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How can we spray vineyards/orchards more efficiently and environmentally-friendly?

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Juran Feb 19, 2021
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Agricultural drones

Darko Savic
Darko Savic Feb 20, 2021
Juran4 days ago
Thank you Darko Savic, that seems cool!
The worth of the material saved could be bigger than the electricity bill for the drone charging, too, which is good.

Unfortunately, I must agree with Arnas Sepetys. The bigger the tank is, the stronger the drone needs to be. That could significantly raise the expenses and we have an economical problem then. Now people need a tractor/pump (that is used for many other purposes), a solution tank, and a spraying material. In the case of drones, along with the spraying material, people need completely new technology: drones, charging stations, tank-filling machines, and that is really expensive (unless the state jumps-in).
Who would use an approach that is more expensive, but more eco-friendly? Definitely fewer people than if the approach is cheaper and more eco-friendly.

One solution could be to develop drones that can carry small ultra-light self-retracting pipes. That would require additional control of flying routes when multiple drones are used, but it could work.
Darko Savic
Darko Savic4 days ago
Juran One of these drones costs a few thousand euros. With mass adoption and competition, the prices would go down further. Some of the tractors that serious farmers use cost in the range of 100-250 thousand. A farmer's electronics-savvy kid can build such a drone (https://youtu.be/Dh0G20lNHMI) while they can't build the tractor.

I think the future is in automation/robotics/AI. I guess in the long run it will come down to which machine uses the least amount of battery to do the same job.
Arnas Sepetys
Arnas Sepetys4 days ago
Have you seen the size of spray solution tank on the drone? Not practical at all.

Dripping systems

Subash Chapagain
Subash Chapagain Feb 21, 2021
Juran4 days ago
Hi Subash Chapagain! Thank You for the contribution!

I heard about these kinds of systems, but they were primarily used for irrigation. It's perfect for water and fertilizers delivery since minimal losses and maximum controllability is available. But we have a bigger problem with pesticides.

Spraying is an agricultural application of compounds that in most cases protect the plants from environmental threats. They can be pesticides, single chemical elements/compounds, ecologically acceptable herbal extracts, or something similar, but are always (as much as I know) water-soluble. Why application directly to the leaf? Because pesticides target either insects' metabolism (insects are found on leaves, branches) or produce a thin protective layer that stops fungi or bacteria growth and infection.

That's why it is very important to apply this kind of protection directly to the leaf or branch and the irrigation could not work.

Example: One of the biggest threats to the vineyard is the grapevine fungus Plasmopara viticola, which caused the devastation of thousands of European vineyards. After the zoospores are splashed by rain, they infect plants through stomata (leaf pores). The best practice to protect vineyards is the application of copper/sulfur-based agents that produce a thin protective coating/film. Since the coating is easily washed away from the leaves by the rain, a new dose must be applied according to the weather forecast. If there would be an irrigation method of protecting the plants from this pathogen, it would have to be based on a different mechanism of protection, since the plant cannot intake the protectant from the soil that fast, compared to the leaf application.

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