April 1, 2026. NASA launches four astronauts around the Moon aboard the most powerful operational rocket in the world. The weather forecast at Kennedy Space Center shows 80% favorable conditions. A guest on FOX Weather calls it "hope for humanity while we're all looking up." The countdown begins. Somewhere in Maryland, a climate scientist finishes packing their office.
These two things are not unrelated. They are, in fact, the same story — just told from opposite ends of a decision about what this country thinks science is for.
I've been covering severe weather in the Mid-Atlantic for years. My interest in this work traces back to a June afternoon in 2019 when hen-egg to golf ball-sized hail fell on Silver Spring and I realized the atmosphere was something worth paying attention to. Since then I've tracked storms, analyzed soundings, written about the Chesapeake hailstorm hotspot, and followed the slow erosion of the Earth science infrastructure that makes all of that work possible. What's happening right now at NASA isn't just a policy story. It's a story about what we're choosing not to know — and what that costs us.
What Artemis II Actually Is
Let's be precise. Artemis II is not a science mission. It is a crewed test flight. The mission's purpose is to validate the Orion spacecraft's life support systems, heat shield performance, deep space navigation, and crew systems in an actual deep space environment. Four astronauts — Reid Wiseman, Victor Glover, Christina Koch, and Canadian astronaut Jeremy Hansen — will loop around the Moon on a free-return trajectory and come home. They will not land. They will not conduct significant science experiments. They will confirm that the hardware works.
This is important infrastructure, in the same way that a bridge load test is important infrastructure. But nobody stands at the foot of a load test and calls it "hope for humanity." They call it what it is: an engineering verification step.
The mission costs upward of $4 billion for this single flight. The Space Launch System that carries it was nicknamed "the Senate Launch System" by critics because its contractors are distributed across politically protected congressional districts, which is a significant reason it exists at all. Artemis has been years behind schedule and billions over budget since its inception.
Nobody stands at the foot of a bridge load test and calls it "hope for humanity." They call it what it is: an engineering verification step.
None of this means human spaceflight is worthless. It means the specific framing around Artemis II — as a gift to humanity, as an act of optimism, as something done in all our names — deserves scrutiny. Especially this week.
The Moon Has Always Been There
Here is something worth sitting with: you can see the Moon from your window tonight. You don't need a $4 billion rocket. You don't need a 322-foot Space Launch System. You just look up. It is there. It has been there for 4.5 billion years. It will be there long after everyone who made the decision to fund Artemis is gone.
We proved we could reach it in July 1969. Neil Armstrong stepped off a ladder onto the lunar surface and the whole world watched. It was one of the most extraordinary achievements in human history — a genuine proof of concept for what coordinated scientific ambition could accomplish.
And here is the thought experiment I keep returning to: what if, in 1970, someone had said — we did it, we went, we saw it, now let's turn everything we just learned back toward Earth?
That would have been prescient in ways we can barely calculate. In 1970, the ozone hole was coming and we didn't know it yet. CO₂ was already climbing and we had almost no monitoring infrastructure. Severe weather forecasting was primitive. Satellite meteorology was just beginning. If NASA had redirected Apollo's budget and engineering genius toward Earth observation after 1969 — fifty years of that investment — we might be in a fundamentally different position on climate understanding today.
Instead, we went back to the Moon five more times. Then stopped. Then spent decades and hundreds of billions trying to go back again. The Moon was patient. It waited. It is still waiting, exactly where we left it.
The atmosphere we are trying to understand is less patient.
What Was Lost in the Same Window
While the Artemis II countdown clock ticked toward Wednesday, here is what else was happening at NASA.
GeoCarb mission canceled — a dedicated CO₂, methane, and carbon monoxide monitoring satellite for the Americas. Permanent gap in the atmospheric carbon record.
NASA fires chief scientist Katherine Calvin, a renowned climatologist and UN climate report contributor. The entire Office of the Chief Scientist is eliminated. No plans to backfill.
Office of Technology, Policy and Strategy shut down. Chief economist and chief technologist positions eliminated.
Over 4,000 NASA employees lose or are losing their jobs — roughly 20–25% of the total workforce. Science Mission Directorate faces proposed 50% budget cuts.
Goddard Space Flight Center in Maryland — home of Earth science, climate modeling, and atmospheric chemistry — projected to lose 18% of its federal staff. Goddard Institute for Space Studies lease canceled.
