Seeking funding for Bitcoin Education Program

Anybody out there???

The World Needs Educating on the Environmental & Humanitarian positive impacts of Bitcoin. I have big plans to create a TGSOB UNIVERSE akin to adult fantasy that makes a brand marketable whilst educating. Great to see TGSOB is so close to 1000 Followers! Please Follow/Share - we're just getting started. When people ask about Bitcoin and the environment - TGSOB is where they will go

I'm Back. #TGSOB

“Gold is money, everything else is credit”

J.P Morgan

Before Bitcoin

🌱The Green Side of Bitcoin 🌎 is a free online eBook resource that gets the facts straight and shows that BTC & Bitcoin Mining is 🌴POSITIVE🌿 for the environment, natural world & humanity! Please share!

Here's a short excerpt:

1.8 Exploring the Use of Bitcoin for Carbon Offsetting and Climate Action

One of the key factors that determines the carbon footprint of bitcoin is the source of the energy used to power the network. If the energy comes from fossil fuels, such as coal or natural gas, the carbon footprint of bitcoin will be higher. On the other hand, if the energy comes from renewable sources, such as solar or wind power, the carbon footprint of bitcoin will be lower. The carbon footprint of bitcoin has been a topic of ongoing debate and controversy. Some studies have suggested that the carbon footprint of bitcoin is relatively small compared to other industries, while others have argued that it is significantly larger.

Carbon offsetting is a way to mitigate the impact of carbon dioxide (CO2) emissions by funding projects that remove or reduce CO2 from the atmosphere. This can be done through a variety of means, including reforestation, renewable energy projects, and energy efficiency measures. Bitcoin has the potential to play a role in carbon offsetting and climate action through the use of carbon credits. Carbon credits are units of measurement that represent the reduction or removal of one ton of CO2 from the atmosphere. They can be bought and sold on carbon markets, and can be used by companies and individuals to offset their own emissions.

One way that Bitcoin can be used for carbon offsetting is by allowing individuals and businesses to purchase carbon credits using cryptocurrency. This can make it easier for people to participate in carbon offsetting, as it eliminates the need for traditional financial intermediaries and allows for fast and secure transactions.

In addition, the decentralized nature of the Bitcoin network means that it can facilitate peer-to-peer carbon trading. This allows individuals and businesses to buy and sell carbon credits directly with each other, without the need for a central authority or exchange. This can help to increase the efficiency and transparency of the carbon offsetting market, as it allows for direct communication between buyers and sellers.

Overall, while Bitcoin and other cryptocurrencies are not a complete solution to the problem of climate change, they do have the potential to facilitate the development and adoption of clean energy technologies and help to offset carbon emissions. As the use of cryptocurrencies continues to grow, it will be important to carefully consider their potential role in carbon offsetting and climate action.

“No problem can be solved from the same level of consciousness

that created it.”

Albert Einstein

“The greatest enemy of knowledge is not ignorance, it is the illusion of knowledge.”

Stephen Hawking

🌱The Green Side of Bitcoin 🌎 is a free online eBook resource that gets the facts straight and shows that BTC & Bitcoin Mining is 🌴POSITIVE🌿 for the environment, natural world & humanity! Please share!

Here's a short excerpt:

2.1 The Physical Energy Consumption of the Traditional Financial System

The traditional financial system plays a significant role in the global economy, facilitating the exchange of goods and services, managing risk, and facilitating investment. However, this system also has significant energy consumption, environmental impacts and carbon emissions associated with it. It is difficult to quantify the exact energy cost of fiat currency, as it depends on various factors such as the type of currency, the methods used for production and distribution, and the infrastructure in place for financial transactions.

The energy consumption of the entire banking system is complex and diverse. It is hard to quantify as an industry that operates on a global scale and the indirect environmental consequences are myriad and extensive. The negative environmental impacts associated with traditional financial systems include; Carbon emissions, Resource consumption, Waste generation, Land use, Pollution, Deforestation, Water scarcity and Habitat destruction.

The components of the fiat system that inflict these negative impacts are as follows:

Physical buildings: The banking system consists of a large number of physical buildings, including branches, offices, data centers, and other facilities. These buildings require energy for lighting, heating and cooling, elevators and escalators. and the operation of electrical equipment. This includes the energy used to operate exchanges, clearinghouses, and other financial market infrastructure, as well as the energy used to support financial services such as payment processing and data management.

