Ocean and Coastal Law Journal Ocean and Coastal Law Journal
Volume 27 Number 1 Article 8
June 2022
Protecting Beaches from Bites: Shark Management Programs in Protecting Beaches from Bites: Shark Management Programs in
New England New England
Grayson P. Szczepaniak
University of Maine School of Law
Follow this and additional works at: https://digitalcommons.mainelaw.maine.edu/oclj
Recommended Citation Recommended Citation
Grayson P. Szczepaniak,
Protecting Beaches from Bites: Shark Management Programs in New England
,
27 Ocean & Coastal L.J. 233 (2022).
Available at: https://digitalcommons.mainelaw.maine.edu/oclj/vol27/iss1/8
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233
PROTECTING BEACHES FROM BITES: SHARK
MANAGEMENT PROGRAMS IN NEW ENGLAND
Grayson P. Szczepaniak
*
ABSTRACT
INTRODUCTION
I. BACKGROUND
II. THE CONNECTION BETWEEN PUBLIC PERCEPTION AND LEGISLATIVE
RESPONSE
A. The Evolution of Societys Perceptions
B. The Role of the Media
C. The Legislative Response
III. CONTROL STRATEGIES
A. Shark Culling
B. Meshing
C. Baited Drumlines
D. Electromagnetic Interference
E. Volunteer and Other Control Measures
IV. IMPLEMENTING SHARK MANAGEMENT POLICIES
V. NEXT STEPS: POLICY RECOMMENDATIONS FOR NEW ENGLAND
CONCLUSION
* J.D. Candidate, Class of 2022, University of Maine School of Law; B.S. Marine Biology
2017, University of New England.
234 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
ABSTRACT
With shark encounters on the rise along the New England
coast, state officials have the perfect opportunity to implement the
United States first large-scale shark management program
similar to that enacted in KwaZulu-Natal, South Africa.
Management programs are comprised of control measures that
prevent sharks from swimming too close to beachgoers, and thus
reduce the number of human-shark interactions. Sharks have long
been portrayed by the media as man-eating monsters, and this
negative image is deeply intertwined with lethal control measures
taken by local governments in response to shark bites. However,
such lethal action can cause a decrease in shark populations
which can be detrimental to the delicate ocean ecosystem. This
comment seeks to utilize available scientific research to
recommend a viable shark control program to be implemented via
state legislation. This comment culminates in the recommendation
that New England states should establish a shark council
comprised of various stakeholders with two central goals: (1) to
research and implement the SharkSafe Barrier
, an
electromagnetic deterrence mechanism, on public beaches; and
(2) enact a public education campaign focused on the
conservation of sharks in the hopes of changing the public
narrative surrounding sharks.
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 235
INTRODUCTION
In July 2020, Maine experienced its first-ever fatal shark attack.
1
Such
encounters are extremely rare; since 1837, Massachusetts has recorded
only six unprovoked shark bites, and New Hampshire has recorded none.
2
Including this tragic event, Maine now has two.
3
Although such up-close
encounters are uncommon, shark sightings have been increasing off the
coast of New England in recent years.
4
Understandably, locals and tourists
alike are more apprehensive about going in the water,
5
but this
apprehension stems from a long history of negative and inaccurate
portrayals of sharks. These negative perceptions hinder the
implementation of shark control measures that will protect beachgoers
without diminishing current shark populations.
This comment utilizes available scientific research to propose shark
management strategies for New England beaches and corresponding
implementation legislation. Part I will provide a background on sharks and
their prevalence in New England. Part II will then explore the evolution of
societys perceptions of sharks from the 1900s until now, followed by an
analysis of why a positive public perception is vital to informing actions
taken by legislatures. Part III will then provide a short survey of feasible
control measures, and Part IV will discuss the various policy mechanisms
for implementing such control measures. This paper will culminate in a
recommendation that New England states form an interstate council
dedicated to shark education and policy, with the ultimate goal of
researching and implementing the SharkSafe Barrier to protect New
England beaches most susceptible to shark encounters.
1. Kathryn Miles, Shark Attacks in Maine were Unthinkable Until Last Summer,
DOWNEAST MAGAZINE (June 2021), https://downeast.com/land-wildlife/shark-attacks-in-
maine-were-unthinkable-until-last-summer/ [https://perma.cc/D6F5-5YSU].
2. International Shark Attack File, United States: Confirmed Unprovoked Shark
Attacks (1837 - Present), FLORIDA MUSEUM OF NATURAL HISTORY, https://www.florida
museum.ufl.edu/shark-attacks/maps/na/usa/usa-all/ [https://perma.cc/6ERQ-GBRG] (last
visited Feb. 20, 2022).
3. Id.
4. See, e.g., Caitlyn Francis & Andrew Masse, Scientists Seeing an Increase in Shark
Sightings off the New England Coast, WFSB (July 13, 2021), https://ktvz.com/cnn-
regional/2021/07/13/scientists-seeing-an-increase-in-shark-sightings-off-the-new-
england-coast/ [https://perma.cc/E7EK-Y2V7].
5. See, e.g., Mike Beaudet, With No Signs of Sharks Abating, Frustration Continues
Over Massachusetts Response, WCVB (Sept. 30, 2021), https://www.wcvb.
com/article/frustration-massachusetts-response-to-sharks-ocearch-cape-cod-ocean-
community/37810765 [https://perma.cc/N7NR-UYQY].
236 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
I. BACKGROUND
Sharks have been present on Earth for over 450 million years,
6
meaning they have been resilient enough to survive multiple mass
extinctions.
7
Although their ancestry can be traced back further, sharks as
we see them today, with torpedo-shaped bodies, forked tails, and dorsal
fins,
8
appeared about 380 million years ago, and their mighty jaws
evolved about 195 million years ago.
9
Throughout their evolution, changes
in average shark size coincided with mass extinction events such as the
large asteroid strike at the end of the Cretaceous period.
10
Following that
extinction event, shark species began to branch off, giving us the diverse
array of species present in the ocean today.
11
At one time, sharks existed in large numbers because they sit at the
top of the food chain with very few natural predators.
12
The greatest threat
to their existence today is humans. As a result of targeted culling
campaigns, shark finning, and fisheries bycatch, shark population numbers
have dwindled over the years.
13
These practices have led the International
Union for Conservation and Nature (IUCN) to designate seventy-nine
shark species as threatened,
14
including the great white shark. Human
interference continues to threaten shark populations despite scientific
research that shows sharks are vital to a healthy ecosystem.
6. Josh Davis, Shark Evolution: A 450 Million Year Timeline, NAT. HIST. MUSEUM,
https://www.nhm.ac.uk/discover/shark-evolution-a-450-million-year-timeline.html
[https://perma.cc/U96R-U6CT] (last visited Mar. 6, 2022).
7. Lucas Joel, The Secrets of how Sharks Survived so Many of Earths Mass
Extinctions, NEW SCIENTIST (June 26, 2019), https://www.newscientist.com/
article/mg24232360-900-the-secrets-of-how-sharks-survived-so-many-of-earths-mass-
extinctions/ [https://perma.cc/L8NC-ZG7R].
8. Davis, supra note 6.
9. Id.
10. Id.
11. Id.
12. E. GRIFFIN ET AL., OCEANA, PREDATORS AS PREY: WHY HEALTHY OCEANS NEED
SHARKS 1 (July 2008); see also Ed Yong, The Predator that Makes Sharks Flee in Fear,
THE ATLANTIC (April 19, 2019), https://www.theatlantic.com/science/archive/
2019/04/great-white-sharks-flee-killer-whales/587563/ [https://perma.cc/RS93-U54A].
Aside from other shark species, sharks only fear certain whale species.
13. E. GRIFFIN ET AL., supra note 12, at 5 (Surveys show that the abundance of the 11
great sharks (sharks more than two meters in length) along the eastern coast of the United
Stated has declined to levels of functional elimination.).
14. Shark Specialist Group, Frequently Asked Questions: Sharks, Rays, and
Chimaeras, IUCN, https://www.iucnssg.org/faqs.html [https://perma.cc/32SY-C5GG]
(last visited Mar. 6, 2022).
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 237
The urgency behind shark conservation is driven by the drastic
changes in the ocean ecosystem that result from a decline in the
populations of apex predators, such as an abundance of prey, the collapse
of fisheries, and changes to feeding patterns of other species.
15
For
example, one study suggested that a decline in large shark populations led
to the collapse of the North Carolina scallop fishery in 2004.
16
Without top
predators, mid-level predators, specifically cownose rays, increased
dramatically and depleted the scallop stock to a point where the fishery
had to be shut down.
17
This example illustrates the vital role sharks play in
the trophic system, as commercial fisheries are clearly subject to indirect
impacts resulting from dwindling shark populations that may ultimately
lead to their failure if not abated. Such failure would be detrimental to New
England, where commercial fisheries are a valuable source of revenue and
economic prosperity.
18
Another study from 2019 looked at the decline of the great white shark
population at Seal Island in South Africa, which coincided with the
unprecedented appearance of sevengill sharks in the area.
19
Although
they are not yet certain, researchers hypothesized that the absence of great
white sharks led to reduced competition for shared prey and as well as
lowered predation,
20
as both species eat seals, and white sharks are one
of the few natural predators of sevengill sharks.
21
As demonstrated by this
population shift at Seal Island, changes in biodiversity are likely to occur
when there is a decline in apex predators.
In response to declining shark numbers, and to take action to protect
ocean ecosystems, various tactics have been adopted on an international
level to protect sharks. Numerous countries, including the United States,
have enacted bans on shark finning.
22
As a result of these bans, many
15. E. GRIFFIN ET AL., supra note 12, at 5, 8.
16. Ransom A. Myers et al., Cascading Effects of the Loss of Apex Predatory Sharks
from a Coastal Ocean, 315 Science 1846, 1848-50 (2007).
17. Id.
18. See generally Northeast Socioeconomic Data Products, NOAA FISHERIES,
https://www.fisheries.noaa.gov/new-england-mid-atlantic/socioeconomics/northeast-
socioeconomic-data-products [https://perma.cc/J6A8-H7YF] (last visited Feb. 20, 2022).
19. Neil Hammerschlag et al., Disappearance of White Sharks Leads to the Novel
Emergence of an Allopatric Apex Predator, the Sevengill Shark, 9 SCI. REP. 1, 1 (2019).
