How Israel became the most advanced country in agriculture

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At the beginning of the nineteenth century, early settlers who decided to settle in the lands of Israel faced a huge challenge: how to farm in conditions of sweltering heat and minimal rainfall. The land was catastrophically barren, but the desire to make this area livable was much stronger. Thus, ways to develop agriculture without water and fertile soil have been found!
How exactly did Israel manage to become the capital of advanced technologies in this area? We will find out in this video on the Innovative Techs channel. Water scarcity has been and remains a problem that humanity has faced throughout history. But if earlier, a relatively small part of the world's population suffered from a lack of water, then in the last century this problem has reached a global scale.

#technology #invention #israel

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This is technology at one of its most profitable states to humanity. Hoping to bring such technologies to other areas of the world

chukwuarinze

This was a very insightful video as an Agriculture Engineer student majoring in Irrigation. This is definitely worth emulating!

mukukandashe

Its amazing how Israel overcame the limitation of water and became a food exporter inspite of their arid climate. And yet there are more than a dozen countries with ample rain, fertile land and favorable climate that suffers from chronic food shortages and skyrocketing food prices. What does it tell you of the people?

Aqualastic

They care for their nation, they take agriculture seriously, they are real hardworking people.
A lot to learn from them. We work so hard but still have a pretty old agricultural techniques, which needs a definite upgrade to the modern ones.

karthick

Kudos to the Isrealis for these innovative approach to agriculture. Thanks for sharing👍

JacobAdewumi

First let me say I'm not a fan of desalination. But if it is a last resort to save lives, then do what you must. As far as drip irrigation, I've been using it for around 30 years on my gardens and have designed many landscapes using a drip system. My most challenging build was a home of a friend in AZ that I did. First I had to convince him that in AZ, having a totally green yard was a mistake. But beyond that, what we did was create a total hydro recovery system on the entire property where we dug our 3 feet of top surface. Laid a rubber membrane system throughout the entire property. Then laid a pipe recovery system leading to a 500 gal underground storage system with a natural filtration system on top (standard large stone, small stone, sand, charcoal system), and then replaced the top soil with a drip system to the plants. This allowed ALL water not captured by the plants to be recovered back to the storage system and used again. I personally think all major farms should be required to have some type of recovery system. It makes ecological and financial sense.

revparisking

The brain ! Do not forget the brain. The most lethal weapon, ever.

MrBoazhorribilis

wish more countries would follow their example before having a world water crisis

RafaelCruz-ivwm

Im an Aussie living in a desert.
My father said to me in 90s
The Israelis must be doing something right.
Just look at them...their turning deserts into beautiful irrigated land growing food for everyone.

charliepearce

Thank God for the technology you have which solves the food shortages and saves the whole population in Israel. God Bless.

simonkamong

Iam an Agricultural Engineer, learnt a lot from this video

toufiqueahmed

Absolutely fantastic work done by Israel. Heart felt congratulations and the Grandest Salute possible

sudhanshusharan

looks great ; they are certainly no.1 in 'doing more with less'....technology should be taught for other countries ...

jaik

They really loves their country...Salutes you all who involves in that meaningful and very significant advocacy...God bless you all indeed...

gerryatienza

For 15 years I've been installing Subsurface Drip Irrigation septic system, when soils are too shallow to put anything else in. Most of the tech was developed in Israel. Pre-treated in a 1, 000 gallon aerobic tank, then to a 1, 000 gallon pump chamber, the effluent is so clean it is ready for ground water after just 12" of soil under the drip tubes, and I'm near Seattle where too much water in the soil is the main problem for sewage treatment.

Goldhunter