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MIT Sea Grant students apply machine learning to support local aquaculture hatcheries.

Pioneering work in laser physics has laid the foundation for significant advancements in precision measurement, enabling the development of techniques that significantly reduce residual amplitude...

Scientists have developed a flexible, reusable optical fiber for UV detection, promising enhanced integration with smart devices and advancing UV monitoring technologies. The old saying...

All-optical multiplane quantitative phase imaging design eliminates the need for digital phase recovery algorithms. UCLA researchers have introduced a breakthrough in 3D quantitative phase imaging...

Cambridge researchers have developed lightweight, eco-friendly sensors, inspired by spider silk, that seamlessly integrate with biological surfaces for diverse applications in health monitoring and virtual...

Today’s regulations for nuclear reactors are unprepared for how the field is evolving. PhD student Liam Hines wants to ensure that policy keeps up with the technology.

New technology could lead to batteries that store energy and capture CO2, offering a significant advancement in environmental technology. Efficient and cheap batteries that can...

Collaborative scholarship and research will draw on conservation, design, and technology.

Meet balkonkraftwerk, the simple technology putting solar power in the hands of renters.

Faculty members granted tenure in anthropology; comparative media studies/writing; philosophy; political science; and science, technology, and society.

You’ve probably heard the arguments against electric cars, but most of them are getting weaker as the technology, markets and infrastructure mature.

Forensic scientists are still working to identify victims of the 9/11 attacks using advancements in technology and techniques developed over the past two decades.

A new membrane technology developed by Newcastle University leverages humidity to efficiently capture carbon dioxide, offering a promising solution for sustainable direct air capture essential...

New professors join anthropology, economics, history, linguistics, music and theater arts, and philosophy departments, as well as the Program in Science, Technology, and Society.

Exxon Mobil has touted 'advanced recycling' as a groundbreaking technology that will turn the tide in our plastic crisis. California says it's a lie.

Researchers have developed a revolutionary sensor capable of detecting chemical warfare agents without wires, representing a major advancement in technology for public safety.This innovative device,...

The auto giant lobbied hard against tougher pollution rules. This week, the E.P.A.’s new rules proved favorable to hybrid technology, an area that Toyota dominates.

Compact chips enhance precision timing for communication, navigation, and various applications. The National Institute of Standards and Technology (NIST) and its collaborators have delivered a...

‘Decarb bros’ think the best way to combat climate change is to ditch the gloom of earlier environmentalism and focus on what new technology can do.

Scientists are increasingly utilizing environmental DNA (eDNA) to efficiently detect both invasive and endangered species, transforming conservation research. Lourdes Medrano reports for Undark.In short:eDNA technology allows for the identification of species through genetic material found in environments, offering a non-invasive, cost-effective approach to conservation.Researchers use eDNA to monitor biodiversity, track invasive species, and support conservation efforts, amidst calls for national eDNA application strategies to streamline processes.The field faces challenges such as the rapid degradation of DNA and limitations in detecting certain species, but advancements in technology and methodology are continually improving its efficacy.Key quote: “This technology will end up being critical because it’s a more efficient way to detect invasive species, as well as rare species.” — Andy Hubbard, program manager for the National Park Service Sonoran Desert NetworkWhy this matters: eDNA represents a pivotal shift in conservation strategies, enabling rapid, early detection of invasive species and comprehensive biodiversity monitoring. eDNA technology, paired with eDNA-gathering robotics, can be a boon for programs with limited people-power as early detection can power quicker and better-informed responses to emerging threats.

Panel of nearly 100 countries to draw up guidelines for industries that mine raw materials used in low-carbon technologyA UN-led panel of nearly 100 countries is to draw up new guidelines to prevent some of the environmental damage and human rights abuses associated with mining for “critical minerals”.Mining for some of the key raw materials used in low-carbon technology, such as solar panels and electric vehicles, has been associated with human rights abuses, child labour and violence, as well as grave environmental damage. Continue reading...