20. Id. at 4.
21. Notorynchus cepedianus, FLA. MUSEUM OF NAT. HIST., https://www.
floridamuseum.ufl.edu/discover-fish/species-profiles/notorynchus-cepedianus/
[https://perma.cc/AS4K-XDMD] (last visited Apr. 26, 2021). Aside from cannibalism
within the species, the only other predators of sevengill sharks are large sharks. Id.
22. International Shark Finning Bans and Policies, ANIMAL WELFARE INSTITUTE,
https://awionline.org/content/international-shark-finning-bans-and-policies
238 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
companies have stopped transporting and selling fins altogether, and
restaurants have taken shark fin soup off their menus permanently.
23
Beyond these, new measures of protection are constantly being explored.
For example, in 2019, new protections for eighteen threatened species of
sharks and rays were passed at the Convention on International Trade in
Endangered Species (CITES).
24
Protections for species other than sharks have also had an indirect
impact on shark populations. For example, in 1972, the Marine Mammal
Protection Act
25
was passed by the United States Congress, making it
illegal to harass, feed, hunt, capture, or kill any marine mammal,
26
including seals. Since the passage of the Act, seal populations have
rebounded and are found in abundance, especially in the Northwest
Atlantic Ocean.
27
Because seals are a staple in the diet of the great white
shark,
28
scientists have hypothesized that the increase in seal populations
is correlated with the increase in the great white shark population off the
coast of New England.
29
Many locals have called for the removal of seals
through a cull, or massive slaughter, to control the shark population;
however, researchers claim such dire action is unnecessary as the seal
populations will eventually stabilize as a result of [d]isease, predation . . .
[https://perma.cc/YZ6W-9RRL] (last visited Apr. 26, 2021). Shark finning is the practice
of cutting the fins off live sharks and throwing the shark back into the water, leaving it to
drown because it is unable to swim. The fins are then sold for use in shark fin soup, a
popular delicacy in Chinese culture. Caty Fairclough, Shark Finning: Sharks Turned Prey,
SMITHSONIAN (August 2013), https://ocean.si.edu/ocean-life/sharks-rays/shark-finning-
sharks-turned-prey [https://perma.cc/S4YK-56QH].
23. Fairclough, supra note 22.
24. Sharks and Rays to be Given New International Protections, BBC News (Aug. 25,
2019), https://www.bbc.com/news/world-49466717 [https://perma.cc/SZV7-KDAR].
25. 16 U.S.C. § 1361 (1972).
26. Marine Animals and the Marine Mammal Protection Act, THE MARINE MAMMAL
CENTER, https://www.marinemammalcenter.org/marine-mammal-protection-act
[https://perma.cc/VT5V-SEW9] (last visited Apr. 26, 2021).
27. Patrick Whittle & Michael Casey, Conservation Success or Pests? Seals Spark
Passionate Debate, ABC NEWS (Oct. 5, 2020, 10:09 AM),
https://abcnews.go.com/Technology/wireStory/conservation-success-pests-seals-spark-
passionate-debate-73424513 [https://perma.cc/X5T9-M4TG].
28. Sharks in Atlantic Coastal Waters, NOAA FISHERIES,
https://www.fisheries.noaa.gov/national/atlantic-highly-migratory-species/sharks-
atlantic-coastal-waters [https://perma.cc/HMG2-HW9A] (last visited Apr. 26, 2021).
29. Doug Fraser, Sharks and Seals: A Success Story on Cape Cod, CAPE COD TIMES
(June 29, 2019, 6:39 PM), https://www.capecodtimes.com/story/news/local/2019/06/29/
sharks-seals-success-story-on/4790264007/ [https://perma.cc/ZRS8-CGMS].
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 239
and limited food availability.
30
Further, similar to the studies mentioned
above, [s]eals play important roles in the coastal ecosystem, and their
large numbers are a sign of a healthy environment.
31
Therefore,
intentionally manipulating the trophic system could have detrimental
effects on biodiversity across multiple species.
The rebounding seal population has been described as both a
conservation success story and an emerging public safety concern,
32
as
the increase in great white shark populations in the Atlantic Ocean is likely
a result of the abundance of prey. However, scientists have been unable to
point to a definitive cause and have other hypotheses as well.
33
In addition
to the increasing seal population, warmer ocean waters could be playing a
role. Previously, it was not uncommon for great whites migration patterns
to extend all the way up to Nova Scotia.
34
Inconsistent with prior patterns,
however, is that the same sharks are spending more time in these areas,
most likely due to warming waters as a result of climate change.
35
Sharks
are ectothermic creatures, meaning they cannot generate their own body
heat.
36
Thus, as waters closer to the poles warm, new areas are reaching an
acceptable temperature for habitation and migration patterns are changing
as a result.
As great white shark populations continue to rise, an increase in
human-shark interactions is inevitable. In addition, the changes in their
migration patterns will result in human-shark interactions in areas which
have historically not had shark concerns. After Maines most recent shark
fatality, residents were sent into various stages of caution and panic.
37
30. Sophie Ruehr, Culling Seals is Wrong Answer to Shark Threat, Scientists Say, THE
PROVINCETOWN INDEPENDENT (Aug. 23, 2019), https://provincetownindependent.org/top-
stories/2019/08/23/culling-seals-is-wrong-answer-to-shark-threat-say-scientists/
[https://perma.cc/W6NP-EBVW].
31. Id.
32. Ret Talbot, Great White Sharks Have Returned to New England, NATL
GEOGRAPHIC (July 29, 2020), https://www.nationalgeographic.com/animals/article/maine-
shark-attack-public-safety-issue-conservation-success [https://perma.cc/FS5V-VS9C].
33. See, e,g,, Paul Withers, Why More Great White Sharks are Showing up in Atlantic
Canada, CBC (July 8, 2020 6:00 AM), https://www.cbc.ca/news/canada/nova-
scotia/great-white-sharks-atlantic-canada-1.5641078 [https://perma.cc/9GR6-VWEL].
34. Sarah Gibbens, New Englanders May Soon See More Great White Sharks, NATL
GEOGRAPHIC (Dec. 6, 2017), https://www.nationalgeographic.com/news/2017/12/great-
white-shark-populations-rising-maine-new-england-spd/ [https://perma.cc/E9ED-ZJ24].
35. Id.
36. R.A. Skubel et al., Patterns of Long-Term Climate Variability and Predation Rates
by a Marine Apex Predator, the White Shark Carcharodon Carcharias, 587 Marine
Ecology Progress Series 129, 130 (2018).
37. Reuben Schafir & Edward D. Murphy, Fatal Shark Attack Shakes Sense of Security
Along Maine Coast, PORTLAND PRESS HERALD (August 2, 2020),
240 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
News outlets were regularly reporting shark sightings off the coasts of
Maine and Massachusetts.
38
As summer turned into fall and less people
were spending time on the water, the reports died down and the excitement
faded. However, it is likely that both Maine and Massachusetts will
continue seeing sharks, and more frequently, in the coming years.
Therefore, government action is necessary to prevent further offshore
encounters and help beachgoers feel safe going in the water. New England
states have a unique opportunity to learn from management systems
currently being utilized by other countries and to make informed decisions
to implement shark-human interaction measures, and further, to be the first
states to implement such measures in the United States. But first, the
public perception must be shifted to a more favorable view of sharks to
elicit a positive response from legislatures and other policy-makers.
II. THE CONNECTION BETWEEN PUBLIC PERCEPTION AND LEGISLATIVE
RESPONSE
The general publics perception of sharks is closely associated with
public policies implemented to protect beaches, and therefore it is a crucial
consideration in determining which control strategies will be most
effective. As shark bite incidents were on the rise in the 1900s, so were
public panic and uneasiness about swimming at beaches. This called for
local governments to take action to protect its beaches, usually in the form
of shark culls or other lethal strategies. However, in recent years, the
public has been exposed to ocean conservation campaigns, including ones
aimed at protecting sharks. This increase in knowledge has led to a deeper
understanding of sharks and a pushback against lethal methods of shark
management.
A. The Evolution of Societys Perceptions
Prior to the 1900s, people generally knew little about sharks and very
few were concerned with the possibility of confronting one in the water.
39
Early in the twentieth century, however, swimming slowly became a
popular recreational activity and the average bather knew or cared little
about sharks and the tales became accepted as simply sailors lore and
https://www.pressherald.com/2020/08/02/fatal-shark-attack-shakes-sense-of-security-
along-maine-coast/ [https://perma.cc/G9RQ-Z3T5].
38. See, e.g., Francis & Masse, supra note 4.
39. Beryl Francis, Before and After Jaws: Changing Representations of Shark
Attacks, 34 THE GREAT CIRCLE 44, 45 (2012).
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 241
legends.
40
However, just a few generations later, sharks were thrust into
the spotlight, ultimately becoming the stars of a sub-genre of movies and
receiving an entire week of television programming dedicated only to
them. Despite the fact that there is only a slim probability of ever seeing a
shark in the wild when going to the beach, the public has become paranoid
of attacks. How could a public so enamored by these giant fish still be so
frightened of the slim possibility of seeing one in the wild? For over 100
years, the media has been depicting sharks as ruthless, man-eating
monsters, leaving beachgoers with the lingering fear that something
unseen may be lurking below the surface.
For a long time, it was widely believed that sharks did not attack
people. In 1916, the United States experienced a travesty when four people
were killed in a span of two weeks off the coast of New Jersey.
41
Even
then, many people refused to believe that a shark could have been the
culprit.
42
We now know otherwise, but this event spawned the first stage
of a cycle that would later become a pattern after shark encounters: fear,
followed by denial, followed by revenge, and then followed by some
rational or scientific approach to the problem.
43
Newspapers headlined
the terror of the shark attacks across their front pages, spreading hysteria
and fear.
44
The public responded by issuing a bounty on the shark
responsible for the deaths and President Woodrow Wilson organized a
war on sharks.
45
The excitement was not long-lived, however, and
within a year sharks were no longer on peoples minds.
46
Then, in the 1920s, surfing became popular in Australia. As the
number of people in the water increased, so did the number of shark
encounters.
47
When four fatal bites occurred in the span of four years along
a one-mile stretch of beach, Australias public had a similar response to
that of the United States.
