Category: YAR & Features

Young Arctic Researchers & Features

  • IPY OSC Themes/shcedule

    The conference will officially start on next Tuesday or the 8. June and go on for five days. The conference themes are six

    1. Linkages between Polar Regions and global systems.
    2. Past, present and future changes in Polar Regions.
    3. Polar ecosystems and biodiversity.
    4. Human dimensions of change: Health, society and resources.
    5. New frontiers, data practices and directions in polar research.
    6. Polar science education, outreach and communication.

    Additionally there will be a impressive lineup of events for polar enthusiast:

    • APECS, Association of Polar Early Carrier Scientists will hold a number of interesting events
    • A number of excursions will be offered to conference participants
    • The PlarEXPO will offer a number of interesting displays
    • Plenary Speakers
    • PolarEXCHANGE with Sue Nelson
    • PolarFESTIVAL
    • PolarTEACHERS
    • And other related events

    Plenary Speakers # PolarEXCHANGE with Sue Nelson # PolarCINEMA # PolarFESTIVAL # PolarTEACHERS

  • Volcanic Eruption in Iceland

    Volcanic Eruption in Iceland

    Update: 26.05.10

    Volcanic eruption stopped

    Volcanic eruption stopAll appears that the volcanic Eruption in Eyjafjallajökull has stopped. No activity has been in the volcano over the last few days and there is hope that the activity has stopped. No news have been reported of ash and only minor seismic (earthquakes) unrest has been noted. However, the volcanic eruption has not formally been declared over and there is still a risk of mud flooding from the glacier.

    Even though the volcanic activity has stopped, there is a chance that this period might be minor stop, as happened when the eruption at Fimmvörðuháls stopped and Eyjafjallajökull began. In between there was only short time where there was no activity. However, it is hoped that the volcanic activity will formally come to an end over the next few days.

    This is a great relive for local farmers in the vicinity of the Eyjafjallajökull volcano, since livestock has to be kept inside due to ash fall. However, there is a great deal of ash on hayfields and other grazing sites which is harmful to livestock. Strong winds in the south are blowing and spreading out the ash, which helps cleaning. Farmers wish though for heavy rains, for the water spreads out the ash better than the wind and are of a less disturbance than the wind.

    A period of reform is now at hand for the people that are neighboring the volcano. Ash has created a lot of trouble but it is hoped that will end and farmers can grow their hayfields and herd their sheep to the highlands for grazing.

    The positive effect is that the ash carries a great deal of nutrients to the soil, so long term effects will be positive. High quantities of ash is however harmful for grazers.

    The Arctic Portal will keep on following the volcanic eruption and its aftermaths.

    Update: 14.05.10:

    The eruption remains steady and is at the moment distributing a significant amount of ash. Ash fall has been reported in Reykjavík and is this the first time since the beginning of the eruption that this has happened. Domestic flights have bee grounded for the day as well as international flights from Europe to Iceland. Scientists state that the end of the eruption is still impossible to predict and that the volcano shows no signs of slowing down.

    Iceland, Eyjafjallajökull – May 1st and 2nd, 2010 from Sean Stiegemeier on Vimeo.

    ImageHandler.ashxUpdate: 11.05.10: There has been considerable volcanic activity or more specifically earth quakes under another volcanic field in the region called Bárðarbunga. Public safety authorities do not believe that there is much risk that there will be an eruption and that there is no need to be alarmed. It is there for rather for informative reasons that we post this update. Bárðarbunga-Grímsvötn volcano has not erupted in historical times and lies at the center of the volcanic belt that lies from the southwest to northwest of Iceland and is one of the two largest in the world (the other one is under Hawaii).The fissure under Bárðarbunga is estimated to be 200 km long and up to 25 km wide and is ice covered. The biggest amount of lava dispersed in Iceland, and in fact the world, came from Bárðarbunga approximately 8500 years ago.

    Icelandic authorities do not have an emergency reaction plan for this volcano, but state that such a plan will be done as it is wise to have one, without any actual fear that the main volcanic area will erupt. It has also to be noted that there have been regular eruptions in the proximity of these activities in Gjálp 1996 Grímsvötn 1998 and 2004. In 1996 when Gjálpur erupted there was very similar volcanic activity under Bárðarbungu.

    The likelihood of an eruption in the main volcanic field under Bárðarbunga is there for not considered very likely, but if it were to happen it could be an eruption of immense proportions that could once again make the one we have seen seem like a firecracker.

    Update: 11.05.10: Eyjafjallajökull is still steady and keeps on erupting-

    Update: 06.05.10: The volcanic activity is still considerable, and has not changed from yester day. There are some very interesting pictures available here

    Update: 05.05.10: The volcanic activity is still higher than it was a couple of days ago with increased seismic activity- the tremors are originated at 23 km below the surface and move upwards. This indicates that new lava is searching upwards and putting presure on the existing lava. It is therefore expected that the eruption will continue with full force for a while.

    The ash is having minimal effect on air traffic- compared to what it did recently. Currently a no-fly zone has been put in place Northern Ireland’s three airports- which seems to be the only place were the ashfall is having any significant effect.

    Increase in volcanic activity

    Update: 03.05.10: The volcanic activity under Eyjafjallajökull has been on the increase for the last couple of days. Specialists do not have any clear cut explanation why this is happening or what consequence this may have. We will continue to monitor the situation and bring new information as soon as it arrives.

    Update: 27.04.10: The volcanic activity remains steady for the time being, and it’s still hard to tell when the eruption will come to an halt. Flights from Iceland have been limited over the weekend- with some international flights leaving from Akureyri Iceland. Which is a small town of approximately 20.000 people in the North of Iceland and the home to the Arctic Portal.