Past Presentation | Humans are literally connected to the rest of the natural world through our DNA. But today’s highly processed foods, pesticide based monoculture farming, increasing urbanization, obsession with technology, and destruction of the natural environment distance us further and further from the world we co-evolved with. The explosive growth of technology is driving profound changes in every aspect of human civilization. The benefits of our new found electronic interconnectivity are incalculable. But could the tsunami of chronic and autoimmune diseases that modern societies are experiencing be related to our increasing disconnection from nature?

PITTSBURGH — A group of more than 30 environmental and health advocacy groups have asked Pennsylvania Governor Josh Shapiro to veto a bill that would pave the way for carbon storage in the state. The bill, SB831, which was passed by the state legislature on Friday, creates a legal framework for climate-warming carbon emissions captured from burning fossil fuels to be injected underground and stored indefinitely to prevent them from escaping into the atmosphere. Some environmental advocacy groups support the bill, while others oppose it. Carbon capture and storage infrastructure is being advanced across the country thanks to federal funding and tax credits through the federal Inflation Reduction Act, but the technology remains controversial. Proponents say it can reduce carbon emissions while protecting the power grid, while opponents say the technology is unproven and will divert resources from the rapid clean energy transition needed to slow climate change. The debate over the Pennsylvania bill has mirrored the national and global debates about carbon capture and storage. “Inviting this technology into the state is just setting us up for more fossil fuel extraction, which is what it’s actually all about,” Karen Feridun, co-founder of the Better Path Coalition, a Pennsylvania-based environmental advocacy group, told EHN. “Putting resources toward carbon capture and storage instead of renewable energy is wasting time we don’t have.” On July 16, the Better Path Coalition submitted a letter on behalf of more than 30 environmental advocacy groups calling on Governor Shapiro to veto the bill. “Inviting this technology into the state is just setting us up for more fossil fuel extraction, which is what it’s actually all about." - Karen Feridun, Better Path Coalition“The bill strips Pennsylvania landowners of their subsurface property rights, shifts liability to the state, and exposes everyone to a new and very dangerous generation of fossil fuel Infrastructure,” the letter reads. “SB 831 should not be enacted for the sake of the Commonwealth and the people who depend on you to make the courageous choice to protect them.” The letter also references a previous letter the group sent to lawmakers prior to the vote on the bill that outlined scientific concerns about the shortcomings of carbon capture and storage technology. “There are a lot of unanswered questions about how to do carbon storage safely and effectively in general, and even more about doing it in Pennsylvania where we have unique geology and hundreds of thousands of abandoned [oil and gas] wells, many of which are in unknown locations,” Feridun said. “It’s premature at best to pass a bill allowing this and saying it’s in the public interest when this process has never been done successfully.” Several lawmakers, including state Senator Katie Muth and state Representative Greg Vitali, made remarks opposing the bill prior to its passage. “This bill is deeply flawed and does not provide the necessary safeguards for communities or our environment nor does it provide an actual solution for combatting the climate crisis,” Muth said. The bill received support from business and labor organizations including the Pennsylvania State Building and Construction Trades Council, the AFL-CIO, and the Pennsylvania Chamber of Business and Industry. “Carbon capture technology has the potential to create a significant number of good paying jobs in the construction industry while simultaneously creating family-sustaining permanent jobs for the citizens of our commonwealth,” said Robert Bair, president of the Pennsylvania State Building and Construction Trades Council, in a statement. A handful of other environmental advocacy groups, including the Pennsylvania Environmental Council, Environmental Defense Fund, the Clean Air Task Force, and the Nature Conservancy, worked with lawmakers in the House to amend the bill and ultimately supported its passage.“Carbon capture technology has the potential to create a significant number of good paying jobs in the construction industry while simultaneously creating family-sustaining permanent jobs for the citizens of our commonwealth.” - Robert Bair, Pennsylvania State Building and Construction Trades CouncilThe amendments included public land protections, special provisions for environmental justice communities, community engagement requirements, improved landowner rights, preventative requirements for induced seismic activity, extending the default post-injection site care period, and enabling the Department of Environmental Protection to promulgate and enforce additional regulations as needed to protect the people and environment of the Commonwealth. “The future of [carbon capture and storage] in Pennsylvania remains to be seen, but we cannot forgo the opportunity to adopt necessary performance standards,” the Pennsylvania Environmental Commission said in a statement. “Now we have the basis to make that happen.” Feridun said of the amendments, “They’re like putting on cologne when you have really bad body odor… the bill is still fundamentally a bad bill.” Carbon capture and storage are necessary to pave the way for Pennsylvania to be part of two proposed, federally funded hydrogen hubs — the Mid-Atlantic Hydrogen Hub and the Appalachian Hydrogen Hub — which would rely on the technology. Both projects have the potential to funnel billions of taxpayer dollars to industry partners, which include numerous fossil fuel companies.

