03/07/2014 Heading to Mount Baker
After an excellent Kickstarter campaign we have successfully secured funding for a new expedition. This summer, on behalf of Project Pressure, award-winning photographer Peter Funch will be heading to Mount Baker. Located in Washington State, USA; this Mountain is a unique place where the effects of climate change can be seen from the accumulation of over a century’s worth of photographic documentation.
Following in the footsteps of Ansel Adams, Peter Funch will capture these stunning and individual glaciers before it is too late. The end result will generate a direct comparison to Mount Baker’s historic visual legacy and provide a complimentary narrative to Mount Baker’s rich history and cultural significance. With Funch’s extensive experience this expedition is sure to be an eye-opening and unique opportunity.
Thank you to those who contributed and don’t forget it’s never too late to help, just click the link below.
24/04/2014 Comparing Khumbu
One of greatest things about working on Project Pressure is meeting others who are studying, documenting and trying to understand the world’s glaciers and the ways they’re changing. We recently came across just such a group – a team of glaciologists from Aberystwyth University who are looking at debris-covered glaciers respond to climate change. We’ve lent them a Garmin GPS-enabled camera to help create geo-tagged images in the Khumbu region of Nepal, which can then be compared with previous photographs taken in 2003.
As they explain in more detail on their project webpage:
“Mountain glaciers rapidly advance or recede with variations in climate and modify the hydrological budgets of glaciated catchments. In mountainous regions such as the Himalaya, the impacts of glacier mass loss on water resources are likely to be severe and the risks to human life posed by glacial hazards will increase with climate change. However, making predictions of the impacts of future climate change on the mountain cryosphere is challenging, particularly for large debris-covered glaciers. We combine 3-D glaciological modelling, remote-sensing observations and the collection of field data to quantify how debris-covered glaciers respond to climate change.”
Photo by Uwe Gille
Project Pressure directors Klaus Thymann and John Wyatt-Clarke speak about photography’s role in highlighting climate change in the latest issue of Fisheye. Issue #5 of the French photography/lifestyle magazine features an overview of the project with images from Sweden, Alaska and Uganda, alongside in-depth features on photography and rock music, Henri Cartier-Bresson and images of Madagascar.
06/02/2014 Polaroid renews Project Pressure sponsorship
Polaroid Eyewear has reaffirmed its commitment to working with Project Pressure in 2014, paving the way for future collaborations. The good news follows last year’s successful expedition to northern Sweden, made by possible thanks to Polaroid’s support, during which Project Pressure was able to document glaciers north of the Arctic Circle. Working with Swedish glaciologist Per Holmlund, the team mapped out fragile glaciers to visit and undertook a trek to the Pallin Glacier tunnel, recently uncovered by melting ice. Thanks to Polaroid’s ongoing support, we’ll be able to plan more such missions in 2014.
05/12/2013 Super sharp shooter
Led by Joe Poulton, the Columbia Icefield Gigapixel Project (CIGP) is creating a series of ultra-high-resolution images of Western Canada’s Columbia Icefield. Beyond the fun of zooming in on the glaciers and surrounding landscape, the images are helping to enhance local studies of the area, and raising awareness of changes along the Columbia River Basin. Project Pressure caught up with Joe to find out more.
Tell us a little bit about the Columbia Icefield.
The Columbia Icefield rests along the Banff Jasper Highway, aka Icefields Parkway. It is one of two hydrological apexes, the other being Triple Divide Peak in Montana, that provide a source of fresh water for three major watersheds in North America. The watersheds fed by the ice and snow that flow away from the slopes of Snow Dome on the Columbia Icefield include the Columbia, Athabasca and Saskatchewan Rivers. These drain into the Pacific and Arctic oceans, and Hudson Bay.
What’s the aim of your project?
The basic initial stage of the project is to acquire high resolution photographic imagery of all the aspects of the Columbia Icefield from specific locations surrounding and on the Icefield. These high resolution images will provide an additional dataset for Dr. Mike Demuth of the University of Saskatchewan to utilise alongside his Icefield studies. Dr. Demuth and his team have been conducting research on the Icefield for the last three or four years. The more complex part, if all goes well, would be to use this project as a tool for the public along the Columbia River watershed to prepare for the changes that could alter how we use the Columbia River as an economic resource in various segments of commerce.