Arctic resources race

The Arctic resources race refers to the competition between global entities for newly available natural resources of the Arctic. Under the United Nations Convention of the Law of the Sea, five nations have the legal right to exploit the Arctic's natural resources within their exclusive economic zones: Canada, Russia, Denmark, Norway, and the United States (though the U.S. has yet to ratify the treaty, it considers the treaty to be customary international law and abides by it).

The Arctic region and its resources have recently been at the center of controversy and pose potential conflicts between nations that have differing opinions of how to manage the area, including conflicting territorial claims. In addition, the Arctic region is home to an estimated 400,000 indigenous people. If the ice continues to melt at the current rate, then these indigenous people are at risk of being displaced. The acceleration of ice depletion will contribute to climate change as a whole: melting ice releases methane, ice reflects incoming solar radiation, and without it will cause the ocean to absorb more radiation (albedo effect), heating up the water causing more ocean acidification, and melting ice will cause a rise in sea level.  

Source: U.S. Geological Survey

Background

The Arctic consists of multiple sub-regions: Russian Arctic, Canadian Arctic, Greenland (Kalaallit Nunaat), Northern Alaska (USA), Svalbard (Norway), Iceland, Fennoscandia. In addition to these sub-regions, the Arctic Ocean and its multiple seas—Greenland Sea, Barents Sea, Kara Sea, Laptev Sea, East Siberian Sea, Chuckchi Sea, Beaufort Sea, etc.-- make the arctic a vast region with a variety of natural resources.

Resources
Main article: Natural resources of the Arctic

Oil and gas

The U.S. Geological Survey estimates that undiscovered oil and gas reserves in the Arctic amount to 22% of the world's total, about 412 billion barrels of oil.[1] A Brookings Institution summary reported:

By the mid to late 2000s, interest in offshore hydrocarbons had surged owing to receding sea ice making more of the region accessible, rising global energy demand, U.S. Government estimates of large undiscovered oil and gas reserves throughout the Arctic, and a more politically stable investment climate relative to other global regions with large hydrocarbon resources. These factors have spurred the Arctic coastal states to support offshore oil and gas development...[2]

The first offshore oil platform in the Arctic was Prirazlomnaya in the Pechora Sea off Russia, operated by the Russian company Gazprom; it began production in late 2013. Russia jailed 30 Greenpeace activists protesting the platform and seized their ship.[3] The largest Arctic platform in the Arctic is Goliat in the Barents Sea off Norway, co-owned by Eni Norge AS and Statoil; it began production in 2015.[3] Royal Dutch Shell had $7 billion project to extract oil from the Chukchi Sea off Alaska, Polar Pioneer, but abandoned the project in 2015 after determining that it was "not sufficient to warrant further exploration".[4] Contributing to these decision was the record-low price of oil and the high operating costs of operating in a remote region with extreme weather.[3]

Arctic oil production is costly; in October 2015, the break-even point (price required to cover the cost of production) of known but undeveloped Arctic oil reservoirs was $78.6 per barrel; this was more expensive to produce than all other forms of oil except for oil sands.[3]

Minerals

The Arctic has vast deposits of economically valuable mineral resources. Significant deposits of phosphate, bauxite, diamonds, iron ore, and gold are located in the Arctic region.[3] Deposits of silver, copper, and zinc also exist in the Arctic.[5] Resource extraction is extremely difficult, however.[3]

In Greenland, retreating ice caps revealed deposits of rare-earth metals and other minerals, sparking a race between Europe and China over access to this resource.[6] While in 2012 Greenland had only one operating mine, more than a hundred new sites were being planned.[6] The Barentsburg coal mine on the Norwegian island of Svalbard is open, but has operated at a loss for many years.[3]

Fish

Emerging fisheries are another resource in the Arctic.[7] Many marine species have traditional cultural value to Alaska Natives; these marine species are being threatened by climate change.[8]