Prominent NASA climate scientist Kate Marvel resigns, citing uncertainty about the future of NASA climate research and the eviction of her team.
Artemis II launches. 80% favorable weather. Called "hope for humanity" on national television.
I want to be specific about GeoCarb because I followed that story closely. It was a geostationary satellite that would have provided continuous, high-resolution measurements of carbon dioxide, methane, and carbon monoxide over the entire Western Hemisphere — the kind of data that doesn't exist anywhere else in the observational record. It was canceled. That gap in the record is not recoverable. The years we don't have that data, we will never have.
And Goddard is not an abstraction to me. It is in Maryland. It is down the road. The scientists who worked there on Earth sciences and atmospheric chemistry were neighbors, in the most literal sense, of the communities I cover.
Two Kinds of Serving Humanity
There is a difference between inspiring humanity and serving humanity. Artemis II does the first. Earth science does the second — every single day, invisibly, without fanfare.
- ↑ Four astronauts loop around the Moon. Covered by every major outlet. Called "hope for humanity."
- ↓ The forecast you checked this morning — downstream of satellite meteorology and numerical weather prediction built by scientists now being fired.
- ↓ The tornado warning that gave someone 12 minutes to reach a basement — possible because of GOES-19 and the Doppler radar network maintained by the workforce being gutted.
- ↓ The hurricane track that got a coastal city evacuated in time — produced by models that don't maintain themselves and require continuous scientific investment to improve.
- ↓ The CO₂ monitoring that would have told us in real time how much carbon the Americas are absorbing or emitting — canceled.
Weather forecasting in America is good right now. The HRRR model is good. GOES-19 is good. The SPC outlook products are good. But these systems exist because generations of scientists built and refined them over decades. They are not self-sustaining. The models need researchers to identify their biases and correct them. The satellites need scientists who understand what the data means. The forecasts need a pipeline of trained meteorologists entering the workforce — a pipeline that runs through university programs funded by federal science investment.
What is being severed right now is not the instruments. It is the human knowledge layer around the instruments. And that layer, once gone, does not come back quickly.
The Moon is visible. The climate crisis is not visible to the naked eye. So naturally we are funding the visible thing and defunding the invisible one.
The Damage That Doesn't Make Headlines
There will be no moment when American weather and climate science visibly fails. There will be no headline that reads "today the forecasts got worse." The degradation will be slow and quiet. Forecast skill will plateau while other nations continue improving. Research gaps will widen. The European Centre for Medium-Range Weather Forecasts, already competitive with American models, will pull further ahead. China's expanding Earth observation network will fill some of the data void we create by canceling missions.
The scientists who are leaving NASA and NOAA right now are going to universities, to private weather companies, to research institutions in other countries. Some will leave the field entirely. Their institutional knowledge — the kind that only comes from decades of working with specific instruments and specific data sets — does not transfer cleanly into a document. When they go, it goes with them.
And by the time most people notice the consequences, the workforce pipeline to fix it will already be a decade behind. You cannot rebuild a scientific workforce the way you can re-fund a budget line. The people who would have trained the next generation are gone. The students who would have entered the field see no career pathway and choose something else. A decade later, you wonder why you can't find qualified candidates.
This is the shape of what is being built: a NASA that launches rockets and puts humans in space, surrounded by the absence of the science infrastructure that made American space and Earth observation the envy of the world for sixty years.
The Moon will be there in fifty years. It will be there in five hundred. You can look out your window tonight in Silver Spring and see it, the same Moon Neil Armstrong walked on, the same one Artemis II will loop around on Wednesday evening. It requires nothing from us. It asks no questions. It produces no data we urgently need.
The atmosphere changing around it is less patient. The CO₂ accumulating in it does not wait for us to finish our test flights and decide we're ready to pay attention. The scientists who understood it best — who built the tools to monitor it, who trained the next generation to interpret it, who sat in offices at Goddard and knew things about the climate record that nobody else knew — are being shown the door this week.
We are choosing, right now, what kind of agency NASA will be. What kind of science the United States will fund. What we mean when we say something is done for humanity.
Humanity does not live on the Moon. Humanity lives here, under this atmosphere, in these weather patterns, on this warming planet. The hope it needs is not the kind you watch on a launch broadcast. It is the kind you build, slowly, with instruments and data and scientists who show up every day to understand a system more complex than any rocket.
We fired the scientists. We called the rocket hope for humanity. The countdown is over. The Moon is still there.
So is everything else.