Australian scientists have developed a groundbreaking online tool known as the Carbon Impacts Tracer, which is designed to assess the environmental effects of fossil fuel projects. The tool, now live, can predict the impact of proposed developments on climate change, glacier melt, and human health. By analyzing carbon dioxide emission data provided by project proponents, the tool calculates the projected increase in global temperatures and its real-world consequences based on scientific research.
The Carbon Impacts Tracer has already been applied to various projects, including the Bay du Nord offshore oil project in Canada, led by Equinor. According to the tool, the project could result in 188 megatonnes of CO2 emissions over two decades, contributing a minimal increase of 0.00008 degrees Celsius to global temperatures. Additionally, the tool forecasts adverse effects such as heightened heat exposure, heat-related deaths, glacier loss, job losses, and increased poverty due to pollution.
Although Equinor has not commented on the findings, experts like climatologist Joel Finnis emphasize the significance of such tools in understanding the full impact of fossil fuel projects. By consolidating research findings in an accessible format, the tracer underscores the potential environmental, social, and economic costs associated with projects like Bay du Nord.
Maria Nawaz, leading the climate change accountability project at the University of New South Wales, highlighted the tool’s role in dispelling the notion that individual projects have negligible emissions. She anticipates its use by governments, regulators, and the public to evaluate future projects and support climate litigation efforts to hold entities accountable for their emissions.
The Carbon Impacts Tracer focuses on proposed projects and aims to incorporate more data as it becomes available, helping stakeholders make informed decisions regarding fossil fuel developments. The tool’s comprehensive analysis could also assist insurers in assessing project risks and economists in predicting economic impacts related to climate change.
Ultimately, the tool offers a transparent assessment of the potential impacts of fossil fuel projects, challenging the common defense that their contribution to climate change is insignificant. Its accessibility and detailed insights are expected to drive informed decision-making and accountability in the energy sector.