    Update: 22.04.10: The volcanic activity in Eyjafjallajökull has been decreasing steadily, there is however still to early to predict when the eruption will stop. Flights have been steadily returning to normal in Europe. Ironically enough international flights from Iceland towards America have remained on schedule throughout the whole eruption. It is however expected that tomorrow international flights will go through Akureyri airport and Egilstaða airport as Keflavík airport, Icelands main international airport will be completely closed for the first time since the eruption.

    Ash cloud - satellite imageUpdate: 20.04.10: The amount of ash and smoke from the eruption is less than it has been the previous days, while the volcanic activity remains the same. Hopefully this will reduce the affect the eruption has had on international air traffic and the local farmers. The image on the right is a satellite image from a modis satellite and shows the ash cloud coming from the eruption. The image is taken around noon (GMT) yesterday

    Update: 20.04.10: The live feed is back on track and can be seen from the Arctic Portal front-page.

    Update: 19.04.10: We are having some problems with the live feed from the eruption- as circumstances from the site have become far more complex with the later eruption due to ashfall and that it is located in a more difficult terrain.

    Update: 19.04.10: A Norwegian passenger plain, has just now carried out an emergence landing in Bodo Norway. The plain that was carrying 17 passengers was on a regular schedule when the pilots realized that one of the engine shut down. Local authorities are in the process of examining the engine to see if the malfunction can be traced to volcanic Ash from the eruption here on Iceland.

    Update: 19.04.10: We here at the Arctic Portal just came across the most amazing image of the eruption by photographer Terje Sorgjerd. One could imagine that this may be a prime candidate to become the World Press photo of the year. To see the image, please click here. As can bee seen in the photo the power unleashed in the eruption is humbling and truly shows us who is actually in control on this planet of ours.

    Update: 19.04.10: The Icelandic met office estimates that the eruption has shifted towards being a lava eruption. This indicates that water does no longer have access to the crater resulting in a lover ash cloud. According to eye-witnesses there are loud explosions followed by lava gushes by the size of an SUV streaming out of the crater. This will hopefully mean that flight restrictions will be reduced. The flight restrictions have also been highly criticized and there are many that believe that they are severely redundant for most areas.

    trafficUpdate: 16.04.10 Yesterday evening there was another instream of flooding from the glazier, larger than the previous that had occured. The gaps that were created in the highway are believed to have minimized the damage significantly and the bridge over markafljót still stands. National public safety authorities will meet with the cabinet today to inform them of the health hazards created by flooding and ash-fall. Local public safety authorities across the country will also meet today to discuss threats created by ashfall. Food and supplies have been running low in the southern regions, since traffic from Reykjavík has been disrupted and cargo trucks forced to drive the other way around the country. Ash fall has been significant in the region, and residents have described the scenario as being dark in mid day, and in some instances visibility around 7-10 meters.

    Thermal image picture of EyjafjallajökullThe coast guard airplane TF-Sif flew over the eruption site yesterday and took some thermal imaging pictures that display a rather gnarly persona in the volcano. With a fair level of humor local newspapers describe the picture as ” a portrait of the devil himself”

    The volcanic eruption has been steady and shows no signs of backing down, and local geologist state that it is virtually impossible to predict how long the eruption may last. There have been significant problems retrieving lava samples for testing since the eruption is located within a deep crater, which is still partially covered by the glacier. These samples have however been retrieved and are being analyzed. Páll Einarsson geophysicist states that the future of the eruption is hard to predict “first and foremost geophysicist build predictions on prior experience and there is not much prior experience with the eruption in Eyjafjallajökull. The only eruption that there exist considerable knowledge about is the eruption in 1821 and the predictions that your are able to make from one eruption are limited. The eruption 1821 lasted longer than a year and was followed by a significant amount of ash fall. It is therefor likely that the eruption will last quite a bit longer”. Helgi Björnsson glacierologist further explains that fall lines lie between Eyjafjallajökull and Katla volcano and a little lava injection between regions could stir Katla into motion which is a far bigger volcano- as covered previously here below.

    Volcanic eruptions are in general quite common in Iceland and there have been 205 volcanic eruptions, of various types and scales, from the settlement of Iceland around 870.

    Update: 15.04.10 All air traffic has now been stopped in British airspace due to the volcano. An interesting news coverage can be seen at the BBC website, with an overview of how the ash cloud is spreading towards Europe. Local health authorities have now issued recommendation on how to deal with the ash fall. Icelanders are asked not to be outside without a valid reason and people working outside are asked to wear dust masks, which are available at local health clinics. The ash may cause breathing problems for individuals, that may be extensively sensitive. These directions are however precautionary and little threat considered at this moment from the ashfall.

    Update: 15.04.10: The eruption in Southern Iceland was steady during the night with similar power as it showed yesterday. During the night there were two minor floodings, which did not cause as much damage as the flooding yesterday. There has been an increase in ash fall and it is starting to severely affect flights in Northern Europe. Heathrow, Gatwick and Stansted in London have been closed as well as Belfast and Newcastle. All air traffic over Norway has been prohibited and is increasingly being prohibited in Sweden. Other airlines have been forced to postpone a number of flights or change their routes. Keflavík, Icelands main international airport has however not been closed as due to wind currents it is still possible to maintain traffic other than to Northern Europe.

