contents, together with their archaeological and natural context; and

(iii) Objects of prehistoric character.

This legal definition was not codified until 2001, but the general principles regarding the importance of protecting UCH had been articulated by the international community decades earlier. A few discoveries of UCH occurred prior to the 1940s, but the importance of protecting UCH did not become apparent until the appearance of the aqualung and the subsequent increased use of SCUBA equipment between the 1950s and the 1980s[1],[2]. By the First United Nations Convention on the Law of the Sea (UNCLOS I) in 1956, an unclear number of shipwrecks and archaeological excavations[3] had been found and destroyed.[4] Accompanying UNCLOS I in 1956 was the UNESCO General Conference, which enumerated six actions Member States should take to protect UCH discovered within their territory. Though States’ claims during this time ranged between 3 miles and 200 miles, the territorial seas were defined in UNCLOS I as having a seaward limit of three miles from the low water mark.[5]

Though UNCLOS I made clear that the exclusive right to regulate discovery and excavation of UCH in internal waters and territorial seas was left to the States, the uncertainties in the 1958 Convention on the Continental Shelf left the question of jurisdiction over UCH in this poorly-defined zone ambiguous.[6] Article 1 of the Convention defined the continental shelf as: “the seabed and subsoil of the submarine areas adjacent to the coast but outside the area of the territorial sea, to a depth of 200 metres or, beyond that limit, to where the depth of the superjacent waters admits of the exploitation of the natural resources of the said areas.” Article 2 states that coastal States have exclusive “sovereign rights” over the continental shelf “for the purpose of exploring it and exploiting its natural resources.”[7] Later, the International Law Commission commented: “It is clearly understood that the rights in question do not cover objects such as wrecked ships and their cargoes (including bullion) lying on the seabed or covered by the sand of the subsoil.”[8] From this, it appears that the convention did not change the body of existing customary and codified laws of salvage of wrecks and cargoes (including bullion), which state that the finder of the UCH artifact is ipso facto the owner, even though “recovery of such wrecks and their cargoes entails physical contact with the seabed or removal of sand and other materials of the continental shelf in order to uncover the wreck.”[9] It was also unclear in the conventions of UNCLOS I whether marine archaeological activities legally qualify as “marine scientific research (MSR),” but most legal commentators concur[10]: “the sovereign rights of the coastal State are not extended to objects of archaeological interest found on the seabed or in the subsoil of the continental shelf.”[11] And beyond the limits of national jurisdiction, UNCLOS I did not specify protocols concerning UCH, but it can be surmised that there is a freedom for all States to explore the seabed and excavate archaeological finds. Three issues came with this: 1) the necessity to ensure the safe and exclusive use of the excavation site during the desired excavation period, which clearly had the potential to impede freedom of navigation (a right expressly granted in the Convention on the High Seas[12]); 2) the concern for the distribution and accessibility of benefits and knowledge derived from discoveries; and 3) the allocation of responsibility for management of marine sanctuaries designated to preserve archaeological sites. These issues were not adequately addressed until UNCLOS III.[13] With these things in mind, Strati 1995 concludes that UNCLOS I was unsuccessful at providing UCH adequate protection.[14]

It is clear that the main points of disagreement or ambiguity surrounding UCH and its role in UNCLOS I-III are items found on the continental shelf of coastal States and on the Area (the seabed under the high seas). UNCLOS I helped establish the concept of a coastal State’s continental shelf. UNCLOS III, in addition to creating an Exclusive Economic Zone (EEZ) within which coastal States have exclusive rights to pelagic natural resources generally above the continental shelf, specified that marine archaeology shall be conducted on the coastal State’s continental shelf as a freedom of the high seas and not as falling under an exclusive right of the coastal State, with the stipulation that in cases of doubt, issues will be “solved on the basis of equity and in the light of all the relevant circumstances.” Additionally, with regards to UCH found in the Area, UNCLOS III states that it is to be preserved and protected for the “benefit of mankind as a whole,” similar to the originally proposed regime of deep seabed mining, effectively introducing a cultural aspect of the concept of the common heritage of mankind (CHM). [15],[16]