Solar power could enable 400m Africans without water to tap into groundwater aquifers. However, we must ensure smaller projects do not lose out in the rush for new technologyIt’s a truly dreadful irony: for many of the 400 million people in sub-Saharan Africa who lack access to even a basic water supply, there is likely to be a significant reserve in aquifers sitting just a few metres below their feet.Groundwater – the water stored in small spaces and fractures in rocks – makes up nearly 99% of all of the unfrozen fresh water on the planet. Across the African continent, the volume of water stored underground is estimated to be 20 times the amount held in lakes and reservoirs. Continue reading...

Research from the University of Adelaide reveals that human-generated noise is hindering baby oysters’ ability to use natural sounds to find habitats, affecting marine conservation...

Now Playing | Communities in the red and a fishery on the brink of collapse. Coding for Crayfish explores the notion of Rethinking Sustainability through technology, told through the Story of traditional fisher David Shoshola.

Heriot-Watt University heads a new quantum research hub to develop a secure quantum internet and advance technologies across various sectors, fueled by a significant UK...

AI executives are acting like they own the world.

A new form of zero-carbon, on-demand energy could help bring stability to the grid with support on both sides of the aisle — if the diverse coalition now backing it can hold together despite clashing over politics and climate action. Geothermal energy, which taps the heat of the Earth for industrial purposes or to generate electricity, represents...

For centuries, farmers used almanacs to try to predict nature. Now, a new generation of Latin American start-ups is helping to achieve this with artificial intelligence tools that promise an agricultural revolution in giants like Brazil. Aline Oliveira Pezente, a 39-year-old entrepreneur from the Brazilian state of Minas Gerais (southeast), was working at the multinational […] The post Can AI and Big Data Solve Latin America’s Farming Woes? appeared first on The Tico Times | Costa Rica News | Travel | Real Estate.

Small modular reactors promise to make nuclear power cheaper and safer. But our new report shows they’re still a long way off.

The University of Florida is hosting a Hackathon in collaboration with IBM that began Sep. 13 until Nov. 29. Teams will present technology solutions to address one of six environmental challenges, including power consumption and agriculture.

Activists say pumping carbon into the ground is risky; supporters say it's a vital tool for a green future. The post Despite the Risks, Pennsylvania Races Into the Carbon Capture Era appeared first on .

Karen Hao reports on the hypocrisy of the tech giant.

Backers of a planned “hydrogen hub”’ in the Appalachian region have issued a document responding to criticism by environmentalists, saying that carbon capture and sequestration technology would mitigate greenhouse gas emissions from the project and that the hydrogen it produced would ultimately protect “environmental justice” communities from pollution currently emitted by heavy industry.  The project, […]

Now Playing | Moved by the lack of opportunity for women and youth in her community in El Salvador, Reina Molino ventures to Guatemala to study bici-maquinas—bicycle pedal-power technology. Leaving everything she knows behind, Reina embarks on an inspiring journey of self-empowerment and problem solving. Through the mentorship of Carlos, founder of the social enterprise Bici-Tec and the friendship of Geovany, Reina seeks to find her life purpose and change the lives of people in her community. For more information visit http://bicitec.org/ This video was produced on location by an Actuality Abroad student crew and shot primarily with Canon cameras.

