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On January 20, his first day in office, US president Donald Trump signed an executive order to withdraw the US from the World Health Organization. “Ooh, that’s a big one,” he said as he was handed the document.

The US is the biggest donor to the WHO, and the loss of this income is likely to have a significant impact on the organization, which develops international health guidelines, investigates disease outbreaks, and acts as an information-sharing hub for member states.

But the US will also lose out. “It’s a very tragic and sad event that could only hurt the United States in the long run,” says William Moss, an epidemiologist at Johns Hopkins Bloomberg School of Public Health in Baltimore.

A little unfair?

Trump appears to take issue with the amount the US donates to the WHO. He points out that it makes a much bigger contribution than China, a country with a population four times that of the US. “It seems a little unfair to me,” he said as he prepared to sign the executive order.

It is true that the US is far and away the biggest financial supporter of the WHO. The US contributed $1.28 billion over the two-year period covering 2022 and 2023. By comparison, the second-largest donor, Germany, contributed $856 million in the same period. The US currently contributes 14.5% of the WHO’s total budget.

But it’s not as though the WHO sends a billion-dollar bill to the US. All member states are required to pay membership dues, which are calculated as a percentage of a country’s gross domestic product. For the US, this figure comes to $130 million. China pays $87.6 million. But the vast majority of the US’s contributions to the WHO are made on a voluntary basis—in recent years, the donations have been part of multibillion-dollar spending on global health by the US government. (Separately, the Bill and Melinda Gates Foundation contributed $830 million over 2022 and 2023.)

There’s a possibility that other member nations will increase their donations to help cover the shortfall left by the US’s withdrawal. But it is not clear who will step up—or what implications changing the structure of donations will have.

Martin McKee, a professor of European public health at the London School of Hygiene and Tropical Medicine, thinks it is unlikely that European members will increase their contributions by much. The Gulf states, China, India, Brazil, and South Africa, on the other hand, may be more likely to pay more. But again, it isn’t clear how this will pan out, or whether any of these countries will expect greater influence over global health policy decisions as a result of increasing their donations.

Deep impacts

WHO funds are spent on a range of global health projects—programs to eradicate polio, rapidly respond to health emergencies, improve access to vaccines and medicines, develop pandemic prevention strategies, and more. The loss of US funding is likely to have a significant impact on at least some of these programs.

It is not clear which programs will lose funding, or when they will be affected. The US is required to give 12 months’ notice to withdraw its membership, but voluntary contributions might stop before that time is up. 

For the last few years, WHO member states have been negotiating a pandemic agreement designed to improve collaboration on preparing for future pandemics. The agreement is set to be finalized in 2025. But these discussions will be disrupted by the US withdrawal, says McKee. It will “create confusion about how effective any agreement will be and what it will look like,” he says.

The agreement itself won’t make as big an impact without the US as a signatory, either, says Moss, who is also a member of a WHO vaccine advisory committee. The US would not be held to information-sharing standards that other countries could benefit from, and it might not be privy to important health information from other member nations. The global community might also lose out on the US’s resources and expertise. “Having a major country like the United States not be a part of that really undermines the value of any pandemic agreement,” he says.

McKee thinks that the loss of funding will also affect efforts to eradicate polio, and to control outbreaks of mpox in the Democratic Republic of Congo, Uganda, and Burundi, which continue to report hundreds of cases per week. The virus “has the potential to spread, including to the US,” he points out.

“Diseases don’t stick to national boundaries, hence this decision is not only concerning for the US, but in fact for every country in the world,” says Pauline Scheelbeek at the London School of Hygiene and Tropical Medicine. “With the US no longer reporting to the WHO nor funding part of this process, the evidence on which public health interventions and solutions should be based is incomplete.”

Moss is concerned about the potential for outbreaks of vaccine-preventable diseases. Robert F. Kennedy Jr., Trump’s pick to lead the Department of Health and Human Services, is a prominent antivaccine advocate, and Moss worries about potential changes to vaccination-based health policies in the US. That, combined with a weakening of the WHO’s ability to control outbreaks, could be a “double whammy,” he says: “We’re setting ourselves up for large measles disease outbreaks in the United States.”

At the same time, the US is up against another growing threat to public health: the circulation of bird flu on poultry and dairy farms. The US has seen outbreaks of the H5N1 virus on poultry farms in all states, and the virus has been detected in 928 dairy herds across 16 states, according to the US Centers for Disease Control and Prevention. There have been 67 reported human cases in the US, and one person has died. While we don’t yet have evidence that the virus can spread between people, the US and other countries are already preparing for potential outbreaks.

But this preparation relies on a thorough and clear understanding of what is happening on the ground. The WHO provides an important role in information sharing—countries report early signs of outbreaks to the agency, which then shares the information with its members. This kind of information not only allows countries to develop strategies to limit the spread of disease but can also allow them to share genetic sequences of viruses and develop vaccines. Member nations need to know what’s happening in the US, and the US needs to know what’s happening globally. “Both of those channels of communication would be hindered by this,” says Moss.

As if all of that weren’t enough, the US also stands to suffer in terms of its reputation as a leader in global public health. “By saying to the world ‘We don’t care about your health,’ it sends a message that is likely to reflect badly on it,” says McKee. “It’s a classic lose-lose situation.”

“It’s going to hurt global health,” says Moss. “It’s going to come back to bite us.”

Update: this article was amended to include commentary from Pauline Scheelbeek.

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It might sound like something straight out of the 19th century, but one of the most cutting-edge areas in energy today involves drilling deep underground to hunt for materials that can be burned for energy. The difference is that this time, instead of looking for fossil fuels, the race is on to find natural deposits of hydrogen.

