Below please find a link which contains my final MREM project report, which is titled Seafood Ecolabels: For Whom and to What Purpose.
https://sites.google.com/site/mremprojectreportkaitlanlay/
If there are any comments please send them my way!
Luna the Whale
Although Ryan Reynolds does not have the best voice for narration, it should still be an interesting watch.
Sad News: Death of a Great White Shark
Labels:
finning,
fisheries,
ocean,
shark
Taken from: http://montereybayaquarium.typepad.com/sea_notes/2011/11/sad-news-death-of-a-great-white-shark.html
We're saddened to announce that the young great white shark we released on October 25 off the coast of southern California has died. This is a very difficult day for all of us at the Monterey Bay Aquarium, and for everyone who saw and cared about this animal.
Unfortunately, according to data from the tracking tag he carried, the shark died shortly after he was released.
"Our Husbandry team is unrivaled in its knowledge of young great white sharks, and I’m so proud of the passion and dedication they demonstrate each day," said aquarium Managing Director Jim Hekkers. "This is a difficult time for all of us –- and especially for the team members who devoted so much attention and care to an animal that had such a powerful impact on the attitudes of our visitors toward conservation of ocean wildlife."
While this is a setback, in the weeks to come, our white shark team will review its procedures and protocols to see if there are any changes we should consider so we can continue to do what we do best: give our animals exceptional care and, through our living exhibits, inspire visitors from around the world to care about –- and care for -– ocean wildlife.
Right now, while we are shocked and saddened by this loss of this shark, we remain fully committed to our white shark work.
Five other great white sharks have been successfully returned to the wild after spending periods between 11 days and six-and-a-half months at the aquarium. One other animal –- a small shark that fed only once during its 11 days on exhibit –- was also transported south to Goleta for release. Four other sharks were released in Monterey Bay.
Tracking data from all five sharks confirmed they survived their release, though one of the sharks died four months later in a fisherman’s net in Baja California.
Exhibit of young great white sharks is one element of Project White Shark, our work with research colleagues to learn more about white sharks in the wild as well as to inspire visitors to become advocates for shark conservation by bringing them face to face with sharks on exhibit.
In the past decade, we've allocated nearly $2 million toward studies of adult and juvenile great white sharks in the wild –- research aimed at better understanding and protecting white shark populations.
18 million tonnes of tsunami debris drifting to B.C.
http://www.cbc.ca/news/world/story/2011/10/25/japan-tsunami-debris.html
Genetically Modified Salmon in the News
Labels:
fish,
fisheries,
seafood
Introduction:
Genetically modified foods (GM foods) first appeared on the market in the early 1990’s. As stated by the World Health Organization: “genetically modified organisms (GMOs) can be defined as organisms in which the genetic material (DNA) has been altered in a way that does not occur naturally… It allows selected individual genes to be transferred from one organism into another, also between non-related species” (2011). The first commercially grown GM food released for public consumption was the FlavrSavr tomato, which “tests showed… picked ripe from the vine, had an unusually long shelf life. After three or four weeks at room temperature they essentially looked and felt as if they had just been picked, whereas ordinary vine-ripened tomatoes were noticeably shrivelled and rotting” (Martineau, 2001). Since the introduction of GM crops many farmers have come to rely on biotech crops in place of conventional crops (ISAAA, 2009). According to the ISAAA, in 2009 “a record 14 million farmers, in 25 countries, planted 134 million hectars of biotech crops”(Slide 9). Developed countries have become heavily dependent on GM foods, with “more than half the crops grown in the U.S., including nearly all the soybeans and 70% of the corn, being genetically modified” (Hindo & Schneyer, 2007). It was not until recently that the issue of commercially grown GM animals began to appear in the news. The production of ‘Enviropigs’, ‘AquAdvantage’ salmon, GM goats that produce human breast milk and chickens who’s eggs contain proteins for cancer-fighting drugs (Belluz, 2010) has created a greater divide between critics and supporters of GM foods. Supporters suggest that GM animals will help alleviate the pressures of global food demand for our worlds’ ever growing population. While critics claim that the GM animals pose risks not only to the natural environment but also to human health. AquaBounty’s genetically modified Atlantic salmon has added DNA from Chinook salmon and ocean pout, which causes the fish to grow twice as fast as regular Atlantic salmon. The company claims that the GM salmon will be grown at inland facilities and that they are reproductively sterile (AquaBounty, 2011). The discussion surrounding AquaBounty’s AquAdvantage salmon is critical in the discussion of GM animals, as it has already gone through hearings regarding its approval for sale from the FDA and would have been the first GM animal to be approved for human consumption. This paper will explore the information that was provided to the public through newspapers and news clips, before, during, and after the hearings regarding the approval of GM Atlantic salmon.
Purpose:
The purpose of this media analysis is to explore the information that was provided to the general public through newspapers and news clips, surrounding the hearings regarding the approval of GM Atlantic salmon. The analysis was also used to identify the themes that appeared in the articles as well as the timing of those articles. The final objective of the analysis was to uncover any underlying messages that the media was inadvertently sending the public regarding the issue.
Major Findings:
Some of the major findings that were uncovered during the media analysis were that journalists writing stories on the issue of GM salmon heavily relied upon key informants to construct the articles. Many of these informants had very opposing view points, which in most cases required the journalists to include both sides of the story to create a ‘neutral’ viewpoint. Coverage of the issue was heightened during the two days of hearings, which included the FDA, AquaBounty, and critics. It was also found that there were a number of themes that were used consistently throughout the reporting, which assisted with the development of the stories as well as creating interest in the issue.
Methodology:
For the media analysis of Aquabounty’s GM salmon a list of search terms was first developed. As there are a variety of terms used in relation to the GM fish and its surrounding issues, a list of the five most common labels was created (Genetically Modified Salmon, GM Salmon, AquaBounty, AquaAdvantage, Frankenfish). These search terms were used to obtain appropriate articles from both national and international news sources. The articles were found through the use of search engines of electronic databases such as Lexis Nexis, Google News and Google. The search provided ten articles and two television news clips from news outlets such as CBC News, CTV, ABC News, The Ecologist, The Globe and Mail, The Toronto Star, Huffington Post, The Observer, Aljazeera, PBS and The Independent.
Topic Analysis
When the stories ran:
Hearings regarding the approval of sale of genetically modified salmon began on September 19th 2010 and concluded on September 20th 2010. AquaBounty, the FDA and critics presented their findings to an advisory committee on September 20th. The committee then advised the FDA on whether to approve the sale of the GM fish. There was some coverage of the GM salmon issue prior to the hearing, with most of these articles providing the general public with a broad overview of the issue as well as opinions from opposing parties. However, most coverage of the GM salmon issue occurred on the same day as the final day of hearings, September 20th, 2010. These articles focus on the inability of the panel to come to a final conclusion regarding the sale of GM salmon. The articles also attempt to portray the frustrations of both the advocates and critics of the GM salmon surrounding the decision. The articles that were released after the hearing focused more on the issue of the labelling of GM animals as well as the uncertainty of future decisions regarding the approval of the salmon.
Where the stories ran:
Most of the GM salmon articles that appeared in the papers would be classified as news pieces, as they were generally straightforward stories that reported on the latest events surrounding the issue. The collection of articles that was assembled for the media analysis represent a national and international interest in the issue as the selected media came from Canada, the U.S., and Europe. The stories that ran regarding GM salmon appeared in a variety of sections in the papers. Depending on the angle the journalist approached the story from, the articles were in sections such as: Health, Food, Green, Canada, PEI, News in Brief, and In Focus. The array of sections that the articles appeared in shows the complexity of the issue as it affects numerous aspects of the public’s everyday life. The Toronto Star article “Genetically modified salmon is ready for dinner” appeared in the ‘Food’ section. This article may cause the reader to focus on the issues regarding the consumption of the GM salmon and its possible effects on the human body. The Huffington Post article “Genetically modified salmon hearing begins” appeared in the ‘Green’ section, which could cause the reader to focus on issues surrounding the environmental implications that may occur if the GM salmon was approved for commercial sale.
Categories:
The categories that appeared in the GM salmon articles included: the global food crisis, human health risks, environmental risks, labelling of GM foods, and GM salmon opening the door for other commercial GM animals. The issue of the global food crisis frequently appeared in the articles with AquaBounty arguing that the GM salmon will help feed more people as the salmon could be farmed closer to population centers. This topic was usually followed with the argument that the GM salmon would also help alleviate pressures on wild salmon population. The topic of human health risks was argued from both sides, with critics claiming that there are too many health risks that could possibly be associated with GM salmon and supporters claiming that no health risks exist because the GM salmon is no different from regular salmon. Environmental risks was another topic that was argued from both sides, with the supporters claiming that the environmental risks would be minimal because AquaBounty has put safeguards in place (sterile fish and land base farming), while those who oppose GM salmon state that the possibility exists for some of the fish to be able to reproduce and escape into the wild. The issue of labelling was a large topic in many of the articles that appeared after the hearings. AquaBounty claims that it is unnecessary to label the GM salmon due to the fact that they are the ‘same’ as regular salmon; whereas critics claim that the public has a right to know if they are purchasing GM animals. The final category of GM salmon opening the door for other GM animals was a topic that was discussed consistently through the articles, as it is seen as a positive step for AquaBounty and similar companies, while for critics it is seen as a threat to consumer rights. Through the diversity of these topics reporters were able to focus on a variety of issues that surround GM salmon. However, many of these categories required the reporters to rely on specific sources, such as scientists, environmentalists, and the company itself, which can cause biased information to appear in the article that needs to be countered with information from alternative sources. This is why in many of the articles regarding GM salmon journalists include quotes and information from all sides: critics, advocates and government.
Framing Analysis:
Some of the frames that were used during the reporting of GM salmon were:
The big bad company: Many of the stories were framed with the idea that AquaBounty, the company responsible for the creation of GM salmon and who was pressing for FDA approval, was the big bad company who had come to change the way we produce our meat. In many of the articles critics accuse AquaBounty of withholding proprietary information concerning the GM salmon. The company also takes the fall for trying to open the doors for approval of other GM animals, such as pigs and goats. This frame is an easy one to apply to the issue of GM animals, as a large portion of the public have already formed opinions on GMOs in the wake of companies such as Monsanto. In using this frame, reporters create an image of the large corporation who is only concerned with money, power, and having no regard for the environment or human health.
Eco-warriors: The inclusion of the environmental activist was an important frame for many of the articles. In the stories that used this frame, there was a sense that the small consumer and environmental groups were battling against the company and the government to assert the rights of the general public. This frame carries positive associations of a fighter, the search for truth, and looking out for one another.
GM foods are evil: Negative connotations have surrounded GM foods since they were first discussed. The unnaturalness of GM foods in some cases is presented as evil and that they do more harm than good. This frame is used in the articles in which the critics of GM salmon are a main focus, as it pushes the idea that these altered animals are not fit for human consumption.
Government/ FDA decision making: Many of these stories were framed with the idea that both the American and Canadian Governments were inadequately addressing the issues and concerns of the critics and general public concerning GM salmon. Before the hearings had begun and without all of the information and evidence the FDA made the statement that ‘GM salmon are safe to eat’, which indicates that the FDA was trying to assure Americans that it was unnecessary to be concerned about eating GM salmon. However, the statement may have done the exact opposite, causing more people to question how the FDA could make such a statement without the proper information. In using this frame reporters present the idea that the government is on the side of the company and that it is an uphill battle for those concerned with the approval of GM animals.
Spokesperson Analysis:
In many of the articles covering GM salmon, quotes were used to argue both sides of the issue, critics and supporters of the approval. In the analysis of the articles it was found that critics of the approval were quoted most often and that there was a larger pool of spokespeople discussing the possible negative impacts the GM salmon may introduce. The critic’s quotes were taken from an array of nonprofit organizations, each of which have varying missions but take the same position when discussing GM animals. Wenonah Hauter, the Executive Director of Food and Water Watch, was quoted in a number of articles in which she focused on consumer rights and the food supply. Most of the quotes from GM salmon critics focused on the uncertainty that surrounds GM salmon in terms of human health, environmental risks, as well as the lack of data. The critics have also come up with the catchy name ‘Frankenfish’ to refer to GM salmon, which has become a favourite reference to GM salmon for journalists.
Ron Stotish, the Chief Executive Officer at AquaBounty was quoted in almost all of the articles. Stotish’s quotes have a very convincing tone, but in the end many of the comments come off as unbelievable, for example: “This fish is identical to the traditional food”. He consistently used the terms ‘conventional’ and ‘traditional’, to refer to regular Atlantic salmon, which creates the divide between GM salmon and regular salmon, which AquaBounty was trying so hard to eliminate.
The quotes from both critics and the advocates of GM salmon contained charged language that was sure to grab the attention of the readers and made it easy for the journalists to set the tone for the article. Quotes from the critics often contained negative fearful language such as: dangerous, uncertain, unpredictable, irreversible consequences, outrageous, slippery slope and flimsy science. Whereas the quotes from the advocates contained positive, enthusiastic language such as: sky’s the limit, solution, identical, reducing environmental footprint and mitigating the impending global food shortage.
The FDA’s statement of GM salmon being “as safe to eat as food as other Atlantic salmon” was one of the most frequently referred to statements throughout the articles. This statement influenced headlines: “Engineered-in-Canada salmon declared fit for the dinner plate” (The Globe and Mail) and was used alongside many supporting arguments of the GM salmon advocates. The FDA, being the final decision maker on GM salmon made this untimely comment that was used by journalists as a way of showing the FDA supporting the GM salmon a head of the legal hearings.
Members of the public and academics were quoted least often. The limited inclusion of academic quotations was odd, since some of the experimental GM animals are products of university research, for example the ‘Enviropig’ at the University of Guelph. The minimal inclusion of quotations from the general public on the other hand seemed appropriate, as these news articles were some of the first bits of information disseminated to the public and therefore it would have been ill advised to include uninformed quotations from the public in an informative article.
Conclusion and Recommendations:
The GM salmon media analysis shows that story coverage increased at the time of heightened controversy, which was in response to the two day hearing that took place on September 19th and 20th 2010. This suggests that the majority of journalists assumed the story to be of low interest until the salmon were very close to the public’s dinner plate. It also indicates that many journalists write stories that they view as newsworthy, and not as a way of informing the public. If stories regarding the GM salmon had been written earlier, perhaps there would have been the same level of public outcry and the issue may have seen a different outcome.
The analysis also suggests that many of the journalists relied heavily on key informants and that they were quite selective with the quotations that they included in the articles. The bulk of the quotations came from AquaBounty’s Ron Stotish and to counter these ideas, quotes from environmental groups were included. It would have been interesting had the journalists included some neutral information from scientists regarding the possible positive or negative outcomes of the GM salmon. It is hard for the public to accept information from an article that offers two very conflicting ideas without any neutral ground.
References
AquaBounty Technologies. (2011). AquaAdvantage Fish. Retrieved from http://www.aquabounty.com/products/products-295.aspx
Bellus, J. (2010, October 25). Green eggs and ham: Are genetically modified animals the solution to the environmental problem of a growing market for meat? Maclean’s, 123(41), 72.
Carollo, K. (2010, September 20). Surprise: FDA panel unable to reach conclusion on genetically modified salmon. ABC News. Retrieved from http://abcnews.go.com/Health /WellnessNews/fda-unable-reach-conclusion-genetically-modified-salmon/story?id=11682586
CBC News. (2010, September 21). Labels for GM salmon debated in U.S. CBC News. Retrieved from http://www.cbc.ca/canada/prince-edward-island/story/2010/09/21/con-salmon-hearing.html
CBC News. (2010, November 22). GM salmon analysis a secret, groups complain. CBC News. Retrieved from http://www.cbc.ca/canada/prince-edward-island/story/2010/11/22/pei-aquabounty-environment-assessment-584.html
Connor, S. (2010, September 22). Coming to the human food chain: GM salmon that grows and grows; A landmark in genetic modification is provoking fierce reactions. The Independent. Retrieved from https://www.lexisnexis.com/hottopics/lnacademic/
CTV News Staff. (2010, September 16). P.E.I. groups oppose genetically modified salmon. CTV News. Retrieved from http://www.ctv.ca/CTVNews/Canada/20100916/genetically-modified-salmon-100916/
Doward, J. (2010, September 26). The food debate: Will this GM salmon herald a revolution that changes what we eat forever? Observer. Retrieved from https://www.lexisnexis.com /hottopics/lnacademic/
Martineau, M. (2001). Food Fight. Sciences, 41(2), 24-29.
Hindo, B. & Schneyer, J. (2007, December 17). Monsanto winning the ground war. Business week, 4063, 34-38.
Huffington Post. (2010, September 20). Genetically modified salmon hearings begin. Huffington Post. Retrieved from http://www.huffingtonpost.com/2010/09/20/gm-salmon-fda-hears-argum_n_731224.html
International Service for the Acquisition of Agri-biotech Applications (ISAAA). (2009). Global Status of Commercialized Biotech/GM Crops: 2009. Retrieved from http://www.isaaa.org/ resources/publications/briefs/41/pptslides/default.asp
Jordan, R. (2010, September 21). US debates genetically modified salmon. Al Jazeera. Retrieved from http://english.aljazeera.net/video/americas/2010/09/2010921251677603.html
Kopun, F. (2010, September 8). Genetically modified salmon is ready for dinner. Toronto Star. Retrieved from http://www.thestar.com/living/food/article/857935--genetically-modified-salmon-is-ready-for-dinner
Leeder, J. (2010, September 4). Engineered-in-Canada salmon declared fit for the dinner plate. Globe and Mail. Retrieved from http://www.theglobeandmail.com/news/national/ engineered-in-canada-salmon-declared-fit-for-the-dinner-plate/article1696212/
MacNeil/Lehrer. (Producer). (2010, September 20). How safe would genetically modified salmon be to eat? (PBS News Hour). Arlington, VA: PBS.
Scott-Thomas, C. (2010, September 21). No recommendation on GM salmon after hearings. Food Quality News. Retrieved from http://www.foodqualitynews.com/Public-Concerns/No-recommendation-on-GM-salmon-after-hearings
The Ecologist. (2010, September 22). US delays approval for fast-growing GM salmon. The Ecologist. Retrieved from http://www.theecologist.org/News/news_round_ up/605861/us_delays_approval_for_fastgrowing_gm_salmon.html
World Health Organization. (2011). Food Safety: 20 questions on genetically modified foods. Retrieved from http://www.who.int/foodsafety/publications/biotech/20questions/en/
This media analysis was written for my Sociopolitical Dimensions of Resource and Environmental Management class last semester.
Genetically Modified Salmon in the News
Introduction:
Genetically modified foods (GM foods) first appeared on the market in the early 1990’s. As stated by the World Health Organization: “genetically modified organisms (GMOs) can be defined as organisms in which the genetic material (DNA) has been altered in a way that does not occur naturally… It allows selected individual genes to be transferred from one organism into another, also between non-related species” (2011). The first commercially grown GM food released for public consumption was the FlavrSavr tomato, which “tests showed… picked ripe from the vine, had an unusually long shelf life. After three or four weeks at room temperature they essentially looked and felt as if they had just been picked, whereas ordinary vine-ripened tomatoes were noticeably shrivelled and rotting” (Martineau, 2001). Since the introduction of GM crops many farmers have come to rely on biotech crops in place of conventional crops (ISAAA, 2009). According to the ISAAA, in 2009 “a record 14 million farmers, in 25 countries, planted 134 million hectars of biotech crops”(Slide 9). Developed countries have become heavily dependent on GM foods, with “more than half the crops grown in the U.S., including nearly all the soybeans and 70% of the corn, being genetically modified” (Hindo & Schneyer, 2007). It was not until recently that the issue of commercially grown GM animals began to appear in the news. The production of ‘Enviropigs’, ‘AquAdvantage’ salmon, GM goats that produce human breast milk and chickens who’s eggs contain proteins for cancer-fighting drugs (Belluz, 2010) has created a greater divide between critics and supporters of GM foods. Supporters suggest that GM animals will help alleviate the pressures of global food demand for our worlds’ ever growing population. While critics claim that the GM animals pose risks not only to the natural environment but also to human health. AquaBounty’s genetically modified Atlantic salmon has added DNA from Chinook salmon and ocean pout, which causes the fish to grow twice as fast as regular Atlantic salmon. The company claims that the GM salmon will be grown at inland facilities and that they are reproductively sterile (AquaBounty, 2011). The discussion surrounding AquaBounty’s AquAdvantage salmon is critical in the discussion of GM animals, as it has already gone through hearings regarding its approval for sale from the FDA and would have been the first GM animal to be approved for human consumption. This paper will explore the information that was provided to the public through newspapers and news clips, before, during, and after the hearings regarding the approval of GM Atlantic salmon.
Purpose:
The purpose of this media analysis is to explore the information that was provided to the general public through newspapers and news clips, surrounding the hearings regarding the approval of GM Atlantic salmon. The analysis was also used to identify the themes that appeared in the articles as well as the timing of those articles. The final objective of the analysis was to uncover any underlying messages that the media was inadvertently sending the public regarding the issue.
Major Findings:
Some of the major findings that were uncovered during the media analysis were that journalists writing stories on the issue of GM salmon heavily relied upon key informants to construct the articles. Many of these informants had very opposing view points, which in most cases required the journalists to include both sides of the story to create a ‘neutral’ viewpoint. Coverage of the issue was heightened during the two days of hearings, which included the FDA, AquaBounty, and critics. It was also found that there were a number of themes that were used consistently throughout the reporting, which assisted with the development of the stories as well as creating interest in the issue.
Methodology:
For the media analysis of Aquabounty’s GM salmon a list of search terms was first developed. As there are a variety of terms used in relation to the GM fish and its surrounding issues, a list of the five most common labels was created (Genetically Modified Salmon, GM Salmon, AquaBounty, AquaAdvantage, Frankenfish). These search terms were used to obtain appropriate articles from both national and international news sources. The articles were found through the use of search engines of electronic databases such as Lexis Nexis, Google News and Google. The search provided ten articles and two television news clips from news outlets such as CBC News, CTV, ABC News, The Ecologist, The Globe and Mail, The Toronto Star, Huffington Post, The Observer, Aljazeera, PBS and The Independent.
Topic Analysis
When the stories ran:
Hearings regarding the approval of sale of genetically modified salmon began on September 19th 2010 and concluded on September 20th 2010. AquaBounty, the FDA and critics presented their findings to an advisory committee on September 20th. The committee then advised the FDA on whether to approve the sale of the GM fish. There was some coverage of the GM salmon issue prior to the hearing, with most of these articles providing the general public with a broad overview of the issue as well as opinions from opposing parties. However, most coverage of the GM salmon issue occurred on the same day as the final day of hearings, September 20th, 2010. These articles focus on the inability of the panel to come to a final conclusion regarding the sale of GM salmon. The articles also attempt to portray the frustrations of both the advocates and critics of the GM salmon surrounding the decision. The articles that were released after the hearing focused more on the issue of the labelling of GM animals as well as the uncertainty of future decisions regarding the approval of the salmon.
Where the stories ran:
Most of the GM salmon articles that appeared in the papers would be classified as news pieces, as they were generally straightforward stories that reported on the latest events surrounding the issue. The collection of articles that was assembled for the media analysis represent a national and international interest in the issue as the selected media came from Canada, the U.S., and Europe. The stories that ran regarding GM salmon appeared in a variety of sections in the papers. Depending on the angle the journalist approached the story from, the articles were in sections such as: Health, Food, Green, Canada, PEI, News in Brief, and In Focus. The array of sections that the articles appeared in shows the complexity of the issue as it affects numerous aspects of the public’s everyday life. The Toronto Star article “Genetically modified salmon is ready for dinner” appeared in the ‘Food’ section. This article may cause the reader to focus on the issues regarding the consumption of the GM salmon and its possible effects on the human body. The Huffington Post article “Genetically modified salmon hearing begins” appeared in the ‘Green’ section, which could cause the reader to focus on issues surrounding the environmental implications that may occur if the GM salmon was approved for commercial sale.
Categories:
The categories that appeared in the GM salmon articles included: the global food crisis, human health risks, environmental risks, labelling of GM foods, and GM salmon opening the door for other commercial GM animals. The issue of the global food crisis frequently appeared in the articles with AquaBounty arguing that the GM salmon will help feed more people as the salmon could be farmed closer to population centers. This topic was usually followed with the argument that the GM salmon would also help alleviate pressures on wild salmon population. The topic of human health risks was argued from both sides, with critics claiming that there are too many health risks that could possibly be associated with GM salmon and supporters claiming that no health risks exist because the GM salmon is no different from regular salmon. Environmental risks was another topic that was argued from both sides, with the supporters claiming that the environmental risks would be minimal because AquaBounty has put safeguards in place (sterile fish and land base farming), while those who oppose GM salmon state that the possibility exists for some of the fish to be able to reproduce and escape into the wild. The issue of labelling was a large topic in many of the articles that appeared after the hearings. AquaBounty claims that it is unnecessary to label the GM salmon due to the fact that they are the ‘same’ as regular salmon; whereas critics claim that the public has a right to know if they are purchasing GM animals. The final category of GM salmon opening the door for other GM animals was a topic that was discussed consistently through the articles, as it is seen as a positive step for AquaBounty and similar companies, while for critics it is seen as a threat to consumer rights. Through the diversity of these topics reporters were able to focus on a variety of issues that surround GM salmon. However, many of these categories required the reporters to rely on specific sources, such as scientists, environmentalists, and the company itself, which can cause biased information to appear in the article that needs to be countered with information from alternative sources. This is why in many of the articles regarding GM salmon journalists include quotes and information from all sides: critics, advocates and government.
Framing Analysis:
Some of the frames that were used during the reporting of GM salmon were:
The big bad company: Many of the stories were framed with the idea that AquaBounty, the company responsible for the creation of GM salmon and who was pressing for FDA approval, was the big bad company who had come to change the way we produce our meat. In many of the articles critics accuse AquaBounty of withholding proprietary information concerning the GM salmon. The company also takes the fall for trying to open the doors for approval of other GM animals, such as pigs and goats. This frame is an easy one to apply to the issue of GM animals, as a large portion of the public have already formed opinions on GMOs in the wake of companies such as Monsanto. In using this frame, reporters create an image of the large corporation who is only concerned with money, power, and having no regard for the environment or human health.
Eco-warriors: The inclusion of the environmental activist was an important frame for many of the articles. In the stories that used this frame, there was a sense that the small consumer and environmental groups were battling against the company and the government to assert the rights of the general public. This frame carries positive associations of a fighter, the search for truth, and looking out for one another.
GM foods are evil: Negative connotations have surrounded GM foods since they were first discussed. The unnaturalness of GM foods in some cases is presented as evil and that they do more harm than good. This frame is used in the articles in which the critics of GM salmon are a main focus, as it pushes the idea that these altered animals are not fit for human consumption.
Government/ FDA decision making: Many of these stories were framed with the idea that both the American and Canadian Governments were inadequately addressing the issues and concerns of the critics and general public concerning GM salmon. Before the hearings had begun and without all of the information and evidence the FDA made the statement that ‘GM salmon are safe to eat’, which indicates that the FDA was trying to assure Americans that it was unnecessary to be concerned about eating GM salmon. However, the statement may have done the exact opposite, causing more people to question how the FDA could make such a statement without the proper information. In using this frame reporters present the idea that the government is on the side of the company and that it is an uphill battle for those concerned with the approval of GM animals.
Spokesperson Analysis:
In many of the articles covering GM salmon, quotes were used to argue both sides of the issue, critics and supporters of the approval. In the analysis of the articles it was found that critics of the approval were quoted most often and that there was a larger pool of spokespeople discussing the possible negative impacts the GM salmon may introduce. The critic’s quotes were taken from an array of nonprofit organizations, each of which have varying missions but take the same position when discussing GM animals. Wenonah Hauter, the Executive Director of Food and Water Watch, was quoted in a number of articles in which she focused on consumer rights and the food supply. Most of the quotes from GM salmon critics focused on the uncertainty that surrounds GM salmon in terms of human health, environmental risks, as well as the lack of data. The critics have also come up with the catchy name ‘Frankenfish’ to refer to GM salmon, which has become a favourite reference to GM salmon for journalists.
Ron Stotish, the Chief Executive Officer at AquaBounty was quoted in almost all of the articles. Stotish’s quotes have a very convincing tone, but in the end many of the comments come off as unbelievable, for example: “This fish is identical to the traditional food”. He consistently used the terms ‘conventional’ and ‘traditional’, to refer to regular Atlantic salmon, which creates the divide between GM salmon and regular salmon, which AquaBounty was trying so hard to eliminate.
The quotes from both critics and the advocates of GM salmon contained charged language that was sure to grab the attention of the readers and made it easy for the journalists to set the tone for the article. Quotes from the critics often contained negative fearful language such as: dangerous, uncertain, unpredictable, irreversible consequences, outrageous, slippery slope and flimsy science. Whereas the quotes from the advocates contained positive, enthusiastic language such as: sky’s the limit, solution, identical, reducing environmental footprint and mitigating the impending global food shortage.
The FDA’s statement of GM salmon being “as safe to eat as food as other Atlantic salmon” was one of the most frequently referred to statements throughout the articles. This statement influenced headlines: “Engineered-in-Canada salmon declared fit for the dinner plate” (The Globe and Mail) and was used alongside many supporting arguments of the GM salmon advocates. The FDA, being the final decision maker on GM salmon made this untimely comment that was used by journalists as a way of showing the FDA supporting the GM salmon a head of the legal hearings.
Members of the public and academics were quoted least often. The limited inclusion of academic quotations was odd, since some of the experimental GM animals are products of university research, for example the ‘Enviropig’ at the University of Guelph. The minimal inclusion of quotations from the general public on the other hand seemed appropriate, as these news articles were some of the first bits of information disseminated to the public and therefore it would have been ill advised to include uninformed quotations from the public in an informative article.
Conclusion and Recommendations:
The GM salmon media analysis shows that story coverage increased at the time of heightened controversy, which was in response to the two day hearing that took place on September 19th and 20th 2010. This suggests that the majority of journalists assumed the story to be of low interest until the salmon were very close to the public’s dinner plate. It also indicates that many journalists write stories that they view as newsworthy, and not as a way of informing the public. If stories regarding the GM salmon had been written earlier, perhaps there would have been the same level of public outcry and the issue may have seen a different outcome.
The analysis also suggests that many of the journalists relied heavily on key informants and that they were quite selective with the quotations that they included in the articles. The bulk of the quotations came from AquaBounty’s Ron Stotish and to counter these ideas, quotes from environmental groups were included. It would have been interesting had the journalists included some neutral information from scientists regarding the possible positive or negative outcomes of the GM salmon. It is hard for the public to accept information from an article that offers two very conflicting ideas without any neutral ground.
References
AquaBounty Technologies. (2011). AquaAdvantage Fish. Retrieved from http://www.aquabounty.com/products/products-295.aspx
Bellus, J. (2010, October 25). Green eggs and ham: Are genetically modified animals the solution to the environmental problem of a growing market for meat? Maclean’s, 123(41), 72.
Carollo, K. (2010, September 20). Surprise: FDA panel unable to reach conclusion on genetically modified salmon. ABC News. Retrieved from http://abcnews.go.com/Health /WellnessNews/fda-unable-reach-conclusion-genetically-modified-salmon/story?id=11682586
CBC News. (2010, September 21). Labels for GM salmon debated in U.S. CBC News. Retrieved from http://www.cbc.ca/canada/prince-edward-island/story/2010/09/21/con-salmon-hearing.html
CBC News. (2010, November 22). GM salmon analysis a secret, groups complain. CBC News. Retrieved from http://www.cbc.ca/canada/prince-edward-island/story/2010/11/22/pei-aquabounty-environment-assessment-584.html
Connor, S. (2010, September 22). Coming to the human food chain: GM salmon that grows and grows; A landmark in genetic modification is provoking fierce reactions. The Independent. Retrieved from https://www.lexisnexis.com/hottopics/lnacademic/
CTV News Staff. (2010, September 16). P.E.I. groups oppose genetically modified salmon. CTV News. Retrieved from http://www.ctv.ca/CTVNews/Canada/20100916/genetically-modified-salmon-100916/
Doward, J. (2010, September 26). The food debate: Will this GM salmon herald a revolution that changes what we eat forever? Observer. Retrieved from https://www.lexisnexis.com /hottopics/lnacademic/
Martineau, M. (2001). Food Fight. Sciences, 41(2), 24-29.
Hindo, B. & Schneyer, J. (2007, December 17). Monsanto winning the ground war. Business week, 4063, 34-38.
Huffington Post. (2010, September 20). Genetically modified salmon hearings begin. Huffington Post. Retrieved from http://www.huffingtonpost.com/2010/09/20/gm-salmon-fda-hears-argum_n_731224.html
International Service for the Acquisition of Agri-biotech Applications (ISAAA). (2009). Global Status of Commercialized Biotech/GM Crops: 2009. Retrieved from http://www.isaaa.org/ resources/publications/briefs/41/pptslides/default.asp
Jordan, R. (2010, September 21). US debates genetically modified salmon. Al Jazeera. Retrieved from http://english.aljazeera.net/video/americas/2010/09/2010921251677603.html
Kopun, F. (2010, September 8). Genetically modified salmon is ready for dinner. Toronto Star. Retrieved from http://www.thestar.com/living/food/article/857935--genetically-modified-salmon-is-ready-for-dinner
Leeder, J. (2010, September 4). Engineered-in-Canada salmon declared fit for the dinner plate. Globe and Mail. Retrieved from http://www.theglobeandmail.com/news/national/ engineered-in-canada-salmon-declared-fit-for-the-dinner-plate/article1696212/
MacNeil/Lehrer. (Producer). (2010, September 20). How safe would genetically modified salmon be to eat? (PBS News Hour). Arlington, VA: PBS.
Scott-Thomas, C. (2010, September 21). No recommendation on GM salmon after hearings. Food Quality News. Retrieved from http://www.foodqualitynews.com/Public-Concerns/No-recommendation-on-GM-salmon-after-hearings
The Ecologist. (2010, September 22). US delays approval for fast-growing GM salmon. The Ecologist. Retrieved from http://www.theecologist.org/News/news_round_ up/605861/us_delays_approval_for_fastgrowing_gm_salmon.html
World Health Organization. (2011). Food Safety: 20 questions on genetically modified foods. Retrieved from http://www.who.int/foodsafety/publications/biotech/20questions/en/
How Legal Pluralism has Affected the Torres Strait Islanders and their Offshore Rights as Indigenous Peoples.
I wrote this paper for my Indigenous Nations and Marine/Coastal Resource Management class last semester but due to a busy summer I have not had time for any new posts! Sorry!
How Legal Pluralism has Affected the Torres Strait Islanders and their Offshore Rights as Indigenous Peoples.
Abstract
The current plurality of existing legal systems in Australia has made it difficult for Torres Strait Islanders to assert their rights in the control and management of their traditional ocean territories. This report examines how traditional law, state law and international law have developed the existing legislation in Australia with regards to Torres Strait Islander rights to their fisheries and marine space. These pieces of legislation play an important role in how the Torres Strait Islanders interact with their marine space as the legislation represents a combination of pre-European contact traditional law, evolving post-contact state law, as well as the ever evolving body of international human rights doctrine. Through the examination of these interconnected forms of law, legal pluralism was found to have played an integral part in hindering the advancement of Torres Strait Islanders ownership and control over their traditional ocean territory. However, this report also looks at how legal pluralism could provide positive outcomes to the sea claim issues through equal partnership between traditional law and state law.
Keywords: Torres Strait Islanders, Legal pluralism, Territory, Fisheries
1.0 Introduction
On February 7th, 1778 the British claimed sovereignty and ownership over Australia, a land on which as many as half a million Aborigines had lived for more than forty thousand years (Australian Government, 2008a). At the time of colonization Aborigines lived in hundreds of tribal groupings across the country with complex social systems (Cunneen & Libesman, 1995). However, when Europeans arrived they believed that the Aborigines were nomads, living without systems of law, social organization, or property rights, which the British used as their right to claim the continent under Terra Nullius – land belonging to no one (Australian Government, 2008a). According to Cunneen and Libesman (1995), “Terra nullius had two meanings: first, that a country was without a sovereign recognized by European authorities; and secondly, that the people inhabiting the land did not actually own the land – that is, there was no system of tenure”(p.9). Through the application of Terra Nullius the indigenous peoples of Australia were denied the fact that they were the original owners of the land and were formally considered to be subject to British law (Hocking & Hocking, 1999; Cunneen & Libesman, 1995). The application of British common law to the indigenous peoples of Australia presented many problems, especially in terms of property rights. As stated by Shug (1996), for indigenous peoples “State boundaries represent foreign impositions that have disrupted long-standing social relations among communities and obstructed access to traditional territories and economically important natural resources” (p. 209). For the Torres Strait Islanders, the main focus group of this paper, these State imposed boundaries created greater confusion and uncertainty due to the plurality of state authorities and levels of government involved with the coastal region (Mulrennan & Scott, 2000).
The Torres Strait Islands are located in the Torres Strait, which lies between the north-eastern tip of the state of Queensland, Australia and the southern Papua New Guinea coast. The area is productive in marine resources and fisheries, upon which the Torres Strait Islanders have depended for centuries for subsistence and economic prosperity. In the Torres Strait the indigenous concept of the sea as part of a defined, inherited country for which they have inalienable rights and responsibilities to use and manage was overridden by the colonizers concept of the sea as an open common to be managed by governments (Smyth, 1997). This British common law concept of the sea forced the Torres Strait Islanders to become recipients of externally prescribed policies, under which their values, perceptions and aspirations were seldom taken into consideration by colonial or post-colonial governments (Schug, 1996). The plurality of legal systems that were imposed upon the Torres Strait Islanders has made it difficult for the population to continue their traditional ways of life where “land and sea space were integrated within systems of customary tenure, local knowledge, and resource use and management” (Mulrennan & Scott, 2000, p.702). This paper will look at how legal pluralism in Australia has effected the Torres Strait Islanders in their fight for native title offshore by assessing how folk law and how it functioned before colonization; state law and the construction of native title and rights; and International law regarding rights issues, and how they have helped or hindered the Torres Strait communities.
2.0 Torres Strait Islander Traditional Law
The Torres Strait Islands (Fig. 1) were formed around 9000 years ago, following the post glacial sea-level rise, which flooded the land bridge between Australia and Papua New Guinea (Harris, Butler & Coles, 2008). The Strait is comprised of numerous continental and volcanic islands, coral cays, mangroves, complex coral reef systems as well as extensive seagrass beds (Harris et al, 2008). A variety of fish, mollusks, crustaceans, dugons and turtles exist within the inter-tidal and reef zones as well as seagrass meadows of the Strait (Schug, 1996). There are 247 islands in the Torres Strait, eighteen of which are inhabited and it is believed that the “Indigenous peoples of Torres Strait have occupied the islands for at least several thousand years” (Smyth, 1997, p.6). These eighteen inhabited islands are divided into four distinct regional groups: small volcanic eastern islands, the low-lying coral cays in the centre of the Strait, the small alluvial northern islands near the Papuan coast and the larger continental islands off the tip of Cape York Peninsula (Harris et al, 2008; Smyth, 1997).
Figure 1. Map of the Torres Strait Islands, including the Seabed Jurisdiction line, Fisheries Jurisdiction Line and the Torres Strait Protected Zone. (Gilpin,C., Simpson, G., Vincent, S., O’Brien, T., Knight, T., Globan, M., Coulter, C., & Konstantinos, A., 2008)
Customary or traditional law in Australia has existed for centuries and is generally passed on through stories, songs and dance, with certain rituals maintaining the clan’s connection with the land (State of New South Whales, 2010). Traditional Aboriginal law encompasses standards for social behavior, sacred matters and binding rules (Law Reform Commission of Western Australia, 2005). Under traditional law a distinction is made between public and private wrongs, as stated by the Law Reform Commission of Western Australia (2005):
Public wrongs include breaches of sacred law, incest, sacrilege or murder by magic; while private wrongs include homicide, wounding and adultery. The essential difference lies in the manner by which the dispute is resolved. For public wrongs, Elders are actively involved; whereas for private wrongs, the person who has been harmed (and their relevant kin) generally determines the appropriate response. (p. 84)
It has been stated that order under traditional law was maintained through self-regulation and consensus between family heads (Law Reform Commission of Western Australia, 2005). Traditional dispute resolution could involve a council calling public meetings to deal with grievances or the head of the family negotiating the outcome and deciding who would inflict the punishment (Law Reform Commission of Western Australia, 2005). There was and continues to be great diversity between indigenous Torres Strait Island groups in regards to the social, economic, religious and political aspects. As stated by Schug (1996), “[p]rior to European contact, the inhabitants of the region were organized in small communities which were politically and socially autonomous although alliances may have been forged based primarily on intermarriage, raiding and the reciprocal exchange of food and other resources” (p. 211). The existence of socially autonomous groups presents difficulties for Australian jurisprudence and legislation when attempting to tie state law with traditional law, which “can often encourage atomistic claims by lineages, clans and island communities, since these are or were pertinent corporate identities in the customary system” (Mulrennan & Scott, 2000). This complex aspect of legal pluralism in Australia will be discussed further in section 3.0, Australian state law as it applies to Torres Strait Islanders.
For centuries, before the British claimed Australia under Terra Nullius, the indigenous populations of the Torres Strait Islands developed elaborate social and economic arrangements regarding their ‘country’, which were guided by traditional law. According to Nettheim, Meyers and Craig (2002), “‘Country’ is a term often used when referring to a physical or metaphysical place of origin for members of an Indigenous clan, kin-based group or looser community. It includes the values, places, resources, stories, myths and cultural obligations associated with a geographical area, including land and sea” (p. 377). All Torres Strait Islanders made extensive use of the sea; with marine resources playing an important role culturally as well as in the domestic economy and as stated by Mulrennan and Scott (2000), “reefs, lagoons and seas are fundamental to [Torres Strait Islanders] livelihood, economic prospects and identity” (p. 688). Under customary law, the adjoining estuaries, beaches, coastal waters and ocean were inseparable from clan land estates, and “radiating out from each island were large areas of ocean regarded as belonging to particular groups within each island” (Smyth, 1997, p.7). For the coastal populations of the Torres Strait Islands this was an important aspect of island life as it allowed for clan space to fish and travel and as stated by Smyth (1997), “in pre-colonial times, neighboring clans respected each other’s exclusive rights to use and manage marine resources, and to negotiate access to those resources by others” (p. 7). It is important to note that this aspect of traditional law functioned in the complete opposite manner compared to how state law interacts with traditional law in current practice.
2.1 Traditional Fisheries Management in the Torres Strait
Traditionally there were two types of marine resource management used in the Torres Strait: selective exploitation and customary marine tenure (CMT)(Mulrennan & Scott, 2000). Selective exploitation is regulated by local cultural and social controls. CMT on the other hand is a system of “community ownership of sea and reef space…which established territorial rights over resources and served to control access and exploitation by others” (Mulrennan & Scott, 2000, p.688). There are various recognized functions of the CMT system: control invasion of local marine space, regulate use by groups, or act to control exploitation of specific resources and the use of particular fishing gears (Mees & Anderson, 1999). Through the use of CMT communities were able to maintain livelihood security and ensure conservation utilization of resources (Mees & Anderson, 1999). With colonization and the commercialization of the Torres Strait fisheries, which has been occurring for the past centuries, the Islanders have faced difficulties trying to continue their application of traditional fisheries management as well as developing their economies.
2.2 European contact with the Torres Strait Islanders and the Fishery
During the era of European contact and settlement the indigenous populations of Australia suffered greatly from death, illness, displacement and dispossession, which disrupted traditional lifestyles and practices (Australian Government, 2008b). It is believed that between 1788 and 1900, the combination of disease, loss of land and direct violence reduced the Aboriginal population by 90 percent (Total Human Resources, n.d.). Europeans did not begin to explore the Torres Strait until the mid-19th century and these surveying voyages represented the beginning of great social and economic change for the inhabitants of the Strait (Lawrence & Lawrence, 2004). Contact between the Torres Strait Islanders and the Europeans became more common during the 1860’s due to the commercialization of the pearl and bêche-de-mer fisheries of the Strait (Mulrennan, 2001). This commercialization led the Islanders to witness first-hand, the exhaustibility of their marine resources, with the depletion of the pearl shell and trochus shell; however, the over-exploitation and poor management policies were controlled by the Europeans, with the Islanders working as seamen and divers (Mulrennan, 2001). Due to the region’s economic productivity the Queensland government began to seek control over the Torres Strait and the islands under its jurisdiction. In 1879, “[e]fforts towards annexation of all Torres Strait islands by Queensland were eventually achieved with the passing of the Queensland Coast Islands Act, which recognized Queensland control over the eastern and northern islands (Lawrence & Lawrence, 2004, p. 23). This act was one of the first of many that would affect the Torres Strait Islanders and their traditional way of life, placing them under direct rule of the Crown and Queensland. As stated in the long title of the act it was meant “to Provide that Certain Islands in Torres Strait and Lying Between the Continent of Australia and the Island of New Guinea shall become Part of the Colony of Queensland and Subject to the Laws in Force therein” (Queensland Act No. 1, 1879). After the Queensland Coast Islands Act was passed statutes were enacted to prevent foreigners from appropriating land belonging to local inhabitants, however, the government declared the area from high-water mark seaward to a distance of three miles as Crown lands, which impeded upon the indigenous communities claims of ownership of the sea (Schug, 1996). Schug comments, that “[n]either the British nor Australian colonial administrations formally recognized clan or village claims to ownership of reefs and inshore waters.” (1996, p.214).
3.0 Australian State Law and its application to Torres Strait Islanders
During the nineteenth century the indigenous populations of Australia were in a conflicting position in regards to the law, as they had their own system of law but were also held subject to the newly introduced British law (Cunneen & Libesman, 1995), which resulted in “a hodgepodge of coexisting legal institutions and norms operating side by side”(Tamanaha, 2008, p.382). The application of British law on the Aboriginal peoples of Australia was done through violence or the threat of violence; they did not have the same or equal legal status as non-aboriginals and were subject to various special laws that affected their treatment (Cunneen & Libesman, 1995). In the past Australian State law has included or purposely excluded Aboriginal and Torres Strait peoples, which mainly produced negative effects on the indigenous populations. Currently however, state law is taking steps to create more positive outcomes in legislation through amendments, recognition of native title and the development of new legislation with the intention of improving the situation for the indigenous populations.
3.1 1967 Referendum
In 1967 a national referendum was held in Australia. The referendum was introduced to remove two references in the Australian Constitution, which discriminated against Aboriginal and Torres Straight peoples. The two clauses under discussion were:
51. The Parliament shall, subject to this Constitution, have power to make laws for the peace, order, and good government of the Commonwealth with respect to:-
...(xxvi) The people of any race, other than the aboriginal people in any State, for whom it is necessary to make special laws.
127. In reckoning the numbers of the people of the Commonwealth, or of a State or other part of the Commonwealth, aboriginal natives should not be counted.
There was very little opposition to the proposal of the removal of the clauses, seeing the highest YES vote ever recorded in a federal referendum, with 90.77 percent voting in favor of change (Hughes, 2007). The referendum also required that Aboriginal peoples be counted in the national census. Prior to this referendum, legislation concerning Aboriginal peoples was mainly a state rather than Commonwealth matter. The referendum brought about change, with the Commonwealth assuming the responsibility of making laws relating to Aboriginal peoples.
3.2 Mabo and the Establishment of Native Title
Aboriginal and Torres Strait Islander peoples have fought for the recognition of their land rights since European settlement began. In 1982 it was Eddie Mabo and his supporters who decided to abandon past methods of resistance and instead by-passed state and federal governments and took their case directly to the High Court of Australia (Northern Land Council [NLC], 2003). The Mabo case was concerning the Murray Islanders right to the use and enjoyment of their traditional lands and surrounding islands, seas, seabeds and reefs, which the Meriam people had used and occupied before and since the annexation by the Australian government (NLC, 2003). Up until the Mabo decision the “legal system in Australia refused to accord the status of property rights to indigenous land tenures” (Fingleton, 1999, p.19). In 1992, the High Court of Australia delivered its landmark decision regarding Mabo v Queensland [No. 2] and rejected the “terra nullius” doctrine that had existed since 1788, which changed Australia’s land laws forever. The High Court held that “the Torres Strait Islanders of Mer, Dauar and Waier owned their islands and that their ownership survived colonization” (Cunneen & Libesman, 1995, p. 109). The Court also held that “the common law of Australia recognizes a form of native title, to be determined in accordance with Indigenous traditional law and custom” (Australian Government, 2008c). Common law native title was described by Justices Deane and Gaudron as “a title derived from and conforming to traditional custom but recognized and protected by common law” (Strelein, 2009, p. 10). Once the judgment was passed the court had to assess whether the two parallel systems of land tenure could coexist. These existing systems were the Indigenous system, which had operated for many thousands of years; and the colonial system, with the present freehold and leasehold title regimes (Robinson & Mercer, 2000). In this respect, it was noted by Judge Brennan that “preexisting title had been recognized in conquered and ceded countries where the English system of land law had been instituted…[and] that native title could also be recognized in a settled colony once the distinction between land ownership and political sovereignty was acknowledged” (Cunneen & Libesman, 1995. p. 113). An important aspect to note in regards to native title is the Crown’s right of extinguishment. As stated by Strelein (2008):
The power of the Crown to extinguish is central to native title, making it vulnerable to acts of the new sovereign. This power is inconsistent with Indigenous peoples’ relationship to land. Native title rights and interests, which emerge from the law and customs of Indigenous peoples, may lose recognition under the common law despite continuing to exist, and to be exercised, under Aboriginal law. (n.p.)
It is important to note that the Mabo High Court decision did not take into account the Meriam sea claims. As stated by Mulrennan and Scott (2000), “‘Mabo’ was a landmark decision, but it brought no sea-change; recognition of Meriam native title is limited to land above the high water mark” (p. 687). The purposeful neglect of the sea claim had a negative effect on the Torres Strait Islanders as the seabed, reef and ocean are considered to be part of the Islanders territory and are inseparable from land-space.
3.3 Native Title Act, 1993
The Federal Government of Australia responded to the High Court’s decision of Mabo by enacting the Native Title Act (NTA). In the preamble of the NTA it is stated that one of its aims is to “rectify the consequences of past injustices…for securing the adequate advancement and protection of Aboriginal peoples and Torres Strait Islanders”. This Act “provided legal and administrative mechanisms for the recognition and protection of native title wherever it could be demonstrated to still exist in Australia in the 1990s” (Robinson & Mercer, 2000, p. 1). For an Aboriginal claimant to obtain native title they must first prove that traditional association with the land or sea that they are claiming has been maintained and must also prove that no conflicting property claims extinguish their title (Strelein, 2009). The four main objects of the NTA were:
(a) To provide for the recognition and protection of native title; and
(b) To establish ways in which future dealing affecting native title may proceed and to set standards for those dealings; and
(c) To establish a mechanism for determining claims to native title; and
(d) To provide for, or permit, the validation of past acts invalidated because of the existence of native title (Strelein, 2009, p.4)
Under the Act, there is no aboriginal right or veto over development projects within native title areas, Aboriginal peoples also do not have the right to control or participate in environmental management (Mulrennan & Scott, 2000).
In terms of Native title in regards to sea claims, the act “recognizes that native title may exist in respect of waters, but reinforces a strong division between land and sea” (Mulrennan & Scott, 2000, p. 692). Under section 6 of the act, ‘Application to external Territories, coastal sea and other waters’, it is stated that: “This Act extends to each external Territory, to the coastal sea of Australia and of each external Territory, and to any waters over which Australia asserts sovereign rights under the Seas and Submerged Lands Act 1973”. Under the definitions section of the act water is defined as:
(a) sea, a river, a lake, a tidal inlet, a bay, an estuary, a harbour or subterranean waters; or
(b) the bed or subsoil under, or airspace over, any waters (including waters mentioned in paragraph (a)); or
(c) the shore, or subsoil under or airspace over the shore, between high water and low water.
The Act does not treat land and sea claims differently, it does however protect existing Crown ownership of natural resources as well as the control and regulation of water flow, and most importantly the existing public access to and enjoyment of offshore waters (UN, 2010). As stated by Mulrennan and Scott (2000), the Act “appeared to limit sea rights to elements of traditional usage, and not to extend rights analogous to full ownership as was possible in regards to land”. This lies in direct contradiction of Torres Strait Islander traditional law, where the land and sea were considered one in regards to ownership. Under the Act the Australian government retains the power to override native title that may interfere with public access or industry. The UN Permanent Forum on Indigenous Issues claims that “[o]verwhelmingly, the native title jurisprudence reveals a trend of recognizing indigenous fishing rights offshore as non-exclusive, non-commercial interests’ subject also to the common law public right to fish and the international right of innocent passage” (p. 10).
In 1998 the Native Title Amendment Act was passed. This Act “represented a watering-down of some of the significant gains made by Aborigines in the previous four years” (Robinson & Mercer, 2000). The 88 amendments that were made to the act, which added over 300 pages to the original act, were done so without consultation or consent from the indigenous populations of Australia, to whom the Act applies (Burke, 1998; Robinson & Mercer, 2000). As stated by Robinson and Mercer (2000), the “amendments involved a major shift in the power balance, carefully worked out in the 1993 Act, away from Aboriginal interests and towards those of resource developers and the State and Territory governments” (p. 354). On March 18, 1999 the United Nations committee on the Elimination of Racial Discrimination (CERD) charged the Native Title Amendment Act of discriminating against indigenous title holders by “validating past acts, extinguishing native title, upgrading primary production and restricting the right to negotiate” (Triggs, 1999, n.p.). The CERD called on Australia to address the concerns stated by the committee and to consult with the indigenous populations in order to come to an acceptable solution for all parties involved (Triggs, 1999). The Australian Government rejected the decision from CERD; however, it is encouraging to note that the Australian Government passed a second Native Title Amendment Act in 2009, which “reforms to improve operation and outcomes in the native title system” (Australian Government, 2009).
3.3.1 Croker Island Seas Claim
“The history of native title and its steady erosion from a mechanism for recognizing aboriginal ownership to a mechanism for further dispossession” is visible in jurisprudence that has taken place in regards to sea claims (Wilson, 2009, p.268). The Croker Island Seas Claim was the first native title claim to the seas to reach the High Court under the Native Title Act. The case was brought to the Court by traditional owners of Croker Island, who sought exclusive possession, and “the claim did not separate out “ceremonial”, “economic” or “social” values inherent in the sea, but presented a “holistic argument for long-standing and distinctive native title rights” (Robinson & Mercer, 2000). The case was decided in 1998 and ruled that native title exists over the entire area of the sea and sea-bed that was claimed, which totaled approximately 2,000 square kilometers (NLC, 2003). Although it was considered a landmark case, being the first time that Australian Courts recognized native title existing over the sea, the decision was considered limited, as it gave little to no power to the traditional owners in regards to the development of their sea country (NLC, 2003). In the decision native title was defined as ‘non-exclusive’ and ‘non-commercial’(NLC, 2003), which ultimately extinguishes offshore native title rights.
3.4 Torres Strait Treaty, 1985
The 1985 Torres Strait Treaty is an agreement between Australia and Papua New Guinea regarding sovereignty and maritime boundaries and also recognizes indigenous offshore rights to fish. There were two important boundaries demarcated under the Treaty: the Seabed Jurisdiction Line and the Fisheries Jurisdiction Line. The Seabed Jurisdiction Line ensures that Australia has rights to all things on or below the seabed south of the line and Papua New Guinea has the same rights north of the line (Schug, 1996). The Fisheries Jurisdiction Line ensures that Australia has rights over swimming fish south of the line and Papua New Guinea has the same rights north of the line (Australian Government, n.d.). According to Smyth (1997), “the treaty requires that the resources and environments of Torres Strait be managed in such a way as to protect the lifestyles of the traditional inhabitants on both sides of the border” (p.12). Under the Treaty the Torres Strait Protected Zone (TSPZ), which includes most of the islands and reefs in the region, was established to provide a space where Torres Strait Islanders and the coastal people of Papua New Guinea could continue their traditional way of life and livelihoods. Under the Treaty ‘traditional activities’ are interpreted liberally considering the variety of groups and cultures existing within the Protected Zone; however, the Treaty specifically eliminates any possibility of commercial activities (Schug, 1996). As stated by Mulrennan and Scott (2000),
The result [of the Torres Strait Treaty] is the creation of a highly complex regime, which attempts to accommodate, or at least not to further prejudice, unresolved Islander rights and claims, while satisfying a wide range of competing interests in traditional fisheries, commercial fisheries, recreational fisheries, international shipping, etc. through abstract political boundaries. (p. 689)
Under the Treaty the Indigenous peoples authority and ownership within their customary marine estates are not acknowledged, and although the Treaty does provide for periodic consultation, it does not provide for any formal involvement of the indigenous populations at the decision making level in the control or management of the marine environment and resources (Mulrennan & Scott, 2000; Schug, 1996). The Torres Strait Treaty falls under the jurisdiction of the Australian Commonwealth and the Papua New Guinea government placing Islander input at the consultative or advisory level and it has been stated that the indigenous inhabitants “have a subordinate if not marginal position within the Treaty regime” (Mfodwo & Tsamenyi, 1993, n.p.).
4.0 International Law
In recent decades there has been strong development in international law regarding indigenous peoples. According to Smith (2008), treaties between states and indigenous peoples are products of unequal relationships, with negotiations taking place during unfair circumstances which causes “indigenous nations [requiring] another source of rights, freedoms, and protections beyond the states that they exist within as internal colonies. They need rights granted by human rights treaties that allow for the maintenance of cultural integrity” (p. 1821). For indigenous populations who live along the coast, such as the Torres Strait Islanders, ocean use has been central to their livelihood and is a major component of their culture (UN, 2010). Australia has signed several conventions and other legally binding international agreements, which directly relate to the recognition of Indigenous rights and interests in the management of Australia’s oceans (Smyth, 1997). Some of the major developments in human rights doctrine which will be discussed in this section are: United Nations Declaration on the Rights of Indigenous Peoples; International Labour Organization Convention No. 169; and Agenda 21.
4.1 United Nations Declaration on the Rights of Indigenous Peoples
The UN Declaration on the Rights of Indigenous Peoples was adopted on September 13, 2007, by a majority of 143 States in favour, 4 against and 11 abstentions (Smith, 2008). The purpose of the Declaration is to provide an international standard through which State behavior towards indigenous peoples can be judged, as well as to integrate “the voice of indigenous peoples into the United Nations body and its human rights regime” (Smith, 2008, p. 1821). Some of the central principles of the Declaration include: non-discrimination and fundamental rights, self determination, cultural integrity, rights to lands, territories and natural resources, and other rights relating to socio-economic welfare (Davis, 2007). The Declaration also includes a number of articles that deal specifically with the rights of indigenous peoples in regards to natural resources. According to article 8(2b), “States shall provide effective mechanisms for prevention of and redress for any action which has the aim or effect of dispossessing them of their lands, territories or resources”. Article 20(1) states that “Indigenous peoples have the right to maintain and develop their political, economic and social systems or institutions, to be secure in the enjoyment of their own means of subsistence and development, and to engage freely in all their traditional and other economic activities”. And finally article 26(2) states that “Indigenous peoples have the right to own, use develop and control the lands, territories and resources that they possess by reason used or acquired”, which implies that Torres Strait Islanders have the right to control and manage their traditional marine space.
It is important to note that this is a declaration not a treaty, and therefore does not hold the weight or binding force of a treaty. It does however; present a standard for State interaction and recognition of the indigenous populations residing within that state and could be used by the Torres Strait Islanders in their attempts to regain access and control of their traditional marine resources and ocean territory.
4.2 International Labour Organization (ILO) Convention concerning Indigenous and Tribal Peoples in Independent Countries (No. 169).
The International Labour Organization Convention No. 169 “recognizes the aspirations of [indigenous peoples] to exercise control over their own institutions, ways of life and economic development and to maintain and develop their identities, languages and religions, within the framework of the States in which they live” (ILO, 1989, n.p.). The Convention is strongly based on the ideas of consultation and participation and includes several relevant provisions regarding indigenous rights to sea fisheries. Article 13 articulates that under article 15 and 16 the term lands refers to the total environment of the areas “which the peoples concerned occupy or otherwise use”, which infers the inclusion of offshore sea areas. This is an important aspect to note, as article 15(1) states, “the rights of the peoples concerned to the natural resources pertaining to their lands shall be specially safeguarded. These rights include the right of these peoples to participate in the use, management and conservation of these resources”. Applying article 15 in the battles over their coastal fisheries, the Torres Strait Islanders could become successful participants in the management decisions.
4.3 Agenda 21
Agenda 21 was adopted by the Plenary Session at the United Nations Conference on Environment and Development in June 1992. Chapter 26 of the Agenda focuses on recognizing and strengthening the role of indigenous people and their communities. The agenda includes the provision that the role of indigenous peoples and their communities should be recognized in the national and international efforts to implement environmentally sound and sustainable development (Smyth, 1997). Chapter 17 of the agenda refers to the protection of the oceans and sections 17.6, 17.75, and 17.80 state that coastal States should consult with indigenous peoples during the process of developing ocean management plans; that traditional knowledge should be taken into account when developing management programs; and that the protection of indigenous peoples access to traditional marine food needs to be taken into account. Many sections of the agenda, such as those mentioned above, could be used to strengthen the Torres Strait Islanders cases in the recognition of their right of ownership and management of their ocean territory.
5.0 Legal Pluralism
This paper has attempted to present the various legal orders that are imposed upon the Torres Strait Islanders – customary laws, state laws and international laws- and how these laws interact in regards to the ownership of the sea. The Torres Strait Islanders, in their battle for sea claims, have “participated in creating legal pluralism by adopting state regulations to gain access to [the] resources and, not uncommonly, by invoking customary law to justify their right to do so” (Prill-Brett, 1994, p.688). Legal pluralism has been defined by Prill-Brett (1994), as “the existence of different bodies of law within the same sociopolitical space, which compete for the loyalty of a group of people subject to them” (p. 687). The jurisdictional redundancy that exists in the Torres Strait undermines the rights and authority of the indigenous residents and is problematic due to the fact that environmental processes, such as pollution and degradation, do not respect provincial, national or international boundaries (Mulrennan & Scott, 2000). As stated by the UN (2010), in Australia “jurisdiction over fisheries is now shared through a network of Commonwealth legislation and corresponding State and territory legislation” (p. 14). There have been various issues which have presented themselves in terms of State law, such as the Torres Strait Treaty, which have had a direct effect on Torres Strait Islanders and their relationship to the sea. The “inadequate involvement of Islanders in management decisions means that little has been achieved at the level of actual resource use” (Mulrennan & Scott, 2000). This inadequate involvement results in “conflict, non-compliance and obstruction [which] are the frequent results of the disconnection between those making resource management decisions and those most affected by these management decisions” (Wiber & Milley, 2007, p.4).
International law caters to the idea of legal pluralism by looking at customary law and elevating its status in legal discourse so that it gains equal standing as state law. To ensure equal partnership in the management of resources it is important for customary law, local knowledge, and indigenous tenure to not be held subordinate to Crown property conceptions or state management approaches (Mulrennan & Scott, 2000). However, creating an equal partnership in the management of a fishing resource can be problematic, especially if there has been a history of discrimination, as in the case of Australia, as “local users justify their principles on the basis of dependency on the resources and long-standing involvement in the management of such resource. State managers often justify their decisions by reference to a larger ‘public good’” (Wiber & Milley, p.5).
It has been stated that the “the legal recognition of indigenous groups has inescapably meant the subordination of indigenous legal systems, in the process of “recognizing” clans and other customary groups through outsider’s eyes” (Fingleton, 1998, p.7). However, it is important to note that it is not the intent of legal pluralism to assimilate indigenous cultures by imposing Western values but in many cases the imposition of one system onto another can have unexpected effects. It has been recognized, however, that “to improve the legal situation of the [indigenous populations] recognition by the state authorities both of cultural difference and of their customs and legal perceptions is required” (Svensson, 2005, p.74). As stated by Svensson (2005), “interlegality can function as an efficient means of resisting fragmentation and the powerlessness severely experienced by indigenous peoples” (p.76).
6.0 Conclusion
Legal pluralism exists in every social arena, from the lowest local level to the most expansive level (Tamanaha, 2008). These overlapping bodies of law may create conflict and complexity; however, as stated by Svensson (2005), “it is the continual flow of legal perceptions, the dynamic force of pluralistic arrangement, that reshape state law to better accommodate the cultural distinctiveness of indigenous peoples….without necessarily having to establish a legal system…in its own right” (p.74). To increase the chances of legal pluralism working to benefit everyone involved it is important that both parties are aware of some of the key features of a functioning multi-legal system: incorporation, recognition and respect.
For centuries Torres Strait Islanders have fought against the neglect and marginalization of their sea rights. The issue of legal pluralism in Australia in regards to indigenous peoples has played an important role in this marginalization. The Aboriginal and Torres Strait populations of Australia were not presented with treaty agreements under Terra Nullius but were instead “subjected to elaborate administrative and legislative regimes imposed by external governments” (Mulrennan & Scott, 2005, p. 685). As stated by Robinson and Mercer (2000), “what aboriginal people are seeking is a property rights’ regime which enables the sea and sea-bed to be shared with other users so long as access permission is requested, and so long as certain resource management safeguards relating to pollution, over-fishing and access to sacred sites, are respected.” (p.355). For the Islanders to become more involved in the management practices of the sea on which they have lived and used since time immemorial, respect between both parties is fundamental. As stated by Wiber and Milley (2007), “[w]ithout open and respectful dialogue between advocates of the government and the community there can be no effective and long-term resolution of the inconsistencies between the two approaches to management” (p.7). In this age of globalization Torres Strait Islanders and the Australian Government need to look to examples from other countries and to make use of international law to work together on equal ground to develop a positive outcome for the traditional fisheries and marine space in the contemporary legally pluralistic environment of Australia.
References
Australian Government. (n.d.). Torres Strait Treaty and you. Retrieved from http://www.dfat.gov.au/geo/torres_strait/index.html
Australian Government. (2008a). Mabo: The native title revolution. Retrieved from http://www.nfsa.gov.au/digitallearning/mabo/mabo_03.shtml
Australian Government. (2008b). Australia in brief – Ancient heritage, modern society. Retrieved from http://www.dfat.gov.au/aib/history.html
Australian Government. (2008c). Indigenous land rights and native title. Retrieved from http://www.dfat.gov.au/facts/indigenous_land_rights.html
Australian Government. (2009). Native Title Amendment Act 2009. Retrieved from http://www.fahcsia.gov.au/sa/indigenous/news/Pages/ntrb_amend_news.aspx
Behrendt, L. (2003). Achieving social justice: Indigenous rights and Australia’s future. Sydney: The Federation Press.
Burke, P. (1998). Evaluating the Native Title Amendment Act 1998. Retrieved from http://www.austlii.edu.au/au/journals/AILR/1998/28.html
Cunneen, C. & Libesman, T. (1995). Indigenous people and the law in Australia. Australia: Buttersworth.
Davis, R. (2007). Summary of the UN Declaration on the rights on Indigenous peoples. Retrieved from http://www.jumbunna.uts.edu.au/pdfs/JIHLBP8_11_07.pdf
Fingleton, J. (1998). Legal Recognition of indigenous groups. Retrieved from http://www.fao.org/legal/Prs-OL/lpo1.pdf
Gilpin,C., Simpson, G., Vincent, S., O’Brien, T., Knight, T., Globan, M., Coulter, C. & Konstantinos, A. (2008). Evidence of primary transmission of multidrug-resistant tuberculosis in the Western province of Papua New Guinea. Retrieved from http://www.mja.com.au/public/issues/188_03_040208/gil10334_fm.html
Harris, P., Butler, A. & Coles, R. (2008). Marine resources, biophysical processes, and environmental management of a tropical shelf seaway: Torres Strait, Australia – Introduction to the special issue. Continental Shelf Research, 28, 2113-2116.
Hocking, B.A. & Hocking, B.J. (1999). Colonialism, constitutionalism, costs and compensation: A contemporary comparison of the legal rights and obligations of and towards the Scandinavian Sami and Indigenous Australians. Nordic Journal of International Law, 68, 31-52.
Huges, H. (2007). Lands of Shame: Aboriginal and Torres Strait Islander ‘homeland’ in transition. New South Whales: The Center for Independent Studies Limited.
Law Reform Commission of Western Australia. (2005). Traditional Aboriginal law and punishment. Retrieved from http://www.lrc.justice.wa.gov.au/2publications/reports/ACL/DP/Part_05B.pdf
Lawrence, D. & Lawrence, H. (2004). Torres Strait: The region and its people. Retrieved from http://lryb.aiatsis.gov.au/PDFs/davis_pt1.pdf
Marsh, H., Harris, A. & Lawler, I. (1997). The sustainability of the Indigenous dugong fishery in Torres Strait, Australia/Papua New Guinea. Conservation Biology, 11(6), 1375-1386.
McNiven, I. (2008). Inclusion, exclusions and transitions: Torres Strait Islander constructed landscapes over the past 4000 years, northeast Australia. The Holocene, 18(3), 449-462.
Mees, C & Anderson, J. (1999). The performance of customary marine tenure in the management of community fishery resources in Melanesia. Retrieved from http://p15166578.pureserver.info/fmsp/Documents/r6436/r6436_1.pdf
Mfodwo, K. & Tsamenyi, M. (1993). The regulation of traditional fishing under the Torres Strait Treaty. Turning the Tide: Conference on indigenous Peoples and Sea Rights.
Mulrennan, M. & Scott, C. (2000). Marre Nullius: Indigenous rights in saltwater environments. Development and Change, 31, 681-708.
Mulrennan, M. (2001). Who’s listening? Islander knowledge in fisheries management in Torrs Strait, Northern Australia. Retrieved from http://www2.fisheries.com/archive/publications/reports/11-1/32_mulrennan.pdf
Nettheim, G., Meyers, G. & Craig, D. (2002). Indigenous peoples and governance structures: a comparative analysis of land and resource management rights. Australia: Aboriginal Studies Press.
Northern Land Council [NLC]. (2003). Land & sea rights. Retrieved from http://www.nlc.org.au/html/land_sea_claims_nat.html
Prill-Brett, J. (1994). Indigenous land rights and legal pluralism among Philippine highlanders. Retrieved from http://www.jstor.org/stable/3054089
Robinson, C. & Mercer, D. (2000). Reconciliation in troubled waters? Australian onceans policy and offshore native title rights. Retrieved from http://www.sciencedirect.com/science?_ob=MImg&_imagekey=B6VCD-40GJ1W7-8-3&_cdi=5952&_user=1069263&_pii=S0308597X00000117&_origin=na&_coverDate=07%2F31%2F2000&_sk=999759995&view=c&wchp=dGLzVlb-zSkWb&md5=8ee07a44710423e38b29b3562acb3385&ie=/sdarticle.pdf
Schug, D. (1996). International maritime boundaries and indigenous people. Marine Policy, 20(3), 209-222.
Smith, I. (2008). Comparing state and international protections of Indigenous peoples’ human rights. American Behavioral Scientist, 51(12), p. 1817-1835.
Smyth, D. (1997). Australia’s Ocean Policy: Saltwater country aboriginal and Torres Strait Islander interest in ocean policy development and implementation. Retrieved from http://www.environment.gov.au/coasts/oceans-policy/publications/pubs/issues-6.pdf
State of New South Whales, Department of Education and Training. (2010). Aboriginal and Torres Strait Islander peoples’ customary law. Retrieved from http://lrrpublic.cli.det.nsw.edu.au/lrrSecure/Sites/LRRView/10447/10447_00.htm?Signature=%28e42279c9-38ad-41fc-93e8-8be296fab8f9%29
Strelein, L. (2008). …Land, society and culture… Retrieved from http://nfsa.gov.au/digitallearning/mabo/info/landSocietyCulture.htm
Strelein, L. (2009). Compromised Jurisprudence: Native titles cases since Mabo. Australia: Aboriginal Studies Press.
Svensson, T. (2005). Interlegality, a process for strengthening indigenous peoples’ autonomy: The case of the Same in Norway. Retrieved from http://www.jlp.bham.ac.uk/volumes/51/svensson-art.pdf
Tamanaha, B. (2008). Understanding legal pluralism: Past to present, local to global. Retrieved from http://sydney.edu.au/law/slr/slr30_3/Tamanaha.pdf
Triggs, G. (1999). Australia’s indigenous peoples and international law: Validity of the Native Title Amendment Act 1998. Retrieved from http://www.austlii.edu.au/au/journals/MULR/1999/16.html
Total Human Resources. (n.d.). Aboriginal and Torres Strait Islanders fact sheet. Retrieved from http://www.tr7.com.au/pdfs/indigenous/ATSI_Facts_Sheet.pdf
United Nations (UN) Division for Sustainable Development. (2009). Agenda 21. Retrieved from http://www.un.org/esa/dsd/agenda21/res_agenda21_26.shtml
UN Economic and Social Council. (2010). Report on indigenous fishing rights in the seas with case studies from Australia and Norway. Retrieved from http://www.un.org/esa/socdev/unpfii/documents/E.C.19.2010.2EN.pdf
Wiber, M & Milley, C. (2007). Seeking clarity, legitimacy and respect: The struggle to implement special rights. Journal of Legal Pluralism, 55, 1-9
Williams, A., Ballagh, A., Begg, G., Murchie, C. & Currey, L. (2008). Harvest patterns and effort dynamics of indigenous and non-indigenous commercial sectors of the eastern Torres Strait reef line fishery. Continental Shelf Research, 28, 2117-2128.
Wilson, S. (2009). Entitled as against none: How the wrongly decided Croker Island case perpetuates aboriginal dispossession. Retrieved from http://heinonline.org/HOL/Page?handle=hein.journals/pacrimlp18&div=11&g_sent=1&collection=journals#
Published!
Labels:
fish,
fisheries
I can now say that I am a published author :) My research paper on Subsidies and their Implications on Fisheries Management in St. Lucia was selected to be published in the Dalhousie Journal of Interdisciplinary Management.
Follow the link below to read the article:
http://ocs.library.dal.ca/ojs/index.php/djim/article/view/2011vol7Lay
Coastal Vulnerability Assessment
Labels:
climate change,
coast,
ocean
Coastal zones are extremely vulnerable to the effects of global climate change and accelerated sea-level rise. Coastal areas that are exposed to human impacts and natural changes are at increased risk of shoreline retreat and land loss, which can lead to increased hazard potential for coastal populations, infrastructure, and investment (Klein & Nicholls, 1998). Over the past 100 years, global sea-level has risen by 1.0-2.5 mm yr-1 (Klein & Nicholls, 1999) and it has been estimated that by 2100 there will be an increase in sea-level of between 15 and 95 centimetres (USGS, 2000), with a best estimate of 50cm (IPCC, 2005). Predicting future impacts to coastal zones is a difficult task, as there are a number of variables that influence coastal evolution, such as socio-economic impacts and natural changes. Over the past twenty years there has been an increased effort in developing guidelines and methodologies to assess coastal vulnerability (Klein & Nicholls, 1999). In 1992, the former Coastal Zone Management Subgroup of the Intergovernmental Panel on Climate Change (IPCC) published its Common Methodology for Assessing the Vulnerability of Coastal Areas to Sea-Level Rise (IPCC CZMS, 1992). In 1994 the IPCC developed Technical Guidelines for Assessing Climate Change Impacts and Adaptations (Carter et al., 1994) and the United Nations Environment Program (UNEP) used the IPCC Technical Guidelines to develop the Handbook on Methods for Climate Change Impact Assessment and Adaptation Strategies (Klein et al., 1998), which contains an entire chapter on coastal zones. A fourth methodology, Coastal Vulnerability Index (CVI) was developed by Gornitz et al. (1994) and was later modified by Hammar-Klose & Thieler (2001). Each of these publications provide generic frameworks, which were designed to assess the potential consequences of climate change in any natural or socio-economic system and to identify options to respond to the effects (Klein & Nicholls, 1999). This report will focus on the IPCC Technical Guidelines, CVI, and the IPCC Common Methodology, which has been the most widely used methodology to assess coastal vulnerability, and their application to the assessment of Nova Scotia’s coastal zones, specifically the issue of sea-level rise and its effects on coastal development.
According to Klein and Nicholls (1999) “vulnerability of coastal zones has been defined as the degree of incapability to cope with the consequences of climate change and accelerated sea-level rise” (p. 183). Based on this definition coastal vulnerability assessments must include the assessment of anticipated impacts, as well as the assessment of available adaptation options (Klein & Nicholls, 1999). Vulnerability assessment processes can be structured into three levels of increasingly complex assessment: screening assessment (SA); vulnerability assessment (VA); and planning assessment (PA) (CPACC, 1999). SA is a screening process, which uses existing data and the judgement of local experts and focuses on susceptibility (CPACC, 1999 and Klein & Nicholls, 1999). VA is a more comprehensive analysis and includes socio-economic changes and other climate change, and requires a previous SA or VA (CPACC, 1999 and Klein & Nicholls, 1999). PA requires a high level of detail, includes socio-economic, climatic changes, as well as non-climate changes, and would take place in the wider context of coastal management (CPACC, 1999 and Klein & Nicholls, 1999). The IPCC Common Methodology consists of seven main steps of analysis, which take into account the assessment of both the impacts as well as the possible responses to the impacts. The Common Methodology framework “incorporates expert judgement and data analysis of socio-economic and physical characteristics to assist the user in estimating a broad spectrum of impacts from sea-level rise, including the value of lost land and wetlands” (IPCC Common Methodology, 1991). The seven steps of the frame work include: (1) delineate the case-study area; (2) inventory study area characteristics; (3) identify the relevant socio-economic development factors; (4) asses the physical changes; (5) formulate response strategies; (6) assess the Vulnerability Profile; and (7) identify future needs. These steps are suggestions of analysis that should be done; however, with the Common Methodology there are no specific instructions on how the analysis should be performed, which is meant to encourage users to apply the framework appropriately to their specific situation. The key output of the Common Methodology includes the vulnerability profile for the specified case-study area and a list of future policy needs to adapt both physically and economically (IPCC Common Methodology, 1991). The IPCC’s Technical Guidelines were developed to serve as a more generic framework for any natural or socio-economic system, unlike the Common Methodology, which was developed specifically for coastal zones (Klein & Nicholls, 1999). The Technical Guidelines consist of seven steps, which are very similar to the Common Methodology: (1) define the problem; (2) select method; (3) test method/sensitivity; (4) select scenarios; (5) assess impacts; (6) assess autonomous adjustments; and (7) evaluate adaptation strategies. As stated in the objectives of the Technical Guidelines “the ultimate purpose of the Guidelines is to enable estimations of impacts and adaptations which will allow comparable assessments to be made for different regions/geographical areas, sectors and countries” (pg. v). Three coastal adaptation strategies have been identified when discussing sea-level rise: protect (defend vulnerable areas, especially population centres, economic activities, and natural resources), accommodate (strike a balance between preservation and development), and retreat (abandon structures in developed areas and ensure that new developments are set back from the shore) (Shaw et al., 1998).
Shaw et al. (1998) published a report titled Potential Impacts of Global Sea-Level Rise on Canadian Coasts, which concluded that 3% of the total Canadian coastline was at high sensitivity to sea-level rise, with sensitivity being defined as the likelihood that physical changes due to sea-level change will occur at the coast. To assess the sensitivity of the Canadian coastline Shaw et al. used a method that combined data on seven variables: relief, rock type, coastal landform, sea-level tendency, shoreline displacement rate, mean tidal range, and mean annual maximum significant wave height, and assigned each variable a risk value in the range of 1 to 5. Through the use of the methodology it was discovered that the Maritime region makes up a large portion of the high sensitivity coastal area. These areas of high sensitivity will likely be subjected to a series of opposed effects with sea-level rise, including: more frequent overwashing of beaches and higher rates of beach retreat and in other areas the formation of new beaches will take place (Shaw et al., 1998). Rates of unconsolidated cliff erosion could increase, but erosion would be interspersed with intervals of stability and small parts of the Atlantic coast of Canada would be permanently submerged (Shaw et al., 1998).
To deal with the impending sea-level rise in Nova Scotia, in 2009 the provincial government developed The State of Nova Scotia’s Coast Report, which provides an overview of the condition of the coastal areas and resources and has the ultimate goal of ensuring the sustainable development and conservation of the coastal areas and resources of Nova Scotia. The report identifies six priority coastal issues in the province: coastal development, working waterfronts, public coastal access, sea-level rise and storm events, coastal water quality, and sensitive coastal ecosystems and habitats.
In Atlantic Canada sea-level rise is occurring due to a number of factors, including: general rise in average sea-level, regional subsidence, and global warming associated with climate change (Nova Scotia’s Coast Report, 2009). Some of the greatest areas at risk of sea-level rise in Nova Scotia are low lying areas, areas with frequent storm conditions and high storm-surge potential, areas with coastal infrastructure and property, areas of sensitive ecology, and areas of rapid coastal erosion (Nova Scotia’s Coast Report, 2009). Sea-level rise occurring on the coast of Nova Scotia will have large effects on human development taking place along the coastlines. According to Nova Scotia’s Coast Report “coastal development is defined as the human-induced alteration of the landscape, including the erection of structures, within sight of the coastline” (p. 91). High sensitivity exists around residential development along the coast of Nova Scotia, with 11 percent of the coastline being intensely developed urban and industrial areas (Nova Scotia’s Coast Report, 2009). According to the Nova Scotia’s Coast Report “the most densely developed coastal areas are associated with ports and harbours”, which exist in areas such as Halifax, Antigonish, and Yarmouth. The assessment of sea-level rise and its effects on coastal development in the province could be done through the use of the Coastal Vulnerability Index (CVI) in combination with the Common Methodology. Using the Coastal Vulnerability Index (CVI) methodology allows for the assessment of various factors and their relative contributions and interactions. Hammar-Klose and Thierler’s (2001) CVI looks at six variables: tidal range, wave height, coastal slope, shoreline erosion rates, geomorphology and historical rates of relative sea-level rise. Scientists using CVI apply a mathematical formula (CVI = ((a*b*c*d*e*f)/6)1/2 ) to relate the different types of data to each other to calculate an index value. “The index allows the six physical variables to be related in a quantifiable manner that expresses the relative vulnerability of the coast to physical changes due to sea-level rise. This method yields numerical data that cannot be equated directly with particular physical effects. It does, however, highlight those regions where the various effects of sea-level rise may be the greatest” (Hammar-Klose & Thierler, 2001). Each physical variable evaluates specific physical effects that occur on the coast in response to sea-level rise and each variable is calculated in a unique way. The geomorphology variable indicates the relative erodibility of different sections of shoreline and is ranked qualitatively according to the relative resistance of the coastal landforms and rocks to marine erosion. Data concerning geomophology is collected through detailed maps (geological, topographic, and geomorphological) and is used in combination with descriptive information (Hammar-Klose & Thieler, 2000). The regional coastal slope (steepness or flatness of the coastal region) evaluates both the relative risk of inundation and the potential rapidity of shoreline retreat and can be calculated through the use of a Digital Elevation Model that is created from topographic diagrams (Hammar-Klose & Thieler, 2000 & Gaki-Papanastassiou et al., n.d.). The relative sea-level change variable corresponds to the increase or decrease in mean water elevation over time as measured at tide gauge stations and the data is usually collected from historical records, and therefore only show change for recent time scales (Hammar-Klose & Thieler, 2000 & Gaki-Papanastassiou et al., n.d.). Shoreline erosion rates evaluate how fast a section of shoreline has been eroding, the data can be collected from a variety of sources including published reports, historical shoreline change maps, field surveys and aerial and satellite photo analyses (Hammar-Klose & Thieler, 2000 & Gaki-Papanastassiou et al., n.d.). Mean tide is linked with inundation hazards and the data is usually collected from published information (Hammar-Klose & Thieler, 2000 & Gaki-Papanastassiou et al., n.d.). The final variable is wave height, which is also linked to inundation and the data can be collected from published information in addition to the use of a sea-level tidal gauge (Hammar-Klose & Thieler, 2000 & Gaki-Papanastassiou et al., n.d.). Using the collected information and data, maps could be created and used to provide insight into the relative potential of coastal change due to future sea-level rise.
The information concerning Nova Scotia’s coasts provided through the CVI could be used in conjunction with the Common Methodology to reveal the physical and socio-economic impacts of sea-level rise and to assist with furthering physical and economic modeling. As previously mentioned 11 percent of Nova Scotia’s coast line is intensely developed with urban and industrial areas and roughly 70 per cent of the province’s population lives in coastal communities (Nova Scotia’s Coast Report, 2009). Applying the Common Methodology will “allow for the identification of populations and resources at risk, and the costs and feasibility of possible responses to adverse impacts” (Klein & Nicholls, 1999). It will also provide information regarding elements of the natural coastal system, such as beaches cliffs, estuaries and tidal rivers, freshwater marshes, salt marshes, small islands, aquifers and species and ecosystems. It will also highlight the socio-economic impacts of sea-level rise such as direct loss of economic, ecological, cultural and subsistence values through loss of land, infrastructure and coastal habitats; increased flood risk of people, land and infrastructure; and impacts related to changes in water management, salinity and biological activity (Klein & Nicholls, 1999). These findings will assist in the development and application of long term coastal management plans.
Climate change and rising sea-levels will have a large effect on many coastal zones in the near future. Coastal Vulnerability Assessments can assist with predicting future coastal evolution and the impacts that may occur due to sea-level rise. Coastal Vulnerability Assessments also allow scientists and researchers to examine a number of coastal variables that are affected by climate change and relate them to one another to provide the most effective adaptation strategies. The information that is provided through the assessments can be used to help identify the risks for natural systems, government systems, as well as socio-economic and cultural systems as well as in the development of national, provincial, or municipal coastal management plans.
References
Caribbean Planning for Adaptation to Global Climate Change (CPACC) Project (1999). Coastal Vulnerability Assessment for Sea-Level Rise: Evaluation and Selection Methodologies for Implementation. Retrieved from http://fama2.us.es:8080/turismo/turismonet1/economia %20del%20turismo/turismo%20de%20costas/COASTAL%20VULNERABILITY%20LEVEL%20SEA.PDF
Carter, T., Parry, M., Nishioka, S., & Harasawa, H. (1994). IPCC Technical guidelines
for assessing climate change impacts and adaptations. Retrieved from http://www.ipcc.ch/pdf/special-reports/ipcc-technical-guidelines-1994n.pdf
Gaki-Papanastassiou, K., Karymbalis, E., Poulos, S., Seni, A. & Zouva, C. (n.d.). Coastal vulnerability assessment to sea-level rise bαsed on geomorphological and oceanographical parameters: the case ofArgolikos Gulf, Peloponnese, Greece. Retrieved from http://hua.academia.edu/EfthimiosKarymbalis/Papers/398105/Coastal_ vulnerability_assessment_to_sea-level_rise_based_on_geomorphological _and_oceanographical_parameters_the_case_of_Argolikos_Gulf_Peloponnese_Greece
Gornitz, V., Daniels, R., White, R. & Birdwell, K. (1994). The development of a coastal vulnerability assessment database: Vulnerability to sea-level rise in the U.S. southeast. Journal of Coastal Research, Special Issue No. 12, 327-338.
Government of Nova Scotia. (2009). The 2009 state of Nova Scotia’s coast technical report. Retrieved from http://www.gov.ns.ca/coast/state-of-the-coast.htm
Gutierrez, B., Williams, S. & Thieler, R. (2009). Appendix 2. Basic approaches for shoreline change. Retrieved from http://www.epa.gov/climatechange/effects/coastal/app2.pdf
Hammar-Klose, E. & Thieler, E. (2001). Coastal Vulnerability to Sea-Level Rise, A Preliminary Database for the U.S. Atlantic, Pacific, and Gulf of Mexico Coasts. Retrieved from http://geology.uprm.edu/MorelockSite/morelockonline/3_image/cstvulnGoM.htm
IPCC. (2005). IPCC second assessment – Climate change 1995; A report of the Intergovernmental Panel on Climate Change. Retrieved from http://www.ipcc.ch/pdf/climate-changes-1995/ipcc-2nd-assessment/2nd-assessment-en.pdf
IPCC CZMS. (1992). A common methodology for assessing vulnerability to sea level rise. Global climate change and the rising challenge of the sea. Ministry of Transport, Public Works and Water Management, The Hague, The Netherlands, Appendix C.
Klein, R. & Nicholls, R. (1998). Coastal Zones. In: Handbook on methods for climate change impact assessment and adaptation strategies. Retrieved from http://research.fit.edu/sealevelriselibrary/documents/doc_mgr/465/Global_Methods_for_CC_Assessment_Adaptation_-_UNEP_1998.pdf
Klein, R. & Nicholls, R. (1999). Assessment of coastal vulnerability to climate change. Ambio, 28(2), 182-187.
Shaw, J., Taylor, R., Solomon, S., Christian, H. & Forbes, D. (1998). Potential impacts of global sea-level rise on Canadian coasts. The Canadian Geographer, 42(4), 365-79.
U.S. Geological Survey (USGS). (2000). National assessment of coastal vulnerability to future sea-level rise. Retrieved from http://pubs.usgs.gov/fs/fs76-00/fs076-00
This was written for my Biophysical Dimensions of Resource and Environmental Management class.
Ironwood Farm – Visiting an Organic Mixed Farm
Labels:
Interesting people,
organic
Ecological Agriculture Program (n.d.) Our love-hate affair with plastics. Retrieved from http://eap.mcgill.ca/PCMPC_3.htm
Johnson, H. (2010). Ironwood Farm, musings from the barnyard and beyond. Retrieved from http://ironwoodfarm.wordpress.com/
McMahon, B. (2010). Value added, resources for organic farms and business in the Maritimes. Atlantic Canadian Organic Regional Network Co-op LTD. Retrieved from www.acornorganic.org/pdf/valueadded.pdf
Meat Trade Daily News (2010). Canada - putting the small abattoir out of business. Retrieved from http://www.meattradenewsdaily.co.uk/news/040210/canada___putting_the_small_abattoir_out_of_business_.aspx
Sooksom, R. (2010). A guide for beginning farmers in Nova Scotia. Nova Scotia: Department of Agriculture. Retrieved from http://www.gov.ns.ca/agri/thinkfarm/
Ironwood farm sits at the mouth of the Avon River in Hants County, Nova Scotia. The 200 acre farm was purchased by Rupert Jannasch in 2004 from an elderly friend named Stanton Sandford, whose family had been farming the land for three generations. Rupert and his partner Heather Johnson have converted the farm into a certified organic mixed farm where they grow fruit, vegetables and also raise cattle and sheep. The visit to Ironwood farm was a welcomed break from classes. Rupert was a very interesting and informative speaker, who was willing to give honest answers regarding the farming practices used at Ironwood, as well as issues concerning organic certification. He mentioned a number of ideas that I thought were especially interesting, in particular the issues surrounding the disappearance of services on which small scale farms are dependent, the monoculture of tomatoes, and the use of plastic.
The idea of small-scale farms being regulated out of business is a very scary thought. I personally believe that our society is more concerned with buying the cheapest food, no matter where it came from or what it came into contact with while it was growing, being processed and packaged. If we want to keep farmers like Rupert in business there needs to be a big shift in society, where people begin to make connections between what they eat and where it comes from. However, even if the public is able to make the connection, Rupert mentioned that many of the services that small farmers need to remain afloat are disappearing, for example the abattoirs. There are only 28 provincially inspected and 3 federally inspected abattoirs in Nova Scotia (Competitive Transition Analysis Group, 2010), and there are currently no certified organic abattoirs in Atlantic Canada (McMahon, 2010) (lucky for Rupert his beef is not certified organic!). In Ontario, farmers started running into the same problems when the Ministry of Agriculture, Food and Rural Affairs began standardizing safety regulations for abattoirs in 2005. Many of the small Ontario abattoirs who service small farms have not been able to comply with regulations or pay for the renovations that are being required for certification
(Meat Trade Daily, n.d.). This will present Rupert with a difficult situation, as he has clients willing to pay extra for the beef he produces; however, if there are no abattoirs around his farm the prices will continue to climb if he has to ship the cattle further away to be processed. Rupert implied that small-scale farming is built on a house of cards, and as soon as one section related to the farming process becomes unstable the whole system seems as though it could collapse.
The greenhouse at Ironwood farms was my favorite part of the tour; I would love to build a greenhouse of my own one day. The technique used of tying the tomato vines to the top bar to allow the plant to grow across the ground and upwards was something that I found very interesting. I was very surprised to see only two variations of tomatoes and a few green peppers growing in the greenhouse. After listening to Rupert speak about the greenhouse I understood that the monoculture tomato crop was his ‘money maker’; however, I couldn’t help but feel as though he was taking a risk of depleting the soil of certain nutrients by planting the same crop of plant year after year. I also found it quite interesting that he was very unhappy about the farmer who was planning on planting his tomato plants in bags full of soil instead of directly into the ground. Personally, I thought that sounded like a very inventive solution, and if it passed all of the organic certification standards, then he’s made one more option available to struggling farmers.
The one aspect of Rupert’s farm that made me a little unsure was his use of plastic. To me, plastic and organic farming seem to be two very clashing ideas. I never would have expected that so much plastic waste would be produced from an organic farm. Seeing it made me wonder; if people who make such a large effort to shop organically knew how much waste was produced to grow their grape tomatoes would they still purchase them? I realize that this may seem like a stretch, but I believe that most people who make the effort to shop organic are also concerned about waste production as well as contaminants. Plastic contaminants is another related area that I think would be interesting to research to see if any studies have been done linking contamination of crops from plastic mulch. I have never worked on a farm so it is hard to judge and perhaps if a better solution was available to organic farmers they might use it, but for now many famers profitability relies on the use of plastics (Ecological Agriculture Program, n.d.).
Overall, as someone who has always lived in the city, I thought that visiting Ironwood farms was a very eye opening experience. Being able to talk to the farmer about some of the pros and cons of farming organically really helped me gain a better appreciation for the practice. It was nice to see how much love and time Rupert had invested into his farm and I think that it would be a great shame if he, or any other dedicated organic farmer, was put out of business due to over regulation or because they were not able to make enough money. As a society we should be supporting these organic farmers, who are trying to make the world a healthier place for us.
References
Competitive Transition Analysis Group Committee (2010). Final report. Retrieved from ww.gov.ns.ca/agri/elibrary/CTAG-rpt-final.pdfEcological Agriculture Program (n.d.) Our love-hate affair with plastics. Retrieved from http://eap.mcgill.ca/PCMPC_3.htm
Johnson, H. (2010). Ironwood Farm, musings from the barnyard and beyond. Retrieved from http://ironwoodfarm.wordpress.com/
McMahon, B. (2010). Value added, resources for organic farms and business in the Maritimes. Atlantic Canadian Organic Regional Network Co-op LTD. Retrieved from www.acornorganic.org/pdf/valueadded.pdf
Meat Trade Daily News (2010). Canada - putting the small abattoir out of business. Retrieved from http://www.meattradenewsdaily.co.uk/news/040210/canada___putting_the_small_abattoir_out_of_business_.aspx
Sooksom, R. (2010). A guide for beginning farmers in Nova Scotia. Nova Scotia: Department of Agriculture. Retrieved from http://www.gov.ns.ca/agri/thinkfarm/
About Me
- Kait
- I am a 20 something Canadian woman currently living in Vancouver. I am greatly interested in assisting in the search for solutions for global environmental sustainability. It's time we all took personal responsibility for the state of our environment.
Currently Reading...
Cod, A biography of the fish that changed the world. By, Mark Kurlansky
Blog Roll
Lists and other Links
This work is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 3.0 Unported License.
Post a Comment