Science Check out this tree that produces 40 different types of fruits

https://www.sciencealert.com/40-types-of-fruit-tree-artwork-van-aken-2018

This Magical Tree Produces 40 Different Types of Fruit
A living work of art.


SCIENCEALERT STAFF
22 JUN 2018
Sam Van Aken grew up on a family farm before pursuing a career as an artist. Now he works as an art professor at Syracuse University, but his most famous achievement - the incredible Tree of 40 Fruit - combines his knowledge of agriculture and art.

In 2008, Van Aken learned that an orchard at the New York State Agricultural Experiment Station was about to be shut down due to a lack of funding. This single orchard grew a great number of heirloom, antique, and native varieties of stone fruit, and some of these were 150 to 200 years old.

To lose this orchard would render many of these rare and old varieties of fruit extinct. So, to preserve them, Van Aken bought the orchard, and spent the following years figuring out how to graft parts of the trees onto a single fruit tree.

Working with a pool of over 250 varieties of stone fruit, Van Aken developed a timeline of when each of them blossom in relationship to each other and started grafting a few onto a working tree's root structure.

Once the working tree was about two years old, Van Aken used a technique called chip grafting to add more varieties on as separate branches. This technique involves taking a sliver off a fruit tree that includes the bud, and inserting that into an incision in the working tree.

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Artist's diagram of the grafted tree (Sam Van Aken courtesy Ronald Feldman Fine Art)

It's then taped into place, and left to sit and heal over winter. If all goes well, the branch will be pruned back to encourage it to grow as a normal branch on the working tree.

After about five years and several grafted branches, Van Aken's first Tree of 40 Fruit was complete.

It actually looks like a normal tree for most of the year, but in spring the plant reveals a gorgeous patchwork of pink, white, red and purple blossoms, which turn into an array of plums, peaches, apricots, nectarines, cherries and almonds during the summer months, all of which are rare and unique varieties.

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A young Tree of 40 Fruit in a public space (Krista Kennedy/Flickr/CC BY-NC-SA 2.0)

Not only is it a beautiful specimen, but it's also helping to preserve the diversity of the world's stone fruit. Stone fruits are selected for commercial growing based first and foremost on how long they keep, then how large they grow, then how they look, and lastly how they taste.

This means that there are thousands of stone fruit varieties in the world, but only a select few are considered commercially viable - even if they aren't the best tasting, or most nutritious ones.

According to listings on Van Aken's website, there are at least 20 such trees planted by Van Aken so far, and they can be found in museums, community centres, and private art collections around the US.

Of course, the obvious question that remains is what happens to all the fruit that gets harvested from these trees? As Van Aken told Lauren Salkeld at Epicurious in 2014:

"I've been told by people that have [a tree] at their home that it provides the perfect amount and perfect variety of fruit. So rather than having one variety that produces more than you know what to do with, it provides good amounts of each of the 40 varieties.

"Since all of these fruit ripen at different times, from July through October, you also aren't inundated."

You can learn more about these trees and read the rest of the interview here.

A version of this article was originally published in September 2014.

The article is actually a republication from 4 years ago, but this is super cool. I never knew this was possible. You just make an incision on a tree and introduce a branch from a different kind of tree.
 
People have been doing this for years, it's pretty easy to do. My grandfather had an odd thing for this, one tree he Frankensteined to the has 21 varieties of no longer popular apples. Another looks pretty cool with Red Delicious on the bottom half and Yellow Delicious on the top.

The fact that this guy is doing it with rare stuff is pretty fun.

Pretty much no wine grape vine in Europe is a "real" one, they all have roots of an American grape with the various wine grape vines spliced on because of a disease. Many fruit trees only exist because of grafting clones (seedless citrus varieties, for example).
 
This is really quite cool.

Would the fruit born from this tree be considered "organic" or whatever? Would the non-GMO people be against this? I don't think this necessarily would, but they tend to play fast and loose with their ideals when it comes to food production.
 
This is really quite cool.

Would the fruit born from this tree be considered "organic" or whatever? Would the non-GMO people be against this? I don't think this necessarily would, but they tend to play fast and loose with their ideals when it comes to food production.

But I'm sure they'd eat GMO is they were starving.
 
To bad grafted trees don't last long and are somewhat difficult to establish.
 
Yea it's called Grafting and there is an Art to it, and this Tree will not last long as Grafting is taxing on the base graft.

Hell this is why your able to enjoy apples because the Apple from a Tree you plant isn't the same variety as apples are oddly self controlling and also lend themselfs to Intra Genus grafting, it is VERY rare that a graft becomes self propogating.

There is a type of lab madesplice called a Ketchup and Chips, now what most poeple don't know is Tomatoes and Potateos are relatives kinda close ones and both belong to the Nightshade genus, so are sorta easy to splice, but are not an outlab or multi generational crop, I think the one above is 3 generations before an environmental bias kicks in.

Now with nonfood crops and controlled polinisation like flowers this is something you can do you can with some basic rudemnts of science, a Shaving brush make a subspeices that is able to proporgate, but after a while and it seems to be 20 years after your controlled breeding the flowerd die out and tend back to one or two of the ancetor plants yet keep some aspects of the other but are considerd minor i.e. larger stamen, veined pettals, certain aromas, etc, etc.

To specialise something it takes a VERY long arse time, we have been doing it with grains for about 8 - 6 thousadn years thats why grains are an essential, and grains are really simple they are mostly Grass with asperations, and what we do today is minoir tiny tweaks mostly cribbed from other related species into various crops to improve there resistance, the storys you see like -

"OMG THESE NUTTERS SPLICED A HADDOCK WITH A POTATO" 90% of the time it's to track any escape of material form the local labs and what they foeget to menton is they have cells that bioflorueces under certain UV lights. This is also the reason White Mice and White Rats where bread to contain any experiment as they are liely to be picked off if they escaped.

The problem is when companies start patenting Genomes, and Trying to sue people for cross contamination, the rule of nature is - If it is viable it will propogate.
If you make an organisim and it doesent just exist but it thrives, and you grow it outside a lab under real world conditions apart from the seed grain you grow you have no claim to it.
 
This is really quite cool.

Would the fruit born from this tree be considered "organic" or whatever? Would the non-GMO people be against this? I don't think this necessarily would, but they tend to play fast and loose with their ideals when it comes to food production.

GMO people are so fucking stupid it wouldn't matter and are mostly there to promote their own 'organic' farming, which compete with GMOs. They are corrupt, disingenuous motherfuckers.
 
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