Tag Archives: Antarctica

Global Analysis

Nagoya’s Fuji and Japan’s Arctic Exploration Heritage

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By Alex Calvo

A cold and rainy day was the perfect backdrop for a visit to the Fuji, a Japanese polar exploration ship turned museum. Moored at Nagoya harbour and easily accessible by public transportation, the Fuji has much to offer to all sorts of people. Ship lovers will enjoy exploring her many corners, science fans will welcome the information about Antarctica, and families with children will see their little ones have a good time and learn. Those historically-inclined will soon perceive how the ship, which started operating in 1965, embodies Japan’s re-birth following the destruction of WWII. She displays the country’s strong scientific and technical foundations and the newly-found determination not only to rebuild but also rehabilitate the nation in the eyes of the world. Polar exploration, with its mixture of high-tech and advanced science on the one hand, and old-fashioned pioneering spirit on the other, was perhaps uniquely placed to help Japan achieve those goals. The fact that the White Continent was not open to territorial conquest by exploration following the Antarctic Treaty,  made it easier for Japan to push for her scientific program without fear of alienating domestic public opinion or neighbouring countries. Of course, the 60s and 70s were much more complex than some simplistic narratives may have us believe, but nevertheless they were optimistic, and for Japan seemed to hold the promise of perpetual economic growth underpinned by technological progress and a benign external environment under the Pax Americana. Now that the country needs to contend with a stagnant economy and a much more troublesome neighbourhood it is easy to look back with a certain nostalgia.

This is not to say that the ship turned museum tries to sugarcoat the travails of her crew and scientists during her voyages to Antarctica. On the contrary, they become immediately clear to the visitor, not through any exaggerated narrative, but simply by observing the different sections of the ship, instruments and other pieces of equipment, and vignettes of life onboard. Thus a look into the officers’ and scientists’ cabins reveals a Spartan life, with the basic necessities of life provided for yet not much space, both physically and metaphorically, for much else. An impression reinforced by a view of the crew’s quarters. Even before getting to the information panels, equipment items, and newspaper clips, displayed in the former helicopter hangar, walking inside the ship makes one easily imagine the mixture of excitement and hardship, novelty and routine, science and more mundane navigation and administration, that must have filled life on board the Fuji.

Once in the hangar, more details are available, and these first impressions are complemented by further text and details, giving the visitor a well-rounded view of the Fuji and her mission. One can easily spend a good half an hour going through the different displays and accompanying text. It is also here that for many children the most interesting part of the visit will begin, with a look at real polar vehicles, plus a helicopter on the flight deck. From there, visitors have the chance to see the ship from the outside, going up to the navigation bridge, before leaving. The contrast between the tight quarters and interior spaces of the Fuji and the sight of a seemingly much larger ship from her top, is one of the visit’s paradoxes.

While a visit to the Fuji does not take that long, those planning a full day out can also include the nearby maritime museum and aquarium, or have a walk round the harbour and its different shops and sights. Although by no means unique in the Japanese context, Nagoya is a significant industrial powerhouse and her port among the most important in the country. The Fuji museum is a reminder of both, and one of a number of museums and other sights that make Nagoya an interesting city to visit. She may not have Kyoto’s uninterrupted succession of temples and gardens (although it has plenty of both, even if often hidden), but she surely has plenty of scientific and industrial heritage, often in the form of museums. The Fuji belongs to this heritage, and being part of the history of the exploration of one of the harshest regions on earth, she also embodies the epic and élan associated with the conquest of the White Continent. Visiting the ship is a good way of capturing all these dimensions, in addition to being fun and informative.

