How The World’s First AgTech Display Could Change How We Eat

How the world’s first AgTech display will change how we eat.

As part of the UK’s Agricultural Technology Display, the world will show off technology to help farmers and food producers get the most out of the crops they grow.

It is expected to be one of the biggest technology displays in the world, with the UK expected to use over £6 billion worth of agricultural equipment.

This year, the UK is the first country to announce a $1 billion investment in the technology, which is expected be worth about £5 billion in 2020.

This will be the largest investment in agriculture in history.

This is a key piece of agtech in the UK, as we are not just seeing the rise of ag tech but also the rise in the agtech market.

But is it really agtech?

We spoke to two experts in the field of ag technology to find out more.

What are agtech and ag technology?

Agtech is the term given to a wide range of agricultural technologies that combine traditional plant breeding with a wide array of sensors and control devices to produce better yields.

These include genetic engineering, chemical engineering, micro- and nanotechnology, and new types of crops.

The term agtech was coined by David Hutton, Professor of AgTech at the University of Leicester.

“Agtech is an agtech term.

There are two main areas of agTech,” Professor Hutton told MTV News.

It’s about giving them the tools that they need to do the right thing. “

This is the reason why it’s so important to get the right farmers to work with you, and that’s what this agtech is all about.

It’s about giving them the tools that they need to do the right thing.

And that’s the most important thing, because there’s so much that they don’t know, because they have no control over the ag tech.”

What does agtech mean to you?

We talked to farmers and agtech enthusiasts in the US and Europe to find more about this exciting and changing field of agricultural technology.

Who uses agtech: This year’s display will be a combination of sensors, sensors, and control systems.

A lot of people use agtech because of the variety of crops it can be used on.

Farmers have already been using the sensors to see how crops are doing, and to know how much water they need for their crops to survive.

But what does the technology do for us?

“It’s the ultimate agtech.

You have all of the tools in your hand, and you can use them to grow what you want,” said Peter Smith, CEO of the British company Smart Harvest.

“There’s a lot of control there, and there’s a very sophisticated way of measuring what’s going on.

The main thing is that it allows you to really understand how much your food is doing.”

But what about the costs?

This year will be an important one for farmers.

The British government has allocated a whopping £1 billion for the AgTech program, with a big chunk going to support farmers in developing countries.

But how much will it cost?

This depends on where you live, but the government has said that this will be “sufficient to support a wide variety of agricultural products, including seeds and feed”.

Will this be enough to sustain a sustainable agtech industry?

This is not yet clear.

Farmers can expect to see some changes in the way they feed their crops.

But the key point is that the technology itself is cheap.

And it’s not just about the cost of the equipment itself, but also how it’s used.

This was highlighted by Dr Sarah Harrison, professor of agricultural biotechnology at University College London.

“The sensors are cheap.

You don’t need to spend the money on any other inputs.

There’s a huge amount of control over them,” she told MTV.

“They’re also very simple.

They’re easy to put on your crops.

You can use these sensors in the kitchen, the garden, anywhere you can put a sensor, and they’ll tell you exactly how much you need to feed your crops.”

What is the most expensive agtech item?

As a result of the Agtech program, we’ve been seeing a huge increase in the prices of these devices.

The most expensive item that we can think of right now is the micro-and-nanotech sensor.

It can be bought for about £250, but there are other models that can be purchased for as little as £50.

And as well as this, you’ll also find some smaller and cheaper sensors that can go for up to £150.

It doesn’t sound too bad, but it does mean that some farmers will be losing out on the benefits of the ag technology. So how can