48
But, instead of waiting for the excitement to
fade, Australian authorities took action to protect and ease the fear of its
40. Id.
41. Vivian McCall, How Americas First Shark Panic Spurred a Century of Fear,
NATL GEOGRAPHIC (June 12, 2019), https://www.nationalgeographic.com/news/
2015/07/150702-shark-attack-jersey-shore-1916-great-white/ [https://perma.cc/6EPF-
2WWA].
42. Id.
43. Id.
44. Francis, supra note 39, at 46.
45. Christopher Klein, The Real-Life Jaws that Terrorized the Jersey Shore,
HISTORY (last updated Sept. 1, 2018), https://www.history.com/news/the-real-life-jaws-
that-terrorized-the-jersey-shore [https://perma.cc/Z7A4-JETC].
46. Francis, supra note 39, at 46.
47. Id.
48. Id.
242 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
residents by implementing the first-ever protective measures, including
look-out towers, surf lifesaving clubs, shark watches, and alarm bells.
49
However, this was not enough to prevent attacks and the government took
further action, signaling the first implementation of a meshing system
(which will be more fully discussed below in Part IV of this comment) off
of New South Wales beaches.
50
Although these attacks brought sharks to the publics attention, many
remained unafraid and continued going in the water. That is, until Jaws
was released in 1975, serving as a catalyst for the modern perception of
sharks. Based on Peter Benchleys novel inspired by the 1916 New Jersey
attacks, the film followed a small beach towns experience with a rogue
shark.
51
The immediate response was overwhelming terror and captivation
as [c]inemas everywhere had audiences in thrall at the thought of an over-
sized great white shark with a bad attitude coming to a beach near you.
52
Shark fishing tournaments became popular, which contributed to the
decline of shark populations
53
and were justified by sentiments that the
same shark might be responsible for more than one incident and return to
harm beachgoers,
54
as was the situation in Jaws.
The idea that the same shark may be responsible for multiple incidents
stems from the rogue shark theory, initially put forth by researchers in
the mid-1900s.
55
A rogue shark refers to an individual shark that
consciously hunts humans as part of its diet.
56
The theory formed because
places that were usually free from shark attacks had suddenly become the
scene of two, three, or even more attacks within a short interval and within
distances varying from no more than a few hundred meters to [fifteen]
49. Id.
50. Id.
51. JAWS (Universal Pictures 1975).
52. How Jaws Misrepresented the Great White, BBC NEWS (June 8, 2015),
https://www.bbc.com/news/magazine-33049099 [https://perma.cc/C5XD-RM8T].
53. Francis, supra note 39, at 47-48.
54. Christopher L. Pepin-Neff & Thomas Wynter, Reducing Fear to Influence Policy
Preferences: An Experiment with Sharks and Beach Safety, 88 MARINE POLY 222, 222
(2018).
55. See, e.g. Tyler Rudick, Jaws of Controversy: The One Rogue Man-Eating
Shark Theory Doesnt Hold Water, Expert Says, CULTURE MAP HOUS. (Oct. 29, 2011,
11:30 AM), https://houston.culturemap.com/news/travel/10-29-11-man-eating-shark-
theory-doesnt-hold-water-jaws/#slide=0 [https://perma.cc/TS7G-7E4Z].
56. Eric E.G. Clua, et al., Selective Removal of Problem Individuals as an
Environmentally Responsible Approach for Managing Shark Bites on Humans, 194 OCEAN
AND COASTAL MANAGEMENT 1, 2 (2020).
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 243
kilometers.
57
However, the rogue shark theory gained little traction
among mainstream scientists and was refuted by later research.
58
Occasions where one shark is responsible for a cluster of attacks still exist,
but are credited to food deprivation as opposed to the desire for human
flesh.
59
Thanks to an evolution in shark research, most shark bites are
attributed to the sharks curiosity, territoriality, or cases of mistaken
identity (in which sharks mistake humans for seals or sometimes sea
turtles).
60
Since the release of Jaws, sharks have become regulars on the big and
small screens, perpetuating the rogue shark stereotype that leaves viewers
both terrified and curious.
61
An entire sub-genre of movies has emerged
with sharks at the center of them, produced by major cinema companies
as well as television networks such as Syfy.
62
Films released in theaters
are often box-office hits that bring in major money while targeting
humans irrational fears.
63
The bad shark films are usually released
directly to television yet have a cult following.
64
While the bad acting and
horrible CGI renderings are part of the joke, the popularity of these films
stems from the fact that sharks are an increasingly large part of popular
culture in general.
65
The Discovery Channel took advantage of this media sensation and,
in 1988, launched its first iteration of Shark Week. The station saw an
opportunity to capitalize on humans fascination with these potentially
aggressive animals, recognizing that [h]umans love animals, and humans
57. Victor Coppleson & Peter Goadby, SHARK ATTACK: HOW, WHY, WHEN & WHERE
SHARKS ATTACK HUMANS 67 (1988).
58. Melissa Cristina Márquez, Why Everything You Know About Rogue Sharks is a
Lie, FORBES (Oct. 13, 2018, 8:26 PM), https://www.forbes.com/sites/melissa
cristinamarquez/2018/10/13/why-everything-you-know-about-rogue-sharks-is-a-lie
[https://perma.cc/9A3G-ZF6K].
59. Id.
60. International Shark Attack File, How, Where, & When Sharks Attack, FLORIDA
MUSEUM, https://www.floridamuseum.ufl.edu/shark-attacks/odds/how-where-when/ (last
updated July 19, 2021) [https://perma.cc/F99T-3ACD].
61. See, e.g., Best Shark Movies (and Worst) Ranked by Tomatometer, ROTTEN
TOMATOES, https://editorial.rottentomatoes.com/guide/best-shark-movies-ranked-by-
tomatometer/ [https://perma.cc/EVP6-WPYV] (last visited Apr. 17, 2022).
62. Id.
63. Brandon Katz, Why Shark Movies are Such Reliable Box Office Bets: A Deep Dive,
OBSERVER (July 6, 2019), https://observer.com/2019/07/shark-movies-box-office-the-
meg-the-shallows-47-meters-down-jaws/ [https://perma.cc/RSB6-PWBJ].
64. David Shiffman, Sharknado and Sharktopus and Megalodon, Oh My!, SCUBA
DIVING (Aug. 23, 2019), https://www.scubadiving.com/rise-of-the-bad-shark-movie
[https://perma.cc/Y749-E4PW].
65. Id.
244 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
love being scared, so potentially scary animals are popular.
66
It initially
started with only ten programs in the lineup, but today there is enough
material to cover the span of an entire week and more.
67
Although Shark
Week satisfies the publics curiosity about sharks, it has been
characterized as a million-dollar marketing ploy masquerading as
educational programming.
68
Despite active efforts to promote
conservation and correct misconceptions of sharks, Shark Week has taken
on heavy criticism from shark scientists and conservationists alike,
arguing that it perpetuates fear and misunderstanding.
69
This perception
is evidenced in the evolution of Shark Week programming. The first ever
Shark Week special, Caged in Fear, explored the science of creating and
testing motorized shark cages,
70
clearly focusing on the efforts that
scientists go through to study these elusive creatures. Arguably, Shark
Week peaked when it premiered Air Jaws, a program devoted to
successfully capturing a great white shark breaching from the water for the
first time.
71
Air Jaws and subsequent spinoffs have been immensely
successful, capturing some of the most incredible available footage of
great white sharks leaping from the water and garnering respect for these
graceful, powerful predators from viewers.
Unfortunately, not all Shark Week programming receives the same
positive response. During Shark Week in 2013, the Discovery Channel
aired Megalodon: The Monster Shark Lives, a mockumentary that
speculated the continued existence of a seventy-foot shark closely related
to great whites. While it is a well-known fact that the megalodon has long
been extinct, many viewers of the mockumentary missed that memo, and
the Discovery Channel received much criticism for airing the fictitious
66. Id.
67. Matt Cohen, The History of Shark Week: How the Discovery Channel Both Elevated
and Degraded Sharks, THE WEEK (Aug. 14, 2014), https://theweek.com
/articles/444542/history-shark-week-how-discovery-channel-both-elevated-degraded-
sharks [https://perma.cc/Q9HQ-K3CL].
68. Sarah Kaplan, Shark Week is a Sham, but Sharks are Still Super Cool, WASH. POST
(July 26, 2017, 8:00 AM), https://www.washingtonpost.com/news/speaking-of-
science/wp/2017/07/26/shark-week-is-a-sham-but-sharks-are-still-super-cool/
[https://perma.cc/6LCG-36VV].
69. Cohen, supra note 67.
70. Id.
71. Alexis C. Madrigal, The Physics of Great White Sharks Leaping Out of the Water
to Catch Seals, THE ATL. (Dec. 9, 2011), https://www.theatlantic.
com/technology/archive/2011/12/the-physics-of-great-white-sharks-leaping-out-of-the-
water-to-catch-seals/249799/ [https://perma.cc/G222-EYSH] (explaining that Breaching
occurs when a shark ambushes its prey by attacking from below at an incredible speed and
subsequently launches itself out of the water).
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 245
narrative instead of the usual science-based material.
72
Since then,
additional phony programs have been aired misrepresenting sharks,
including other fantasy-based specials and numerous episodes that
emphasize the fear factor of sharks.
73
Public perceptions of sharks have gone through an immense evolution,
from the ignorant bliss of the 1900s to the fear-based narrative that exists
today. Despite the attention sharks have garnered and curiosity they have
inspired, the negative image of sharks is perpetuated by damaging
representation in the media. Media representation of sharks must be altered
to elicit a positive, conservation-based response.
B. The Role of the Media
The media takes a large part in influencing our day-to-day lives
because it not only plays a powerful, intermediary role in communicating
facts, ideas, and concepts between policy makers, scientists, and the
public, [but] it can also reflect current cultural and political paradigms.
74
This combination of factual and cultural aspects allows consumers to view
the media as a credible informer.
75
Although people view the media as
reliable, it is still possible that people could be exposed to inaccurate
portrayals with various consequences to public perception.
76
For decades, sharks have been the victims of highly inaccurate
portrayals through grisly accounts of human encounters with them that
serve as top news stories, which leads individuals to believe that shark
bites are extremely common.
