Australian researchers have developed a groundbreaking tool to assess the climate impact of fossil fuel projects, with a Canadian offshore oil venture serving as a pilot study. The newly unveiled Carbon Impacts Tracer can predict the environmental consequences of proposed mines, offshore oil installations, or other energy initiatives on global warming, glacier melting, and human fatalities.
Sarah Perkins-Kirkpatrick, a climate science expert at the Australian National University, highlighted the tool’s capability to connect emissions from individual fossil fuel ventures to their warming effects on the planet, leading to specific outcomes. By leveraging carbon dioxide emission data from project proponents’ environmental assessments, the online tool calculates the projected temperature increase and utilizes scientific studies to determine the real-world repercussions, including coral reef degradation, agricultural yield reductions, and job displacements.
The platform, launched recently, features case studies on various Australian initiatives, a U.K. project, and the proposed Bay du Nord offshore oil project in Canada, spearheaded by Equinor, a Norwegian energy company. The tool estimates that CO2 emissions from the Bay du Nord project could reach 188 megatonnes over two decades, resulting in a minute temperature rise globally. It also forecasts substantial impacts such as increased heat exposure for over 111,000 individuals, 25 heat-related fatalities in Europe, glacier loss of 4.6 square kilometers, and a rise in sea levels by 0.025 millimeters. Furthermore, it suggests that around 2,100 jobs could be lost due to pollution, pushing nearly 9,800 people into severe poverty.
Joel Finnis, a climatologist from Memorial University in Newfoundland and Labrador, praised the tracer’s ability to consolidate diverse research findings for public comprehension. He emphasized that the tool challenges the common narrative supporting new oil projects by shedding light on their potential severe consequences, emphasizing the significant human, economic, and environmental toll.
Maria Nawaz, heading the climate change accountability project at the University of New South Wales, emphasized the difficulty historically encountered in linking fossil fuel ventures to their tangible impacts. She believes that the tracer’s accessibility to governments, regulators, and the public will enhance climate litigation efforts aimed at holding entities accountable for their emissions. Nawaz envisions insurers using the tool to assess project risks and economists leveraging it to forecast economic implications.
The Carbon Impacts Tracer currently focuses on evaluating proposed projects, with plans to incorporate additional developments as more data becomes accessible, offering a comprehensive perspective on the potential ramifications of fossil fuel initiatives.