Alex Calvo, a guest professor at Nagoya University (Japan), is the author of ‘Japanese Antarctic Expedition (1910-1912)’, in A. J. Hund ed., Antarctica and the Arctic Circle: a Geographic Encyclopedia of the Earth’s Polar Regions (Santa Barbara: ABC-CLIO, 2014). He tweets at Alex__Calvo and his work can be found at https://nagoya-u.academia.edu/AlexCalvo

Arctic, Beans Boots Bullets, Global Analysis

Polar Shipping: A 2014 Recap

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By Captain David (Duke) Snider, FNI FRGS
The year 2014 was indeed one of intriguing activity in the Polar Regions. The maritime world and public in general began the year captivated by the almost hourly updates from the Russian ship Akademik Shokalskiy, captive in the Antarctic Ice.  
 
Antarctic CaptivityIt certainly wasn’t the first time a ship had become beset in polar ice conditions, nor will it be the last. What caught the attention of the world was that modern technology and the thirst for a moment in the spotlight prompted regular Internet postings by blog and other means highlighting the “plight” of the ship from several onboard.  French and Chinese light icebreakers attempted to close the distance between open water and the beset ship but could not get sufficiently close to break her out. Even the United States Coast Guard’s Polar Star was diverted to assist. The decision was then made to fly a helicopter from the Chinese ship Xue Long to repatriate the hapless high paying passengers and “science party”. A short time later, having never declared a distress, and knowing the ice conditions would change, the Master and crew steamed clear of the ice under their own power. In the end, the Australian government shelled out nearly $2m Australian in “rescue efforts”. Shortly after the Akademik Shokalskiy steamed clear of the ice, the Russians felt the situation had been so distorted as to its danger in the press that a formal statement was made at IMO making it clear that the Akademik Shokalskiy and her crew were well suited to the conditions, and at no time in danger and that the Master of the vessel did not declare distress.

The Polar Code

The playing out of the Akademik Shokalskiy incident became a backdrop for more frenzied efforts at IMO to finalize drafts and meet Secretary General Koji Sekimizu’s desire for a mandatory Polar Code as soon as practicable.  

Throughout 2014, various committees, sub-committees and working groups struggled to finalize consensus-based drafts of a Polar Code; however, the Secretary General’s strict timetable demanding an adoption before 2017 unfortunately resulted in the gradual streamlining of the initial robust drafts. In order to meet the timelines set down, issues that were remotely contentious or not subject to almost total consensual agreement were watered down or omitted.  

Many parties were disappointed to see a much weaker document evolve into what was finally approved by the Maritime Safety Committee (MSC) in November. Others leapt to declare a new age of safety and environmental protection for Antarctic and Arctic waters. 

Come the end of 2014, the Polar Code was still some way from actualization. The entire Part II – Prevention of Pollution must still go through the Maritime Environmental Protection Committee adoption, then the Council must approve both parts submitted by MSC and MEPC. Still, given the SG’s direction, there will be a mandatory Polar Code in existence by the first of 2017; however, it will not be the powerful and robust direction it was originally envisioned to be.  

As a result, many classification societies and flag states are already issuing “guidance” to close gaps that have been left by the leaner “more friendly” Polar Code. The Nautical Institute is moving forward with their plans to put in place an Ice Navigation Training and Certification Scheme to meet basic requirements of the human element chapter of the Polar Code with defined standards of training and certification.

Ice Conditions

Climatically, 2014 was more in line with 2013 as a heavier ice year overall in the Arctic this summer. This followed a particularly bad year in the North American East coast, where heavier ice trapped ships and lengthened the icebreaker support season into May. In the Arctic, conditions were much tougher than the low record years of the past decade that led up to the last two. No one with any real understanding of global climate change would suggest that 2013 and 2014 can be held as the “end of global warming”; however the variability experienced shows that it will not be easy-going for polar shipping in the near future and that ice conditions will continue to wax and wane.

Polar Traffic

Traffic in the Polar Regions still has not met the expectations of some over-optimistic forecasts. The Northern Sea Route (NSR) experienced a dramatic reduction in traffic this year. Less than two dozen full transits were reported and initial figure indicate only 274,000 tons of cargo moved compared to 2013’s 1,356,000 tons. Though ice conditions in the NSR were somewhat more difficult in 2014, conditions were heavier in the Canadian Arctic. 