In 2015, the five nations with waters adjacent to the central Arctic High Seas agreed upon "interim measures on control of commercial fishing" in the central Arctic High Seas. A December 2015 meeting of these states, plus an additional five cooperating nations, "reaffirmed that, although commercial fishing in the high seas area of the central Arctic Ocean appears unlikely to occur in the near future, the state of currently available scientific information needs to be improved in order to reduce the substantial uncertainties associated with Arctic fish stocks."[9] In April 2016, representatives of the nations again met to negotiate and discuss commercial fishing in the Arctic high seas.[10]

Bioprospecting

By 2009, more than 40 companies were engaging in bioprospecting in the Arctic.[11]

Trade routes

Trade routes in the Arctic are debatably one of the most valuable resources. Currently, three shipping passage are in operation: the Northeast Passage (NEP), the Northwest Passage (NWP), and the Transpolar Passage (TPP). While these passages are currently in use, other passages that previously were inaccessible are now becoming accessible due to climate change and sea ice melting. The Arctic Ocean fosters shorter trade routes between 80 percent of the most industrialized nations. The consequences of these shorter trade routes are less fuel consumption, less carbon emissions and faster transportation of goods.[12]

Undiscovered resources

The U.S. Geological Survey conducted research on the undiscovered resources north of the Arctic Circle. The research revealed that a least 50 million barrels of natural gas and oil have accumulation underneath the arctic seabed.[13]

Stakeholders

Under UNCLOS, five nations have exclusive economic zones (EEZs) in the Arctic region. These nations have the legal right to exploit the resources within their EEZs.

Russia
Further information: Arctic policy of Russia

In August 2007, in an "openly choreographed publicity stunt" extensively covered by Russian state-controlled television, two Russian submersibles in the Arktika 2007 expedition planted a Russian flag at the bottom of the North Pole, in a bid to symbolically bolster Russia's disputed claim to "nearly half of the floor of the Arctic Ocean and potential oil or other resources there".[14] However, no other Arctic nations recognized this stunt to be of legal significance.

In 1915, Russia became the first nation to drill in the Arctic[15] and has continued to drill in the region since. Since oil and natural gas account for a large portion of Russia's federal budget revenue and exports,[16] Russia has been very interested in extracting these resources from the region. Russia's share of the oil reserves in the Arctic Ocean has been estimated to account for half of the undiscovered oil in the region.[16] Furthermore, 20% of Russia's GDP is generated in the Arctic.[17]  Russia has also significantly increased its military presence in the Arctic region, creating tension amongst nations. Russia currently has 40 icebreakers (ships that are able to break through ice), making it the world leader in icebreakers.[18]

Canada

On December 20, 2016, U.S. President Barack Obama and Canadian Prime Minister Justin Trudeau issued a joint statement indefinitely banning drilling in the Arctic, which will be reviewed every five years based on a climate and marine science life cycle assessment. This ban encompasses most of the U.S. waters and all of the Canadian waters in the Arctic.[19]

Canada current has a fleet of 15 icebreakers.[20]

The Kingdom of Denmark
Further information: Arctic policy of Denmark

The Kingdom of Denmark has expressed interest in resource exploitation, but has stressed the need to do so in a manner that respects the Arctic's nature and environment. In its Arctic strategy report, Denmark acknowledged the importance of practicing the "highest international standards of safety, health, environment, preparedness and response" when extracting resources in the region. The report also included the nation's intent to "seize the many opportunities in the Arctic to create more growth and development" and acknowledged that it needed to realize the region's economic potential.[21]

Denmark has four icebreakers.[22]

Norway
Further information: Arctic policy of Norway

Norway has a history of Arctic drilling, and continues to express interest in it. Drilling in the Norwegian Continental Shelf began in 1966 and has continued to be a huge part of Norway's economic growth. Over the years since drilling began in the region, the industry has created values in excess of NOK 12,000 billion, and in 2012 alone, the petroleum sector accounted for 23 percent of value creation in the country.[23] A BP report declared Norway to be the seventh largest natural gas producer in the world in 2015.[24] It has also been projected that Norwegian gas production will increase substantially in the near future.[25] Norway has also taken advantage of the Arctic tourism opportunities that have just recently been made possible. There are currently many Arctic cruise options to choose from, including one to the North Pole.[26]

Norway has two icebreakers.[27]

United States
Further information: Arctic policy of the United States

In November 2016, citing the need for environmental protection, the U.S. Department of the Interior instituted a ban on drilling in the Beaufort Sea and Chukchi Sea of the Arctic between 2017 and 2022.[28] One month later, in a joint statement with Canadian Prime Minister Justin Trudeau, President Barack Obama used his authority under the Outer Continental Shelf Lands Act of 1953 to extend the protections permanently.[29]

It is unclear where the U.S. stands on Arctic resource exploitation under the administration of Donald Trump, who took office in January 2017. During his presidential campaign, Trump repeatedly denied climate change, called for an energy policy focused on fossil fuels, and pledged to repeal environmental regulations.[30] In April 2017, it was reported that Trump was preparing an order to reverse the U.S.'s Arctic drilling ban.[28] It is not entirely clear whether Trump has the authority to unilaterally withdrawal the outer continental shelf protection; most legal experts believe that the protection may only be withdrawn by an act of Congress.[29] Adding to the uncertainty of this issue is the fact that under this new administration, U.S. Secretary of State and former CEO of Exxon Mobil, Rex Tillerson, was on the U.S. Chairmanship of the Arctic Council.[31]

The United States currently has two icebreakers.[32]

Indigenous people

There are approximately 4 million people living in the Arctic, 10% of which are indigenous peoples.[33] Indigenous people have permanent representation in the Arctic Council.[34] Although most indigenous communities fear resource exploitation will lead to negative environmental impacts that will negatively affect their well-being, some see it as an important economic opportunity for those who are struggling to adapt to changes in the regional climate.

Other nations
Further information: Arctic policy of China

As the Arctic's many resources become more available for exploitation, other nations with no legal exploitation rights are trying to stake a claim in the resource race. Many have argued that the Arctic region is a "global commons" and cannot be governed by a few countries.[35] Particularly, non-Arctic nations are concerned with the effects that changes in the Arctic climate will have on global climate change. In terms of environmental degradation, the negative effects of resource extraction in the Arctic region are not limited to the borders of the countries in which they originated.[36] For example, melting polar ice caps contribute to sea level rise, which threaten coastal regions and low-lying countries such as Bangladesh and the Netherlands.[37] The climatic changes in the Arctic region have significant impacts on the rest of the world, as "northern ecosystems are increasingly linked to the rest of the globe through myriad physical, biological, cultural, and economic ties."[38]

China has argued for governance rights in the region, arguing that it is a "near Arctic" country and is affected by the climate effects of the region.[35] China was granted observer status in the Arctic Council in 2013.[39] In 2016, China indicated that it planned to ship cargo through the Northwest Passage, setting up a conflict with Canada, which asserts sovereignty over the area.[40]

In addition to China, 11 other non-Arctic nations have observer status in the Arctic Council: France, Germany, the Netherlands, Poland, Spain, United Kingdom, Italy, Japan, South Korea, Singapore, and India.[39]

Impacts on indigenous communities

Accelerated climate change in the Arctic- as a direct result from resource exploitation and increased anthropogenic activity in the region- will drastically alter the livelihoods of indigenous people in this Arctic. Indigenous people depend heavily on the natural environment for necessities such as hunting, harvesting, fishing, and herding. Melting sea ice and extreme weather patterns threaten the animals that survive off the established conditions and thus threaten the people that depend on such animals for food. Changes in this natural environment will have impacts on their economy, society, culture and health. Indigenous people have listed contaminants, land use, climate, security and access as their main points of concerns.[41]

Historically, many indigenous communities believe that their "land has been expropriated and resources exploited without due regard to indigenous peoples".[37] However, indigenous people have recently had their political organizations recognized by international communities and the human rights of indigenous people have solidified in those communities as well.[41]

Alaska

In 2003 it was identified by the Army Corps of Engineers that four Alaskan villages would need to relocate because of risk of flooding and erosion. More villages have been added to that list from the time frame between 2003 and 2016. One of these villages, Shishmaref, number 650 people and they are at risk of becoming the first American community climate refugees. However, relocation is proving difficult because there is no governmental institutional framework that exists for the aid of climate refugees in the United States. the Obama administration promised to fund $50.4 billion to help with relocation efforts in 2016.