PITTSBURGH — On July 17, Pennsylvania Governor Josh Shapiro signed into law a carbon capture and storage bill that creates a legal framework for climate-warming carbon emissions captured from burning fossil fuels to be injected underground and stored indefinitely to prevent them from escaping into the atmosphere. The bill is controversial because carbon capture and storage technology is still new and scientific researchers have unanswered questions about whether it’s a viable climate solution and whether it will pose health and safety risks to communities. A handful of environmental advocacy groups supported the bill, including the Clean Air Task Force, which said in a statement that carbon capture and storage technologies will “play a role in decarbonizing the industrial and power sectors of the commonwealth’s energy economy.” However, around 45 environmental advocacy groups wrote letters urging the Pennsylvania state legislature and Gov. Shapiro not to pass the bill. Those groups have spoken out against the new law, saying in a statement that it guarantees “Pennsylvania will not be part of any climate solution.” “Governor Shapiro should be ashamed of signing a bill that threatens the public and our environment with the dangers of carbon capture and storage, all for the benefit of special interests, namely the fracking industry,” Tracy Carluccio, deputy director of the Delaware Riverkeeper Network, said in a statement. “This is a terrible day for the Commonwealth and we’ll experience the harms far into our future.” The groups also expressed concern about the unusual way the bill moved through the legislature. In the state House, the bill was never referred to the House Environmental Resources and Energy Committee, but instead went through the Consumer Protection, Technology and Utilities Committee and was advanced without discussion. As a result, “there were no hearings or discussions,” said Karen Feridun, co-founder of the Better Path Coalition, a Pennsylvania-based environmental advocacy group. “In the end, an unproven, failed technology was deemed to be in the public interest.” The new law will pave the way for two proposed, federally-funded hydrogen hubs in Pennsylvania that will rely on carbon capture and storage.

Texas has become an early hot spot for geothermal energy exploration as scores of former oil industry workers and executives are taking their knowledge to a new energy source.

The MIT EC^3 Hub, an outgrowth of the MIT Concrete Sustainability Hub, will develop multifunctional concrete applications for infrastructure.

Seventeen-year-old Gyeongyun Lily Min is hopeful it can someday, after testing the concept on a scale model of an NBA stadium

Energy giant promised to turn 1m tonnes of plastic waste into oil each year, but report this year said goal is unfeasibleThe energy giant Shell has quietly backed away from a 2022 pledge to rapidly increase its use of “advanced recycling,” a practice oil and petrochemical producers have promoted as a solution to the plastics pollution crisis.“Advanced” or “chemical” recycling involves breaking down plastic polymers into tiny molecules that can be made into synthetic fuels or new plastics. The most common form, pyrolysis, does so using heat. Continue reading...

HOUSTON — The future of an emerging form of American clean energy could be built on an unexpected foundation: technology and experience from Big Oil. At least, that’s the hope of representatives of major oil companies, tech startups, scientists and climate groups who met in Houston this week to launch a $10 million series of...

A UK law allowing gene-edited food has been paused and some British scientists fear being overtaken.

Only a few small demonstration projects off the West Coast have harnessed the power of waves and tides. Costs are high and hurdles are challenging.