    Residents in Vík í Mýrdal are on alert if the far more powerful volcano Katla would start to stir. Historically it is known that activity in Eyjafjallajökull is known to put Katla in motion and it is estimated that if there is a large eruption in Katla it could make the activity so far seem like a firecracker. So far there has not been a significant amount of images or videos from the activity but below you can see some video footage taken of the new eruption. It can be estimated that it is taken from the Airplane of the national coastguard as other flights over the area are prohibited.

    [http://www.youtube.com/watch?v=6qvTG0YOZ7c]

    Associated press news coverage

    [http://www.youtube.com/watch?v=6pb_56KqVs8]

     

    Eyjafjallajökull

    Update: 14.04.10: There has been another volcanic eruption in Eyjafjallajökull, with more force than the previous eruption which started 21 March. Approximately 700 inhabitants in the region were relocated to emergency centers in Hvolfsfelli, a nearby town. According to spokesperson with the Department of Civil Protection and Emergency Management the size of the eruption is estimated to be approximately 10-20 times bigger than the previous eruption that the Arctic Portal has been covering over the past weeks. The airspace around the eruption for a 10 mile radius has been closed and it is expected that the eruption will affect air traffic between Iceland and Russia and Europe. Currently the clouds generated as the glacier melts into the volcano are estimated to reach heights of 22.000 feet

    This eruption is of another nature than the previous eruption and is categorized as a subglacial eruption which has already started massive flooding, with more anticipated. The national highway has been breached deliberately in a number of places by heavy machinery to minimize damage by removing the pressure created by the waterflow. Despite these measures the flood has in some places covered the road with reddish water tainted with ash and lava. Local bridges are believed to be in significant danger. These actions severely disrupt transportation as the national highway circles the country and a distruption of this road has significant complications for residents in southern and eastern Iceland.

    The flood has started to threaten local farms and livestock- and may have more implications to agriculture around Iceland, threatening livestock with fluoride poisoning from the ashfall.

    Update: 14.04.10: Yesterday afternoon, the volcano at Fimmvörðuhálsi was believed to have stopped erupting and the steady streams of lava gradually reduced to next to nothing and we at the Arctic Portal removed the live cam from the front-page. It now seems that this was only temporary and there seems as there is still a significant amount of activity under the glazier and residents in the region have again been relocated. There was a swift increase recorded in surrounding rivers and seismic activity has been on the rise indicating another eruption and it is believed that the lava may find another exit point this time, creating some uncertainty.

    krossUpdate: 07.04.10: Tragic news come from the south as the bodies of a woman and a man, who have been missing since nightfall Monday have been found by the local search and rescue squad late last night. The third woman was found yesterday afternoon weary and cold after a long walk, and retrieved by search and rescue helicopters. It is believed that the party of three went to the volcano on Sunday and were on their way back on a Honda CRV, when they lost their way and got off track.

    Approximately 1 AM Monday the group requested assistance from the local search and rescue squad, which searched for the group for five hours, while in constant contact with the group through a mobile phone. 6:30 AM the group cancelled the search, since the driver had managed to mobilize his car and find a trail to follow.

    Tuesday night search and rescue squad was contacted again, by the groups relatives who had not heard from them and were becoming increasingly worried. An extensive search was put in motion where 270 search and rescue personnel searched the area by car, ski doos, on foot, cross-country skies and by helicopter.

    Yesterday afternoon the first woman was found by search and rescue squad, cold and weary but in good health. Later that day the two others were found, unfortunately already deceased. The woman 43 years old and the man 55.

    Update: 06.04.09: One of our Arctic Portal staff members Lilja Filippusdottir used her Easter holiday to venture to Eyjafjallajökull to see the volcanic eruption with her own eyes. Lilja is an experienced mountain climber and an active member of the local search and rescue squad in Akureyri Iceland. We saw this as the perfect opportunity to interview her about her journey and experience and to post it to our volcanic coverage.

    lavafall“The trip started with a 4,5 hour walk, from Skógar up to 1000 meter height in between the two glaciers, Eyjafjallajökull and Mýrdalsjökull.The excitement made the walk easier than I expected. A steady, and chilling, northern wind blew straight in against us as we ventured up the mountain reducing the temperature down to -25° C. When passing by the last hill, suddenly a sight to the reddish explosions opened up, the viewpoint was crowded with people and vehicles, adoring the power of Mother Nature. When I came closer I could see the glowing fire-balls that shot up to the air with irregular rythms.

    A bit further down from the fissure Iceland’s highest “waterfall” or “lavafall” runs down a steep canyon of 200 m. The fall looked like a red “thick soup” floating softly down the canyon. The majestic site seduced people to sit down for a while and just watch. The heat from the lava made it quite comfortable as well. When it started to get dark we headed down again, passing by the fissure. That was when it really struck me… it was the greatest “firework” show I have ever seen.

    Update: 31.03.09: A new fissure has opened up in Eyjafjallajökull. The fissure that geologist believe is dispersing lava from the same magma pot as the initial fissure is approximately a 100 meters long. Local authorities state that the new fissure does not pose threat to residents in the area. The area has however been closed off by search and rescue temporarily until the extent of this new development is fully examined.

