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Supporting Environmental Conservation with NFTs: by Land, Sea, Air

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There are many articles from concerned environmentalists about the dark side of NFTs, and their impact on the environment.

All these views are primarily dependent on pushing what agenda and paying for the articles to be written. 

We’ve recently seen Elon Musk’s standpoint on BTC and Tesla.

It’s similar to the argument of plastic straws vs paper straws. Paper straws are better, but what is the environmental cost of producing them? Paper straws also can harm animals and destroy the environment if they are littered into the ocean, much like plastic straws. Paper straws will generally still be less harmful than plastic because they are a lot less durable and should be biodegraded (we hope).

The question is: are we moving towards a better outcome for the environment?

BTC is used as a case study to support this idea, but we can apply the same logic across the cryptocurrency landscape.

The BTC against the entire legacy banking system is a David and Goliath story, but we’ll use the comparison to illustrate the inaccuracies from many points of view.

One thing to take heed of is that as the world tries to move towards clean and renewable energy use, the only energy needed for BTC mining is electricity. Considering Koomey’s and Moore’s Laws, BTC will have less impact on the environment as time passes.

As technology advances, the improving efficiencies in integrated circuits far outstrips that of very energy-intensive gold recycling.

Supporting Environmental Conservation with NFTs: by Land, Sea, Air 3

Supporting Environmental Conservation with NFTs: by Land, Sea, Air 4

Here is an excerpt from a Coindesk article

“As can be conclusively seen, the relative impact of the BTC network does not even register on the radar of the fiat and gold-based monetary systems, representing a very conservative relative environmental impact of just over 0.13%, and a relative economic impact of just under 0.04%. When considering Koomey’s Law, we can expect energy/GH to continue to half every 18 months until 2048.

We can expect our current industry’s best efficiency of 0.733 W/GH to reach 0.0000000873804 W/GH. Thus, armchair academics note that if BTC scales to a million times its current size and market cap over the next 30 years, its environmental impact will still be insignificant compared to existing systems.

When considering Moore’s Law, we can expect $/GH to continue to half every 18 months until 2020. When we consider the advent of decentralized emission-free renewable energy, we can expect tCO2/GH, and possibly even $/kWh, to tend towards zero.”

As time goes on, BTC becomes more sustainable, while legacy systems continue to increase year-on-year.

Some research from Cambridge 

According to the Cambridge researchers ‘ estimates, BTC accounts for around 0.5% of total global electricity consumption.

Although we agree the amounts are ludicrous right now, that is still half as much as inactive home appliances in the US consumedThe amount of energy wasted on idle home devices like phone chargers and microwaves in the US could power the BTC network for two years.

Michel Rauchs, research affiliate at the Cambridge Centre for Alternative Finance, as told to CNBC

Most NFT’s use the ETH blockchain to function. ETH currently runs off a Proof of Work system (switching at the end of 2021 to Proof of Stake).

Proof of Stake systems are less energy-hungry, and new and improved hardware is used, making the crypto space more efficient at a lower cost. Not only does the crypto space have advancing technology, but it is the first to adapt to renewable energy resources as opposed to banks and stock market operations that are looking to increase consumption of fossil fuels. 

Why is Proof of Stake better than Proof of Work?

These models are called ‘consensus mechanisms,’ and they are a current requirement to confirm transactions on a blockchain without the need for a third party. 

BTC uses the Proof of Work model. Although Proof of Work is a fantastic invention, it is inefficient and slow. Not only does it need significant amounts of electricity, but it is also very limited in the number of transactions it can process at the same time.

Many other consensus mechanisms have been created due to these inefficiencies, with one of the most popular being the Proof of Stake model. 

The Proof of Stake model was first created in 2012 by two developers, Scott Nadal and Sunny King. At the time of its launch, the founders argued that BTC and its Proof of Work model required the equivalent of $150,000 in daily electricity costs.

The figure has risen significantly over the last few years and correlates with NFTs having a near-zero cost and impact on the environment.

How can we determine this?

Comparing the environmental costs of physical versus virtual currency

With the built-in “infinite” inflation of fiat money, the more and more physical currency will need to be printed and minted every year unless we move to a completely digital transaction system.

Article by Hass Mc Cook

Coindesk reports, “A very comprehensive sustainability assessment undertaken by Ahlers et al. (2010) attempts to quantify the environmental impacts of the US Dollar, in contrast with polymer-based notes produced in Australia. The significant environmental costs, based on data from 2002, are as follows (Ahlers et al., 2010):

  • Water Use During Paper Making: 1 million gallons/day = 1.4 billion liters per year.
  • Water Use During Printing: 250,000 gallons / day = 0.35 billion litres per year
  • Waste Ink & Pulp Sludge = 6 million pounds = 2720 tonnes
  • Electricity Use During Printing: 97850 MWh of electricity = 0.35 million GJ
  • Electricity Use for Pulp Making = Same as electricity used during printing = 0.45 million GJ.
  • Ink Usage = 3540 tonnes
  • Over 7100 tonnes of cotton
  • Over 2300 tonnes of linen.”

The entire crypto market consumes about 5% of the world’s energy consumption. While banks are looking to increase their energy consumption needs with fossil fuels, the entire crypto space is advancing technologically and moving towards a near-zero cost.

Less negative impact on the environment in the future

The question here is not if cryptocurrencies, NFTs, etc., are suitable for the environment, but if, by adopting them, we support a move to a better system that has a less negative impact on the environment in the future.

The only thing necessary for the triumph of evil is for good men to do nothing.

Edmund Burke, the Irish philosopher, and politician

We are right at the start of the NFT experience — its day one — and the explosion of NFT’s onto the blockchain landscape has created skeptics and die-hard believers in the category overnight. 

Many are still sitting on the fence, unsure of the impact NFT’s will have on society or our environment or if they should get involved. We all know there is something fundamentally wrong with the monetary and financial system globally. We don’t know how to fix it. We also understand that some digital currency will replace what we know as money. provides a marketplace where like-minded people that love the natural world and are concerned about conservation and protecting our environment can meet, share, trade, and vocalize their support for the environment by giving back. and the artists and athletes associated with the platform will give a % of all transactions on the platform to organizations devoted to conservation and the preservation of our natural habitat.

Imagine an NFT marketplace with 1000 of the best natural world artists and athletes globally using their art to make a difference in the Crypto, NFT, and blockchain landscape.

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All content in this article is for informational purposes only and in no way serves as investment advice. Investing in cryptocurrencies, commodities and stocks is very risky and can lead to capital losses.

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