The appearance of ambiguity in UNCLOS I and III pertaining to whether or not marine archaeological activity qualifies as MSR has been the source of legal commentary that generally concludes that it is not considered MSR because 1) archaeological finds are not “natural” resources as they are manmade and 2) Articles 149 and 303 of UNCLOS III make explicit provisions for UCH items in the contiguous zone and in the Area, therefore the intention was to treat it differently than MSR.[17],[18],[19] In negotiations leading up to the UNESCO Convention on the Protection of the Underwater Cultural Heritage 2001, there was no mention of MSR, which demonstrates the degree of consensus around the idea of UCH as separate from MSR.[20] However, Dromgoole 2010 argues that research for UCH utilizes scientific methods and its object is the marine environment, so it should in fact be considered MSR in terms of UNCLOS III. Further, the article argues that research for UCH would not be endangered from treasure prospectors as UNCLOS III specifically restricts MSR activities in the Exclusive Economic Zone (EEZ) of a coastal State to States and competent International Organizations.[21] From a practical standpoint, it may be difficult for maritime States to overrule the coastal State in the matter of conducting MSR due to the widespread adoption of the 2001 UNESCO Convention in the interest of achieving the broader goal of protecting UCH beyond national jurisdiction.

Further complicating matters is the idea that sunken ships belong to the sovereign whose flag they flew.[22] Considering this, UCH found on the continental shelf of a coastal State can conceivably receive claims from the coastal State, the State of origin of the artifact, and the party that salvaged it (prior to UNCLOS, customary law with respect to UCH followed a format loosely resembling a combination of “finders-keepers” and preference to the artifact’s State of origin, a system scorned for allowing unregulated recovery of UCH and leaving these finds open to looting[23]). Most commentators as well as the UNESCO Treaty of 2001 recognize the need to acknowledge the interests of the coastal State as well as State or States of origin and advocate for a cooperative effort to excavation for the benefit of humanity.

For example, the negotiations with respect to the Titanic wreck have demonstrated a widespread willingness to cooperate for the protection of UCH. After a French-U.S. expedition discovered the wreck 350 miles off the coast of Canada in 1985, salvaging activities by a French researcher and Titanic Ventures Inc. illuminated the necessity for multilateral agreements to be negotiated and balance the interests of public and private parties involved. Independently, the U.K. and the U.S. have both enacted legislation to protect the Titanic specifically (in addition to several court cases litigated in the U.S.). Also, the 2000 Agreement Concerning the Shipwrecked Vessel RMS Titanic (Titanic Agreement) has been negotiated by all four States deemed to have a “verifiable link”[24]: the U.K., France, Canada, and the U.S. The location of the wreck poses specific jurisdictional questions. Canada has submitted a request for an extended continental shelf, and the submission is still pending in the Commission on the Limits of the Continental Shelf. If Canada is not awarded the extended continental shelf, actions will presumably continue in the same manner among the four States. If Canada is awarded its continental shelf, it will likely assume a leadership role in the recovery and preservation of the Titanic in the spirit of the 2001 UNESCO Convention. This is because the 2001 UNESCO Convention was drafted and signed by developing countries (“G-77”) in the interest of protecting coastal resources, exemplified by the provision granting coastal States sovereign rights over UCH discovered on its continental shelf. Most maritime States are still not members, citing the fear of “creeping jurisdiction” related to these provisions. However, many have issued statements supporting the Convention or declaring an intention to sign. In any case, it has been made clear that international cooperation will continue to be the default mechanism for the protection of UCH, regardless of whether it is found on a coastal State’s continental shelf or in the Area.[25]

Present in the negotiations leading up to the UNESCO Convention in 2001 was the discussion of Cultural Heritage Zones, an idea opposed by legal commentators, who argued that the construction of such zones favors coastal States rather than maintaining a balance of interests between coastal and maritime States exhibited through the rest of UNCLOS III.[26] By 1996, the concept of the Cultural Heritage Zones had been dropped from the Buenos Aires Draft Convention on the Protection of the Underwater Cultural Heritage adopted by the International Law Association due to fears of “creeping jurisdiction” expressed by maritime States.[27]