77
This fear-based discourse is achieved by
targeting the emotions of consumers
78
through the utilization of alarmist
imagery
79
to scare us and target our curiosity. For example, recent attack
72. Alexander Abad-Santos, Shark Week Fans Furious at Discovery Channel for
Megalodon Mockumentary, THE ATL. (Aug. 6, 2013),
https://www.theatlantic.com/culture/archive/2013/08/shark-week-fans-deserve-better-
what-discovery-feeding-them/312471/ [https://perma.cc/9QYC-L9WX].
73. Id.
74. Christine McCagh et al., Killing Sharks: The Medias Role in Public and Political
Response to Fatal Human-Shark Interactions, 62 MARINE POLY 271, 272 (2015).
75. Yarviv Tsafti & Johnathon Cohen, The Third-Person Effect, Trust in Media, and
Hostile Media Perceptions, 1 THE INTL ENCYCLOPEDIA OF MEDIA STUDIES: MEDIA
EFFECTS/MEDIA PSYCH. 1, 2 (2013).
76. Id. at 3.
77. Serena Lucrezi et al., A Test of Causative and Moderator Effects in Human
Perceptions of Sharks, Their Control, and Framing, 109 MARINE POLY 1, 2 (2019).
78. Id.
79. McCagh, supra note 74, at 272; see also David Ropeik, If it Scares, it Airs: How
Alarmist News Coverage Does Real Harm, BIG THINK (April 29, 2015),
246 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
headlines have included Witnesses to Harpswell Shark Attack Heard
Laughter, then Screams,
80
and Diver Savaged to Death by Shark as Wife
Tried to Save Him but Gave up When His Eyes were Open but He was
Unresponsive.
81
The use of alarmist imagery in news reports puts the
media and subsequent public reaction at odds with scientists and
environmentalists pushing for a conservationist approach to shark control
measures.
Some researchers argue that the phrase shark attack is inherently
negative and constitutes criminalization of sharks, and therefore, should
not be utilized to describe human-shark interactions.
82
Not only is the
phrase used to describe actual shark-bite incidents, but it is also used to
describe interactions that do not involve any contact with sharks such as
when a shark inadvertently collides with a kayak on the ocean.
83
Further,
the word attack implies motivation and intentionality on the part of the
shark, providing an exaggerated account of the real frequency of shark
encounters.
84
However, humans are not a part of sharks natural diet and,
as noted above, theories of rogue sharks have been consistently
disproved.
85
Despite the firm science, personifying [sharks] as villains
with human characteristics
86
perpetuates the Jaws-era stereotype.
Media outlets should shift away from alarmist imagery and instead
utilize language that more accurately reflects the nature of shark-human
https://bigthink.com/risk-reason-and-reality/if-it-scares-it-airs-the-risk-of-alarmist-news-
coverage-of-risk [https://perma.cc/DLS7-WDEZ] (We have been frightened by an If it
Scares It Airs news media into a number of fears that are now completely accepted as
truth, but which are unwarranted by the evidence, and public and environmental health are
suffering as a result.).
80. Christopher Burns, Witnesses to Harpswell Shark Attack Heard Laughter, then
Screams, BANGOR DAILY NEWS (July 28, 2020),
https://bangordailynews.com/2020/07/28/news/midcoast/great-white-shark-blamed-for-
fatal-harpswell-attack/ [https://perma.cc/7TBF-NQTN].
81. Ben Hill, Diver Savaged to Death by Shark as Wife Tried to Save him but Gave up
when his Eyes were Open but he was Unresponsive, THE U.S. SUN (Nov. 17, 2020),
https://www.the-sun.com/news/1813469/shark-attack-diver-killed-western-australia-wife/
[https://perma.cc/58BW-24CP].
82. Christopher Neff & Robert Hueter, Science, Policy, and the Public Discourse of
Shark Attack, 3 J. OF ENVT STUD. AND SCI. 65, 67, 70 (2013) [hereinafter Neff, Public
Discourse] (noting that the term attack should only be used when the motivation and
intent of a shark can be established as a result of predation or defense, which is often
difficult to do based on our limited knowledge of shark behavior).
83. Lucrezi, supra note 77, at 2.
84. Id.
85. Neff, Public Discourse, supra note 82, at 68-69.
86. McCagh, supra note 74, at 272-73.
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 247
interactions.
87
Such language would include substituting shark bite for
shark attack, as well as other less malicious words such as sightings
and encounters.
88
Additionally, numerous studies have shown that
inclusion of expert testimony and consideration of human factors in news
reports can help individuals harmonize their contrasting feelings about
shark bites and shark conservation and further provide authorities with
numerous policy options to consider.
89
Therefore, not only do news reports
have the power to perpetuate the fear-narrative, but they also carry the
ability to rewrite the narrative through intent-based counter framing.
90
Describing human-shark interactions in this way will give viewers a
different image of sharks: one that allows the public to recognize that
humans are not being targeted by sharks, interactions are not as common
as the media portrays them to be, and sharks are valuable to our ecosystem
and need to be conserved. This change in attitude is vital for implementing
public policies that protect both bathers and sharks.
C. The Legislative Response
The publics perception of sharks, including responses to shark
encounters, directly informs legislative decisions regarding the subsequent
implementation of shark control measures. When the public perceives a
high risk of shark attacks based on news reporting, authorities often make
immediate, ill-considered decisions regarding beach safety. For example,
an analysis of articles from Australian newspapers identified a correlation
between the publics panicked response to fatal shark bites, and the
governments decision to implement the shark culling program.
91
On the
other hand, however, the study also noted that the public rarely supported
the governments decision to implement shark culls.
92
This difference
between government response and public support can be reconciled by
considering the pressure the government is placed under during these
something must be done moments.
93
Government officials are under
immense pressure because [s]hark bites are representative of highly
87. Neff, Public Discourse, supra note 82, at 70.
88. Id.
89. Christopher Neff, Human Perceptions and Attitudes Towards Sharks, in SHARKS:
CONSERVATION, GOVERNANCE, AND MANAGEMENT 107, 125 (Erika Techera & Natalie
Klein eds. 2014) [hereinafter Neff, Human Perceptions].
90. Pepin-Neff & Wynter, supra note 54, at 228.
91. McCagh et al., supra note 74, at 276.
92. Id.
93. Pepin-Neff & Wynter, supra note 54, at 222.
248 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
emotional events that can be politically penalizing for elected officials,
94
and therefore they may take immediate, responsive actions in an attempt
to appeal to their constituents. As Christopher Neff, expert on the
intersection of public policy and shark perceptions, explained,
[A] more recent trend of international policymaking suggests that
man is the referent object that needs to be secured and nature is
the threat. Nature has a wrath. Storms have fury. And animals get
a taste for human flesh. Such rhetorical framing devices influence
public perceptions of nature, which in turn shapes both the
tolerable thresholds for their occurrence and the types of policies
enacted to counter the perceived threat to humans.
95
On the other hand, precautionary action can minimize the already low
chance of a human-shark interaction while promoting conservation of
these awesome beings and further educating the public. The case for
alternatives to lethal control measures is further reinforced by constituents
who are supportive of shark conservation, leading to public support and
engagement.
III. CONTROL STRATEGIES
Shark control strategies were a response to the frenzy induced by
Jaws, subsequent shark attacks, and the image of sharks portrayed by the
media. At the time, the overwhelming public opinion was that the only
safe shark was a dead shark,
96
and thus, legislatures implemented lethal
control programs. Today, there are three existing shark control programs:
KwaZulu-Natal, South Africa; New South Wales, Australia; and
Queensland, Australia. These three areas have implemented their
programs as a response to high numbers of shark-human interactions. The
large majority of fatal shark encounters can be attributed to bull sharks,
tiger sharks, and great white sharks and, therefore, control programs
typically identify these three species as their target species.
97
This article
94. Id. at 223-24.
95. Id. at 223.
96. Geremy Cliff & Sheldon F. J. Dudley, Reducing the Environmental Impact of
Shark-Control Programs: A Case Study from KwaZulu-Natal, South Africa, 62 MARINE
AND FRESHWATER RESEARCH 700, 700 (2011) (quoting J. L. B. Smith, Are we on the right
road with sharks?, Field & Tide 29 (May 18-20)).
97. S. F. J. Dudley, A Comparison of the Shark Control Programs of New South Wales
and Queensland (Australia) and KwaZulu-Natal (South Africa), 34 OCEAN & COASTAL
MGMT. 1, 6 (1997) [hereinafter Dudley, Shark Control Programs].
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 249
mainly focuses on interactions with great white sharks, as those can be
found all the way through northern New England.
98
Shark control programs have not changed much since their inception,
and today they are still mostly comprised of lethal measures. However,
positive media exposure and conservation efforts surrounding sharks have
elicited negative responses from the public regarding lethal control
measures. Therefore, shark control programs have begun to implement
less-lethal measures and scientists are exploring non-lethal alternatives for
shark control, including electromagnetic interference.
With the increased sightings and encounters of great white sharks off
the coasts of multiple New England states, now is a great time for these
state governments to be proactive and begin considering implementation
of bather protection programs. This Part of the article examines the
methods currently being utilized or studied throughout the world to
recommend strategies for use in New England states.
A. Shark Culling
Governments have been known to issue shark culls for certain species
after repetitive attacks over a relatively short period of time. A cull is the
selective killing of wild sharks in order to reduce their population size in
an attempt to decrease the likelihood of a shark bite on a human.
99
For
example, from 1959 to 1976, Hawaii issued multiple shark culls that
resulted in the deaths of over 4,000 sharks.
100
However, studies have
shown that these are not effective in reducing attack rates
101
and, in fact,
may fail at actually capturing the shark responsible for the bites.
102
Further,
because sharks experience late sexual maturity, do not have many
offspring and grow slowly, it is extremely difficult for populations to
98. Bull sharks and tiger sharks have both been spotted as far north as Massachusetts.
Carcharhinus leucas Bull Shark, FLORIDA MUSEUM OF NAT. HIST.,
https://www.floridamuseum.ufl.edu/discover-fish/species-profiles/carcharhinus-leucas/
[https://perma.cc/H6RM-LD2T] (last visited Apr. 26, 2021); Tiger Shark Galeocerdo
cuvier, GOVT OF CAN., https://www.dfo-mpo.gc.ca/species-especes/profiles-
profils/tigershark-requintigre-eng.html (last updated Nov. 23, 2018)
[https://perma.cc/Y922-ZYV5].
