Tristan Gooley

And one of the fun things we can do is, both dew and frost, is just notice how it disappears when you walk under any form of shelter. So whether it's a jutting bit of a roof or a tree or anything else that stops heat escaping. And you can probably start to sense how the pieces sort of come together here. We have a sun pocket we're warmer in because the heat can't escape vertically upwards.

And one of the fun things we can do is, both dew and frost, is just notice how it disappears when you walk under any form of shelter. So whether it's a jutting bit of a roof or a tree or anything else that stops heat escaping. And you can probably start to sense how the pieces sort of come together here. We have a sun pocket we're warmer in because the heat can't escape vertically upwards.

But the flip side of that is if the heat can't escape vertically upwards, that bit of ground will stay warm overnight and you won't get dew or frost there. And I think, again, everybody's had that experience where you go out and you see a frosty landscape.

But the flip side of that is if the heat can't escape vertically upwards, that bit of ground will stay warm overnight and you won't get dew or frost there. And I think, again, everybody's had that experience where you go out and you see a frosty landscape.

But the flip side of that is if the heat can't escape vertically upwards, that bit of ground will stay warm overnight and you won't get dew or frost there. And I think, again, everybody's had that experience where you go out and you see a frosty landscape.

But if you just pause for two seconds, you go, I'm used to kind of seeing it, but I've never actually thought, why is it more frosty there than there? And why is there no frost there?

But if you just pause for two seconds, you go, I'm used to kind of seeing it, but I've never actually thought, why is it more frosty there than there? And why is there no frost there?

But if you just pause for two seconds, you go, I'm used to kind of seeing it, but I've never actually thought, why is it more frosty there than there? And why is there no frost there?

The other sort of real cornerstone is prevailing wind direction. So in most of the temperate parts of the world, it's a little bit different in the tropics, but in you know, most of the US and Europe, we find that the wind blows from one direction more often than any other. And that leaves footprints absolutely everywhere. So the tops of trees will reflect that direction.

The other sort of real cornerstone is prevailing wind direction. So in most of the temperate parts of the world, it's a little bit different in the tropics, but in you know, most of the US and Europe, we find that the wind blows from one direction more often than any other. And that leaves footprints absolutely everywhere. So the tops of trees will reflect that direction.

The other sort of real cornerstone is prevailing wind direction. So in most of the temperate parts of the world, it's a little bit different in the tropics, but in you know, most of the US and Europe, we find that the wind blows from one direction more often than any other. And that leaves footprints absolutely everywhere. So the tops of trees will reflect that direction.

So you can't predict what the wind's going to do from the prevailing wind direction. So the wind can blow from the north, south, east or west on any day of the year. But over the course of a year, there are patterns and they're fairly dependable. So if it In my part of the world, the wind blows from the southwest more than any other direction.

So you can't predict what the wind's going to do from the prevailing wind direction. So the wind can blow from the north, south, east or west on any day of the year. But over the course of a year, there are patterns and they're fairly dependable. So if it In my part of the world, the wind blows from the southwest more than any other direction.

So you can't predict what the wind's going to do from the prevailing wind direction. So the wind can blow from the north, south, east or west on any day of the year. But over the course of a year, there are patterns and they're fairly dependable. So if it In my part of the world, the wind blows from the southwest more than any other direction.

And that means I can look to the tops of trees and quite a few other places just to see that footprint. You just see the trees bent over from southwest to northeast. And wherever you are in the world, you just tune into what your local prevailing wind is.

And that means I can look to the tops of trees and quite a few other places just to see that footprint. You just see the trees bent over from southwest to northeast. And wherever you are in the world, you just tune into what your local prevailing wind is.

And that means I can look to the tops of trees and quite a few other places just to see that footprint. You just see the trees bent over from southwest to northeast. And wherever you are in the world, you just tune into what your local prevailing wind is.

Um, and if you, if you're not sure it's, you know, you can, however you want to do it, you can look it up on the internet or you can, um, just have a look at the tops of trees in a fairly exposed place, you know, go up a hill a little bit or something like that with practice.

Um, and if you, if you're not sure it's, you know, you can, however you want to do it, you can look it up on the internet or you can, um, just have a look at the tops of trees in a fairly exposed place, you know, go up a hill a little bit or something like that with practice.

Um, and if you, if you're not sure it's, you know, you can, however you want to do it, you can look it up on the internet or you can, um, just have a look at the tops of trees in a fairly exposed place, you know, go up a hill a little bit or something like that with practice.