Category Archives: Arctic

Analysis related to the global polar regions.

What Will the Future Hold for Arctic Economics?

By Rachel Gosnell

Introduction

The economic potential of the Arctic is vast, but the complexities of the region must be considered when analyzing the future of the Arctic. While the region north of the Arctic Circle is commonly viewed as a singular expanse, the reality is rather different. Within the Arctic – and amongst the eight Arctic nations – there exists noteworthy similarities but also tremendous variations. Indeed, the Arctic is a diverse part of the world that would be best characterized as several different subregions, all with unique resources, populations, accessibility, geostrategic importance, and challenges. It is critical to analyze economic drivers and political factors across the High North in order to evaluate the economic potential of the region, understand national security interests, and develop appropriate Arctic policy.

A Challenging Environment

One constant throughout the Arctic region is the hostile climate. Record setting cold, ice-covered waters, rapidly emerging storms, and high winds define the region. The warming trends of the High North, which the National Oceanic and Atmospheric Administration (NOAA) note are about double the rate of global warming trends, are of such a magnitude that the pace of sea ice decline and surface ocean warming is unprecedented. This warming is contributing to an alarming decline in ice coverage at sea and permafrost ashore. The warming trends are forecasted to continue at an increasingly rapid rate due to the albedo effect, making Arctic weather more unpredictable as the likelihood of fog, storms, and even ice floes rises in upcoming years. All Arctic states must confront these challenges and share a common interest in conducting research to better understand the scientific trends that are emerging in the region.

The majority – nearly half – of the Arctic’s four million inhabitants live in the Russian Arctic, with the largest communities located in Murmansk and Norilsk. These cities dwarf the largest comparable North American communities, though population trends indicate a slight shift toward growth in the Alaskan and Canadian Arctic. Yet the Arctic population in total is predicted to experience only a slight upward growth in the upcoming decades, with just a 4 percent growth rate predicted through 2030. When compared with the global growth rate projection of 29 percent over the same period, it becomes clear that the region will not becoming a booming source of labor. Indeed, the Business Index North 2018 report notes that many cities in the Arctic are confronting challenges stemming from the loss of the region’s youth – who move south in search of education and jobs – and a gender imbalance. Further, as the Arctic warms, attracting interest to the region, the indigenous communities are facing new challenges. Thawing permafrost is causing damages to infrastructure as the ground becomes less stable. Developing new infrastructure to support economic development will require innovative approaches in a region not experienced in such issues. The logistical difficulties of transporting building materials and expertise will further compound the issue. 

The warming trends, however, will certainly enable further economic activity in the region. Diminishing sea ice coverage is enabling greater maritime traffic. However, it remains unlikely that the northern routes will become competitors of the Suez Canal despite the difference and significantly shorter distance (approximately 4,700nm) from Northern Europe to East Asia that amounts to a decreased transit time of 12 to 15 days if weather conditions cooperate. Yet of the primary identified shipping routes through the Arctic – the Northern Sea Route (NSR), Northwest Passage (NWP), and Transpolar Route (TPR) – only the NSR will have extended periods of opening through approximately 2025. 

Map of the Arctic region showing shipping routes Northeast Passage, Northern Sea Route, and Northwest Passage, and bathymetry (Wikimedia Commons)

New Opportunities 

Shipping companies and countries alike are exploring the potential new trade routes. Putin has exclaimed that the Northern Sea Route will rival international trade lanes and indeed, there has been an increase of vessel activity in the region. In 2017, the Northern Sea Route Administration (NSRA) issued 662 permissions to vessels for navigation along the NSR, though only 107 of these for foreign (non-Russian) flagged vessels. During that year, the NSRA notes that 9.74 million tons of various freights were transported by vessels, though mostly between ports located along the NSR. Indeed, in 2017, there were only 24 vessels and 194,364 tons of cargo that transited the duration of the route – much less than the record high in 2013 when China’s COSCO and others sent cargos through to explore the possibility of a maritime route. That year, aided by exceptional weather conditions, 71 vessels and 1.36 million tons of cargo transited the Northern Sea Route. Yet this still pales in comparison to the Suez Canal traffic, which saw more than 17,600 vessels and 1.04 billion tons of cargo in 2017.