Sami people

The Sami people live primarily in north Sweden, Norway, Finland, and Russia and have survived for generations fishing and hunting. The changes in climate has caused unpredictable conditions in the ice, which the Sami people have come to rely on and predict so that they and their herds can move across it. In one instance, 300 of their reindeer sank in the ice and drowned. Land grabs by the Swedish government are also prevalent and lacks in communication between them and the Sami people.[42]

Displacement

Increased anthropogenic activity in the Arctic region, attributed to the resource race, has contributed to the threat of indigenous displacement: as the climate changes in the region, local animals’ normal patterns are disrupted, affecting the communities’ food supplies; melting permafrost and erosion has damaged local infrastructure, including homes, buildings, sewage systems, etc.; unstable and unpredictable ice patterns have affected mobility vital for transportation, hunting, travel, and communication.[43] Furthermore, the changes and variability in the climate have left indigenous communities who rely on traditional knowledge vulnerable and essentially "strip arctic residents of their considerable knowledge, predictive ability, and self-confidence in making a living from their resources."[38]

Environmental degradation

It has been argued that Arctic trade routes will decrease global greenhouse gas emissions from shipping because these routes would be much shorter than the current routes.  However, it is important to note that increased shipping in the region will contribute to Arctic environmental degradation and will severely impact indigenous communities.  According to the National Oceanic and Atmospheric Administration, “Potential impacts from shipping include: the release of oil through accidental or illegal discharge, ship strikes on marine mammals, the introduction of alien species, disruption of migratory patterns of marine mammals, increased anthropogenic noise and increased atmospheric emissions.” [44] Additionally, marine vessels are a large source of greenhouse gas and air pollutant emissions, which impact local air quality and human health.[45]

Offshore drilling in the Arctic also poses huge threats to the regional ecosystem and indigenous communities.  Pollution from the offshore drilling industry can damage marine animals and disrupt their migratory patterns, destroy flora and fauna, and interfere with subsistence lifestyles of indigenous communities.[46] There have already been several cases in which it was determined that anthropogenic activity in the Arctic region resulted in environmental damage.  In 2013, the U.S. Environmental Protection Agency fined Shell $1.1 million for air quality violations on several offshore drilling vessels in the Arctic.[16]

Economic implications

While some indigenous communities believe that the resource race will provide economic opportunity, others are skeptical of how much it will actually benefit them economically. In the past, economic benefits of resource extraction in the Arctic has created revenue for governments and private entities, while relatively little if any of its wealth was directly returned to improve the economic and social well-being of the local people in the regions where extraction occurred.[36]

Food security

The changing climate in the Arctic is affecting food security in indigenous communities. When the ice is unsuitable to travel on, it is impossible to hunt for food. Additionally, food security is vulnerable to climate change because the food supply consists of local species that are themselves sensitive to climatic changes.[47] There is also concern over the toxins found in local species and the risk of oil contamination in indigenous communities' food supplies.[48]

Climate change and the Arctic

Climate change has a worldwide effect, but many studies show that warmer trends are more intense in higher latitudes.[49] Since the Arctic resides in a higher latitude, its communities are more vulnerable. Thus far, average temperatures have risen almost twice as fast as in the rest of the world. Records show changes in various parts of the biophysical environment of the Arctic, such as sea-ice extent, area of permafrost and depth, river hydrology, geophysical processes, and the distribution of marine and terrestrial species of the Arctic.[50] The warming of the earth's atmosphere and surface is mainly attributed to the greenhouse effect. The gases that have a role in the greenhouse effect are mainly carbon dioxide, methane, nitrous oxide, and chlorofluorocarbons (CFCs).[51] Even though carbon dioxide is the abundant greenhouse gas, these other gases actually absorb radiation more efficiently and persist in the atmosphere longer than carbon dioxide, so their warming effects increase with time.[52]

