Australian scientists are building Earth's Black Box, a 32-foot steel monolith in Tasmania filled with hard drives that will constantly document climate change and provide an unbiased account of events leading to Earth's demise. The project, led by marketing firm Clemenger BBDO and the University of Tasmania, aims to hold future generations accountable and inspire urgent action. The box will collect data on climate-related measurements and contextual information, and is set to be completed in 2024. Its purpose is to provide an unbiased account of events that lead to the demise of the planet, but accessing its data following a catastrophic climate apocalypse remains a challenge.
Keurig plans to address its single-serve coffee waste issue by introducing 100% compostable coffee pods called K-Rounds, which contain no plastic or aluminum and are wrapped in a thin cellulose coating. The new pods will require the use of the Keurig Alta machine, designed specifically for brewing eco-friendly pods, and are set to enter beta testing this year with a potential consumer release in 2025. The K-Rounds will be available in various sizes and grinds to brew espresso, regular coffee, and iced coffee drinks, and will be marked with a code for the brewer to determine the proper extraction profile and pressure for optimal flavor.
A SpaceX Falcon 9 rocket launched a satellite called MethaneSAT, designed to detect methane emissions from the oil and gas industry, which contribute significantly to global warming. The satellite aims to provide high-quality, public data on methane leaks, enabling governments and researchers to monitor and regulate these emissions more effectively. The Environmental Defense Fund led the project, hoping to encourage oil and gas companies to reduce methane pollution and improve their environmental impact.
A new satellite called MethaneSat is set to launch and will publicly identify the worst methane polluters in the oil and gas industry, providing high-resolution global data on methane leaks. Developed by the Environmental Defense Fund, the satellite aims to hold companies accountable and encourage emissions reduction. With the potential to track methane from other sources in the future, MethaneSat is expected to become the gold standard for methane measurements and contribute to international efforts to curb greenhouse gas emissions.
A new satellite designed by the Environmental Defense Fund and Harvard University will track methane emissions from the oil and gas industry, aiming to publicly reveal major polluters and hold them accountable. Methane, a potent greenhouse gas, accounts for nearly a third of global warming, and cutting its emissions is crucial in slowing climate change. The satellite, MethaneSAT, is part of a new wave of transparency in monitoring methane emissions, with other satellites set to launch in the near future. While satellite tracking is an important step, progress ultimately depends on companies taking action to reduce emissions.
Greenpeace CTO Priscilla Chomba-Kinywa emphasizes the urgent need for the tech industry to prioritize environmental care, citing the climate crisis and the detrimental impact of current platforms. She urges investment in green, ethical, and value-based alternatives, applauds companies taking action, and stresses the importance of data-driven pressure to drive change. Additionally, she advocates for collaboration with affected communities and emphasizes the need to consider the environmental cost of AI in discussions about its potential benefits.
Google partners with Environmental Defense Fund to launch MethaneSAT, a satellite to detect methane emissions from oil and gas operations. The data will be processed using Google Cloud and overlaid on a map of oil and gas infrastructure created using artificial intelligence. The information will be available through Google Earth Engine later this year, aiding energy companies, researchers, and the public sector in mitigating methane emissions. This initiative comes as governments and major oil and gas operators pledge to reduce methane leaks, with the United States proposing mandatory measures to address the issue.
Google is partnering with the Environmental Defense Fund to launch a satellite called MethaneSAT, which will use satellite data and AI technology to map methane emissions from oil, gas, and coal operations around the world. Methane is a potent greenhouse gas responsible for nearly a third of global warming, and the initiative aims to provide real-time tracking of methane leaks, with the data being made available to the public later this year. This comes as countries and oil and gas companies pledge to drastically reduce methane emissions by 2030 to tackle the climate crisis.
Google and the Environmental Defense Fund have announced a partnership to use AI and a new satellite, MethaneSAT, to detect and expose sources of methane emissions from oil and gas operations. The satellite, launching next month, will monitor methane emissions globally and its data will be processed using Google Cloud. The information will be made available through Google Earth Engine, providing valuable insights for energy companies, researchers, and the public sector to anticipate and mitigate methane emissions. This initiative comes as governments are taking steps to reduce methane leaks, with the United States proposing mandatory measures to address the issue.
Google has partnered with the Environmental Defense Fund to map methane pollution and oil and gas infrastructure from space using AI and satellite technology. The initiative aims to pinpoint methane emissions and prevent leaks, as methane is a potent greenhouse gas. EDF's MethaneSAT satellite, launching next month, will track methane emissions globally, while Google's AI will map oil and gas infrastructure. The data will be publicly available to researchers and policymakers to help mitigate methane pollution and its impact on climate change.
Avnos, a California-based startup, is pioneering a more efficient and sustainable approach to direct air capture, removing carbon dioxide from the atmosphere while producing water as a byproduct. Backed by JetBlue Ventures and other investors, the company's innovative "hybrid direct air capture" technology has the potential to not only mitigate climate change but also generate revenue by selling the water it produces. This approach aligns with the broader push for decarbonization and sustainable aviation fuel, making it an attractive investment for companies seeking to reduce their carbon footprint.