Heating and cooling systems: Many banks have large, complex heating and cooling systems in place to maintain a comfortable temperature in their buildings. These systems require energy to operate.

Logistics and transportation: The banking system involves the transportation of people, documents, coins, physical assets, cash, financial products, equipment, ATM’s, uniforms, office equipment (pens,paper, fans, etc) . This transportation often requires energy in the form of gasoline or diesel fuel. Financial institutions often have employees and assets located around the world, leading to significant energy use for air and ground transportation.

Production of cash and coins: The production of cash and coins also requires energy, as it involves the operation of manufacturing facilities and the transportation of the finished products to banks and other distribution points. In addition, the production of cash and coins can have negative environmental impacts in other ways. One significant impact is the use of natural resources, such as paper and metal, in the production of cash and coins. The production of paper and metal often involves the use of toxic chemicals, and the extraction of these resources can have negative impacts on forests and other ecosystems. For example, the production of paper and pulp can lead to deforestation, as trees are cut down to make way for new plantations. Similarly, metal mining can have negative impacts on the environment, including water pollution and habitat destruction. Another environmental impact of cash and coin production is the use of plastic. The production of plastic requires energy, and it can produce greenhouse gases and other pollutants as a byproduct.

Data centers: The banking system relies heavily on digital infrastructure and technology. One major source of energy consumption in the financial sector is the data centers that support online banking, trading, and other financial services. Data centers require large amounts of electricity to power and cool their servers, and the energy demand of these facilities is expected to increase as financial institutions rely more heavily on digital technologies. In addition, the financial sector is responsible for significant energy use in buildings, including office buildings, branch locations, and trading floors.

In conclusion, the environmental costs of banking and financial services are a significant and often overlooked aspect of the traditional fiat financial system. From the energy used to power bank branches and data centers, to the carbon emissions associated with transportation and the millions of people employed in the sector, the financial sector has a significant impact on the planet.

🌱The Green Side of Bitcoin 🌎 is a free online eBook resource that gets the facts straight and shows that BTC & Bitcoin Mining is 🌴POSITIVE🌿 for the environment, natural world & humanity! Please share!

Here's a short excerpt:

1.6 Decentralization and Environmental Protection

Decentralization refers to the distribution of power, authority, and decision-making away from a central authority or location. In the context of technology, decentralization often refers to the creation of decentralized networks and systems that allow for greater autonomy and control by individual users.

One area where decentralization has the potential to make a positive impact is in the realm of environmental protection. By decentralizing the production and distribution of energy, for example, it is possible to reduce the negative environmental impacts of centralized power plants and transmission lines.

One way to achieve decentralization in the energy sector is through the use of renewable energy sources, such as solar and wind power. These sources of energy can be generated and used locally, reducing the need for long-distance transmission and the associated environmental impacts.

Another way to decentralize energy production is through the use of microgrids, which are small-scale electrical grids that can operate independently from the traditional grid. Microgrids can be powered by renewable energy sources and can help to reduce the reliance on fossil fuels, which are a major contributor to climate change.

Decentralization can also help to reduce the environmental impacts of transportation. For example, the use of electric and self-driving vehicles can reduce the need for individual car ownership and the associated environmental impacts.

Overall, decentralization has the potential to promote environmental protection by reducing the negative impacts of centralized systems and promoting the use of sustainable technologies. By enabling individuals and communities to take control of their own energy production and transportation, decentralization can help to create a more sustainable and environmentally friendly future. Bitcoin provides a further incentive to do this.

🌴TGSOB🥦

& the rest will join

Agreed this is a shared pullpack across all platforms so all the best to Damus and you. Similar situation regarding follower loading... following...

PV

This is a very valid question, considering all flora & fauna actually consume carbon dioxide via photosynthesis to survive - in turn producing oxygen for the animal kingdom to survive. It's a bit of a tricky question. CO2 is a natural component of the Earth's atmosphere however, when we release too much CO2 into the atmosphere through human activities like burning fossil fuels, it can contribute to global warming and climate change, which can have negative impacts on the environment. So, the answer is that CO2 in moderation is not necessarily bad for the environment, but excessive amounts can be harmful. This is a debate in of itself - TGSOB goes beyond this and opens the conversation to more abstract influences - esoteric concepts, entropy, circular economies etc. The whole point is not to set out facts in stone - but to start a conversation and with feedback and discussion arrive at a deeper & deeper understanding of how Bitcoin can help the environment. So I welcome all conversation 😀🌴🌎

⚡️🌎🌿 It's so encouraging to get 5 star review feedback for TGSOB! Thank you! ⚡️

We just need to share! ⚡️🌎🌿

"As an avid reader and lover of all things innovative and environmentally conscious, I have just finished reading the groundbreaking eBook The Green Side of Bitcoin and let me tell you, this short but powerful book has blown me away.