    Update: 30.03.09: The Icelandic photographer Cristopher Lund, has published an absolutely stunning series of photos from the eruption that can be seen here. For further information about the photographer you can go to http://www.chris.is

    Update: 30.03.09: The strength of the eruption, seems to be somewhat declining but geologists at the meteorological institute say it’s way too soon to state that the eruption is ending. The strength of the eruption grew somewhat yesterday afternoon, but reduced again under nightfall. A number of small earthquakes were recorded around 6 pm yesterday measuring around 2-2,5 on the richter scale. There has been a considerable traffic around the area, as the eruption has attracted a significant amount of attention from thrill seeking tourists, mostly Icelandic. Search and rescue has had to assist a number of people that have not been adiquitly equipped, since the hike to the area is approximately 14-15 hours and quite challenging even for experienced hikers. Weather conditions have been challenging up on the ridge which is above 1000 meters and temperature, with the cooling effect of wind in mind, can easily go over -20 degrees Celsius

     

    Volcanic eruption startOn the 21 March Eyjafjallajökull glacier in southern Iceland, approximately 200 km from Reykjavík Icelands capital, erupted hurdeling lava and small rocks hundred meters high into the air. The volcanic eruption is considered a relatively small one and not estimated to pose any threat to the local community. During the beginning of the eruption a prompt evacuation of nearby villages was carried out and Icelandic airspace closed for arial traffic. It is estimated that around 500 people were moved from their homes to nearby towns. Residents have been allowed to go back home as the extent of the eruption has become clearer.

    The Arctic Portal will relay a direct webcam from the eruption to it’s frontpage, giving it’s viewer access to the event as it unfolds. Furthermore a historical overview of eruptions within Eyjafjallajökull and it’s possible implications on the much fiercer volcano Katla will be given here below.

     

     

    [http://www.youtube.com/watch?v=lINmtRiWQ7Q]
    [http://www.youtube.com/watch?v=tGPD_0SCDp4]

    Historical overview of eruptions within Eyjafjallajökull

    Iceland sits on a volcaninc hotspot on the Mid-Atlantic Ridge, were volcainc eruptions are fairly common. Mostly, these eruptions occure in areas wich are sparsely populated and pose little threat to inhabitants or property. The last volcanic eruption to occure in Iceland, prior to this one, was in Grímsvötn in 2004. Perhaps the most interesting thing with the eruption in Eyjafjallajökull is that every time it has erupted in historic time, it has also set in motion an eruption in Katla, one of the most powerful volcanoes in Iceland. Eyjafjallajökull has erupted three times in known history, 920, 1612 and 1821, and in all of the eruptions Katla has erupted at a similar time and indeed there has been some sysematic activity registered over the last years that may indicate that Katla will erupt as well.

    Volcanic hotspots around Iceland

     

    katlaAs stated earlier, Katla is considered one of the most dangerous of Icelandic volcanos. It is located in southern Iceland not far from Eyjafjallajökull, just north of the town Vík í Mýrdal. Its peak reaches 1,512 meters in height and is partially covered by the glacier. The crater of the volcano has a diameter of 10km and the volcano normally erupts every 40-80 years, the last major eruption occurring in 1918. The Laki and Eldgjá craters are also part of the same volcanic system, which can thus be regarded as one of the most powerful volcanic areas in the world. During the 1783 Laki eruption, a fissure with 130 craters opened up emitting lava and toxic fumes reaching heights of 800-1400 meters or 2600-4600 ft. The ash fall is estimated to have killed over 50% of Icelands livestock and caused a famine killing approximately 25% of the population. In Britain the summer of 1783 was known as the “sand-summer” due to ash fallout and the effects of the eruption were clearly felt in other place in Europe as well, with ash fall and poisonous clouds resulting in many thousands of deaths. The event caused very unusual circumstances over Europe as the winter in 1784 was very harsh. Unusual number of storms and extreme frosts were detected.

    The meteorological impact of Laki resonated on, contributing significantly to several years of extreme weather in Europe. In France a sequence of extremes included a surplus harvest in 1785 that caused poverty for rural workers, accompanied by droughts, bad winters and summers, including a violent hailstorm in 1788 that destroyed crops. This in turn contributed significantly to the build up of poverty and famine that triggered the French Revolution in 1789. Laki was only a factor in a decade of climatic disruption, as Grímsvötn was erupting from 1783–1785 and a recent study of El Niño patterns also suggests an unusually strong El-Niño effect between 1789-93. (Wikipedia)

    To put the power realized in perspective of the bigger Katla eruptions at the peak of the 1755 eruption the flood discharged has bee estimated between 200,000-400,000 m3/s: combined the average discharge of the Amazon, Mississippi, Nile and Yagtze rivers together is about 290,000 m3/s (Wikipedia)

  • Arctic Species Trend Index

    Arctic Species Trend Index

    Arctic foxArctic Species Trend Index (ASTI) is a biodiversity project commissioned and coordinated by the Arctic Council’s CAFF working group’s Circumpolar Biodiversity Monitoring Program. The ASTI keeps track how the Arctic’s ecosystems and the living resources dependent upon the ecosystems are responding to the environmental change taking place in the Arctic today. The Index, which was developed as a collaboration between the CBMP, the Zoological Society of London, UNEP World Conservation Monitoring Centre and the Worldwide Fund for Nature, uses population monitoring data to track trends in marine, terrestrial and freshwater Arctic vertebrate species. The index allows for a composite measure of the overall population trends of Arctic vertebrate populations. It can also be organized to display trends based on taxonomy, biome or region. Currently, the Index tracks almost 1000 Arctic vertebrate population data-sets by biome, taxa, migratory status etc. making it very important information source on Arctic biodiversity trends.

    ASTI coverThe ASTI has now released a new assessment on the Arctic’s biodiversity “Tracking Trends in Arctic Wildlife” according to which 26 per cent decline in species populations has occured in the high Arctic over the past 34 years. While some of these declines may be part of a natural cycle, there is concern that pressures such as climate change may be exacerbating natural cyclic declines.