Environmental scientist Hannah Ritchie discusses how technological advances could lead to a more sustainable future in the face of climate challenges.Ezra Klein reports for The New York Times.In short:Clean energy technology is making strides, providing a hopeful outlook for sustainable development.The environmental impact of livestock farming highlights the importance of finding solutions for food production that align with sustainability goals.The politics of implementing large-scale climate initiatives remain complex and challenging, but progress in technology is opening doors to potential solutions.Key quote:"These are tractable problems. They’re not easy problems. They’re really, really difficult to tackle, but they’re tractable."— Hannah Ritchie, lead researcher at Our World in Data.Why this matters: Innovations in clean energy and agriculture will play a significant role in shaping a sustainable future, but the road ahead will require cooperation, determination, and effective policy. Read more: The global food system is failing small-scale farmers — here’s how to fix it.

NASA and the agency’s international partners are sending scientific investigations to the International Space Station on the 30th SpaceX commercial resupply services mission, including tests...

Plastic plays a critical role in virtually all industries, from agriculture and construction to healthcare and manufacturing. Time magazine has called plastic one of the four materials (along with cement, steel, and ammonia) without which modern societies would not be possible. However, as global production of this cheap, lightweight, and highly versatile material doubled during the past two decades, plastic consumption grew even faster, according to the OECD, creating significant sustainability challenges. Meeting those challenges will require disruptive innovation from companies both large and small. “Many companies are under significant pressure from employees, customers, regulators, and investors to show progress toward sustainability goals,” says Paige Marie Morse, sustainability lead at AspenTech, an industrial software provider. “For the companies that make plastics, they also feel a responsibility to meet the increasing demand for resources among a growing population, but without sacrificing sustainability.” KEY TRENDS EMERGING Three noteworthy trends in the plastics sustainability movement are legislation and mandates for increased use of recycled content in manufactured products and elimination of single-use plastics, efforts to make packaging more easily recyclable, and growing recognition that mechanical recycling alone will not be enough to meet the growing demand for recycled raw materials, says Kevin Quast, global  business lead for Honeywell’s plastics circularity business. Honeywell UOP, which develops technology and processes for the petrochemical industry, has been an innovator for more than a century. “We have been known for helping our customers transform and transition as society, technology, and regulatory environments have evolved,” Quast says. “We are not just focused on plastics circularity, we are investing in and commercializing solutions for energy storage, clean hydrogen and carbon sequestration, as well as green and renewable fuels, bioplastics, and other areas related to circularity, sustainability, and environmental improvement.” Quast notes that about 60% of Honeywell’s research and development (R&D) budget goes toward creating sustainability solutions, such as its UpCycle Process Technology. This new technology expands the types of plastics that can be recycled and creates recycled polymer feedstock (RPF), which is then used to make recycled plastics with a lower carbon footprint. SIZE DOESN’T MATTER Plastics circularity is on the radar of most companies these days, regardless of size or where on the plastics chain they reside. Jay Baker, CEO of Jamestown Plastics, a contract packaging business based in Brocton, New York, is responding to sustainability trends by proactively assuming responsibility, before regulation demands it, he says. For example, he recently developed a circularity option to keep the plastic trays used by one of his customers out of the landfill. “We collect the old trays, grind them up, and send them back to the extruder,” Baker explains. “The extruder then makes ‘new’ recycled material, and we use that material to form recycled plastic trays for this customer and keep those expended trays out of the waste stream for as long as possible.” Across the country in Palo Alto, California—and at the other end of the size spectrum—HP is taking multiple steps to improve its plastics circularity. “The elimination of unnecessary plastic is the first priority when it comes to our circularity strategy,” says James McCall, HP’s chief sustainability officer. “As of 2021, we achieved a 44% reduction in single-use plastic packaging, towards our 2025 goal of a 75% reduction compared to 2018.” Additionally, HP has committed to a goal of using 30% post-consumer recycled plastic across its personal systems and print product portfolio by 2025, and it aims to achieve 75% circularity for its products and packaging by 2030. WORLDWIDE CONCERN Plastics sustainability is a global challenge requiring global solutions, of course. Braskem, an international petrochemical company headquartered in Sao Paulo, Brazil, is working with other innovation leaders around the world to do just that. “We believe that the transition from a linear to a circular economy is key to driving sustainable development in the plastics production chain,” says Antônio Queiroz, vice president of innovation, technology, and sustainable development. “Promoting sustainable development in our operations is in our DNA. We are consistently focused on developing sustainable solutions that improve people’s lives through chemicals and plastics.” Braskem has committed to a 15% reduction in its greenhouse gas emissions by 2030 and to becoming a carbon neutral company by 2050. It was the first company in the petrochemical industr y to develop a large-scale biopolymer from sugar cane, and it develops partnerships focused on both mechanical and advanced recycling. It has multiple ventures underway in its home country, the latest being Cazoolo, an innovation hub to help customers, brands, designers, startups, and universities develop more sustainable packaging in an effort to improve plastics circularity and reduce environmental impact. Braskem is also partnering with like-minded enterprises around the world in its push for plastics sustainability. Its investment in U.S.-based Nexus Circular, an advanced recycling company, is part of its effort to expand its circular polymer portfolio. Such collaborations have helped in Braskem’s development of two new polypropylene grades with post-consumer recycled (PCR) content that can be used in a wide range of FDA food contact applications. BETTING ON INNOVATION “We know that in order to achieve real sustainability, we also need to bet on innovation when creating new business,” says Queiroz. Braskem increased its R&D budget by 50% this year, and it maintains multiple centers for disruptive innovation in Brazil and the U.S. It has partnered with Danish company Topsoe to develop a greener version of MEG, a component for producing PET plastic bottles that is widely used in plastics manufacturing. Derived directly from sugars, this green MEG has the potential to disrupt the polyethylene value chain as it significantly improves its carbon footprint. “We believe transformation is everywhere,” says Queiroz. “It’s time to use our potential to establish a new relationship with our ecosystem and tackle climate change as our planet’s greatest challenge. We understand that the more people and organizations are engaged, the more we can do to build a better world for current and future generations.”