Notably absent this year was an expected repeat Northwest Passage transit by Nordic Bulk after their landmark Nordic Orion voyage in 2013. Fednav’s latest arrival, MV Nunavik, did however make a westbound transit late in the season.

Routine destination traffic, which includes the resupply of Arctic communities and export of resources, continues to show incremental increases in both the NSR and Northwest Passage (NWP). However there has been some cooling of interest in hydrocarbon exploration over the past year, whether it is as a result of sanctions against Russia for their activities related to Ukraine, or uncertainty of regulatory environment in American waters.  

In the Antarctic region, traffic statistics remain static, driven mainly by research, resupply of research stations and the occasional adventure cruise vessel.

Ice Ship Orders and Construction

The growing interest in polar ice shipping is being felt in ship orders and construction. Numerous ice class ships are on the order books, and some notable orders and deliveries are those of Nordic Bulk with their Baltic ice class new builds and Canada’s Fednav with delivery of their newest icebreaker cargo ship Nunavik. The latter made news with the first unescorted commercial cargo vessel transit of the Northwest Passage this summer.  

Russia has announced and commenced the construction of their new design conventionally powered icebreakers as well as three LK60 nuclear powered icebreakers. Russia is also building a number of icebreaking search and rescue vessels to meet their commitment to increase SAR capability after wholeheartedly embracing the Arctic Council’s 2010 Arctic SAR agreement.  

At the beginning of the year, Russia took possession of the novel oblique icebreaker, Baltica.  Shortly after delivering the Baltica, Finland’s Arctech Helsinki Shipyard announced a contract to build three icebreakers for the Northeast Sakhalin oil and gas field. Perhaps the largest Russian driven high ice class construction is the DSME designed 170,000m3 icebreaking LNGCs to be built for LNG export from the new Yamal field. These ships will be operated by a number of companies including SOVCOMFLOT, MOL and Teekay over the life of the Yamal project. A fleet of six support icebreakers for port and channel clearing, as well as line support in heavier coastal ice will also be built. Three more ice class shuttle tankers were ordered from Samsung Heavy Industries by SOVCOMFLOT for delivery by April 2017.

China is building a new icebreaker to complement their secondhand Xue Long, delivery in 2016; Britain has begun the work to acquire a new 130m icebreaker for delivery in 2019; Australia intends to replace the Aurora Australis hoped for by 2018 with the bidding narrowed to three contenders in the fall; Germany is not far behind in plans to replace the venerable Polar Stern; and, Finland has a new Baltic LNG fuelled Icebreaker under construction and has announced a billion Euro plan to replace their current fleet of icebreakers in coming years. 

India has also announced plans to build a polar research icebreaker to be operational before the end of the decade. Columbia has announced plans to build and send an ice-capable research ship to Antarctica while Chile’s president announced in December plans to build an ice-capable research ship for Antarctic service as soon as practicable.

Though the American built light icebreaker research vessel Sikiluaq entered service this past year, the United States and Canada continue to be mired in indecision or delays with respect to ice-capable ship construction. There are no clear plans to consider replacing the ageing United States Coast Guard’s polar class ships, and Canada’s much vaunted announcement of the acquisition of the new generation polar icebreaker, which was named by the government as the John G. Diefenbaker, has seen cost increases and delays in delivery. The original delivery of 2017, for the Diefenbaker has slid to the right, first to 2020 and now rumored to be 2022.  Reports now indicate the original construction cost of $750m CDN has climbed to well over $1.2B CDN. Given the advancing age of Canada’s venerable icebreaking fleet, it is surprising that only one replacement has been approved.  

The Royal Canadian Navy’s plans to build 6-8 ice-class Arctic Offshore Patrol vessels has experienced similar cost overruns and delays even before steel has been cut. News reports at the end of 2014 indicated the number of ships that could be obtained would likely be fewer than originally announced, and only three vessels could be built for the allocated budget.