    In contrast, population levels of species living in the sub-Arctic and low Arctic are relatively stable and in some cases, increasing. Populations of marine mammals, including bowhead whales found in the low Arctic, may have benefited from the recent tightening of hunting laws. Some fish species have also experienced population increases in response to rising sea temperatures.

    Because of the important role the Arctic ecosystem plays in the global ecology the results presented in the ASTI report are highly important for non-Arctic researchers as well. “Rapid changes to the Arctic’s ecosystems will have consequences for the Arctic that will be felt globally. The Arctic is host to abundant and diverse wildlife populations, many of which migrate annually from all regions of the globe. This region acts as a critical component in the Earth’s physical, chemical, and biological regulatory system,” says lead-author Louise McRae from the Zoological Society of London (ZSL).

    Further information on the project and the “Tracking Trends in Arctic Wildlife” report can be found on the ASTI homepage.

    For other complementary information, please see:

    The Circumpolar Biodiversity Monitoring Program (CBMP)

    The Zoological Society of London (ZSL)

    UNEP World Conservation Monitoring Centre (UNEP-WCMC)

    2010 International Year of Biodiversity

    Worldwide Fund for Nature (WWF)

  • Year of the Inuit 2010

    Year of the Inuit 2010

    2010 Year of the Inuit is an educational campaign spearheaded by Inuit Tapiriit Kanatami, the national organization representing Canadian Inuit. Its goal is to increase awareness among the general Canadian population about issues facing the Inuit of Canada and celebrate Inuit accomplishments and achievements.

    This project includes a number of educational events and projects such as;

    Inuit

    Inuit Qaujisarvingat: The Inuit Knowledge Centre:

    Mary SimonThe Inuit Qaujisarvingat is a centre that is intended to bridge the gap between Inuit knowledge and Western science and build capacity among Inuit to respond to worldwide growing interest in Arctic issues. In early January national Inuit leader Mary Simon, president of Inuit Tapiriit Kanatami, formally announced the creation of the centre in Ottawa. Associated to the event Mary Simon was quoted by CBC News saying “We could actually do the research that is related to the North and the Inuit from the centre so that’s it’s more related to what we feel are the priority areas”. Further involvement of indigenous people as researchers is clearly something to rejoice over and watching the future growth of the Inuit Knowledge Centre will be very interesting.

    A Taste of the Arctic: An Evening Celebrating Inuit Culture

    “A Taste of the Arctic” was the kickoff event for the 2010 Year of the Inuit. Presented by ITK at the National Gallery of Canada, it was a fundraising dinner for the Arctic Children and Youth Foundation. It featured a presentation by Susan Aglukark and performances by Takralik Partridge and the Ottawa Inuit Children’s Centre. The inaugural ITK Award for Excellence in Arctic Journalism was presented to CBC Television’s Peter Mansbridge.” The event was attended by approximately 250 people including a number of high-level officials.

    Inuit Tapiriit Kanatami & Students on Ice scholarship:

    The students on Ice program is intended to provide youth from across Canada and the world the opportunity to participate in ship-based educational adventures in the two polar regions. Students on Ice educates and inspires the next generation of polar scientists, researchers, and environmental leaders by introducing them to these magical regions and increasing their understanding and respect for nature. From 2000 Students on Ice have enabled almost 1000 high school and university students from thirty countries have been able to visit the polar regions.

    Polar Bear

    Students on Ice in cooperation with the International Polar Year Federal Programs Office of Canada, Inuit Tapiriit Kanatami, and First Air will offer fully-funded scholarships for Canadian youth to participate in the upcoming Arctic Expedition. Those eligible for the grant are high school students between the age of 14-18. The scholarships will be distributed between Aboriginal youth and other students from across the country.

    Glacier

    Selection Criteria:

    • Applicant must be a Canadian citizen between 14 and 18 years old at the time of application. Applicant must currently be attending high school at the time of application.
    • Applicant must submit a completed application form with 2 letters of reference.
    • Applicant must submit a copy of Aboriginal Status if the applicant is an Inuit, First Nations, or Métis beneficiary
    • Applicant must submit a completed application form with 2 letters of reference.
    • Applicant must understand that this is an educational expedition, not a vacation. He/she must be committed to participate fully in all aspects of the education program.
    • Applicant must demonstrate some or all of the following qualities: strong academics and/or passion for learning, interest in the environment; leadership qualities and/or potential to develop these qualities; a desire to make a difference, become a polar ambassador, and an environmentally responsible citizen.
    • Applicants must act as ambassadors for his/her community and must be prepared to share their journey with the community and country before, during, and after the expedition. Students will be expected to be available for media interviews and to submit journal entries for the SOI Expedition Website and other blogs.
    • Applicant must have current Government-issued identification (with photo, if possible). Ex: Health Card, Driver’s License, Birth Certificate.

    Download the Students on Ice Arctic Scholarships application form in English

  • Chinese Arctic Policy

    Chinese Arctic Policy

    Stockholm International Peace Research Institute (SIPRI) has launched a new report entitled “China and the High North prepare for an ice-free Arctic” dealing with the emerging interest of China on the anticipated Arctic Ocean shipping routes. The report is written by Linda Jakobson, the Acting Programme Director and Beijing-based Senior Researcher of the China and Global Security Programme of SIPRI, and is based on material gathered from officials, scholars and other primary sources in China.
    The main theme of the report is that despite the fact that China has no official Arctic policy “the country does appear to have a clear agenda regarding the Arctic”. Until now, China has mainly concentrated on the melting sea ice in the Arctic and its impact on China from the environmental point of view, but many Chinese academics are pointing out that China must broaden its focus from environmental issues to cover commercial and political issues as well.