99. SOS Campaign: Stop the Cull, SUPPORT OUR SHARKS,
http://www.supportoursharks.com/en/Conservation/SOS_Campaigns/Stop_The_Cull/Abo
ut.htm [https://perma.cc/QA8W-A2EN] (last visited Dec. 2, 2020).
100. Bradley M. Wetherbee et al., A Review of Shark Control in Hawaii with
Recommendations for Future Research, 48 Pacific Science 95, 100 (1994).
101. Clua et al., supra note 56, at 2.
102. Id.
250 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
recover from mass culling campaigns.
103
These devastating effects on
shark populations outweigh any potential benefit to beachgoers and,
therefore, should not be relied on as a shark management technique.
B. Meshing
Meshing was first introduced in 1937 in New South Wales, Australia
(NSW) as a response to an increase in shark attacks in the early 1900s.
104
This program is still in place today, and Queensland, Australia (QLD) and
KwaZulu-Natal, Africa (KZN) have both implemented similar
programs.
105
Meshing is the systematic netting of popular beaches in areas
likely to see shark activity.
106
The nets are placed parallel to the beach and
thus do not section off an entire area for swimmers, but instead aim to
reduce the chances of a shark interaction based on the possibility that a
shark will become entangled in the net.
107
Meshing is considered a passive
method of capture, as it does not utilize any sort of bait to attract sharks.
108
There has been evidence that implementation of the nets does lead to
a decrease in the number of shark interactions,
109
but that result comes at
a high cost. Up until 2019, the QLD shark control program euthanized any
target sharks caught in their nets.
110
That practice was ended by a challenge
103. Hiroki Yokoi et al., Impact of Biology Knowledge on the Conservation and
Management of Large Pelagic Sharks, 7 Scientific Reports 1, 1 (2017).
104. Francis, supra note 39, at 46.
105. See, e.g., Protected Beaches on the KZN Coastline, KWAZULU-NATAL SHARKS
BOARD, https://www.shark.co.za/Pages/BatherProtection [https://perma.cc/T4RZ-NNKS]
(last visited Apr. 17, 2022); Shark Control Program, QUEENSL. GOVT,
https://www.daf.qld.gov.au/business-priorities/fisheries/shark-control-program
[https://perma.cc/3NEM-YCTR] (last visited Apr. 17, 2022).
106. Dudley, Shark Control Programs, supra note 97, at 3. Meshing nets come in a
variety of lengths and widths. See, e.g., Management Plan for the NSW Shark Meshing
Program 2017 (NSW) pt 3 § 21 (Austl.); How We Catch and Detect Sharks, QUEENSL.
GOVT, https://www.daf.qld.gov.au/business-priorities/fisheries/shark-control-program/
shark-control-equipment [https://perma.cc/FZN8-UBR8] (last visited Apr. 17, 2022)
[hereinafter NSW Program 2017]; Shark Nets, Drumlines, and Safe Swimming, KWAZULU-
NATAL SHARKS BOARD, https://www.shark.co.za/Pages/ProtectionSharks-NetsDrumlines
[https://perma.cc/DDQ3-XL8F] (last visited Apr. 26, 2021).
107. NSW Program 2017, supra note 106, at pt 2 § 10.1.
108. Id. at pt 3 § 22.2.
109. Dudley, Shark Control Programs, supra note 97, at 22.
110. Public Information Package, THE GREAT BARRIER REEF MARINE PARKS SHARK
CONTROL PROGRAM at 16, https://www.daf.qld.gov.au/__data/assets/pdf_file/
0007/310939/public-information-package-shark-control-program.pdf
[https://perma.cc/2XTC-UMTH]. Up until 1989, the KZN shark control program also
killed all large sharks entangled in their nets. Cliff, supra note 96, at 702.
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 251
brought by Humane Society International in the Australian Federal Court,
and now sharks caught in nets can only be killed as a humane practice for
severely injured sharks.
111
Other programs operate with the goal of tagging
and releasing target species; however, sharks often do not survive net
entanglement despite being regularly checked.
112
Studies have generally
posited that shark control measures achieve their protective function
through reducing the populations of large sharks and hence the probability
of an encounter between a shark and bather.
113
While minimizing the risk
of shark bites is important for bather safety, this provides a challenge for
shark conservation.
Meshing programs do not only affect shark population numbers, but
they also impact the populations of numerous other species. Non-target
species, called bycatch, regularly become entangled in the nets, and like
sharks, often do not survive.
114
There may be additional impacts incurred
by these species; however, the long term survival and effects of catch and
release are largely unknown
115
and require further research.
Governments, recognizing the negative environmental impacts of shark
control programs, have started incorporating considerations of
biodiversity in their plans. The KwaZulu-Natal Sharks Board Act, enacted
in 2008, specifically stated a goal to reduce negative impact on all
111. Queensland v. Humane Society International (2019) FCAFC 163 (Austl.); see also
Shark Drumline Case, ENVIRONMENTAL LAW AUSTRALIA, http://envlaw.com.au/sharks/
[https://perma.cc/78MT-6VTC] (last visited Apr. 26, 2021); Kym Agius and Kate
McKenna, Queensland Forced to Stop Marine Park Shark Cull for Now, but Government
Wants Laws Changed, ABC News (Sept. 17, 2019, 11:04 PM),
https://www.abc.net.au/news/2019-09-18/shark-attack-drum-lines-great-barrier-
reef/11523902 [https://perma.cc/7M4A-3MKH].
112. For example, during the 2019-2020 meshing season in NSW, fifty target species
were found entangled in nets but only nineteen were released alive. NSW Bather Protection
Annual Performance Report 2019/2020, NSW DEPT OF PRIMARY INDUS. at 31,
https://www.sharksmart.nsw.gov.au/__data/assets/pdf_file/0009/1246275/smp-2019-
2020-annual-performance-report.pdf [https://perma.cc/N8FN-C7YC] [hereinafter Annual
Report].
113. Dudley, Shark Control Programs, supra note 96, at 2.
114. The 2019-2020 NSW meshing season saw the entanglement of 430 non-target
species, with ninety-five of those individuals being threatened or protected species. Annual
Report, supra note 112, at 29.
115. Leah Gibbs et al., Effects and Effectiveness of Lethal Shark Hazard Management:
The Shark Meshing (Bather Protection) Program, NSW, Australia, 2 PEOPLE & NATURE
189, 196 (2020).
252 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
biodiversity and enhance the survival of caught sharks and other marine
animals.
116
Other plans have vocalized similar goals.
117
After shark culls, meshing was the first method introduced to reduce
the likelihood of a human-shark interaction at popular beaches. Numerous
studies have shown that implementation of nets has led to a reduction in
bites and encounters; however, some researchers still have their doubts
and further research is needed. In addition to declining shark populations,
meshing has a negative impact on the populations of other species. In
conclusion, the negative environmental impacts outweigh the protections
provided to bathers and, therefore, meshing is not the best method to
reduce human-shark interactions in New England states.
C. Baited Drumlines
Drumlines are often utilized in conjunction with shark nets to
maximize swimmer safety. A drumline consists of a large, anchored float
connected to a hook baited with fresh fish,
118
marking this control measure
as an active fishing operation.
119
The fishing line allows sharks to continue
swimming while hooked, which leads to higher survival rates. However,
sharks are subjected to intense physical trauma when hooked that may
result in death if they are not quickly released.
120
Thus, [b]oth the duration
and intensity of this fight time can be critical for the survival of the
animal.
121
Its entirely possible that a shark may be hooked for over
twenty-four hours, as drums are typically checked less than once per day,
with the result of high mortality rates.
122
Drumlines were instituted as an alternative to meshing in the attempt
to decrease impacts on bycatch species. Overall, the method was
successful, as studies have noted that drumlines are far more selective
116. Cliff, supra note 96, at 701.
117. The aim of the [Shark Management Program] is to reduce the chances of shark
interactions within the area of operation of the program whilst minimising [sic] impacts on
non-target species. NSW Program 2017, supra note 106, at 5.
118. Cliff, supra note 96, at 700-01.
119. S.F.J. Dudley & N.A. Gribble, Management of Shark Control Programs in CASE
STUDIES OF THE MANAGEMENT OF ELASMOBRANCH FISHERIES (Ross Shotten, ed., 1999),
http://www.fao.org/3/x2098e/X2098E15.htm#ch26 [https://perma.cc/3XRF-W4TA] (last
visited Apr. 26, 2021) [hereinafter Dudley, Elasmobranch Fisheries].
120. See, e.g., David Guyomard et al., An Innovative Fishing Gear to Enhance the
Release of Non-Target Species in Coastal Shark-Control Programs: The SMART (Shark
Management Alert in Real-Time) Drumline, 216 FISHERIES RESEARCH 6, 14 (2019).
121. Id.
122. Id. at 7.
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 253
shark-control measures than nets.
123
However, there are still numerous
concerns. First, implementation did not reduce all bycatch. In some
locations, there have been documented instances of non-target species
being hooked, such as dolphins and sea turtles.
124
Dolphins and other
species have an additional impact on drumlines: they scavenge the bait.
125
Drumlines are only effective as long as they are baited. In an attempt to
reduce dolphin bycatch and avoid scavenging, scientists have attached
dolphin pingers to alert dolphins of the presence of drumlines.
126
Studies
on whether or not this method is effective have been inconclusive so far.
Regardless of whether drumlines are effective at reducing bycatch, it is
still considered a lethal measure as it results in the deaths of both target
and non-target species.
The goal to reduce deaths of target and non-target species has led to
the innovation of new technology in the form of Shark-Management-
Alert-in-Real-Time (SMART) drumlines.
127
The SMART drumline is
similar to the conventional drumline with one improvement: installation
of the Catch-A-Live system.
128
When an animal gets hooked, an alert
signal is emitted to a predetermined list of people in the fishing industry
with the expectation that one will respond to the call, collect data on the
encounter, and release the animal or humanely kill it if it is too injured for
release.
129
This alert system allowed for a rapid response from operators,
decreasing the time animals were fighting the buoy, which in turn led to a
decrease in mortality rates of hooked animals.
130
Studies concerning the
effectiveness of SMART drumlines are on-going with promising results,
131
but the costs associated with this control measure are high: Western
Australia spent upwards of five million dollars on a trial study that lasted
slightly longer than two years.
