Editing science features @natgeo
Washington, DC
Joined May 2011
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Um, HELLO!
nytimes.com/2022/12/08/arts/…
Love this team and this show. __ Unexplainable @mdhoddinott @byrdala @nhassenfeld @mandynguyening @neel_dhan Cristian
If this is what happened, it's almost exactly the same phenomenon we've been covering in Alaska. nationalgeographic.com/envir… Mountains around the world are falling apart.
…a section of the mountain and the glacier collapsed, releasing more than seven billion cubic feet of rock and ice.
*That amount of debris would fill around 100 football stadiums.*
This @nytimes visual reconstruction shows the huge scale of the force
nytimes.com/interactive/2026…
a dream to work with Marina on this!
The Nancy Grace Roman Telescope, scheduled to launch on Sunday, will explore the universe's most enigmatic mysteries, like dark matter and dark energy, and find new exoplanets. This summer, I spent the day with Roman in a NASA clean room, for @NatGeo: nationalgeographic.com/scien…
More than a year ago, @csbelliott pitched me a story I just thought was perfect for @NatGeo.
And now it's in the magazine!
Scientists around the world are taking note, and are studying these landslides alongside Hig to better understand changes that might take places in the Alps, Himalayas, or other cold ranges around the world.
Check out the piece! It's great! nationalgeographic.com/envir…
melt your brain with this @natgeo Artemis II launch video nationalgeographic.com/scien… 2000 frames per second
Asked @marincogan to find out what Artemis II means to the @NASA staffers who grew up watching Apollo.
Love this piece. We're on this heartfelt intergenerational journey. There's no end to where it may lead nationalgeographic.com/scien…
The farthest journey in human history is about to begin nationalgeographic.com/scien… by @skrishna
Here’s what the lunar surface could become if we’re lucky. And what it might turn into if we’re not. Thinking about this @natgeo cover story by @cfishman
nationalgeographic.com/scien…
To build a sustained human presence on the Moon, we are building @NASAMoonBase, prioritizing surface operations and scalable infrastructure.
- Frequent robotic landings and mobility testing including MoonFall drones
- Starting in 2027 nearly monthly cadence of equipment and rovers with scientific payloads landing on the Moon.
- Investments in power, communications, and surface mobility
- Scalable infrastructure to support long-term human presence
The objective is clear: build the foundation for an enduring lunar base and take the next step toward Mars.
Scientists are a lot closer to a cure for type-1 diabetes than I think a lot of people realize. Human trials with engineered insulin-producing cells are already underway nationalgeographic.com/healt…
NASA personnel moved the Artemis II rocket to its launch pad this weekend—and it was no easy feat. It involved a complex choreography with some of the most massive machines on Earth. nationalgeographic.com/scien…
