HomeFeaturesRoot Cause Why NFTs May Be Bad For The Environment

Root Cause Why NFTs May Be Bad For The Environment

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Non-fungible tokens, or NFTs, are a relatively new technology that represents digital assets. These assets can be videos, pictures, or other media. The unique thing about NFTs is that no two people can own the same art.

With the evolution of the blockchain industry and the NFT market, their influence on the environment is increasing.

In this piece, we will look at NFTs’ impact on the surroundings and how to reduce their drawbacks.

What Are NFTs?

What Are NFTs

NFTs are unique digital assets that cannot be exchanged for something else. Hence, they are non-fungible, contrary to common cryptocurrencies. NFTs are created and managed using blockchain technology, which requires consensus algorithms to validate transactions and ensure the integrity of the networks.

An NFT can be created using various digital media, including pictures, videos, music, gifs, memes, and anything else you can call art. NFTs are one of a kind and have special identifiers that make them unique.

If you want to enjoy amazing design but are not ready to invest in NFTs, you can check real money pokies in Australia for fun and enjoyment.

NFTs are a great way for artists to monetize their works by putting them on NFT marketplaces. Nevertheless, there have been concerns regarding NFTs’ energy consumption and environmental impacts.

The Environmental Impact of NFTs and Digital Arts

NFTs and digital arts are great ways to contribute to the craft industry. At first look, it can be unclear why NFTs are bad for the environment. But we can assure you that there are several essential pitfalls behind NFTs’ work.

In this section, we will consider some of the harmful environmental impacts of NFTs.

Energy Consumption of NFTs

The first thing to note is that NFTs, like cryptocurrencies, have a high level of energy consumption. The energy consumption of NFTs comes from a process known as mining. A 2021 study at the University of Cambridge showed that the average NFT transaction on the Ethereum blockchain is around 36 kWh.

This is more than the daily electricity consumption in the average Australian home. The nature of the activities surrounding the creation and trading of NFTs and their high electrical power consumption contribute to other environmental impacts.

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Carbon Footprint of NFTs

Carbon Footprint of NFTs

Carbon footprint is the total amount of greenhouse gas emissions to the atmosphere when an activity is carried out. The high energy consumption nature of the blockchain-based technology used in creating and trading NFTs has caused them to have a high carbon footprint.

However, the carbon footprint of NFTs varies depending on several factors. Some of these factors are:

  • The blockchain platform: The platform where the NFT is created, bought, and sold impacts the carbon footprint. A blockchain that uses proof-of-work (POW) is more likely to increase carbon emissions.
  • The energy mix: The carbon footprint will be higher if the energy mix in the region where an NFT is hosted has a high percentage of fossil fuels.
  • Transaction volume: The more the number of transactions in creating, buying and selling in the NFT marketplace, the higher the carbon emissions.
  • Digital asset size: If the file is large, it will require more energy and this, in turn, increases the carbon footprint.

READ ALSO: What Is a Digital Footprint and How Can You Take Control of Yours?

Land Use and Resource Consumption

Activities such as Bitcoin mining require farms that might take up some land. They are then used to buy NFT in the NFT marketplace.

These mining farms can have environmental impacts on the local ecosystems where they are sited. One such impact is clearing vegetation to make way for the farms.

Another thing is resource consumption. The production and disposal of the digital devices used to access NFTs consume raw materials and some rare earth metals. This activity can also have a negative environmental impact as some do not decompose.

Proof of Work and Proof of Stake

Blockchains operate on two different consensus algorithms that are centralized and without intermediaries. It is important to talk about these as they play a major role in improving the environmental sustainability of NFTs.

PoW (Proof of Work)

Here, miners compete to solve complex mathematical puzzles, which then validate and create new blocks. The first miner who solves the puzzle is rewarded with a cryptocurrency and the right to add the next block to the blockchain.

This type of mechanism consumes a lot of electricity and negatively impacts the environment. It is the first mechanism used in mining, but the environmental issues associated with it have led to some networks leaving it and moving to the PoS.

PoS (Proof of Stake)

Here, instead of miners, we have stakers. Validators are chosen to validate and create new blocks based on the cryptocurrency they hold and stake in the network.

Validators aren’t required to partake in solving any serious mathematical puzzles. This act reduces energy consumption and, in turn, reduces the environmental impact of blockchain activities.

Are NFTs Bad for the Environment? Ethereum Goes Green

Ethereum — one of the most popular blockchain platforms, has taken the bull by its horn to address the environmental impacts of NFTs and cryptocurrency in general.

They committed to this through the famous Etherum merge known as Etherum 2.0. This decision will make Ethereum transactions cleaner.

It is the transition from the proof of work mechanism to the proof of stake mechanism. This will significantly reduce Ethereum’s environmental hazards while it maintains its decentralization. The merge has happened, and only time will tell the overall impact this will have on the blockchain industry.

Steps to Make NFTs More Environmental Friendly

Steps to Make NFTs More Environmental Friendly

The switch from PoW to PoS is obviously one of the vital ways to improve sustainability in the cryptocurrency industry. With Ethereum leading the way, other networks will likely move too. Especially when they see the impact it has on Ethereum.

Here are some other things that can be done to increase the sustainability of cryptocurrency and NFTs.

Using Renewable Energy Sources and Offsetting Carbon Emissions

Electrical energy sources like wind and solar energy can be used for energy production. Networks can shift mining operations to electricity generated by renewable energy sources.

Networks can also invest in more carbon-offsetting projects or purchase carbon credits to offset their carbon emissions.

Encouraging Eco-friendly NFTs and Responsible Usage

Eco-friendly NFTs have lower carbon footprints. NFT platforms can encourage eco-friendly NFT transactions. Users of NFTs can also be encouraged to use them only when necessary. This can help reduce the environmental impacts of using the technology.

Increasing Transparency and Reporting

Finally, networks can make their energy consumption and carbon footprints public. Doing this will help investors, stakeholders, and even industry experts make informed decisions. It will also allow the public to hold them more accountable for their environmental activities.

Conclusion

NFTs offer exciting opportunities for artists and collectors. However, their potential impact on the environment cannot be ignored. The process of creating and trading NFTs involves significant consumption of energy. The blockchain technology used to power them also causes carbon emissions.

As people become increasingly aware of the advantages of NFTs, we must explore ways to reduce their environmental impact. Activities that can help us achieve this include transitioning to more sustainable blockchain technologies by using clean energy and implementing carbon offset programs.

Ultimately, it is up to all of us, from artists to collectors to NFT platforms, to take responsibility and promote more activities that combat climate change and encourage the use of clean energy.


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About the Author:

fiorella salazar
Cybersecurity Expert at SecureBlitz | + posts

Fiorella Salazar is a cybersecurity expert, digital privacy advocate, and VPN evangelist based in Canada. She holds an M.Sc. in Cybersecurity from a Canadian university. She is an avid researcher and frequent contributor to several cybersecurity journals and magazines. Her mission is to raise awareness about the importance of digital privacy and the benefits of using a VPN. She is the go-to source for reliable, up-to-date information on VPNs and digital privacy.

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