The Nordic Orion became the first cargo ship to take the treacherous Northwest Passage from the Pacific Ocean to Europe last year, and now its Danish operators are planning more trips across the Arctic as the sea ice melts.
In September 2013, the ship carried 73 500 tons of coal from Vancouver, in Canada, to Finland by cutting directly across the Arctic, shaving about four days off a trip which would normally take it through the Panama Canal and across the Atlantic.
The Nordic Orion is likely to be the first of many ships to use the route as global warming reduces the sea ice.
It is a trend that has caused concern among environmental groups, who are worried about the impact of pollution on the near-pristine Arctic environment. The noise of ship engines cutting through the Arctic Ocean will also irritate the sensitive hearing of sea mammals such as whales.
Researchers are now trying to evaluate the environmental impact that the increasing access will have on the Arctic’s vulnerable ecosystems, so that they can guide policymakers as they seek to regulate the region.
It’s not only the prospect of more ships making the Northwest Passage, but in recent years researchers have also seen an increase in traffic through the Northern Sea Route, which runs between Asia and Europe through Siberian Arctic waters.
‘You may still have key passages or pivotal points where you have large ice masses or blockages, so you may still need icebreakers to get through, though everything else may be open,’ said Dr Michael Karcher, the assistant coordinator of the EU-funded ACCESS project, which is monitoring the region.
‘Our aim is to provide the science, the knowledge that may help in making political decisions.’
Dr Michael Karcher, assistant coordinator of the EU-funded ACCESS project
The thinning ice also means better access to vast oil and gas deposits believed to be buried under the seabed. The Arctic is estimated to have about a third of the world’s undiscovered natural gas and 13 % of its undiscovered oil, and energy firms have already started drilling into the ice.
The long-term trend is for the sea ice to continue melting due to global warming, meaning the scramble to access these resources will only intensify. However, conditions in the Arctic can vary widely over the next few decades, and that makes it tricky for policymakers to regulate.
That’s why the ACCESS project is focusing on the impact of climate change on oil and gas extraction, transportation and sea life over the next 30 years.
‘We have long-term trends like reduced ice thickness, increased warming and reduced ice extent, but at the same time this overlaps with a very strong natural variability, making it very difficult to make predictions over the next few decades,’ said Dr Karcher.
Increased pollution caused by shipping traffic and oil and gas production has significant implications for the Arctic atmosphere, and could have an impact on climate change itself. To find out what this impact might be, the project is collecting data and measuring concentrations of hydrocarbons and chemical and particle pollution in the region.
The melting ice is also likely to mean more fish farming in the Arctic as higher temperatures provide suitable conditions for expansion, the project said, while there could also be a surge in the number of tourists who want to experience the Arctic before any of its unique characteristics disappear.
However, one of the biggest problems is that of governance, as it is still unclear which countries have jurisdiction over much of the Arctic. That makes it difficult to regulate the region coherently.
ACCESS researchers have been developing proposals for ways to deal with potential disagreements that may happen over jurisdiction or access to resources. For example, various options over marine transport will be put to the Arctic Council and the International Maritime Organization.
By the time it finishes in 2015, the project will pull together its findings into recommendations for policymakers. ‘Our aim is to provide the science, the knowledge that may help in making political decisions,’ Dr Karcher said.
Raising children can be a tough job, especially when doing it alone, but some animals like meerkats and mongooses work together to raise their young. Studies of these cooperative creatures are revealing how this highly social behaviour evolved and is shedding light on the roots of our own species’ collaborative abilities.
From a chemical-free spray that turns sand into lush green land, to a caterer who serves planet-friendly dishes, and from technology that makes stronger concrete with less cement, to insect farms that produce fish food and fertilisers, there is no shortage of ideas to reduce emissions. But which ones work best?
When you hear the word ‘quantum’, you may imagine physicists working on a new ground breaking theory. Or perhaps you’ve read about quantum computers and how they might change the world. But one lesser-known field is also starting to reap the benefits of the quantum realm – medicine.
A new, digital revolution might be about to hit us. Autonomous cars are driving our way, cities and companies are rapidly ramping up the use of sensors – also called the Internet of Things (IoT) – and virtual and augmented reality are making rapid strides.
Their collective nurturing may explain how humans learned to work together.
A new global scoring system helps identify solutions that will drastically cut emissions.
Test flights have shown promising results – Dr Chong Cheng Tung.