Changes in Arctic Offshore

Russia’s almost frantic growth in Arctic exploration and exploitation over the past decade has taken a downturn in the past months. As a result of increasing sanctions put in place by European Union, the United States and other nations, and the rapidly dropping price of oil in the last weeks of 2014, Russia has either seen the gradual pulling away of western partners, or has terminated contracts themselves (such as the recent termination of contracts with Norwegian OSV operators), and reduced projections for hydrocarbon export. As a result, hydrocarbon exploration and exploitation activities in the Russian Arctic began to slow in the latter part of the year.   

In the midst of pullbacks from exploration, Russia has continued to bolster their Arctic presence, opening the first three of ten Arctic search and rescue centers in 2014, taking delivery of the first of six icebreaking search and rescue ships and increasing naval presence capability.

Risks Remain Evident

Just as the situation with the Akademik Shokalskiy indicated in the Antarctic in the beginning of the year (in the latter part of the Antarctic shipping season), an incident with a Northern Transportation Company Limited barge adrift in the Beaufort Sea at the end of the Arctic shipping season highlighted the remote nature of polar shipping operations.  In each case, the situations were exacerbated by the lack of nearby rescue resources. While the Akademik Shokalskiy eventually broke free on her own, the NTCL barge was left to freeze into the ice over the winter as the tug initially towing was unable to reconnect and no other resources were close enough to recover the nearly empty fuel barge.

Discovery of the Wreck of HMS Erebus

One long standing search and recovery mission did result in a very successful search this year as the Canadian Coast Guard ship Sir Wilfrid Laurier and onboard researchers from Canadian Hydrographic Services and Parks Canada discovered the well preserved remains of Sir John Franklin’s flag ship HMS Erebus in the waters near to King William Island in the Canadian central Arctic.  

Under command of Sir John Franklin, HMS Erebus and Terror set out from England in the mid 1800’s in what was thought to be the most technologically advanced and therefore “bound to be successful” effort to discover and sail the Northwest Passage. Tragically, both of Franklin’s ships became hopelessly trapped in the ice, the crews eventually abandoned both vessels and were never seen alive again. Most of the Canadian Arctic was charted in the many searches at sea and from ashore in search of survivors, many relics were discovered including a note that described the abandonment, but the vessels themselves remained lost until this summer when HMS Erebus was discovered.

This post originally appeared in The Maritime Executive.

Arctic, History, Podcast

Sea Control 22 – Behind the Curtain

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seacontrolemblem(Download: Sea Control 22 – Behind the Curtain, the First.)

A. Denis Clift, former Naval Officer, president emeritus of the National Intelligence University, and Vice President for Operations of USNI, joins us to talk about his reflections on his time in the Antarctic, Cold War intelligence, life, and the United States Naval Institute. This is the first of a bi-monthly series that will be investigating his career during the Cold War.

We are available on Itunes, Stitcher Stream Radio, etc… Remeber to subscribe, leave a comment and a 5-star rating.

Asia-Pacific, Global Analysis

Antarctica and the Icebreakers: How India Should Prepare

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The fortnight-long icy drama in Commonwealth Bay, Antarctica, is finally over and the two ice breakers, MV Akademik Shokalskiy of Russia, trapped since Christmas Eve, and Xue Long, the Chinese ship that came to rescue it, broke through the thick sea-ice and headed back to their routine summer deployment and scientific tasks.

It all began after Akademik Shokalskiy, carrying 74 people on board, made a distress call that it was unable to cut through the ice and was stranded.  Xue Long, which was on its way to assist the construction of the new Chinese Antarctic station responded to the emergency, but  could not break through the ice; it stopped six miles short of the distressed vessel.  However, it successfully airlifted 52 passengers from the Russian ship but got trapped in the ice itself. In the early stages of these developments, two icebreakers France’s L’Astrolabe, and Australia’s Aurora Australis were also on deployment in the area but not expected to reach the scene quickly. However, it is Aurora Australis that ferried the rescued passengers to Hobart in Tasmania, Australia. During the course of the above events, the United States also dispatched its U.S. Coast Guard icebreaker Polar Star, but by then the two vessels had extricated from the sea-ice.

