In pictures: Farming underground could be a space-saving replacement for vertical farms

It’s a well accepted fact that the world’s food supply is being put under greater strain by ever increasing population numbers, but underground farms could help to alleviate some of this pressure.

We visited an underground farm deep under London, in tunnels that were used as air raid shelters during World War 2.

The farm, and any subsequent ones created by its owners Growing Underground, may be able to help alleviate the issue of providing food for expanding city populations.

While the farm is not the first to be located underground it is the first in London to use a hidden space similar to abandoned underground spaces in other cities.

The London farm, like other such projects, uses LED lights to help products grow in environments which can be fully controlled and kept free from pests.

Farming under our cities builds on the concept of vertical farming, which aims to see crops grown in purpose-designed buildings. Earlier this year the largest vertical farm, which can hold 17 million plants, opened in the US.

Meanwhile there had even been talk of growing underground on planets that future humans may colonise.

In next issue of Factor Magazine, out next week, you can see our video exploring the tunnels and hear from the brains behind the farm. You can download the magazine and previous editions for free by subscribing on iTunes, or view it on the web. In the meantime, here’s the scene below London. 

1

The farm is being developed in old tunnels which have remained largely unused and uninhabited since the end of World War 2.

5

They sit under the surface in the south of London and are part of a series of older tunnels that are used for various purposes.

2

At present the staff at the tunnels are testing a variety of LED lighting to grow plants under.

4

The farm, which is fully funded for its first phase of expansion, will have the potential to grow products over 2.5 acres of space.

u1

There are currently nine types of micro-herbs and three types of regular herbs being grown at the farm.

u3

The lights that are being tested come from a variety of manufacturers, including one group that previously created them during the production of cannabis.

u2

The herbs and micro-herbs are fed with water that contains all the nutrients they need to grow healthily.


Featured image and images five, six, seven are courtesy of Seven Storey Media.


Aubrey de Grey: Longer lives won’t mean overpopulation

promo-article-page-top

Aubrey de Grey wants to save lives. He wants to save as many as he possibly can, as soon as he can, and to do it he is going to fix ageing.

The prominent scientist and futurologist is on a crusade to beat ageing and when he does it will mean that we stay healthy and live longer – possibly for up to hundreds of years.

But, as de Grey emphasises, his primary goal is not just making people live longer; he wants us to live healthily, he wants to restore us to a state of health that is “fully functional in every way”. The ability to live for hundreds of years is just a side effect.


The ability to live for hundreds of years is just a side effect


The work carried out by de Grey and his colleague at the SENS Research Foundation will ultimately raise new challenges that need to be tackled, both in medicine and society, but there is no scientific reasoning why the body, with the right treatment, cannot be healthy for much longer.

“We haven’t got the faintest idea what a 200 year old brain is going to work like but, there is currently no reason to believe that it will work any differently than a brain today,” de Grey says.

But how will he stop us ageing, and what will it mean for society?

credit_Jean-Baptiste-LABRUNE_flickr_creativecommons

Divide and conquer 

De Grey’s plan is simple to understand but drastically difficult to make a reality, which may be one of the reasons why hordes of scientists and fans pack lecture theatres when he is due to speak. It involves providing treatments that are similar to conventional medicine to those aged around 60 or 70, which will help to rejuvenate their bodies to the state of early adulthood.

The idea of treating disease and the disabilities of old age will not be treated by one breakthrough de Grey says. It has to be broken down into a series of manageable tasks.

“We don’t really think there is going to be one particular technique that will do the job,” he explains. “We believe that the process of ageing has to be recognised as a chaotic somewhat uncoordinated set of processes such that a truly effective treatment of it is going to involve a divide and conquer approach, essentially sub-dividing the problem into a variety of types of damage that accumulate and figuring out therapies that can address each of them.”

credit-SHARE-Conference__flickr_creativecommons

As a small organisation, de Grey says that SENS is focusing on the areas that seem realistically achievable in the shorter term and those areas that are neglected. The first of the treatments may be ready within 20 to 25 years’ time, he predicts. Coincidentally, this will be the time when then 52-year-old de Grey is reaching the age where the treatments would be applied.

Naturally, the lucrative benefits that come with solving ageing inevitably mean that de Grey isn’t the only one hunting for the answers. In fact, the competition is very tough.

Google-founded Calico recently forged a $1.5bn agreement with drug manufacturer AbbVie to help research solutions to ageing and age-related diseases. After the announcement SENS CEO Mike Kope issued a statement saying the deal highlights the “potential astronomical scale” of an anti-ageing industry.

Supply and demand

In a world where getting old is no longer an issue, concerns will arise about population levels and resources that the planet can provide.

De Grey admits that the world will change dramatically and that the transformation will not necessarily be a smooth one. “There may be some turbulence and obviously the more we can forward plan to minimise that turbulence the better,” he adds.

One UN report, from 2003, predicts that the world’s population could increase to more than 36bn people by 2300 – and that forecast is based on regular life expectancy. If everyone is living for hundreds of years then the resources needed to sustain them would drastically increase.


 A truly effective treatment of it is going to involve a divide and conquer approach


But this view does not give credit to other technologies that are developing at a faster implementation rate than anti-ageing, and people can have a blinkered view about this.

“They just don’t look at the problem properly so for example, one thing that people hardly ever acknowledge is that the other new technology is going to be around a great deal sooner than this technology, or at least sooner than this technology will have any demographic impact,” de Grey says.

“For example we will have much less carbon footprint because we will have things like better renewable energy and nuclear fusion and so on, so that it will actually be increasing the carrying capacity of the planet far faster than the defeat of ageing could increase the number of people on the planet.”

credit_SHARE-Conference_flickr_creativecommons

Beyond biology

Looking at a future that is beyond our current lifetimes the answer to ending ageing may lie outside of the biomedical field, de Grey concedes.  Other factors, such as robots and artificial intelligence, will also be playing a role in our medical treatments.

“The whole area of what you might call non-biological solutions to medical problems is an area that should certainly never be neglected and has already played a minor role in today’s medical world with things like cochlear implants or, for that matter, just glasses,” de Grey says.


Non-biological solutions to medical problems should certainly never be neglected


“So the question then is, will this increase? I believe it will, in fact I believe that in the very long term it is quite likely that non-biological solutions will dominate medicine simply because they can and they are more versatile.

“But I think that is going to be a long time coming. It is going to be driven largely by miniaturisation I think. It may very well be that software improvements to do with artificial intelligence, for example, will play a roll there.”

But while the long-term work continues, it will be exciting to see what de Grey – being in a hurry to stop ageing as soon as he can – achieves in the meantime.


Featured image plus images two and three courtesy of SHARE Conference via Flickr/Creative Commons. Image one courtesy of Jean-Baptiste Labrune via Flickr/Creative Commons