Hydrogen is already a key ingredient in the chemical industry and could be used as a greener fuel in industries from aviation and transoceanic shipping to steelmaking. Today, the gas needs to be manufactured, but there’s some evidence that there are vast deposits underground.

I’ve been thinking about underground resources a lot this week, since I’ve been reporting a story about a new startup, Addis Energy. The company is looking to use subsurface rocks, and the conditions down there, to produce another useful chemical: ammonia. In an age of lab-produced breakthroughs, it feels like something of a regression to go digging for resources, but looking underground could help meet energy demand while also addressing climate change.

It’s rare that hydrogen turns up in oil and gas operations, and for decades, the conventional wisdom has been that there aren’t large deposits of the gas underground. Hydrogen molecules are tiny, after all, so even if the gas was forming there, the assumption was that it would just leak out.

However, there have been somewhat accidental discoveries of hydrogen over the decades, in abandoned mines or new well sites. There are reports of wells that spewed colorless gas, or flames that burned gold. And as people have looked more intentionally for hydrogen, they’ve started to find it.

As it turns out, hydrogen tends to build up in very different rocks from those that host oil and gas deposits. While fossil-fuel prospecting tends to focus on softer rocks, like organic-rich shale, hydrogen seems most plentiful in iron-rich rocks like olivine. The gas forms when chemical reactions at elevated temperature and pressure underground pull water apart. (There’s also likely another mechanism that forms hydrogen underground, called radiolysis, where radioactive elements emit radiation that can split water.)

Some research has put the potential amount of hydrogen available at around a trillion tons—plenty to feed our demand for centuries, even if we ramp up use of the gas.

The past few years have seen companies spring up around the world to try to locate and tap these resources. There’s an influx in Australia, especially the southern part of the country, which seems to have conditions that are good for making hydrogen. One startup, Koloma, has raised over $350 million to aid its geologic hydrogen exploration.

There are so many open questions for this industry, including how much hydrogen is actually going to be accessible and economical to extract. It’s not even clear how best to look for the gas today; researchers and companies are borrowing techniques and tools from the oil and gas industry, but there could be better ways.

It’s also unknown how this could affect climate change. Hydrogen itself may not warm the planet, but it can contribute indirectly to global warming by extending the lifetime of other greenhouse gases. It’s also often found with methane, a super-powerful greenhouse gas that could do major harm if it leaks out of operations at a significant level.

There’s also the issue of transportation: Hydrogen isn’t very dense, and it can be difficult to store and move around. Deposits that are far away from the final customers could face high costs that might make the whole endeavor uneconomical.  

But this whole area is incredibly exciting, and researchers are working to better understand it. Some are looking to expand the potential pool of resources by pumping water underground to stimulate hydrogen production from rocks that wouldn’t naturally produce the gas.

There’s something fascinating to me about using the playbook of the oil and gas industry to develop an energy source that could actually help humanity combat climate change. It could be a strategic move to address energy demand, since a lot of expertise has accumulated over the roughly 150 years that we’ve been digging up fossil fuels.

After all, it’s not digging that’s the problem—it’s emissions.


Now read the rest of The Spark

Related reading

This story from Science, published in 2023, is a great deep dive into the world of so-called “gold hydrogen.” Give it a read for more on the history and geology here.

For more on commercial efforts, specifically Koloma, give this piece from Canary Media a read.   

And for all the details on geologic ammonia and Addis Energy, check out my latest story here.

Another thing

Donald Trump officially took office on Monday and signed a flurry of executive orders. Here are a few of the most significant ones for climate:  

Trump announced his intention to once again withdraw from the Paris agreement. After a one-year waiting period, the world’s largest economy will officially leave the major international climate treaty. (New York Times)

The president also signed an order that pauses lease sales for offshore wind power projects in federal waters. It’s not clear how much the office will be able to slow projects that already have their federal permits. (Associated Press)

Another executive order, titled “Unleashing American Energy,” broadly signals a wide range of climate and energy moves. 
→ One section ends the “EV mandate.” The US government doesn’t have any mandates around EVs, but this bit is a signal of the administration’s intent to roll back policies and funding that support adoption of these vehicles. There will almost certainly be court battles. (Wired)
Another section pauses the disbursement of tens of billions of dollars for climate and energy. The spending was designated by Congress in two of the landmark laws from the Biden administration, the Bipartisan Infrastructure Law and the Inflation Reduction Act. Again, experts say we can likely expect legal fights. (Canary Media)

Keeping up with climate

The Chinese automaker BYD built more electric vehicles in 2024 than Tesla did. The data signals a global shift to cheaper EVs and the continued dominance of China in the EV market. (Washington Post)

A pair of nuclear reactors in South Carolina could get a second chance at life. Construction halted at the VC Summer plant in 2017, $9 billion into the project. Now the site’s owner wants to sell. (Wall Street Journal)

→ Existing reactors are more in-demand than ever, as I covered in this story about what’s next for nuclear power. (MIT Technology Review)

In California, charging depots for electric trucks are increasingly choosing to cobble together their own power rather than waiting years to connect to the grid. These solar- and wind-powered microgrids could help handle broader electricity demand. (Canary Media)

Wildfires in Southern California are challenging even wildlife that have adapted to frequent blazes. As fires become more frequent and intense, biologists worry about animals like mountain lions. (Inside Climate News)

Experts warn that ash from the California wildfires could be toxic, containing materials like lead and arsenic. (Associated Press)

Burning wood for power isn’t necessary to help the UK meet its decarbonization goals, according to a new analysis. Biomass is a controversial green power source that critics say contributes to air pollution and harms forests. (The Guardian

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