Several issues with existing international law have hindered effective protection of UCH. The issue of drawing boundaries of territorial jurisdiction zones has alleviated some of the problems associated with the protection of UCH by bringing those found in internal waters or the territorial sea under the discretion of the coastal State. However, marine archaeology should be recognized as MSR for the purposes of protection and discovery on the continental shelf. Designating marine archaeology as MSR would further solidify the approach to protecting UCH for the benefit of humanity, as is the goal of the UNESCO Treaty of 2001.[28] Finally, the concept of Cultural Heritage Zones should be re-examined and built into the framework of international law to increase the protection of UCH. As the climate changes at an increasingly rapid rate, constructing this framework will be crucial for the protection of UCH in waters of changing temperature and pH.[29] Recommended for this management regime is a permanent international body to review individual cases of UCH, grant conditional permits for excavation, and generally facilitate the orderly recovery of UCH and publication of knowledge for the benefit of humanity. Climate change will also necessitate the implementation of an effective management regime for Cultural Heritage Zones in tandem with efforts to prepare the coastal zone for rapid sea level rise encroaching on large swaths of human-inhabited land. The inundation of this land will create new UCH, and having systems in place beforehand will be a critical protection measure for these new UCH items.[30]

Bibliography

Allain, Jean. “Maritime Wrecks: Where the Lex Ferenda of Underwater Cultural Heritage Collides with the Lex Lata of the Law of the Sea Convention.” Virginia Journal of International Law 38, no. 4 (1998): 747-75.

Aznar, Marianoj., and Ole Varmer. “The Titanic as Underwater Cultural Heritage: Challenges to Its Legal International Protection.” Ocean Development & International Law 44, no. 1 (2013): 96-112.

Barbash-Riley, Lydia. “Using a Community-Based Strategy to Address the Impacts of Globalization on Underwater Cultural Heritage Management in the Dominican Republic.” Indiana Journal of Global Legal Studies 22 (2015): 201-789.

Baustista, Lowell B. “Gaps, Issues, and Prospects: International Law and the Protection of Underwater Cultural Heritage.” Dalhousie Journal of Legal Studies 14 (2005): 57-89.

Blumberg, R.C. “International Protection of Underwater Cultural Heritage.” OCEANS, 2005. Proceedings of MTS/IEEE, 2005, 2044-052.

Brown, Ed. “Protection of the Underwater Cultural Heritage. Draft Principles and Guidelines for Implementation of Article 303 of the United Nations Convention on the Law of the Sea, 1982.” Marine Policy 20, no. 4 (1996): 325-36.

Carducci, Guido. “New Developments in the Law of the Sea: The UNESCO Convention on the Protection of Underwater Cultural Heritage.” American Journal of International Law 96, no. 2 (2002): 419-34.

Dromgoole, Sarah. “Revisiting the Relationship between Marine Scientific Research and the Underwater Cultural Heritage.” International Journal of Marine and Coastal Law 25, no. 1 (2010): 33-61.

Dromgoole, Sarah. Underwater Cultural Heritage and International Law. Cambridge: Cambridge University Press, 2013.

Harris, Jason R. “The protection of sunken warships as gravesites at sea.” Ocean and Coastal Law Journal 7 (2001): 75-367.

Hollick, Ann L. U.S. Foreign Policy and the Law of the Sea. 1981.

International Law Commission, Convention on the Continental Shelf, 29 April 1958, United Nations, Treaty Series, vol. 499, p. 311.

International Law Commission, Convention on the Territorial Sea and the Contiguous Zone, 29 April 1958, United Nations, Treaty Series, vol. 516, p. 205.

Lagoni, Rainer, and Daniel Vignes. Maritime delimitation. Leiden Boston: Martinus Nijhoff Publishers, 2006.

Lu, and Zhou. “China’s State-led Working Model on Protection of Underwater Cultural Heritage: Practice, Challenges, and Possible Solutions.” Marine Policy 65 (2016): 39-47.