132
Drumlines were introduced as an alternative to meshing with the goal
of decreasing the impact on non-target species. Although drumlines are
123. Cliff, supra note 96, at 707.
124. Id. at 707-08.
125. Id. at 708.
126. Id. at 707.
127. Guyomard, supra note 120, at 7-8.
128. Id. at 8.
129. Id. at 8-9.
130. Id. at 14.
131. Scientific Non-Lethal SMART Drumline Trial, GOVT OF W. AUSTL.,
https://www.sharksmart.com.au/research/smart-drumline-trial/ [https://perma.cc/3Q2A-
T44F] (last visited Apr. 26, 2021).
132. SMART Drumline Trial Extended in WA, NATIONAL INDIGENOUS TELEVISION (Apr.
26, 2020), https://www.sbs.com.au/nitv/article/2020/04/26/smart-drumline-trial-extended-
wa [https://perma.cc/NXU7-4AQE].
254 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
considered a lethal method of control, SMART drumlines lower mortality
rates while reducing shark encounters and therefore it may be an effective
option for New England states. However, the price tag associated with this
measure is high, and, as this article will explain, it is not the best option.
D. Electromagnetic Interference
Thus far, this article has discussed lethal means of shark bite
prevention. It now turns to the non-lethal method of electromagnetic
interference, which has proven to be one of the most effective and least
invasive protection mechanisms.
Electromagnetic interference (EMI) is described as an
electromagnetic emission that causes a disturbance in another piece of
electrical equipment.
133
However, EMI is also an effective shark deterrent
because it interferes with the senses of sharks.
134
On the bottom of their
snout, sharks have small pores known as the ampullae of Lorenzini.
135
The
ampullae are electrosensory organs that detect electric field gradients,
136
alerting sharks to nearby prey and assisting with navigation.
137
However,
scientists have discovered that the ampullae can be manipulated by
generating a man-made electric current to deter sharks from certain
areas.
138
There is a high energetic cost associated with the discomfort
experienced when crossing an electric gradient, and if a food item
requires a lot of energy to obtain, it may be more efficient to seek out
another, less energetically-expensive food item.
139
This process has been tested on both large- and small-scales. Initially,
shark deterrent products were released on a personalized scale and focused
on the protection of individual divers and surfers.
140
Such devices are
designed to be worn on a persons ankle while diving or on the bottom of
133. Mike Santora, What is EMI and How Can You Prevent It?, WIRE AND CABLE TIPS
(April 10, 2015), https://www.wireandcabletips.com/what-is-emi-and-how-can-you-
prevent-it/ [https://perma.cc/542C-DZUG].
134. Ryan M. Kempster et al., How Close is too Close? The Effect of a Non-Lethal
Electric Shark Deterrent on White Shark Behavior, PLOS ONE 1, 2 (2016).
135. Id.
136. Id.
137. Charlie Huveneers et al., Effects of an Electric Field on White Sharks: In Situ
Testing of an Electric Deterrent, 8 PLOS ONE 1, 1 (2013).
138. Daryl P. McPhee, A Comparison of Alternative Systems to Catch and Kill for
Mitigating Unprovoked Shark Bite on Bathers or Surfers at Ocean Beaches, 201 OCEAN
AND COASTAL MANAGEMENT 1, 5 (2021).
139. Kempster, supra note 134, at 16.
140. Huveneers, supra note 137, at 2.
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 255
a surfboard and create an electric field around the wearer.
141
One
experiment investigated whether a personal deterrent apparatus could keep
a great white shark away from static bait.
142
The scientists used chum
143
to
attract sharks to the test area, concluding that such heightened predatory
conditions would simulate a worst-case scenario for the divers.
144
The
results of that study revealed that personal shark deterrent devices can
reduce the already low chances of a shark bite by almost eighty percent.
145
Once electrical shark deterrent devices were proven to be effective on a
small scale, inventors and researchers turned their attention to larger
devices such as those that can be attached to boats
146
and, relevant to this
article, cables that create an exclusion area to protect beaches.
147
Aside from the discomfort experienced by sharks,
148
which is similar
to the changes in human sensitivity as one gets closer to a heat source,
149
there are no major negative impacts to other organisms. Marine mammals
and bony fishes do not have the same electrosensory organs and thus will
141. See, e.g., FREEDOM7, OCEAN GUARDIAN, https://ocean-guardian.com/
collections/dive-series/products/freedom7 [https://perma.cc/K74J-B79H] (last visited
Mar. 4, 2022); FREEDOM+ Surf, OCEAN GUARDIAN, https://ocean-guardian.com/
collections/surf/products/freedom-surf [https://perma.cc/9X7Y-BGTR] (last visited Mar.
4, 2022).
142. C.F. Smit & V. Peddemors, Estimating the Probability of a Shark Attach When
Using an Electric Repellant, 37 S. AFR. STAT. J. 59, 61 (2003).
143. Chum is a mixture of blood, bones, and other fish and animal parts deployed in the
water to attract sharks to a specific area. It is often used for shark fishing, shark diving, and
other tourism needs. See, e.g., Mary Bates, Is Chumming Leading to More Shark Attacks,
AM. ASSN FOR THE ADVANCEMENT OF SCIENCE (April 26, 2012),
https://www.aaas.org/chumming-leading-more-shark-attacks [https://perma.cc/6QUE-
M78Y].
144. Smit, supra note 142, at 77.
145. Id. at 76.
146. See, e.g., BOAT01, OCEAN GUARDIAN, https://ocean-guardian.
com/collections/boat/products/boat01 [https://perma.cc/2M67-RVB3] (last visited Mar. 4,
2022); LR1000, OCEAN GUARDIAN, https://ocean-guardian.com/pages/beach-series
[https://perma.cc/R3AL-NXRV] (last visited Mar. 4, 2022).
147. See, e.g., Corinne Iozzio, An Electric Fence Wards Off Sharks, SMITHSONIAN
MAGAZINE (Nov. 25, 2014), https://smithsonianmag.com/innovation/electric-fence-wards-
sharks-180953380/ [https://perma.cc/52YB-U8LD].
148. This comment is focused on the impacts of management methods for sharks;
however, it is important to note that this particular method would have a similar impact on
other elasmobranchs (skates and rays). See, e.g., Jennifer Langston, Proton-conducting
Material Found in Jelly that Fills Organs of Sharks, Skates, and Rays, UNIV. OF WASH.
NEWS (May 13, 2016), https://www.washington.edu/news/2016/05/13/proton-conducting-
material-found-in-jelly-that-fills-organs-of-sharks-skates-and-rays/
[https://perma.cc/28J8-6N8F].
149. Iozzio, supra note 147.
256 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
not be affected by the electromagnetic field created by such cables,
150
and
further, will not be restricted in movement nor at risk as bycatch.
Additionally, there is little danger to humans, although it is cautioned that
they may feel a slight tingle if they touch the exposed electrodes.
151
Overall, the benefits of the electric field as a deterrent, namely marine
conservation and minimization of shark interactions, outweigh the
potential disadvantages to humans.
Static magnets are an alternative to active electric fields with similar
effects that offer additional ecological benefits and protection from shark
interactions. The SharkSafe Barrier (SSB) is one example of an
apparatus that may successfully bar sharks from designated areas using
magnets combined with visual stimuli and minimal ecological impact.
152
The SSB is composed of magnets inside rows of low density plastic pipes
anchored to the ocean floor.
153
The pipes imitate high density kelp forests
which tend to be avoided by great white sharks, likely because kelp
impedes white shark hunting behaviors.
154
Numerous studies have been
conducted to determine the SSBs effectiveness at keeping sharks out of
designated areas with extremely positive results.
One study conducted in South Africa tested the ability to keep sharks
away from an area designed to be appealing to sharks.
155
The researchers
set up six regions (two regions for each of the three different designs): a
control area with no barrier whatsoever; a procedural control area that
utilized the kelp-like pipes but no magnets, and a magnetic area that
utilized a combination of kelp-like pipes and magnets placed at one-meter
intervals.
156
Researchers deployed chum in the water to attract sharks to
their location, and observed sharks behavior as they attempted to get
through the barriers to the chum.
157
The researchers observed a total of
sixty-three great white sharks during the experiment, with 256 entrances
150. See, e.g., McPhee, supra note 138, at 5; Iozzio, supra note 147.
151. Shark Repellant Cable, KWAZULU-NATAL SHARKS BOARD,
https://www.shark.co.za/Pages/SharkRepellentTechnology [https://perma.cc/SM63-
3CAW] (last visited Apr. 26, 2021). However, those who are pregnant or have pacemakers
should use caution and keep their distance from cables, as the electric field may have an
impact on their condition. McPhee, supra note 138, at 5.
152. Craig P. OConnell, et al., Effects of the Sharksafe Barrier on White Shark
(Carcharodon carcharias) behavior and its Implications for Future Conservation
Technologies, 460 J. EXPERIMENTAL MARINE BIOLOGY & ECOLOGY 37, 44 (2014).
153. Our Product, SHARKSAFE BARRIER, https://www.sharksafesolution.com/our-
product/ [https://perma.cc/4BLL-MSLY] (last visited Apr. 26, 2021).
154. Hammerschlag, supra note 19, at 4.
155. OConnell, supra note 152, at 38.
156. Id. at 39.
157. Id. at 40.
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 257
into the control area.
158
However, none of the sharks entered the procedural
control nor the magnetic regions, signaling that both visual and magnetic
stimuli were effective at manipulating the swimming patterns of
interacting [great white sharks].
159
The avoidance behaviors exhibited
suggest that the SSB is a feasible option for the protection of beaches, both
with and without the inclusion of magnets. However, researchers
suggested continuing the inclusion of the magnets in the barriers because
the combination provides the most protection from various shark
species.
160
Overall, the successful deterrence of sharks by the SSB makes
it a strong contender for implementation in Maine and Massachusetts.
The SharkSafe Barrier has numerous other benefits that further
support its use to protect beaches. First, the SSB is designed for longevity;
it is a maintenance-free apparatus that can withstand rough seas.
161
As part
of a test, the SSB has been successfully deployed in South Africa for a
period of two years without any upkeep or damage.
162
A device such as the
SSB, that requires minimal effort to maintain, will likely be enticing to
cities with tourism-heavy beaches because additional resources could still
be allocated to additional management strategies, such as volunteer shark-
spotting programs. Furthermore, the SSB has ecological benefits as an
artificial reef structure.