What a fascinating exploration of a technology that has the potential to transform the way we live and interact with our planet. From the first page, the authors make it clear that they are passionate about saving our environment, and they understand a truly revolutionary solution that has the potential to do just that. (Bitcoin)

The book is incredibly well-written and easy to understand, even for those who may not have a strong background in science or engineering. The author uses a clear language and real-world examples to explain the reality behind Bitcoin and how it works to reduce our carbon footprint and protect our planet.

What I found most impressive about The Green Side of Bitcoin was how the author was able to balance scientific rigor with accessibility. They don't shy away from complex topics, but they also don't overwhelm the reader with technical jargon or unnecessary detail. Instead, they present a compelling case for why Bitcoin is the solution we need, and they do so in a way that is both engaging and informative.

But what really sets TGSOB apart from other books on environmental technology is its optimism. The author believes that Bitcoin can truly change the world, and they make a compelling case for why we should be hopeful about the future. They show us that we don't have to choose between economic growth and environmental sustainability, and that we can create a world where both are possible.

Overall, I would highly recommend The Green Side of Bitcoin to anyone who is interested in environmental issues, technology, or simply making the world a better place. It is a must-read for anyone who wants to understand how we can save our planet, and it is sure to inspire readers to take action in their own lives. So go ahead and read for free and if you can - donate to such a wonderfully constructed piece of work that is free for us to learn from! "

TGSOB ⚡️🌎🌿

🌱The Green Side of Bitcoin 🌎 is a free online eBook resource that gets the facts straight and shows that BTC & Bitcoin Mining is 🌴POSITIVE🌿 for the environment, natural world & humanity! Please share!

Here's a short excerpt:

2.8 How Proof of Stake (PoS) is Fiat Re-Incarnate

There are also a growing number of alternative cryptographic blockchain-based systems that use peer-to-peer networks and cryptographic techniques to facilitate financial transactions. It is important to recognise Bitcoin is unique as a decentralized Proof of Work system. So what’s the problem with Proof of Stake?

Proof of stake (PoS) is a consensus algorithm used by some blockchain networks to validate transactions and add new blocks to the chain – the most recognised projects being Ethereum, Binance & Polkadot. In a PoS system, validators (also known as “stakers”) are chosen to create new blocks based on the amount of cryptocurrency that they hold and are willing to “stake” as collateral. This is in contrast to proof of work (PoW) systems, like Bitcoin, in which validators (also known as “miners”) are chosen based on their ability to solve complex mathematical problems – requiring ENERGY expenditure via computer processing power. Herein lies the key point, an impossible amount of energy expenditure is the limiting factor in obtaining centralized control over the network – so no trust is required from a centralized authority (the monetary protocol and a fixed supply is maintained)

PoS is essentially a form of fiat currency, meaning it has value only because people believe it has value and agree to use it as a medium of exchange. PoS relies on the belief that the cryptocurrency being staked has value, and that this value will be maintained or even increase over time. This belief is similar to the belief that underlies fiat currencies, which are not backed by any physical commodity and rely on the belief that they will retain their value in order to function as a medium of exchange. Furthermore, PoS systems can lead to centralization of the network, as the validators with the most stake (i.e. the largest amount of cryptocurrency) are more likely to be chosen to create new blocks and earn rewards. This can create a power imbalance, as a small group of wealthy stakeholders can effectively control the network. Interestingly, the marketing hype around the power of decentralization in PoS systems is somewhat misguided, for example, to access these projects, users have to visit webpages hosted by a CENTRALIZED Amazon Web Services, wallet addresses can be blocked, transactions frozen, addresses tracked, etc etc.

🌴TGSOB🌿

-🌱 An Environmentalist walks into a bar.

What's that you're reading?