Maarleveld, Thijs J. “The Notion of ‘verifiable Links’ in the 2001 UNESCO Convention on the Protection of the Underwater Cultural Heritage: Verifiable Links between Africa, South America, Eastern Europe, Central Europe, France, Belgium, The Netherlands and a Shipwreck Site in the North Sea.” Art Antiquity & Law 19, no. 2 (2014): 101.

Miller, H. Crane. International Law and Marine Archaeology. Academy of Applied Science Monograph; 2. 1973.

Ole Varmer. “Closing the Gaps in the Law Protecting Underwater Cultural Heritage on the Outer Continental Shelf.” Stanford Environmental Law Journal 33 (2014): 251-457.

Perez-Alvaro, Elena. “Climate Change and Underwater Cultural Heritage: Impacts and Challenges.” Journal of Cultural Heritage 21 (2016): 842-48.

Protection of the Underwater Heritage. Protection of the Cultural Heritage. Paris: Unesco, 1981.

Scovazzi, Tullio. “The Law of the Sea Convention and Underwater Cultural Heritage.” International Journal of Marine and Coastal Law 27, no. 4 (2012): 753-61.

Soons, Alfred H. A., and T.M.C. Asser Instituut. Marine Scientific Research and the Law of the Sea. 1982.

Stevenson, Paul. “A Titanic Struggle: An Update. Salvage beyond the Scope of the UNESCO Underwater Cultural Heritage Convention.” Art Antiquity & Law 16, no. 4 (2011): 305.

Strati, Anastasia. “Deep Seabed Cultural Property and the Common Heritage of Mankind.” International and Comparative Law Quarterly 40, no. 4 (1991): 859-94.

Strati, Anastasia. The protection of the underwater cultural heritage: an emerging objective of the contemporary law of the sea. The Hague u.a: Nijhoff, 1995.

U.N. General Assembly Official Records, Eleventh Session, Supplement No. 9 (A/3159), pp. 42, 43.

Van Meurs, L. H., and University of Cape Town. Institute of Marine Law. Legal Aspects of Marine Archaeological Research. Publication (University of Cape Town. Institute of Marine Law); No. 1. 1985.

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[1] UNESCO Protection of the underwater heritage, 1981, page 17.

[2] Dromgoole, 2013. Page 3.

[3] Defined in the Recommendation on International Principles Applicable to Archaeological Excavations as: “…any research aimed at the discover of objects of archaeological character whether such research involves digging of the ground, or systematic exploration of its surface or is carried out on the bed or in the sub-soil of inland or territorial waters of a member state” –Recommendation on International Principles Applicable to Archaeological Excavations, UNESCO, General Conference, Ninth Session, Dec. 5, 1956, Sec. 12.

[4] Dromgoole, 2013. Page 3.

[5] Convention on the Territorial Sea and the Contiguous Zone, UNCLOS I, 1958.

[6] Miller, 1973. Pages 15-26.

[7] Convention on the Continental Shelf, UNCLOS I, 1958.

[8] U.N. General Assembly Official Records, Eleventh Session.

[9] Miller, 1973. Page 22.

[10] Protection of the underwater heritage, UNESCO, 1981. Page 181.

[11] Miller, 1973. Pages 22-23.

[12] Convention on the High Seas, UNCLOS I, 1958.

[13] Miller, 1973. Pages 28-29.

[14] Strati, 1995. Page 328.

[15] Strati, 1995. Page 329.

[16] Strati, 1991.

[17] Dromgoole, 2010.

[18] Strati, 1995.

[19] Soons, 1982.

[20] Dromgoole, 2010. Page 46.

[21] Dromgoole, 2010. Pages 52-54.

[22] Winter and Chambers-Letson, 2015.

[23] Scovazzi, 2012.

[24] See Maarleveld, 2014.

[25] Aznar and Varmer, 2013.

[26] Allain, 1998. Page 769.

[27] Brown, 1996. Page 329.

[28] Protection of the underwater heritage, UNESCO, 1981.

[29] Perez-Alvaro, 2016.

[30] Ibid.