    Chinese view on the arcticHu Zhengyue, Chinese assistant minister of foreign affairs stated in Arctic forum organized by the Norwegian Government on Svalbard in June 2009 that China supports Arctic countries’ sovereign and judicial rights under international law, pointing though out the need of refinement and development of the contemporary international law due to the circumstances that are arising from the melting of the ice. China points out that despite that large areas of the Arctic are under jurisdiction of coastal Arctic states, the Arctic cannot be seen as a regional matter only, due to the many international implications the emerging shipping routes and possible energy exploitation will have in future.

  • The Arctic Ocean – Challenges in Governance

    The Arctic Ocean – Challenges in Governance

    InuitOne of the major issues in discourse of Arctic related matters has in recent years been the governance of the Arctic region. Often in public debate it has got forgotten that the Arctic is an area situated on land of eight Arctic states as well as a large sea area defined as high seas under international law. In a following short feature, the contemporary governance scheme of the Arctic region will be discussed and the different legal and political settings participating in the Arctic governance introduced.

    Contemporary Legal Regime

    UNCLOS logoAs stated in the introduction, the land mass defined as part of the Arctic is situated on a land of eight states, namely Canada, Denmark, Finland, Iceland, Norway, Russia, Sweden and the US. These states govern their territory under international law as sovereign states.  Each coastal state occupies in addition a 200 nm Exclusive Economic Zone (EEZ) in the Arctic Ocean, which still today is covered in the most part by snow and ice. The global warming and predicted melting of Arctic sea ice have, however, stimulated the discourse on extended EEZ towards the north pole in a hope of possible natural resource discoveries. All such claims are dealt within the United Nations Commission on the Limits of the Continental Shelf (CLCS) on the bases of the article 76 of the United Nations Convention on the Law of the Sea (UNCLOS). The much publicity gained Russian flag incident does not , therefore, have any legal consequences concerning the sovereignty over the sea bed of the Arctic Ocean.

    Beyond the national EEZ’s opens up an area of high seas which under international law is open to all States, whether coastal or land-locked. The freedom of the high seas includes that all states, whether coastal or land-locked, have a right to navigate, overfly, lay submarine cables and pipelines and construct artificial islands and other installations permitted under international law in the area. Further, in the high seas there exists freedom of fishing, though subject to international fisheries regulation and freedom of scientific research, subject as well to international regulation and cooperation.

    IMOArctic shipping on the other hand is regulated under the International Maritime Organization (IMO) framework. The IMO regulations cover both environmental issues, including oil pollution, pollution by chemicals, goods in packaged form, sewage, garbage and air pollution (MARPOL 73/78) and safety issues including collision regulations and global standards for seafarers, regulations concerning search and rescue, the facilitation of international maritime traffic, load lines, the carriage of dangerous goods and tonnage measurement (SOLAS, etc.).

    What is still lacking, however, are legally binding standards for Arctic shipping. According to the AMSA Report 2009, an Arctic Council Protection of the Arctic Marine Environment (PAME) working group prepared large Arctic shipping assessment report, the lack of mandatory regulations for ships operating in Arctic Ice-covered waters is one of the major safety issues still unsolved. In addition, lack fo proper coastal infrastructure and pressure to develop alternative shipping lanes due to pressure on existing lanes such as the Panama and Suez canals are issues that still need to be resolved.

    Arctic Political Regime

    The regional governance of the Arctic takes place in different multilateral settings. The major international forum for Arctic governance is the Arctic Council. The Council was established in 1996 with a mandate to promote cooperation, coordination and interaction among the Arctic States in the fields of sustainable development and environmental protection. Member states of the Arctic Council are all the eight states situated in the Arctic region in addition to the Arctic Indigenous representatives who hold a formal status of Permanent Participants in the Council. Further, the Arctic Council welcomes observers in to the meetings. Observer status in the Council have various non-arctic states, inter-governmental and inter-parliamentary organizations and non-governmental organizations.

    Since the mandate of the Arctic Council is strictly bound to environmental issues, there seems to be a void in discourse concerning other issues. The Nordic countries released common proposals for closer foreign and security policy cooperation between the Nordic countries in beginning of the year 2009 in the so called “Stoltenberg report“. Further, Barents Euro-Arctic Council deals with various issues concerning the area both in inter-governmental and inter-regional level. Canada and the US made bilateral agreement on Arctic cooperation in 1988 that allows for practical cooperation regarding matters relating to the Northwest Passage despite the disagreement about the status of the passage under applicable international law.

    However, contemporary international jurisdictional issues do not fall within the existing Arctic governance regimes, which has led to an establishment of a yet new cooperation regime between the five Arctic Coastal states, Canada, Denmark, Norway, Russia and the US. This party of five met for the first time in Ilulissat, Greenland in May 2008 in Arctic Ocean Conference to discuss the Arctic Ocean and the unresolved issues of maritime safety, environmental protection and potential shipping routes. The conference issued a declaration where the five Arctic Coastal states reassured compliance of existing legal framework without any intention to initiate new international Arctic legislation. The three Arctic states left outside the meeting as well as the Arctic indigenous peoples were not satisfied with the procedure and felt that the issues should have been dealt with either in the Arctic Council or in a meeting where all the Arctic states and peoples could have had a representation.