163
During the experiments in South Africa, the
Cape sea urchin, dwarf cushion star, African turban snail, and the black
sea cucumber were all observed dwelling in the SSB, proving it is a viable
habitat for numerous species.
164
Cape fur seals were also seen around the
barrier with no indications of attraction, irritation, or avoidance.
165
Finally, the cost of the barrier is fairly low, at about thirty-five dollars per
square meter.
166
In terms of long-term investment, the SSB is estimated to
be twenty times cheaper to maintain than meshing programs due to its low
158. Id. at 44.
159. Id.
160. Id.
161. SHARKSAFE BARRIER, supra note 153.
162. Id.
163. OConnell, supra note 152, at 43.
164. Id.
165. Id. at 44.
166. Rich Saltzberg, SharkSafe Barrier could protect local swimmers, MV TIMES (Oct.
12, 2018) https://www.mvtimes.com/2018/10/12/shark-safe-barrier-protect-local-
swimmers/ [https://perma.cc/TN47-9TST].
258 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
maintenance design.
167
Implementation is also relatively short-lived and
simple, as it took four divers only nine days to install 200 units.
168
In conclusion, the SharkSafe Barrier is a favorable option to protect
beachgoers from possible interactions with sharks. The SSB has been
highly successful in deterring sharks from entering designated areas. Its
non-lethal nature sets it apart from meshing and drumlines because the
SSB promotes shark conservation and has a minimal impact on other
species. Additionally, reliance on static magnets instead of an active power
source make it more enticing than the use of electric currents to generate
a field. Finally, the SSBs low cost and low maintenance highlight the
benefits of the long-term investment. Overall, the benefits of the
SharkSafe Barrier, and lack of drawbacks, make it the best option for
implementation in Maine and Massachusetts.
E. Volunteer and Other Control Measures
As analyzed earlier in this article, the publics perception of sharks
directly informs policies implemented for shark management. There is
also a direct correlation between ones perceived view of sharks and that
persons knowledge of sharks. By implementing volunteer measures and
corresponding educational programs, individuals within a community who
are directly involved with beach protection will have a better opportunity
to increase their understanding of the biology and behaviors of sharks,
which could result in a shift of the overall public perception.
Volunteer measures have a long history in beach protection programs,
as they were one of the first mechanisms implemented to protect beaches
from shark attacks. After the shark incidents in Australia during the early
1900s, individuals stood watch from lookout towers and participated in
surf lifesaving clubs.
169
These volunteer measures are still implemented
today and are highly effective at preventing immediate shark-human
interactions. For example, shark spotting programs are still active in Cape
167. Sharksafe Barrier, SOLAR IMPULSE FOUNDATION, https://solarimpulse.com/
efficient-solutions/sharksafe-barrier# [https://perma.cc/9537-PB2M] (last visited Apr. 26,
2021); see also Elasbé Brits, Eco-friendly Magnetic Shark Barrier Developed in South
Africa Could be Boost for Tourism and Jobs (Oct. 9, 2020),
https://www.dailymaverick.co.za/article/2020-10-09-eco-friendly-magnetic-shark-
barrier-developed-in-south-africa-could-be-boost-for-tourism-and-jobs/
[https://perma.cc/D8HS-Q4A2].
168. Brits, supra note 167.
169. Francis, supra note 39, at 14.
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 259
Town
170
and there is a push to implement drone surveillance at beaches
prone to shark interactions.
171
Similarly, locals in Massachusetts have
started a non-profit organization to test different types of shark
surveillance measures on Cape Cod beaches.
172
Aside from official volunteer measures, there are other ways to keep
the general population involved with and informed about shark science.
For example, the Atlantic White Shark Conservancy (AWSC), which is
based in Massachusetts, launched its Sharktivity app in 2016.
173
The app
allows users, including the public, researchers, and safety officials, to
upload sightings of great white sharks in real time.
174
The app provides
both confirmed and unconfirmed sightings, as well as detections of sharks
tagged with acoustic transmitters.
175
By allowing the general public to
upload their own sightings as well as access information regarding recent
sightings, the AWSC is effectively crowdsourcing critical data points on
where sharks are spotted so as to reduce encounters and promote safety.
176
Aside from the Sharktivity app, the AWSC is involved with other bather
protection research in conjunction with The Woods Hole Group to identify
effective technologies for the coast of Massachusetts.
One last important aspect of shark management is public education.
As one study noted, [a] well-informed public that understands an issue
and its potential solutions is in a stronger position to exert pressure on
170. See, e.g., About, SHARK SPOTTERS, https://sharkspotters.org.za/page/about/
[https://perma.cc/F67A-4EY6] (last visited Apr. 27, 2021).
171. See, e.g., Andrew Colefax et al., Lifeguards with Drones Keep Us (and Sharks)
Safe, and Beach-goers Agree, THE CONVERSATION (July 22, 2021, 1:28 AM),
https://theconversation.com/lifeguards-with-drones-keep-us-and-sharks-safe-and-beach-
goers-agree-142721 [https://perma.cc/DPF9-UXRV].
172. See CAPE COD OCEAN COMMUNITY, INC., https://www.capecod
oceancommunity.org [https://perma.cc/GQG5-HEGJ] (last visited Feb. 20, 2022).
173. Steve Annear, Shark Experts Launch Sharktivity App for Beachgoers, BOSTON
GLOBE (July 1, 2016), https://www.bostonglobe.com/metro/2016/07/01/shark-experts-
launch-sharktivity-app-for-beachgoers/d03RERXDOAG4M2KMZQYMIP/story.html
[https://perma.cc/LT8L-GV6M].
174. Meet Sharktivity Atlantic White Shark Sighting and Resource App, ATLANTIC
WHITE SHARK CONSERVANCY, https://www.atlanticwhiteshark.org/sharktivity-app
[https://perma.cc/6YBK-B932] (last visited Apr. 27, 2021) [hereinafter, Sharktivity].
175. Id. The Atlantic White Shark Conservancy has identified about 300 great white
sharks in the North Atlantic, however studies are still being conducted to obtain an official
population estimate. FAQs, ATLANTIC WHITE SHARK CONSERVANCY,
https://www.atlanticwhiteshark.org/white-shark-faqs [https://perma.cc/QFU5-QH2D]
(last visited Apr. 27, 2021).
176. Sharktivity, supra note 174.
260 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
policymakers to address environmental concerns.
177
Therefore, a
comprehensive understanding of shark behavior directly correlates with
positive perceptions of sharks and implementation of the least intrusive
means of management. Additionally, a public properly informed about the
risks of ocean swimming and shark encounters can make their own
assessment of whether they feel safe going in the water. Public education
can come from outreach efforts, such as those utilized by the AWSC,
178
or
be government backed. For example, Shark Smart is a program
implemented by the Western Australian government that runs a campaign
called Switch on Your Sea Sense.
179
The campaign focuses on shark bite
prevention by providing tips and actions that individual beachgoers can
take to feel safer in the water.
180
There are countless ways for local governments to provide protection
to their beaches. However, many of these methods are lethal to sharks and
other species, which can lead to reductions in local species populations.
As discussed in Part II, a loss of apex predators can cause the collapse of
entire fisheries and other instabilities throughout the ecosystem.
Therefore, the best strategies for shark control are non-lethal and non-
intrusive, leaving beachgoers protected without significantly impacting
sharks or the rest of the environment. Electromagnetic interference, such
as that provided by the SharkSafe Barrier, paired with volunteer work
and public education would achieve these goals. Thus, these are the actions
New England states should seek to use for beach protection.
IV. IMPLEMENTING SHARK MANAGEMENT POLICIES
As evidenced by this article, there are a variety of management options
available to minimize shark interactions at New England beaches. The
challenge that New England faces comes from the need for widespread
implementation and cooperation. To effectively manage the North
Atlantic great white shark population, New England states will have to
177. Laura A. Friedrich et al., Public Perceptions of Sharks: Gathering Support for
Shark Conservation, 47 MARINE POLY 1, 1 (2014).
178. The AWSC provides free school curriculums focused on shark science, as well as
general community education opportunities. White Shark Education, Programs, and
Resources. ATLANTIC WHITE SHARK CONSERVANCY, https://www.atlantic
whiteshark.org/shark-educational-programs [https://perma.cc/6MR6-N2JJ] (last visited
Apr. 27, 2021).
179. Shark Smart, Switch on Your Sea Sense, GOVT OF W. AUSTL. (Sep. 20, 2018),
https://www.sharksmart.com.au/staying-safe/sea-sense/ [https://perma.cc/MBS9-AX2M]
(last visited Apr. 27, 2021).
180. Id.
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 261
cooperate due to sharks highly migratory nature.
181
Therefore, the best
way to implement a shark interaction management team in New England
would be through a multi-state policy. Statutory implementation of a large-
scale shark research team has been successful elsewhere in the world. The
Sharks Board in KwaZulu-Natal, South Africa, is the perfect example.
The KwaZulu-Natal Sharks Board Maritime Centre of Excellence
(KZNSB) was initially established in 1962 to supervise the
implementation of shark control measures to protect the provinces
beaches.
182
In 1974, the organization took over the service and installation
of its meshing programs.
183
In 2008, the province of KwaZulu-Natal
passed legislation to expand the KZNSB to its current capacity.
184
The statute implementing the KZNSB is a very in-depth document
with three central pieces that could serve as an outline for New England
states. First, the statute establishes the objectives and responsibilities of
the KZNSB, including the research, development, and installation of
measures against shark encounters
185
while minimizing the economic
impact of such measures.
186
Second, the KZNSB provides educational
opportunities to the general public regarding shark awareness and the
importance of sharks to the ecosystem, as well as various tourism
opportunities for the region.
187
Finally, the statute identifies funding
prospects for the organization.
188
The endeavors of the KZNSB have been largely successful. There are
currently thirty-seven beaches along the coast of KZN that are protected
by meshing nets and drumlines.
189
Although these methods do not provide
absolute protections to beachgoers, only twenty-seven shark bites have
been recorded off the KZN coast since nets were first installed in the
1960s.
190
Additional measures implemented at protected beaches include
181. Clua, supra note 56, at 2.
182. History of Protection Against Shark Attack in KZN, KWAZULU-NATAL SHARKS
BOARD, https://www.shark.co.za/Pages/ProtectionSharks-History [https://perma.cc/5D
HW-C7W8] (last visited Apr. 27, 2021) [hereinafter, KZNSB History].
183. Id.
184. KwaZulu-Natal Sharks Board Act 05 of 2008 (S. Afr.).
185. Id. § 5(1)(a).
186. Id. §§ 4-5.
187. Overview, KWAZULU-NATAL SHARKS BOARD, https://www.shark.co.za/
Pages/AboutUs-Overview [https://perma.cc/GU9T-R6EN] (last visited Apr. 27, 2021)
[hereinafter, KZNSB Overview].
188. KwaZulu-Natal Sharks Board Act 05 of 2008 § 22 (S. Afr.).
189. Operations, KWAZULU-NATAL SHARKS BOARD, https://www.shark.co.za/
Pages/BatherProtection/ [https://perma.cc/AG9Z-Y8K8] (last visited Apr. 27, 2021)
[hereinafter, KZNSB Operations].
190. Id.
262 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
prohibiting swimming when a large shark is sighted in the immediate area,
as well as allowing individuals to participate in discretionary bathing
instead of seasonal swimming bans when the nets are removed from the
water.
191
As a result, a shark bite has not occurred at a KZN protected
beach since 1999.
192
These successes signal that a similar regime could be
effective in New England and other regions of the United States.
The United States is no stranger to regional ocean management. The
Magnuson-Stevens Act (MSA), a statutory regime originally passed in
1976 and later amended in 1996 and 2007, served two functions: (1) to
establish an Exclusive Economic Zone (EEZ) between three and 200 miles
off the coast of each State,
193
and (2) develop fisheries management plans
to foster[] the long-term biological and economic sustainability of marine
fisheries.
194
To accomplish the latter goal, the MSA established eight
regional fisheries management councils across the U.S.,
195
each with the
responsibility of establishing a fishery management plan for species
harvested in its region, including setting catch limits, establishing
accountability measures, and developing research priorities.
196
Although
each council is responsible for its own EEZ, there is some overlap between
regions that fish from the same stock; for example, the New England
Council and the Mid-Atlantic Council work together to manage the spiny
dogfish and monkfish fisheries.
197
Fisheries management plans,
implemented in accordance with the MSA, have been largely successful
191. Id.
192. FAQ, KWAZULU-NATAL SHARKS BOARD, https://www.shark.co.za/Pages/FAQ
[https://perma.cc/PEN9-TJEF] (last visited Apr. 27, 2021).
193. 16 U.S.C. § 1802(40) (2007). Within the EEZ, the U.S. has sovereign rights for
the purpose of exploring, exploiting, conserving, and managing natural resources, whether
living and nonliving, of the seabed and subsoil and the superjacent waters with regard to
other activities for the economic exploitation and exploration of the zone, such as the
production of energy from the water, currents, and winds. What is the EEZ?, NOAA,
https://oceanservice.noaa.gov/facts/eez.html [https://perma.cc/294J-JAVW] (last visited
Apr. 27, 2021).
194. Laws & Policies: Magnuson-Stevens Act, NOAA FISHERIES,
https://www.fisheries.noaa.gov/topic/laws-policies [https://perma.cc/J3ZY-D8AL] (last
visited Apr. 27, 2021).
195. 16 U.S.C. § 1852(a)(1) (2007). The eight councils exist in: New England, Mid-
Atlantic, South Atlantic, Caribbean, Gulf of Mexico, Pacific, North Pacific, and Western
Pacific.
196. U.S. Regional Fishery Management Councils, at 1,
https://s3.amazonaws.com/nefmc.org/2019-05-15_RFMC-Overview_UPDATED_
FINAL.pdf [https://perma.cc/Q78T-X9HN].
197. Mid-Atlantic Fishery Management Council, U.S. REGL FISHERY MGMT COUNCILS,
http://www.fisherycouncils.org/mid-atlantic [https://perma.cc/56A6-FPDV] (last visited
Apr. 27, 2021).
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 263
with ending and preventing overfishing in federally-managed fisheries,
actively rebuilding stocks, and providing fishing opportunities and
economic benefits for both commercial and recreational fishermen as well
as fishing communities and shoreside businesses that support fishing and
use fish products.
198
The efforts by the KZNSB to protect beaches from shark interactions,
as well as the management of natural resources located in the EEZ through
the MSA, signal that regional regimes are a successful mechanism for
large scale cooperation and conservation. A regional-based statute,
whether enacted federally or amongst a group of states, could be highly
effective in protecting the public on a large scale while conserving shark
populations.
Aside from the success exemplified by other regimes, another
rationale for supporting the implementation of such policies is the
protection of local governments from people injured in shark encounters.
Although there are statutes in place to protect public entities from personal
injury torts,
199
liability is a determination for the fact-finder and, therefore,
such cases could make their way into court. Previous cases indicate that
prior knowledge of a possible shark interaction could provide a basis for
recovery. For example, in one case, a court ruled that there was no duty to
warn or guard beachgoers from a shark attack when there was nothing to
indicate that the city had knowledge of a shark hazard.
200
In Wamser v.
City of St. Petersburg, a young boy was bitten by a shark at a beach
operated by the city of St. Petersburg, Florida.
201
The boy and his father
brought suit against the city seeking tort damages for a failure to warn,
indicating that they knew sharks inhabited the Gulf of Mexico, but were
not warned that sharks inhabited that beach area itself.
202
The court ruled
that [i]n the absence of reasonable foreseeability of the danger, there was
no duty on the part of the city to guard an invitee against an attack by an
animal Ferae naturae, or to warn of such an occurrence.
203
Additionally,
198. About the Magnuson-Stevens Act (MSA), U.S. REGL FISHERY MGMT COUNCILS
http://www.fisherycouncils.org/about-the-msa [https://perma.cc/G5EH-E7AY] (last
visited Apr. 27, 2021).
199. See, e.g., 14 M.R.S.A. § 8103 (2020) (Except as expressly authorized by statute,
all governmental entities shall be immune from suit on any and all tort claims seeking
recovery of damages.).
200. Wamser v. City of St. Petersburg, 339 So.2d 244, 246 (1976).
201. Id. at 245.
202. Id.
203. Id. at 246.
264 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
because its beach did not have a history of attacks, the city did not have a
duty to inquire into the frequency of shark sightings into the area.
204
That court announced a rule that generally the law does not require
the owner or possessor of land to anticipate the presence of or guard an
invitee against harm from animals Ferae naturae unless such owner or
possessor has reduced the animals to possession, harbors such animals, or
has introduced onto his premises wild animals not indigenous to the
locality.
205
While the amount of litigation surrounding shark bites is
scarce, this rule provides some insight into what New England courts may
face if such a case arises. A plaintiff could argue that shark bites in the
New England area were foreseeable, based on recent sightings as well as
fatal and non-fatal interactions, and therefore a city should be held liable
for resulting injuries. However, implementing shark management
equipment would provide an extra layer of protection, as public entities
could argue that they have taken the maximum number of acceptable
precautions. As noted above, shark management programs are not always
one-hundred percent effective, and therefore beachgoers would still be
assuming a certain level of risk by entering the water.
V. NEXT STEPS: POLICY RECOMMENDATIONS FOR NEW ENGLAND
Thus far, this article has explored the relationship between shark
perceptions and policy implementations, various technologies used in
shark management around the world, and statutory regimes used to
manage oceanic resources. Now, the article uses that cumulative
information to make recommendations for action to be taken in the New
England area.
The first and most effective step would be to adopt a statutory regime
that establishes a council, board, or committee and includes
representatives from each New England state. To achieve the highest level
of involvement and the widest array of opinions, the council should
include politicians, citizens, fishermen, and scientists. The focus of the
council should be the research and long-term implementation of shark
management technologies on public beaches. Based on the review of some
possible strategies, New Englands best course of action is to invest in an
electromagnetic deterrence system. More specifically, New England states
should implement the SharkSafe Barrier at highly trafficked beaches.
There are numerous reasons why this method is superior to others.
204. Id.
205. Id.
2022] NEW ENGLAND SHARK CONTROL MANAGEMENT 265
First, electromagnetic deterrence is a non-lethal strategy, making it the
least invasive method of control. Because sharks are vital to a balanced
ecosystem, any technologies used should cause the least harm to the shark
population. Electromagnetic deterrence achieves this goal as a non-lethal
measure and, in turn, promotes shark conservation. Second,
electromagnetic interference has the lowest ecological impact. Because it
mimics a kelp forest, it can be a suitable habitat for numerous species.
Additionally, the magnetic field would not negatively affect ocean
mammals commonly found in New England waters, such as seals, because
the ampullae of Lorenzini are unique to sharks and other elasmobranchs.
Finally, the SharkSafe Barrier presents the most financially feasible
option, with a low price tag, little manual labor, and minimal future
maintenance.
The second goal of the established council should be widespread shark
education for the public. This education initiative could be established
several ways. For example, adequate signage should be posted at beaches
explaining when swimmers should avoid the water and why. Small groups
of volunteers can be sent out to beaches to educate the public on shark
behavior and serve as shark spotters. Finally, shark bite response trainings
can be implemented into first aid classes for lifeguards or other interested
members of the public, increasing the chances of survival in the event a
shark bite occurs.
However, should states fail to pass legislation implementing a council
dedicated to shark control, states should still establish a council or pass
other legislation that makes shark education a central value for New
Englanders. Investing in a well-informed public will lead to a positive
perception of sharks, which in turn will promote shark conservation, which
could result in positive shark policies in the future.
CONCLUSION
With great white shark sightings and encounters on the rise, it is the
perfect time for New England states to implement methods of shark
management along their beaches. Throughout history, fear of sharks and
subsequent lethal control measures have been positively correlated.
However, the loss of apex predators in our ocean ecosystem has
detrimental effects. Promoting volunteer involvement and establishing
extensive public education campaigns could potentially shift New
Englanders to a conservation-based mindset, thus pressuring local policy-
makers to implement non-lethal and non-intrusive control measures.
Legislatures should invest in electromagnetic interference technology,
such as the SharkSafe Barrier, which prevents sharks from entering
266 OCEAN AND COASTAL LAW JOURNAL [Vol. 27:1&2
beach areas without any resulting shark deaths or unintended bycatch,
thereby making it the most eco-friendly solution. Further, this mechanism
is financially efficient and does not require long-term maintenance. These
benefits, along with a decrease in shark encounters and the protection of
swimmers, make electromagnetic deterrence the best practice in shark
control management strategies.