Weather and vessel size limitations – due to reduced water depths and widths limited to icebreaker accompaniment – will reduce the efficiencies of the commercial shipping industry, which values economies of scale and the just-in-time shipping model. Arctic shipping in its current state is not yet reliable enough to adhere to these requirements, although when the Transpolar Route opens it may become more appealing. China has already looked northward to link the “Polar Silk Road” to its broader One Belt One Road Initiative. Yet weather will remain a challenge, with unpredictable ice floes moving into vessel routes, harsh storms, and cold operating temperatures. The International Maritime Organization’s Polar Code was a solid effort to improve safety and establish training and operating standards for vessels in the Arctic, but it will likely need continuous updates to remain relevant. International coordination on Arctic maritime safety and emergency response will be critical to ensuring the prevention – or expeditious response – of a maritime crisis. Given the fragility of the environment, hostile conditions, and dearth of emergency response capabilities in the Arctic, cooperation will be critical to the future.

Another significant economic driver for the region is the abundant presence of energy both on shore and within the exclusive economic zones of the five Arctic coastal nations. Several countries have already submitted claims to further extend their claims under the Commission on the Limits of the Continental Shelf. This includes a number of overlapping claims, to include the Lomonosov Ridge – and the North Pole. Although the United States remains the sole Arctic nation that has not ratified the United Nations Convention on the Law of the Sea (UNCLOS) it appears that all Arctic nations will submit claims in accordance with UNCLOS. Yet the review of such claims make well take years due to the backlog of the Commission and the complexity of the review process. Until then, there remains a potential for disputes over economic resources, although Norway and Russia resolved the biggest dispute in the region peacefully in 2010. Currently the largest disputes in the Arctic are between the United States and Canada.

While oil and gas reserves are still unknown, it is estimated that the Arctic may hold nearly one-third of the world’s natural gas and thirteen percent of global oil reserves. Yet costs of exploring, developing, and extracting these resources are very high given the harsh environment, limited infrastructure, and difficulties posed. Given the current market prices, there is limited interest in pursuing these reserves in North America, though Norway and Russia are continuing development in the Barents and Kara Seas. The Chinese Nanhai-8 rig made an April 2018 discovery that may rank the Leningradskoye field as one of Russia’s largest natural gas fields. Indeed, China has also invested in the Yamal LNG project, which has ownership of 50.1 percent by Novatek, 20 percent by total, 20 percent by China National petroleum Company, and 9.9 percent by the Chinese Silk Road Fund. Production officially began in December 2017 and officials predict an annual production of up to 360 billion cubic meters of gas. The new Christophe de Margerie class of icebreaking LNG carriers – projected to be a total of 15 vessels at more than $300 million apiece – has commenced deliveries from Yamal to Asia. While the transit shipping of cargo may not be viable for decades, it is clear that Russia is intent on using the Northern Sea Route to ship commodities to market, albeit on a small scale when compared to the global maritime industry. Overall production of Arctic energy reserves will likely remain limited in the near future, unless the price of oil climbs significantly. Other sources of oil and gas – to include shale and using newer technology on older fields – will continue to remain a more economical option.

Mineral resources are also found in vast quantities throughout the Arctic, with all Arctic nations except Iceland possessing significant mineral deposits. While some new deposits are being revealed as ice coverage melts, it is likely that development in the near term will continue to focus on existing mines. It is predicted that infrastructure to these mines and areas will steadily be improved to permit future access.

Changes in climate are also likely to result in increased fishing in the Arctic. While there is little data on exact sizes of Arctic fishing stocks, it is likely that fish will continue migrations northward as the waters warm in the south. International fishing fleets will follow these fish, and the level of illegal and unreported fishing will likely rise due to the challenges of monitoring the vast region and lack of comprehensive maritime domain awareness. Yet this is also another opportunity for the Arctic coastal states to work together, in regulating and monitoring fishing. Likewise, the regulation of tourism in Arctic water – and the establishment of clear safety and emergency response protocols – will require cooperation from the Arctic states as the numbers of tourists rise. Indeed, the 2016 and 2017 Northwest Passage transits of the Crystal Serenity cruise ship and 1,800 passengers (900 guests) highlight the importance of developing both regulations and crisis response procedures as the adventure tourism industry continues to grow.

A final economic factor in the Arctic will be foreign direct investment. To date, the Arctic has received significant levels of FDI, with China being the largest source at an estimated $1.4 trillion invested into the economies of the Arctic nations from 2005-2017. Concerns arise over the potential for externalities associated with this investment, particularly given China’s record on labor and environmental issues. China’s recent Arctic White Paper establishes that China will continue to seek investment and other economic opportunities in the region. 

Conclusion

The Arctic is brimming with economic potential. Though the population will continue to be a small fraction of the global population, the region has significant natural resources and potential as a maritime trade route. With an annual economy presently exceeding $450 billion, it is likely that the region will experience further growth as the Arctic becomes increasingly accessible. Yet Arctic states must carefully regulate this growth in order to ensure protection of the environment, indigenous peoples, and their own strategic interests. This will further require significant cooperation amongst the nations of the High North – and those with interests in the region – in order to ensure the development and adherence to protocols and regulations that guide economic development. 

Rachael Gosnell is pursuing doctoral studies in International Security and Economic Policy at the University of Maryland, with a focus on maritime security in the Arctic. She holds a MA in International Security Studies from Georgetown University, a Masters in Engineering Management from Old Dominion University, and a Bachelors of Science in Political Science from the U.S. Naval Academy. She currently teaches Political Science at the U.S. Naval Academy. All views expressed are her own and do not reflect the U.S. Department of Defense or the U.S. Naval Academy.

Featured Image: Helicopter view of U.S. Coast Guard Cutter Healy (bottom left) stopped in the Arctic Ocean as Canadian Coast Guard Ship Louis S. St. Laurent (top right) comes alongside it. (Jessica K. Robertson/Public Domain)

Russia’s Arctic Ambitions Held Back by Economic Troubles

The following article was originally featured by the Macdonald-Laurier Institute for Public Policy and is republished with permission. Read it in its original form here.

By Michael Lambert

During the Cold War, the geographical position of the Arctic and the technology available put the region in the geopolitical spotlight. The Arctic was the shortest flight path for Soviet and American intercontinental bombers between the United States and Soviet Union. Later, with the advent of ballistic missiles, the Arctic’s strategic relevance began to fade – only to be reignited in the 1970s with the arrival of nuclear ballistic missile submarines (SSBNs) and strategic bombers armed with long-range cruise missiles.

The United States cooperated closely with Canada to stop the bomber threat coming from Moscow. The end result was a number of early warning radar lines across Canadian territory, most recently the joint Canada-U.S. North Warning System (NWS) built in the late 1980s, as well as significant air defense (and later aerospace) cooperation evident in the bi-national North American Aerospace Defense Command (NORAD). By the 1980s, the U.S. Navy was also increasingly intent on penetrating the Soviet nuclear bastion in the Arctic with its own nuclear attack submarines.

The Soviet Union was itself directly exposed to strategic bombers located in Alaska. Looking at the strategic context until 1991, the USSR gathered a significant number of defense forces in the Soviet Arctic, going from advanced air defense systems in Rogachevo, Amderma, and Alykeland Ugolnye Kopi to submarines able to launch nuclear weapons from the Soviet Far East. The United States and the Soviet Union both conducted military exercises in the Arctic, and eventually had the technological capabilities to destroy each other multiple times. However, it was difficult for the United States to say if Moscow was trying to develop a defensive or offensive policy in that part of the world – although that uncertainty did not prevent the U.S. from moving decisively to try to mitigate this potential threat.

Moscow conducted an impressive number of nuclear experiments in the area. By the end of the 1980s, the USSR Northern Fleet had 172 submarines, including 39 SSBNs, 46 cruise missile submarines and 87 attack submarines, and between 1967 and 1993 Soviet and Russian submarines carried out a total of 4,600 training missions. However, looking at the size of the Arctic, the numbers are less impressive, and it seems difficult to know if the area was considered to be an outpost or a buffer zone, in so far as archives regarding Soviet nuclear weapons are still classified in Russia today.

After the break-up of the Soviet Union, Russia inherited almost all Soviet facilities and nuclear equipment, including in the High North. Does the Russian approach toward the Arctic differ from the Soviet one? Under then Prime Minister Yevgeny Primakov, supported by Russia’s first president Boris Yeltsin, Russia’s Arctic forces were almost entirely disbanded for economic reasons during the 1990s. The Kremlin did keep its SSBNs to ensure nuclear deterrence and a minimum presence in the area. But it also diminished the number of aircraft and anti-aircraft systems as well, the latter decision largely due to the difficulty with modernizing equipment needed to detect and intercept American bomber aircraft, such as the Northrop B-2 Spirit.