Can artificial intelligence really enrich fossil-fuel companies and fight climate change at the same time? The tech giant says yes.

Stanford researchers have unveiled a new type of frequency comb, a high-precision measurement device, that is innovatively small, ultra-energy efficient, and exceptionally accurate. With continued...

A class this semester challenged students to evaluate technologies to help MIT decarbonize — with implications for organizations across the globe.

The plastics industry uses a controversial accounting method to inflate the recycled content it advertises

A collaboration between ACT and MIT.nano, the class 4.373/4.374 (Creating Art, Thinking Science) asks what it really takes to cultivate dialogue between disciplines.

Activists in Chicago have recorded more than 5,000 trucks in a single day passing through a local neighborhood, revealing significant environmental and health challenges.Juanpablo Ramirez-Franco reports for Grist.In short:The Center for Neighborhood Technology and Little Village Environmental Justice Organization conducted a traffic study, finding that Archer Heights has the highest truck count in the city.The study utilized 35 sensors to track truck movements, highlighting concerns over air pollution and its health impacts.Local efforts are increasing to gather detailed air quality data, helping residents make informed decisions about their daily activities and health.Key quote: “I’m seeing a sea of trucks.”— Paulina Vaca, Center for Neighborhood TechnologyWhy this matters:Trucks often emit higher levels of pollutants, including particulate matter and nitrogen oxides, which can deteriorate air quality. This is particularly concerning for communities with children, elderly people, or individuals with respiratory conditions. Monitoring truck traffic can help identify and mitigate these environmental health risks.

A new chip-scale device could provide sensitive detection of lead levels in drinking water, whose toxicity affects 240 million people worldwide. Engineers at MIT and...

Construction of the pilot project on U.S. Highway 52 began this month. State officials hope it can help quell range anxiety and electrify long-haul trucks.