    The Arctic Indigenous Peoples have yet again expressed their discontent for the upcoming meeting of foreign ministers of the five Arctic Ocean coastal states on March 29, 2010, in Chelsea, Quebec and called for an invitation to the meeting. It is clear that if the five coastal states want to strengthen the cooperation and create a permanent forum for Arctic dialogue they have to include the Arctic indigenous peoples somehow into the cooperation. Question is, however, how a forum of this kind will affect the status of the Arctic Council and how the three non-coastal Arctic states, who despite their geographical situation will one way or another be affected by the decisions made in the coastal states meetings, will be taken into consideration.

  • Arctic Portal in Arctic Frontiers Conference

    Arctic Portal in Arctic Frontiers Conference

    Arctic frontiers in TromsoArctic Frontiers Conference 2010 in Tromso, Norway was the 4th international Arctic meeting platform for stimulating and motivating pan-Arctic integration. This year’s Arctic Frontiers theme was “Living in the High North”, and had special focus on challenges to the development of sustainable communities.

    The Conference is traditionally divided in to two sections; Policy section and Science section. This years Policy section had two sessions concentrating on Changes in strategies for the Arctic and Sustainable communities in the Arctic. The Science section was on the other hand divided in to four parts, each part representing different aspects affecting Arctic communities. Part I dealt with changes in ice and snow on land, in the seas, and in the ground (the cryosphere) and the distribution of Earth ?s heat and water. Part II concentrated on sustainable communities in the north focusing on the themes of economy, self-governance, well-being and health, while Part III covered issues on changing Marine Biodiversity in the Arctic.

    This years Part IV was of special interest of the Arctic Portal and its partners, the session dealing with E-learning in the High North. The aim of the E-learning part of the conference was to exchange knowledge and research about E-learning in the Arctic communities and regions and specify the learning processes, pedagogy, and appropriate information technologies relevant to distant learners in these communities.

    Virtual Classroom posterThe Arctic Portal together with the University of the Arctic, University Centre of the Westfjords, International Centre for Reindeer Husbandry and Association of Polar Early Career Scientists is developing an online system that supports distance learning in the Arctic. This so called Virtual Classroom will be a virtual learning solution with a two-way communication between the teacher and students with open discussions and capabilities for classroom participation and real-time interaction. The Virtual Classroom will be accessible from any computer, giving that way inhabitants of small rural communities an opportunity to study without having to relocate to larger communities with traditional distance learning equipment / schools.

    The Arctic Portal, together with other project partners, participated in the Arctic Frontiers Part IV poster session introducing results from their user requirement survey conducted in fall 2009. The survey examined the needs and requirements of students and educational staff in UArctic member institutions, providing the project group as well the Arctic Frontiers a valuable information on how the users of theses systems experience current technology and pedagogical preferences.

    The main outcomes of the survey were that a real time interaction with the teacher and other students is highly appreciated. Many students felt that one of the downsides of distance learning is the lack of real time interaction within the class. In addition, many people thought that an access to a recorded lectures was highly preferable to enhance the learning experience. On the other hand, many students expressed their satisfaction with the contemporary distance learning arrangements, since it gave them an opportunity to organize their time and studies as they preferred independent of the schedule of the school.

    To learn more about the Virtual Learning project, please visit the homepage of the project

  • Antarctic Climate Change and Environment

    Antarctic Climate Change and Environment

    Antarctica mapThe first comprehensive review of the state of Antarctica’s climate and its relationship to the global climate system was published in the beginning of December 2009 by the Scientific Committee of Antarctic Research (SCAR).

    The newly published report examines the highly complex relationship of Antarctic environment with the global ecosystem that is increasingly affected by human activity. Already some signs of the changed Antarctic environment had been detected, i.e. the Antarctic ozone hole, but the fact is that the climate change has and will most likely have an unprecedented affect on the Antarctic and thus to us all. For example, contains Antarctica 90% of the world’s ice and 70% of the world’s fresh water, which is enough to raise sea level by 63 m.

    The report draws, however, quite interesting picture of the changing environment in the Antarctic. While the overall surface temperature and ice coverage around the continent have remained the same over the past 30 years, some specific parts of Antarctica are experiencing significant change.

    First, the report points out that for the last 30 years the ozone hole has shielded the bulk of the Antarctic from the effects of the global warming. The report maintains that despite the quite extensive changes in the surface temperature and snowfall around the Antarctic the temperature as well as Antarctic overall snowfall have remained at the same level. It is further notable, that while sea ice extent across the Arctic Ocean has decreased markedly over recent decades, around the Antarctic it has increased by 10% since 1980, particularly in the Ross Sea region. This increase is a result of the stronger winds around the continent, changes in atmospheric circulation and the isolating effect of the ozone hole. This is especially interesting, since the Antarctic Circumpolar Current around the continent has warmed more rapidly than the global ocean as a whole resulting in a major change in the Southern Ocean ecosystem. In recent decades the Ocean has become less effective in absorbing CO2 and ecological key species (such as planktonic snails) are expected to be negatively affected by progressive ocean acidification.

    Antarctic dawnOn the other hand, along with higher temperatures, the Antarctic Peninsula on the west coast of the continent, has experienced a marked switch from snowfall to rain during the summer, which has led to rapid expansion of plant communities and the colonization of newly available land by plants and animals. In addition, there has been significant thinning of the West Antarctic Ice Sheet, especially around the Amundsen Sea Embayment, as well as a few smaller coastal areas in East Antarctica, which has resulted in diminishing Krill stocks and changed distribution of Adélie penguins.

    The report predicts that if greenhouse gas concentration in the atmosphere doubles over the next century, the Antarctic will warm around 3°. This increase could contribute to a projected total sea level rise of up to 1.4 metres by 2100.