With the return of Moscow on the international stage, Russia’s new nuclear policy in the Arctic has become a major issue for the relationship between the United States, Canada, Northern Europe (NATO and non-NATO members) and Russia after the annexation of Crimea in 2014. Indeed, current Russian President Vladimir Putin considers the modernization of Moscow’s strategic nuclear forces and its Northern Fleet to be a state priority.

More than 80 percent of Russia’s strategic maritime nuclear capabilities is located in the Northern Fleet, mostly in the form of its ballistic missile submarine fleet. It is also focused on developing infrastructure needed to operate such capabilities, such as the refurbished military airfields in its northern region that will provide aerial support for its Northern Fleet. In the Russian Military Doctrine of 2014, the Arctic was highlighted as one of the three key regions for military development, alongside Crimea and Kaliningrad. And, since 2008, Russia has reestablished long-range aviation patrols and increased the presence and activity of the Northern Fleet.

Putin’s policy in the Arctic can be interpreted as partly an attempt to protect future economic and military interests of the Russian Federation. After all, Russia has significant economic interests in the Arctic and needs to protect them. More than 20 percent of the country’s GDP is produced in the northern part of Russia, with approximately 75 percent of oil and 95 percent of natural gas reserves located in the area. In addition, it also is a means to put more pressure on Washington and its allies (including Canada) in the context of the ongoing crisis in Eastern Ukraine. As well, it provides an opportunity to threaten (and therefore possibly deter) countries showing a growing interest for NATO membership, such as Sweden and Finland.

Russia has recently unveiled a new military base at Franz Joseph Land in the Arctic Sea, following its initial Northern Clover Arctic base on Kotelny Island, north of Siberia. The Franz Joseph Land archipelago had been abandoned in 1991 but the Russian Air Force decided to reopen Graham Bell Airfield (named the “Arctic Trefoil”) to protect Moscow’s interest in the area. However, Russia’s 150 soldiers are probably not enough to stop any foreign forces and control the 191 islands in this peninsula.

recent article published at the Department of Geography at Laval University also underlines the limitations of Russian Air Force operations in the Arctic, pointing particularly at the relative modest number of air military patrols in the region compared to the significant number of intrusive patrols (bombers and fighters) close to Japan, Northern Europe, and the Baltics.

In that context, it seems difficult to say if Russia is able to conduct any large military exercises in the Arctic, due to the size of the region and the limited number of troops on the ground. A brief look at the equipment available like the Tupolev Tu-160 – a Soviet bomber produced in the USSR between 1984-1991 and upgraded by the Russian Air Force – shows their limited capabilities to conduct an attack against Alaska or Northern Europe from the area, although their development of long-range cruise missile technology could change that calculus.

The Russian Federation is also facing difficulties when it comes to submarines. The Russian Navy cancelled the modernization program for its venerable Typhoon-class vessel in 2012, and most of its newer Borey-class SSBNs are under construction and those vessels earmarked for the Northern Fleet (Knyaz PozharskiyGeneralissimus Suvorov) won’t be ready until 2020. Indeed, the Yury Dolgorukiy is the only submarine located in the Arctic at the moment.

Despite Putin’s stated interest in strengthening the Northern Fleet, this situation should remain the same for the foreseeable future – especially following Moscow’s revised funding scheme for the Arctic. The expected budget approved for the military in the Arctic until 2020 is 17 times lower than the original sum. This arises from Russia’s current economic crisis, brought on not least by international sanctions after its military intervention in Ukraine.

In this context, rather than fixating on Russian activities in the Arctic, the United States and Canada should continue to focus the brunt of their attention on Europe and Syria – where the Russian presence remains far more intrusive, robust, and ultimately destabilizing.

Michael Eric Lambert received a PhD in History of Europe and International Relations from Sorbonne University, France. He is Founder and Director of the Caucasus Initiative, a new independent and unaligned European Policy Center with the mission to analyze contemporary issues related to de facto states and the Black Sea area.

Featured Image: Russian submarine (Russian Ministry of Defense)

The NATO of the New North

From author Ian Birdwell comes The Changing Arctic, a column focusing on the unique security challenges presented by the increasingly permissive environment in the High North. The Changing Arctic examines legal precedents, rival claimants, and possible resolutions for disputes among the Arctic nations, as well as the economic implications of accessing the region’s plentiful resources.

By Ian Birdwell

Introduction

NATO is justifiably focused on dissuading Russian aggression, especially given the Federation’s aggressive actions over the past two years in the region. However, there is growing concern for NATO’s northern flank: the Arctic Ocean and far northern Atlantic. The warming of global temperatures presents new challenges related to rising sea levels to navies like the United States,’1 but the retreat of ice in the Arctic Ocean poses a new risk as an avenue to exploit NATO’s flank in Europe. Though some budding conversation determining NATO’s role in defending Arctic nations like Norway from new security challenges is occurring,2 NATO’s gaze remains focused on ground threats throughout Eastern Europe. Despite the persistence of NATO’s strategic goals of deterrence and cooperation, a warmer Arctic demands the attention of NATO powers to preserve regional stability. Looking toward the role NATO could play in maintaining an Arctic balance of power into the future, it is important to acknowledge NATO’s regional hurdles and the strategies the alliance could employ to overcome them.
NATO’s goal has always been deterrence through mutual defense and cooperation between member state militaries, but this has never rung quite as clear among its member states as it has since the onset of the ongoing Ukrainian crisis. The crisis, if not instigated by the Russian Federation, certainly advances, exacerbated by the comments of Russian officials and state actions. Since then, Eastern European NATO states have clamored for NATO support in counteracting Russian aggression. Vladimir Putin’s regime regularly draws international ire for their actions moving to exploit Arctic oil resources, the effects those operations may have on surrounding communities, and the measures against those protesting oil exploration.3 For the Russian Federation, the Arctic Ocean represents more than just a birthplace of new oil revenues and potential superpower status, it is one of the only areas of the world were its navy may be able to operate more effectively than NATO.

Russia’s Oil and Gas Activities in the Arctic (Malte Humpert/The Arctic Institute)

The Russian Northern Fleet possesses a slight advantage over NATO forces in several crucial areas, including a slight and recent increase in submarine warfare capabilities,4 a focus on constructing Arctic naval installations,5 and a plethora of icebreakers compared to NATO.6 Russian forces certainly retain a regional upper hand at the moment yet the aged nature of their equipment belays an opportunity for NATO to deter Russian regional aggression if action is swiftly taken. Finally, to accommodate necessary actions to dissuade aggression, the alliance must gather the funding to make readiness plans a reality, which could become a difficult prospect. Most NATO members overlook the requirement to contribute two percent of national GDP towards military operations, leaving other NATO states like the United States to fit the bill.7 With a new American administration critical of NATO’s funding woes, member states may grow concerned NATO capital will go toward the defense of Eastern European states or other areas with higher visibility.8

Arctic Adaptation

NATO possesses the capability to address and overcome the challenges laid before it. A promising step to move NATO toward readiness for Arctic operations would be to expand the frequency of training activities in the High North. While the norm for nations with Arctic waters like Canada,9 Norway, and the United States,10 the inclusion of non-Arctic NATO powers in a variety of training exercises could prove pivotal in deterring aggression within the Arctic. This past summer, NATO held an anti-submarine warfare exercise called Dynamic Mongoose in the Norwegian Sea that included vessels from eight alliance members.11 With other operations planned for later this year,12 increasing the frequency of such operations, the variety of weather conditions faced, and diversifying into other types of exercises such as amphibious assault drills will allow NATO to become acclimated to regional obstacles and gain the flexibility to respond to threats.

The costlier long-term readiness goal involves the expansion of ports close to or within the Arctic Circle to house larger vessels and the construction of new facilities. Accomplishing this task would help close Russia’s geographic and logistical advantages while assisting troops in becoming acclimated to the region’s weather conditions. Moreover, those expanded ports hold the potential to facilitate an increase in commercial traffic, provide a base for scientific research vessels, and contribute to the logistical support of search and rescue operations – all valuable assets for nations wishing to study a changing global climate. For these reasons, the Army Corps of Engineers in the U.S. investigated deepening the Port of Nome.13 Dredging and enlarging ports in the region offer a boon to NATO’s defense goals while boosting Arctic infrastructure for other non-military functions.

The last and largest task for NATO powers concerned about Russian Arctic capabilities is providing the funding necessary to meet their NATO obligations. Each NATO nation with Arctic borders proffers in various declarations their preferred method to move forward with Arctic defense is to cooperate with close allies to fill gaps in their defenses.14 If Canada, Denmark, and Norway,15 NATO Arctic powers currently shy of their NATO percentage pledges, increase their military funding closer to the required two percent of national GDP, then it becomes easier for NATO to achieve its overarching security goals within and outside of the Arctic region.