-🌱The Green Side of Bitcoin 🌎 it's a free online eBook resource that gets the facts straight and shows that BTC & Bitcoin Mining is 🌴POSITIVE🌿 for the environment, natural world & humanity!

The Environmentalist shared it with everyone. 100's became 1000's, 1000's became 1,000,000's and the world woke up to the fact Bitcoin really does fix this.

🌱The Green Side of Bitcoin 🌎 is a free online eBook resource that gets the facts straight and shows that BTC & Bitcoin Mining is 🌴POSITIVE🌿 for the environment, natural world & humanity! Please share!

Here's a short excerpt:

1.2 ‘Stranded Energy’

Innovative Solutions for Achieving a More Sustainable Bitcoin Ecosystem

Stranded energy refers to energy that is produced but cannot be used or sold due to a lack of infrastructure or demand. This can occur for a variety of reasons, including a lack of transmission lines or pipelines to transport the energy, a lack of storage facilities to hold excess energy, or a lack of customers to purchase the energy.

There are several types of stranded energy, including electrical, thermal, and fuel.

Electrical stranded energy refers to electricity that is produced but cannot be transmitted or sold due to a lack of transmission lines or customers.

Thermal stranded energy refers to heat that is produced but cannot be used or sold due to a lack of demand or a lack of suitable storage or distribution systems.

Fuel stranded energy refers to fossil fuels or other types of fuel that are extracted or produced but cannot be transported or sold due to a lack of infrastructure, such as pipelines or tanker ships.

Stranded energy can be a significant issue for energy producers and can result in significant financial losses. It can also be a challenge for governments and policy makers, as stranded energy can limit the ability of a region to meet its energy needs and can hinder economic development.

Enter Bitcoin.

Bitcoin Miners can deploy highly modular and transportable systems in the field to take advantage of stranded energy

and benefit the environment.

There are several real-world examples of stranded energy that illustrate the impacts of this phenomenon.

One example is the stranded natural gas resources. Natural gas is a clean and abundant source of energy that is found in many parts of the world, including the United States, Russia, and the Middle East. It is a versatile fuel that can be used for electricity generation, heating, and industrial processes, and it is often viewed as a transition fuel to help countries reduce their reliance on coal and other fossil fuels.

However, natural gas can be difficult to transport and sell, particularly in regions without pipelines or liquified natural gas (LNG) terminals. These infrastructure investments are necessary to transport natural gas from the wellhead to markets, and they can be costly and time-consuming to develop. As a result, many natural gas resources are stranded in areas without adequate infrastructure, leading to wasted resources and economic losses for energy producers and governments. In some cases, stranded natural gas may be flared (burned off) due to a lack of demand or infrastructure. Flaring is a common practice in the oil and gas industry, but it can be controversial due to the greenhouse gas emissions it generates. In addition, flared gas represents a missed opportunity to use a valuable energy resource and can result in significant economic losses for energy producers and governments.

Another example is the stranded renewable energy resources that exist in many remote or isolated areas. Renewable energy sources, such as solar, wind, and hydroelectric power, are often abundant in these regions, but they may be located far from population centers or major markets. This can make it difficult to transport and sell the energy, leading to stranded energy and missed opportunities for economic development.

Finally, stranded energy can also occur when there is a mismatch between energy production and demand. For example, if a region experiences a sudden surge in renewable energy production, such as during a period of strong winds or high solar irradiance, it may produce more energy than the grid can handle. This excess energy may be stranded if there is no way to store it or sell it to other areas. This can lead to financial losses for energy producers and can also result in wasted resources if the excess energy is not used effectively.

As a result, there is a new approach to Bitcoin mining that involves purchasing energy from energy companies during times when there is an excess of renewable energy sources, such as wind or solar. This approach allows miners to continue operating at a high rate while also making use of clean energy. Additionally, during times of energy scarcity, miners can shut off their operations to conserve resources. This helps to make renewable energy more financially viable, as it can still be utilized even when there is no demand for it on the grid

🌴TGSOB🌿

Better than zaps on the beach

haha love it

Hey Followers!

If you could 'like' my entry into #[2] 's latest contest to let them know we are a growing collaborative force to OrangePill millions of environmentalists it'd mean the world to me!

PV 😀🌻😍🍷

As Bitcoin Miner/Mining Gurus you'll like TGSOB

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