Climate change is making Arctic resources more accessible. For example, in Denmark the retreating of the ice caps has exposed mineral deposits, such as rare-earth metals, that can be extracted and used for technologies like cell phones or military guidance systems.[53] Another effect of climate change on the Arctic will include the creation of new trade waterways through the north, further exploiting the area. Changes in the Arctic will affect resource competition and conflict in the upcoming years.[54]

Changes in the Arctic will have worldwide impacts. The Arctic basin is an ice-covered ocean that has strong feedback effects on many parts of the climate system. Since the arctic regulates heat exchange between the ocean and atmosphere, the sea ice decline is expected to affect atmospheric circulation and weather patterns.

Other effects can also include diminished rainfall in many parts of the world, leading to desertification in many areas and a decline in their ability to sustain agriculture. These changes indirectly create more conflict in water scarcity and will increase migration of communities. More direct effects of the degradation of the Arctic include significant rise in global sea levels, which will displace low coastal areas around the world and result in loss of agricultural lands.

References
  1. Andrew Osborn, Putin's Russia in biggest Arctic military push since Soviet fall, Reuters (January 31, 2017).
  2. Charles Ebinger, John P. Banks, & Alisa Schackmann, OFFSHORE OIL AND GAS GOVERNANCE IN THE ARCTIC: A Leadership Role for the U.S., Brookings Institution (March 2014).
  3. Joel K. Bourne, Jr., In the Arctic's Cold Rush, There Are No Easy Profits, National Geographic (March 2016).
  4. Jennifer A. Dlouhy, Shell abandons Arctic oil quest after $7 billion bid yields 'disappointing' results, Fuel Fix/Houston Chronicle (September 28, 2015).
  5. Isaac Arnsdorf, Diamonds to Oil Bring Gold Rush Dreams to Melting Arctic, Bloomberg (April 30, 2014).
  6. Elisabeth Rosenthal, Race Is On as Ice Melt Reveals Arctic Treasures, New York Times (September 18, 2012).
  7. Deb Riechmann, U.S. lags behind arctic nations in race to stake claims to untapped resources, Associated Press (January 1, 2014).
  8. Thorsteinson, L. K., and Love, M. S., eds., 2016, Alaska Arctic marine fish ecology catalog: U.S. Geological Survey Scientific Investigations Report 2016-5038 (OCS Study, BOEM 2016-048), 768 p., doi:10.3133/sir20165038.
  9. Fourth Meeting of Scientific Experts on Fish Stocks in the Central Arctic Ocean, 4th FiSCAO, Alaska Fisheries Science Center, National Oceanic and Atmospheric Administration.
  10. Hannah Hoag, Nations negotiate fishing in Arctic high seas, Arctic Deeply (republished by United Press International (April 28, 2016).
  11. Hannah Hoag, The cold rush, Nature Biotechnology 27, 690–692 (2009), doi:10.1038/nbt0809-690.
  12. "The Future of Shipping & Trade in Arctic Waters". World Policy Institute. 2015-04-08. Archived from the original on 2017-03-20. Retrieved 2017-03-17.
  13. Bird, Kenneth J., Charpentier, Ronald R., Gautier, Donald L., Houseknecht, David W., Klett, Timothy R., Pitman, Janet K., Moore, Thomas E., Schenk, Christopher J., Tennyson, Marilyn E. and Wandrey, Craig J., 2008, Circum-Arctic resource appraisal; estimates of undiscovered oil and gas north of the Arctic Circle: U.S. Geological Survey Fact Sheet 2008-3049, 4 p. [http://pubs.usgs.gov/fs/2008/3049/].
