I'm an apex predator who's nearly as old as the dinosaurs, and you're a johnny come lately monkey who cant even be bothered to hold his camera the right way.
You could have captured me in my full reptilian glory, it would have been awesome. You know what? Fuck this I'm outta here! I hope you at least remember how to use those opposable thumbs of yours to change your pants properly.

TLDR Proof that alligators hate vertical video.

Argh, vertical!

Professional vertical video? I almost didn't upvote...

Ummm thanks. It really was more a comment on the language ... the vertical video was a good outlet for not getting my humor across as always

It's more natural to hold a phone in portrait (vertical) than in landscape (horizontal). Typically landscape requires 2 hands -- and if filming landscape with one hand, it becomes easy to lose grip.

I know it ruins the cinematic quality, but he didn't film the dude for our entertainment, he filmed it as proof.

It's also a logistical issue, as it is easier to grip a phone vertically than horizontally. This is the reason why there are so many videos filmed in this mode. Especially in situations where people are unable to use both of their hands to stabilize the video, such as running, when in danger, or at the top of a bridge...

Also, his subject is a human which stands upright, so filming vertical allows him to distribute his subject matter across the entire canvas; whereas landscape would cut off the primary focus and distribute the background on either side of the subject, which is unimportant to the situation, in place of filming the man from head to toe in a single frame.

stop stop stop ...Fuck me ... vertical video warning mate! Bloody hell

They aren't wrapped in wood, but if this is uncoated pipe, some will lightly tack weld a ridge or piece of scrap barstock to the OD of the pipe to keep it from rolling when building the stack; they aren't there to prevent this type of major rolling action. At around 1:33 you can see one of these going over the edge. Just guessing, but these look to be in the 20" to 30" diameter range with plenty of length, so they're just really small ships with the ends cut off and will float for a bit until well flooded - lots of surface area there for some buoyancy, and I've seen 40 foot joints of 20" diameter casing float near the surface for 30 seconds or so when a bubble gets trapped temporarily inside before burping out and sinking to the bottom. At around 2:15 you can see the big reddish block with the vertical groove right on the corner of the load platform about 1/4 of the way up the frame. That's where normal humans stab the stake or pipe to help contain the load (so, the vertical pipe or solid stake goes in the hole, the load is built, and no rolling can occur - momentum is the killer here, so if you keep things from rolling, life is good. This was an excellent example of how not to load pipe on a barge / ship.

Argh to vertical!

omg vertical video!

That is one heck of a pole they hit. Sheared through the front axle, tore through about 2/3 the length of the bus and was stopped by the rear axle and yet the sign appears to be still vertical.

"Years earlier, they had amassed...", before building the model.

The model came later as a result of the failed projects, realizing that a symptomatic approach was flawed. The model was to take a more holistic methodology to addressing the flooding along the Mississippi.

The timeline is as follows:
the Great Mississippi Flood of 1927:
Flood Control act of 1928-
Army Corps of Engineers gets to work
Sec. of Commerce H.Hoover directs Flood Relief
towns & cities which had flooded get levees
The Great Flood of 1937:
towns downstream of newly protected communities get flooded.
ACE begins with simple models in dirt
1943 gets funding to build largest scale model for study:
1"=1000' horizontal, 1"=100' vertical
German POWs used for initial labor.

sorry that wasn't clear enough before. There was no model before.

Wow. Appropriate use of vertical video. Neat.

Vertical Video Warning!
Neat, and nice idea. She does it well, and looks good doing it.
As for how she does it....simple....dual lasers in each glove, so she can fire one or both at any time, synced with the floor laser.
I really could have done without the 1:15 of dead video at the end, though.

I think corn would be doable, but the advantages would be less efficient compared to short plants.

At some level of efficiency, there is a break even point (which can also take into consideration shipping costs and fossil fuel usage to major metro areas). I'm pretty convinced that vertical farming could be a significantly good / efficient idea for those plants that it is best suited for, but I do think there would be some early-adoption issues that would make it less practical for tall stuff like corn. At least until it has been done enough to work out the kinks and economy of scale kicks in.

So at least for the time being, I think we'll see it first be applied to leafy plants and tuber / root plants. But I could definitely be a biased opinion since my family revolves around conventional corn farming on irrigated fields...

Think about it this way. Stack the corn trays just once and you just doubled your output for a given area.

You're right about getting less mileage from taller crops. But every vertical layer would in theory still double the area you have to work with each time you added one.

Scale this up to a skyscraper sized building and you could supply any city with all the food it could need locally.

It probably could start to skew the market towards squatter plants as you say, but I can't see why most if not all of the things we grow now couldn't be viable. (doubly so if they ever nail the process of growing meat)