Conclusion

NATO transformed from a tool bolstering European Defense in the early days of the Cold War into an alliance pulled in several directions in the name of collective security. Today NATO faces a familiar sight, a Europe pressured by an aggressive Russia. Yet as NATO reinforces its easternmost borders, the Russian Federation focuses on a new, warming frontier that could provide a new threat axis where Russia enjoys preeminence.

Ian Birdwell holds a Bachelor’s Degree in Government and International Politics from George Mason University.

References

1. Myers, Meghann “Rising oceans threaten to submerge 128 military bases:report” Navy Times. July 29, 2016 https://www.navytimes.com/story/military/2016/07/29/rising-oceans-threaten-submerge-18-military-bases-report/87657780/

2. Dearden, Lizzie “Norway urges Donald Trump to announce clear policy on Russia amid fears of military activity in Arctic” Independent December 3, 2016 http://www.independent.co.uk/news/world/europe/donald-trump-russia-vladimir-putin-norway-nato-clear-policy-arctic-bases-submarines-military-a7453581.html

3. Luhn, Alec “Arctic oil rush: Nenet’s livelihood and habitat at risk from oil spills” The Guardian December 23, 2016 https://www.theguardian.com/environment/2016/dec/23/arctic-oil-rush-nenets-livelihood-and-habitat-at-risk-from-oil-spills

4. Sonne, Paul “Russia’s Military sophistication in the Arctic sends echoes of the Cold War” The Wall Street Journal October 4, 2016 http://www.wsj.com/articles/russia-upgrades-military-prowess-in-arctic-1475624748

5. Einhorn, Catrin, Hannah Fairfield, and Tim Wallace “Russia rearms for a new era” New York Times December 24, 2015 http://www.nytimes.com/interactive/2015/12/24/world/asia/russia-arming.html

6. Snow, Shawn “Retired 4-Star: US Military ill-prepared for Arctic confrontation” Military Times December 27, 2016 http://www.militarytimes.com/articles/retired-4-star-us-military-ill-prepared-for-arctic-confrontation

7. Thomassen, Daniel “Norway faces a new era of Russian realpolitik in the Arctic” Center for International Maritime Security July 5, 2016 http://cimsec.org/norway-faces-new-era-russian-realpolitik-arctic/25984

8. Frum, David “Trump will inherit the biggest NATO buildup in Europe Since the Cold War” The Atlantic January 10, 2017

9. Pugliese, David “Canadian Forces to expand Nunavut training centre as Russia plans more bases in the Arctic” National Post February 23, 2016 http://news.nationalpost.com/news/canada/canadian-forces-to-expand-nunavut-training-centre-as-russias-plans-more-bases-in-the-arctic

10. Schehl, Matthew L. “Marines hit the arctic for largest winter exercise since the Cold War” Marine Corps Times March 2, 2016 https://www.marinecorpstimes.com/story/military/2016/03/02/marine-hit-arctic-largest-winter-exercise-since-cold-war/81161832/

11. North Atlantic Treaty Organization “NATO Launches anti-submarine warfare exercise in Norwegian Sea” June 20, 2016 NATO Press Release http://www.nato.int/cps/en/natohq/news_132596.htm?IselectedLocale=en

12. Thomassen, Daniel “Norway faces a new era of Russian realpolitik in the Arctic” Center for International Maritime Security July 5, 2016 http://cimsec.org/norway-faces-new-era-russian-realpolitik-arctic/25984

13. Zak, Annie “Port of Nome sees big growth as traversing the Arctic gets easier” Alaska Dispatch News November 24, 2016 https://www.adn.com/business-economy/2016/11/24/port-of-nome-sees-big-growth-as-traversing-the-arctic-gets-easier/

14. Wezeman, Siemon T. “Military Capabilties in the Arctic: A new cold war in the high north?” Stockholm International Peace Research Institute October 2016 https://www.sipri.org/sites/default/files/Military-capabilities-in-the-Arctic.pdf

15. North Atlantic Treaty Organization Public Diplomacy Division “Defense Expenditures of NATO Countries” North Atlantic Treaty Organization July 4, 2016 http://www.nato.int/nato_static_fl2014/assets/pdf/pdf_2016_07/20160704_160704-pr2016-116.pdf

Featured Image: U.S. Coast Guard (Patrick Kelley)

Science Diplomacy in the Arctic

NAFAC Week

By Jackie Faselt

As icecaps melt and access to natural gas and oil reserves increase, the Arctic rises in importance on the geopolitical stage. In addition to the various groups of indigenous people who reside in the Arctic, eight countries Russia, Finland, Sweden, Norway, Iceland, Denmark, Canada, and the United States have claimed interest in the Arctic. Diplomacy between the different groups is required for cooperation and organization in the complicated region. Due to its importance in environmental security, sizable natural resource reserves, and remote location, the Arctic incentivizes cooperation through science diplomacy.

Science diplomacy is defined by the Royal Society and American Association for the Advancement of Science as threefold: “Informing foreign policy objectives with scientific advice, facilitating international science cooperation, [and] using science cooperation to improve international relations between countries.”1 Science diplomacy has accomplished much in the past, both between allied nations, and in situations when traditional lines of cooperation were fraught. For example, the warming of relations with China during the Nixon administration and cooperation in the International Space Station both resulted, or were sustained in part due to science diplomacy.2 It should be noted, however, that there are barriers to science diplomacy. Policymakers and scientists alike can be confused about how this type of diplomacy is different from general scientific cooperation and additionally, “after generations of colonialism and geopolitical maneuvering, developing nations may be wary of science engagement with the North.”3 The Arctic region has existing channels of successful science diplomacy, which hopefully can be sustained into the future.

In 1909 Robert Peary, and American explorer, reached the North Pole and claimed it for the President of the United States. Since then, Russia, Finland, Sweden, Norway, Iceland, Denmark, and Canada have all made claims or asserted influence in the region.4 The first international agreement regarding the Arctic came from the United Nations Convention on the Continental Shelf, which was signed in 1958 and allowed for coastal states to explore resources on their continental shelf.5 It was superseded by the UN Convention on the Law of the Sea, which “grants coastal states a 200-nautical-mile exclusive economic zone and allows them to assert control over territory beyond that limit if they can prove, geologically, that the seabed is an extension of their continental shelf.”6 However, it is notable that the United States did not sign the agreement until 2013 and still has yet to ratify it.

International agreements and organizations in the Arctic specific to the scientific community began gaining ground over 30 years ago. In 1990, the International Arctic Science Committee (IASC) was created, and the following year the Arctic Environmental Protection Strategy agreement was adopted by the eight arctic states as well as some indigenous communities.7 These international organizations and agreements provide a base not only for scientific cooperation, but also science diplomacy. For example, the mission statement of the IASC contains all three components of science diplomacy as stated by the American Association for the Advancement of Science: informing policy, promoting cooperation, and using that cooperation to progress international relations. The mission statement includes the following objectives:

  • “Provides objective and independent scientific advice on issues of science in the Arctic and communicates scientific information to the public;
  • Initiates, coordinates and promotes scientific activities at a circumarctic or international level;
  • Promotes international access to all geographic areas and the sharing of knowledge, logistics and other resources;”8

The Arctic Council was formed in 1996 with all the arctic states, as well as six groups of indigenous peoples, serving as members. It houses six scientific working groups: Arctic Contaminants Action Program, The Arctic Monitoring and Assessment Program, Conservation of Arctic Flora and Fauna Working Group, Emergency Prevention, Preparedness and Response Working Group, Protection of the Arctic Marine Environment, and the Sustainable Development Working Group.9 As the Arctic becomes increasingly more important for environmental security, these institutions can act as the foundation for increased science diplomacy.

Global climate change has brought the Arctic closer to the forefront of the international stage. The Arctic Ocean is currently warming at double the rate of any other place on our planet.10 As ice caps melt, the region has become more accessible to both countries and private corporations to drill for oil and gas in large, untouched reserves.11 Both the environmental and the resource importance of the region requires the involvement of scientists and technologists at the Arctic. Due to the remoteness of the region and the harshness of the environment, cooperation has been incentivized for cost sharing of logistic and facility resources.12 There are enough common interests among the Arctic states to incentivize cooperation. These de-facto partnerships can be used as a foundation on which to build further collaboration, through traditional and science diplomacy channels.

While there are existing structures to promote science diplomacy in the Arctic, improvements can be made. Recommendations for improved science diplomacy include increasing partnerships between the government, the private sector, universities, and NGOs, as well as involving youth in scientific diplomacy efforts.13 There has also been efforts to promote, “greater scientific expertise within the Foreign Service and the State Departments,” in order to institutionalize scientific diplomacy channels.14  The countries that have created official positions of Science & Technology Advisors to Foreign Ministers are New Zealand, Oman, Poland, Senegal, Japan, the United Kingdom, and the United States.15 If more Arctic states follow suit, science diplomacy can continue to grow in the Arctic.

The foundation of science diplomacy has been established in the Arctic and can be sustained and expanded if the Arctic states decide to follow the incentives of cooperation that is inherent in the unique region. The Arctic states should capitalize on this opportunity and push for expanded science diplomacy efforts. 

Jackie Faselt is a senior at Tufts University interested in international security and technology policy. On campus, she is involved in Alliance Linking Leaders in Education and the Services (ALLIES), a civil-military relations club. She has interned at the National Defense University in the Center for Technology and National Security Policy, as well as at the Consortium for Gender, Security, and Human Rights.

Bibliography 

“About Us – Arctic Council.” Arctic Council, May 23, 2016. http://arctic-council.org/index.php/en/about-us.

Berkman, Paul. “Stability and Peace in the Arctic Ocean through Science Diplomacy.” Science & Diplomacy 3, no. 2 (June 2014). http://www.sciencediplomacy.org/perspective/2014/stability-and-peace-in-arctic-ocean-through-science-diplomacy.

McCormick, TY. “Arctic Sovereignty: A Short History.” Foreign Policy, May 7, 2014. https://foreignpolicy.com/2014/05/07/arctic-sovereignty-a-short-history/.

National Research Council (U.S.), and National Research Council (U.S.), eds. U.S. and International Perspectives on Global Science Policy and Science Diplomacy: Report of a Workshop. Washington, D.C: National Academies Press, 2012.

“New Frontiers in Science Diplomacy: Navigating the Changing Balance of Power.” The Royal Society, January 2010. https://www.aaas.org/sites/default/files/New_Frontiers.pdf.

“Science & Technology Advisors to Foreign Ministers Panel Dialogue.” Tufts Fletcher School, February 19, 2017. http://fletcher.tufts.edu/Calendar/2017/02/19/Science-Technology-Advisors-to-Foreign-Ministers-Panel-Dialogue-.aspx.

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1. National Research Council (U.S.), eds., U.S. and International Perspectives on Global Science Policy and Science Diplomacy: Report of a Workshop (Washington, D.C: National Academies Press, 2012), 27.

2. “The Power of Science Diplomacy: A View from the South,” NEWSLETTER A PUBLICATION OF THE WORLD ACADEMY OF SCIENCES, 2014, 2.

3. “The Power of Science Diplomacy: A View from the South”, 7.

4. TY McCormick, “Arctic Sovereignty: A Short History,” Foreign Policy, May 7, 2014, https://foreignpolicy.com/2014/05/07/arctic-sovereignty-a-short-history/.

5. “United Nations Convention on the Continental Shelf,” Council on Foreign Relations, accessed March 17, 2017, http://www.cfr.org/world/united-nations-convention-continental-shelf/p21071.

6. TY McCormick

7. Paul Berkman, “Stability and Peace in the Arctic Ocean through Science Diplomacy,” Science & Diplomacy 3, no. 2 (June 2014), http://www.sciencediplomacy.org/perspective/2014/stability-and-peace-in-arctic-ocean-through-science-diplomacy.

8. The International Arctic Science Committee, “About IASC – International Arctic Science Committee,” accessed March 17, 2017, http://iasc.info/iasc/about-iasc.

9. “About Us – Arctic Council,” Arctic Council, May 23, 2016, http://arctic-council.org/index.php/en/about-us.

10. Paul Berkman

11. ibid

12. “New Frontiers in Science Diplomacy: Navigating the Changing Balance of Power” (The Royal Society, January 2010), https://www.aaas.org/sites/default/files/New_Frontiers.pdf., 25

13. National Research Council (U.S.), eds., U.S. and International Perspectives on Global Science Policy and Science Diplomacy: Report of a Workshop, 38-39.

14. ibid

15. “Science & Technology Advisors to Foreign Ministers Panel Dialogue,” Tufts Fletcher School, February 19, 2017, http://fletcher.tufts.edu/Calendar/2017/02/19/Science-Technology-Advisors-to-Foreign-Ministers-Panel-Dialogue-.aspx.

Featured Image: ICESCAPE scientist and Clark geography Professor Karen Frey takes optical measurements in a melt pond, with the U.S. Coast Guard Cutter Healy in the background. (NASA’s Goddard Space Flight Center/Kathryn Hansen)