This rescue operation is a fine example of multinational effort, and the New York Times described it as a display of “unusual international harmony,”  while the Global Times has glorified Xue Long‘s mission as an ‘epitome of China’s attitude towards its international obligations.’ It is useful to mention that Xue Long’s team includes scientists from Taiwan and Thailand.

Xue LongaThe above event merits attention in India, which has a proactive polar scientific research programme including acquisition of a polar research vessel. India has set up three permanent scientific research stations in Antarctica: ‘Dakshin Gangotri’ (1983), ‘Maitri’ (1989) and ‘Bharati’ (2012); as well as ‘Himadri’ (2007) in the Arctic. Their activities are coordinated by the National Centre for Antarctic & Ocean Research (NCAOR) at Goa, India.

India’s polar expeditions are serviced by hiring or chartering ships for short durations from private parties in Germany, Russia, and Norway. India has announced plans to acquire a polar research vessel with specific requirements such as 45 days’ endurance, capable of cutting through 1.5-2 meter ice, accommodations for 60 scientists, a flight deck for helicopter operations, spaces for laboratories and instrumentation facilities for scientific research, and modern polar logistics support systems. Further, the vessel should be able to operate year-round in the Antarctic, Arctic, Southern, and Indian Oceans. The ship is expected to be in service by the end of 2016 and would cost about Rs 800 crore (U.S.$ 144 million).

Polar maritime activity is dependent not only on hi-quality ships, but also on competent human resourced. The ships’ crews have to be skilled and trained for navigation and engineering duties in sub-zero conditions. They also face a host of physical and psychological challenges arising from long periods of darkness, extreme cold, and fatigue, which could result in disorientation and can affect decision making. It is equally important to recognize that ‘a natural understanding based on experience of working in a cold environment cannot be assumed’ for Asian seafarers, unlike the seafarers from Scandinavia, Canada, or Russia, who are at less risk to cold injury than the Asians.

Likewise, the on-board helicopter and its crew must be competent handing air operations under treacherous polar conditions marked by blizzards, low-air temperatures, fog, low visibility, high-speed shifting winds, etc. Although chartered ships carry their own helicopters, between 1981 and 1995, the Indian Navy provided Chetak helicopters and the Indian Air Force deployed the Pratap helicopters for various duties including ferrying scientists, lifting stores, casualty evacuation and other shore tasks.

Another important facet of Antarctic deployment is voyage planning. The 2007 International Maritime Organisation (IMO) ‘Guidelines on Voyage Planning for Passenger ships operating in Remote Areas’ stipulate that  any voyage planning through the Arctic or Antarctic must include a number of safety practices such as identification of safe areas and no-go areas, surveyed marine corridors, contingency plans for accidents, collisions, onboard fire, and search and rescue emergencies. Further, the voyage planning should also include information about icebergs and iceberg evasion procedures, weather, levels of darkness, safe speed, etc.

These material, human, and training requirements can potentially pose major challenges for India’s self sufficiency in its polar research programme and can be addressed through advanced planning and preparation including cooperative ventures with countries that have set up research stations and those which dispatch their research vessels to the polar regions.

This article was published in its original form at the Institute of Peace and Conflict Studies and was re-posted by permission. Dr. Vijay Sakhuja is Director (Research), Indian Council of World Affairs (ICWA), New Delhi. He is also Visiting Senior Research Fellow at the Institute of Southeast Asian Studies (ISEAS), Singapore since 2006. A former Indian Navy officer, Sakhuja’s research areas include politico-strategic developments in the Indian Ocean, Asia Pacific security, Arctic politics, and maritime and naval developments.