    For further information, please go to the Scientific Committee of Antarctic Research or access the SCAR publications

  • The Yearbook of Polar Law

    The Yearbook of Polar Law

    The yearbook of polar lawThe Yearbook of Polar Law is a new annual Yearbook dealing with Law and the Polar Regions. The demand for this new publication seems apparent for anyone following current affairs.

    The perceived scramble for the vast natural resources lying underneath the polar ice and seas has garnered a lot of media attention, even though legal scholars have made the point that the process of States claiming extended continental shelves is governed by the UN Convention on the Law of the Sea.

    Indigenous peoples are gaining more self-governance in the Arctic as a result of domestic and international law developments. The Greenlanders have been recognized as a people or a nation. Tourism is on the increase in both Polar Regions, creating a need to come up with stricter regulations. The Polar Regions will also be seriously affected by global environmental problems like persistent organic pollutants, ozone depletion and climate change, creating a need for the polar regimes to try to influence global treaty processes that manage these problems.

    Volume 1 of the Yearbook of Polar Law contains 23 peer- reviewed articles as well as the opening keynote address by H.E. Olafur Ragnar Grimsson, President of the Republic of Iceland at an international Polar law symposium held at the University of Akureyri in Iceland in September 2008. The special editor of the first volume is Dr David Leary from the University of New South Wales, Australia. The editors-in-chief are Professor Gudmundur Alfredsson, University of Akureyri, Iceland and University of Strasbourg, France, and Professor Timo Koivurova, Northern Institute for Environmental and Minority Law, Arctic Centre, University of Lapland, Finland.

    The articles published in Volume 1 cover four broad themes including challenges for the protection of biodiversity and wilderness in the Polar Regions; sustainable development and human rights; environmental governance in the Polar Regions and emergent and re-emerging jurisdictional issues in the Polar Regions.

    For further information on this publication, please see the homepage of the publisher

  • Svalbard – At the End of the World

    Svalbard – At the End of the World

    Svalbard map

    If you would travel to the end of the world, where would you go? For some world ends in south, but if you would head north you would most likely end up in Svalbard, a group of islands between 74° – 81° N in the Arctic Sea.

    The islands were first discovered in the 16th century by a Dutch explorer Willem Barents and visited by many other nationalities during the next 300 years. Russian trappers were first to winter on the islands between 1715-1850. Norwegians on the other hand did not start regular hunting on the islands before the mid 19th century.

    Until the beginning of the 20th century, Svalbard, as the islands are called today, was “no mans land”. Many negotiations were held to establish a sovereignty over the islands and finally in 1920, a Spitsbergen Treaty was signed establishing a Norwegian sovereignty over the islands. In the Treaty, Svalbard was made a part of the Norwegian Kingdom, giving though all the signatory nations unrestricted right to natural resource exploitation. Due to this right small “foreign” mining communities have been established on the islands over the years, the biggest being the Russian settlement in Barentsburg with today some 500 inhabitants.

    Svalbard archipelago is 63 000 sq.km some 60% being covered by glaciers. Largest islands are Spitsbergen (37 673 sq.km), Nordaustlandet, Barentsøya, Edgeøya and Prins Karls Forland. Largest settlements on the other hand are Longyearbyen, Norwegian administrative centre, with 2 080 inhabitants, Barentsburg, Russian mining community, with 500 inhabitants, Ny-Ålesund, Norwegian international research centre, with 40 inhabitants, Sveagruva, Norwegian mining community, with 210 commuters and Hornsund, Polish research station, with 8 inhabitants.

    Polar bear in Svalbard

    Despite of its harsh climate, Svalbard is a home for some Arctic animals. Svalbard Reindeer, Arctic fox, Polar Bear and southern Vole (a foreigner that has settled on the islands) inhabit the islands in addition to wide range of sea mammals and 36 species of birds that nest on the rocky mountain cliffs. Polar bear used to be hunted, but was protected in 1973 and today only 3-4 polar bears are killed yearly. Though the islands are well above the tree-line and only 6-7% of the land area is covered by vegetation a great variety of flowers can also be found in the islands.

    The main industries in Svalbard are mining, tourism and research. For long period the only industry found in the islands was mining, but recently eco-tourism and international research have become increasingly important.

    It is estimated that around 70 000 tourists visit the islands every year arriving either by plane or by sea. Great majority of the visitors are Norwegian, but mainland Europeans are increasingly visiting the islands as well. Most of the tourist, apart from the cruise liners visiting Svalbard for a day or two as part of a longer cruise, come to the archipelago for the extraordinary nature and extreme conditions. Different kinds of organized outdoors activities are among the most popular tourist attractions in addition to archaeological and mining museums, which can be found in Longyearbyen, Barentsburg, Ny-Alesund and Bear Island.

    Longyearbyen, Svalbard

    Svalbard is one of the main areas for Arctic research. Due to its geographical situation it offers an ideal insight in to the Arctic reality. Norway is by far the largest research nation in Svalbard accounting almost for half of the research days on the islands. Russians, Germans and Polish account together for another 40%, together with Norwegians accounting for 84% for the Svalbard research. Norway operates also a University Center in Svalbard (UNIS) which offers higher education at the undergraduate, graduate and postgraduate level in Arctic Biology, Arctic Geology, Arctic Geophysics and Arctic Technology. Yearly, approximately 350 students come to Svalbard for a shorter or longer period half being Norwegian students and half international students.

    Though at the end of the world, Svalbard offers a variety of interesting opportunities for work, education and travel for those interested in the Arctic. To learn more about Svalbard please visit the following homepages: