yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Follow a Nat Geo Photographer on His Silk Road Adventure | National Geographic


2m read
·Nov 11, 2024

I'm John Stanley. I'm a photographer with National Geographic magazine here on assignment for part six of the Out of Eden Walk. We started in Africa in January 2013, and we've been walking overland, doing slow journalism. Now we're in Uzbekistan.

[Music]

We're out to look for the ancient caravan routes of Dilhi, a caravan stop from the 14th century. So, it's a third attempt to get to these ancient ruins. The first time was by motorbike, and that didn't work. The second was a tractor that didn't show up, and now it comes already stuck.

We also picked up a little friend. We seem to be making headway—about 30 kilometers to go, but we're running into a tragic situation here. We keep getting stuck in the snow, and the hill is right there. I don't know if we're gonna make it before the sun goes down.

Just literally seconds now to figure out our way back through the darkness. We've got thirty kilometers just to go back to the road, and then it was worth every bit of it. The RLC has retreated more than 200 kilometers from this point in Uzbekistan, and all that remains are the rusting beauty of ships still at their mooring but where the shoreline used to be.

We came here specifically because I wanted to come here over winter and hope there was snow on the ground—at least for the snowing. By chance, there is not as much snow as I was hoping, but at least there's a canopy.

One of the biggest challenges I have on these kinds of stories is how to make the visuals interesting. Many, many people have photographed this before, and the challenge is: how do you take it further?

[Music]

We're here in some otakon. I'm trying to make some pictures. I try to look for something interesting, see something interesting—especially in a place like the bazaar that's so well photographed. There's no smelting, and there's this fantastic torrent of water coming out.

I'm hoping it'll make something of a picture. All this is not actually knowing if any of this is going to work. I'm trying again to take the ordinary and hopefully find something airy.

Thanks for joining us, Julia. Good Aghori at working the film camera, and also Ozzy's public push the car.

[Music]

More Articles

View All
The FASTEST Way To $ 1 Million Dollars | Grant Cardone
I live off the yield and the dividends. I never touch the investment. I know exactly what I’m going to bring in, and I have the discipline not to spend more than I’m bringing in every month. That’s it. It’s a very simple philosophy in life. The more you m…
Modal verbs | The parts of speech | Grammar | Khan Academy
Hello grammarians! Today we’re going to talk about a class of auxiliary or helper verbs called the modal verbs. These are verbs that have special properties and help other verbs. But what is modality? My fellow grammarian, I am so glad you asked! Modalit…
Catch of the Week - Wicked End | Wicked Tuna: Outer Banks
[Music] Here they are, 15 down to 25. We’re marking. I’m not going to rest easy until we’re ahead of Reel of Fortune. Come on, give me the go here in a [Music] second. We’re on, we’re on! Woohoo, there he goes! Double header! Watch that other rod! Hurry u…
Federalist No. 10 (part 2) | US government and civics | Khan Academy
In the part 1 video, we already saw James Madison and Federalist number 10 argue strongly that a republican form of government is better for addressing the issues of having a majority faction that might try to overrun minority groups. In this video, we’re…
The future of creativity in algebra | Algebra 1 | Khan Academy
[Music] Hi everyone, Sal Khan here. If you look at most of human history, the top artists, the top musicians were also mathematicians, and also scientists, and also engineers. This convergence between creativity and mathematics and science and engineering…
Alpha decay | Physics | Khan Academy
Why doesn’t our periodic table go on forever? Why don’t we have, for example, elements with 300 protons? So, say, a TH000 protons. Well, the short answer is because the heavier the elements, the more unstable they become. For example, elements about atomi…