Resiliency. As the climate around us changes, this concept is dominating conversations from the water cooler to the C-suite. But what does it really mean? Weather can be one of the biggest impact on business efficiency and operations, yet it remains an underappreciated risk in the boardroom. The growing frequency and severity of natural disasters and extreme weather events, as reported by the World Economic Forum, can upend even the best-laid business plans. The time has come for a radical shift in how we approach weather preparednessand build resilience. As the co-founder and CEO of Tomorrow.io, a leading weather intelligence and climate resilience platform, I’ve seen this firsthand during my time in the military, and my cofounders and I realized that the weather industry was behind. With the accelerating impacts of climate change, this presented an enormous challenge. We’re now on a mission to help businesses and governments turn the weather from a risk to a revenue driver by building resilience. Why businesses need better weather intelligence The business case for better weather intelligence is compelling. According to Moody’s, trillions of dollars in global sectors’ debt are highly exposed to environmental risks each year. In 2023 alone, Tomorrow.io customers were under threat from weather 2 million times, meaning we identified specific operational impacts and provided actionable guidance to mitigate the associated risks. For companies operating on thin margins in weather-sensitive industries, even small improvements in forecast accuracy can translate into significant gains. JetBlue, for example, saved $4 million per year by optimizing operations based on precision forecasts. A leading rideshare company leveraged our platform to pre-position vehicles ahead of demand spikes, leading to a 12% increase in ride requests. Even cash-strapped local governments have realized up to $15,000 in savings per winter storm through data-driven resource allocation. Yet despite these compelling proof points, the vast potential of weather intelligence remains largely untapped. Too many organizations still treat weather as an uncontrollable external factor, reacting to disruptions after the fact rather than proactively managing risk. We see this pattern play out with disturbing regularity, whether it’s hurricanes, floods, wildfires or winter storms. Post-event rescue and recovery efforts, while noble and necessary, are a poor substitute for data-driven preparedness. It’s time for a paradigm shift from post-event response to pre-event resilience, both to save lives and to protect bottom lines. We can now leverage weather technology for planning The good news is that a solution is within reach. By harnessing next-generation space technology, advanced AI, and the power of cloud computing, we can democratize access to hyperaccurate, hyperlocal, and hyperrelevant weather insights on a global scale. Armed with this intelligence, businesses can optimize staffing, inventory, and logistics to minimize disruptions and maximize profitability. Governments can stage emergency assets with pinpoint precision to protect lives and livelihoods. We’re now seeing how these solutions can impact people’s lives and the bottom line. Our weather intelligence platform is powered by a constellation of cutting-edge radar satellites, proprietary AI, and the world’s most accurate weather models—we’re bringing an unprecedented level of precision and actionability to weather forecasting on a global scale used by industry leaders like JetBlue, Fox Sports, Uber, Ford, and the U.S. Air Force. Extreme weather may be inevitable, but business disruption and economic losses don’t have to be. As climate change continues to accelerate, the imperative for better weather intelligence has never been greater. It’s time for boardrooms and situation rooms alike to put weather at the center of their operational strategy. With the right technology and the right mindset, we can turn the weather from the biggest business risk to the biggest business opportunity. The choice is ours. Shimon Elkabetz is CEO and cofounder of Tomorrow.io.

There are hopes AI may be the silver bullet we need to save the environment – but it comes with downsides.

New “burr on fur” tracking devices provide enhanced monitoring of subadult and adult male polar bears, presenting a less invasive alternative to traditional collars and...

Levels of a carcinogenic gas in a high-pollution area of Louisiana known as “Cancer Alley” are significantly higher than previously believed, according to a new study. Researchers from Johns Hopkins University measured for a chemical called ethylene oxide (EtO), which increases risks of cancers including breast cancer, in a Louisiana industrial corridor.  The researchers found...

Ailton Krenak was a child when his family was forced to leave their land in Brazil. Now, as a writer, he advocates for a path forward that looks to nature and inherited wisdom.