  14. Chivers, C. J. (2007-08-03). "Russians Plant Flag on the Arctic Seabed". The New York Times. ISSN 0362-4331. Retrieved 2017-03-17.
  15. "History - Arctic Energy Center". Arctic Energy Center. Retrieved 2017-04-22.
  16. Harriss, Robert (2016-05-03). "Arctic Offshore Oil: Great Risks in an Evolving Ocean". Environment: Science and Policy for Sustainable Development. 58 (3): 18–29. doi:10.1080/00139157.2016.1162006. ISSN 0013-9157.
  17. Caroline, Rohloff; Program., Center for Strategic and International Studies (Washington, D.C.). Europe (2015). The new ice curtain : Russia's strategic reach to the Arctic. ISBN 978-1442258822. OCLC 954058444.
  18. "The icebreaker gap". The Agenda. Retrieved 2017-04-19.
  19. "United States-Canada Joint Arctic Leaders' Statement". whitehouse.gov. 2016-12-20. Retrieved 2017-03-17.
  20. Canada, Government of Canada, Fisheries and Oceans. "Icebreaking". www.ccg-gcc.gc.ca. Retrieved 2017-04-19.
  21. Kingdom of Denmark Strategy for the Arctic 2011–2020.
  22. "MAJOR ICEBREAKERS OF THE WORLD" (PDF). uscg.mil. Archived from the original (PDF) on 2013-08-09.
  23. Energy, Ministry of Petroleum and (2013-10-09). "Norway's oil history in 5 minutes". Government.no. Retrieved 2017-04-22.
  24. "Statistical Review of World Energy | Energy economics | BP Global". bp.com. Retrieved 2017-04-22.
  25. Söderbergh, Bengt; Jakobsson, Kristofer; Aleklett, Kjell (2009-12-01). "European energy security: The future of Norwegian natural gas production". Energy Policy. 37 (12): 5037–5055. doi:10.1016/j.enpol.2009.06.075.
  26. "North Pole Nuclear Powered Ice Breaker Expedition - Cruise Norway". Cruise Norway. 2017-03-02. Archived from the original on 2017-04-22. Retrieved 2017-04-22.
  27. "MAJOR ICEBREAKERS OF THE WORLD" (PDF). uscg.mil. Archived from the original (PDF) on 2013-08-09.
  28. Chris D'Angelo, Trump Reportedly Prepping Order To Reverse Arctic Drilling Ban, Huffington Post (April 7, 2016).
  29. Robinson Meyer, Can Trump Reverse Obama's Arctic-Drilling Ban? Probably not, at least without Congress’s help., The Atlantic (December 21, 2016).
  30. Ashley Parker & Coral Davenport, Donald Trump's Energy Plan: More Fossil Fuels and Fewer Rules, New York Times (May 26, 2016).
  31. "U.S. Chairmanship - Arctic Council". www.arctic-council.org. Archived from the original on 2017-05-02. Retrieved 2017-04-22.
  32. Times, Navy. "us-navy-and-coast-guard-need-more-icebreakers-now". Navy Times. Retrieved 2017-04-19.
  33. "Arctic Peoples - Arctic Council". arctic-council.org. Retrieved 2017-03-17.
  34. https://www.un.org/en/events/indigenousday/pdf/Indigenous_Arctic_Eng.pdf
  35. Bertelsen, Rasmus Gjedssø; Gallucci, Vincent (2016-10-01). "The return of China, post-Cold War Russia, and the Arctic: Changes on land and at sea". Marine Policy. 72: 240–245. doi:10.1016/j.marpol.2016.04.034. hdl:10037/10757.
  36. Chance, Norman A.; Andreeva, Elena N. (1995-06-01). "Sustainability, equity, and natural resource development in Northwest Siberia and Arctic Alaska". Human Ecology. 23 (2): 217–240. doi:10.1007/BF01191650. ISSN 0300-7839.
  37. Nuttall, Mark (1998-01-01). Protecting the Arctic: Indigenous Peoples and Cultural Survival. Taylor & Francis. ISBN 9789057023545.
  38. Chapin, F. S.; Peterson, G.; Berkes, F.; Callaghan, T. V.; Angelstam, P.; Apps, M.; Beier, C.; Bergeron, Y.; Crépin, A-S.; Danell, K.; Elmqvist, T.; Folke, C.; Forbes, B.; Fresco, N.; Juday, G.; Niemelä, J.; Shvidenko, A.; Whiteman, G. (2004). "Resilience and Vulnerability of Northern Regions to Social and Environmental Change". AMBIO: A Journal of the Human Environment. 33 (6): 344–349. doi:10.1579/0044-7447-33.6.344. hdl:1975/253. PMID 15387072.
  39. "Observers - Arctic Council". Arctic Council.
  40. Nash Jenkins, China Could Be Preparing to Challenge Canada's Sovereignty Over the Northwest Passage, Time (April 21, 2016).
  41. "Arctic Indigenous Peoples - Arctic Centre, University of Lapland". www.arcticcentre.org. Retrieved 2017-04-18.
  42. Tennent, James (2015-10-31). "COP21: How climate change is destroying the Sami way of life in Scandinavia". International Business Times UK. Retrieved 2017-04-18.
  43. "A Complex Constellation: Displacement, Climate Change and Arctic Peoples | Brookings Institution". Brookings. 2017-04-24. Retrieved 2017-04-24.
  44. Administration, US Department of Commerce, NOAA, National Oceanic and Atmospheric. "National Oceanic and Atmospheric Administration (NOAA) Home Page". www.gc.noaa.gov. Retrieved 2017-04-24.
  45. Transportation, International Council on Clean. "Air pollution from marine vessels in the U.S. High Arctic in 2025 | International Council on Clean Transportation". www.theicct.org. Retrieved 2017-04-24.
  46. E.A., Barry-Pheby (2013-01-01). "The Growth of Environmental Justice and Environmental Protection in International Law: In the Context of Regulation of the Arctic's Offshore Oil Industry". Sustainable Development Law & Policy. 13 (1).
  47. Ford, James D. (2009-06-01). "Vulnerability of Inuit food systems to food insecurity as a consequence of climate change: a case study from Igloolik, Nunavut". Regional Environmental Change. 9 (2): 83–100. doi:10.1007/s10113-008-0060-x. ISSN 1436-3798.
  48. "Toxins Accumulate in Arctic Peoples, Animals, Study Says". news.nationalgeographic.com. Retrieved 2017-04-24.
  49. Houghton, J.T., Ding, Y., Griggs, D.J., Noguer, M., Van Der Linden, P.J., Dai, X., Maskell, K., And Johnson, C.A. 2001. Climate change 2001: The scientific basis. Contribution of Working Group 1 to the Third Assessment Report of the Intergovernmental Panel on Climate Change. Cambridge: Cambridge University Press. 881 p.
  50. Ford, James D. (Dec 2004). "A Framework for Assessing the Vulnerability of Communities in the Canadian Arctic to Risks Associated with Climate Change". Arctic. 57 (4): 389–400. doi:10.14430/arctic516. hdl:10535/3095.
  51. Wang, W-C., Wobbles, D. J., Washington, W. M., Isaacs, R. G., and Molnar, G. (1986). Trace gases and other potential perturbations to global climate. Rev. Geophys. 24, 110-140.
  52. Etkin, D.A. (1990b). Equivalency of greenhouse gases. Carbon Dioxide/Climate Rep. 90-01, 5-6. Atmospheric Environment Service, Canadian Climate Centre, Downsview, Ontario.
  53. Rosenthal, Elisabeth (2012-09-18). "Arctic Resources, Exposed by Warming, Set Off Competition". The New York Times. ISSN 0362-4331. Retrieved 2017-03-17.
  54. Zellen, Barry. "As Climate Change Thins Polar Ice, a New Race for Arctic Resources Begins" (PDF). Center for Contemporary Conflict. Retrieved March 2, 2017.
This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.