Artificial Islands as a solution to outcrowding

The Pacific Ocean is covering very much of the planet

By Enrique Lescure

Introduction

Recently, studies have shown that wildlife populations have declined enormously in the world, by one third if we look at land-based species, and with over two thirds if we take a closer peek on marine life. A large part of this – especially regarding the valuable oceanic ecosystems – can be explained with direct exploitation (like overfishing or poaching). However, another explanation could be that we as a species are “out-crowding” other species, not by covering all of the planet with urban areas (though this kind of expansion also is problematic), but especially through the amount of space needed to produce food currently.

An issue of space

Monoculturalism

Food. Alongside water one of the two essentials to sustain the human body and thereby the human civilization. Today, food production is increasingly transforming the face of the planet, especially regarding the usage of space. Corn, wheat, rice, nuts, tea, coffee – but also food components like palm oil are produced on a large scale, transforming entire regions into monocultural landscapes, perfectly assimilated to maximise the space for useful economic growth.

Of course, synthetic fertilizers and pesticides are frequently used. While mining as an activity often is more directly harmful to the local environment, monocultures are a direct killer of biological diversity and leads to species more and more being crowded together in isolated patches of wilderness. This leads to problem such as more frequent starvation, inbreeding, cannibalism and external stress to animal species, and they respond by dwindling in numbers, thus furthering the process of environmental degradation.

Mass deaths are natural occurrences in nature, but what we must realise is that this mass death is caused by the activities of our civilization.

Don’t we have a shortage of food?

If you would like to contend with me that we today face a shortage of food, I can respond by saying that there is a consensus that we today are producing more food than the current amount of people on Earth can consume. That we still have widespread poverty and starvation in parts of the world such as Subsaharan Africa and India can not be attributed to any planetary scarcity of food.

Using space more wisely

shogun

As a planetary civilization, approaching the level where we can create a Type 1, we should definetly be using space in a wiser way. During the 17th century, Japan was steadily approaching an ecological crisis created by the overusage of the limited woodland reserves on the Japanese archipelago. To solve these issues, the Tokugawa Shôgunate imposed a series of measures (some which would be considered draconian by today’s standards) which averted the crisis and prevented starvation.

Europe approached a similar situation during the same period, and solved it by colonialism and proto-industrialization, while Japan solved their renaissance-era ecological crisis through using space more wisely. Today, with the Earth rapidly approaching a mass extinction, we cannot solve this crisis by large-scale colonialism (Mars will not be terraformed for many millennia).

With using space more wisely, I am referring to the cessation of the construction of suburban housing areas, so typical for the late-modern west, and instead construction more habitats vertically and more based around tenements, and possibly even arcologies (single buildings that can house several tens of thousands of people comfortably).

Arcology-1

Such arcologies can, as illustrated by this image, contain their own ecosystems and farms, which could sustain at least a part of the demands of the citizens of the structure. The arcology would be a minor city in its own right, with its own hospitals, education systems, recreation spots and sporting facilities.

Since the amount of suburban areas (at least in the US) starts to be visible from space, it would be a good transition project to build human habitats on more limited space. This however will not wholly address the issue of food production, since urban farming cannot under any circumstances sustain the entire needs of the planet.

More vegetarianism, less meat

Cows

The nutrition we get from eating meat is “immensely wasteful” and contributes greatly to the addition of greenhouse gasses in the atmosphere. Moreover, the meat industry is treating intelligent beings in ways which would evoke nightmares if they were conducted on human beings. Meat consumption is largely on the increase in the growing economies of the east, mostly because meat has traditionally been seen as an “upper class” luxury. Meat also contributes to heart diseases. While EOS under no circumstances advocates the ban of eating meat, we would suggest the creation of a way to estimate the cost of goods which take into account their long-term effects.

Seasteding

Lilypad, design by Vincent Callebaut

Lilypad, design by Vincent Callebaut

A more efficient way to utilise space on Earth and allow areas and regions to be freed up for a return to a more wild state, would be to increasingly move human activity out into the great blue. The Pacific Ocean is covering very much of the planetary surface, and an increasing transfer of human activity there could serve to free up space. The Pacific region, as well as other oceans, can be used for both human habitation and food production.

It would also expand our knowledge of space settlement and of creating new cultures which would be more resilient. Seasteding could in an organised way become the great new frontier and a way to put pressure off the continents. However, there needs to be a coordinated effort to not deplete the fragile ecosystems of the oceans, or add to the pollution.

What are your ideas?

What ideas do you have? If you are interested in this, I recommend that you check into our website, or join our facebook group. Also, like our facebook page, we have soon entered 500 likes. We hope to see your contributions to the work we are doing.

Update on the Biodome Project

By Enrique Lescure

Biodome Construction

As you who have followed this project know, we have had some troubles getting the second half of our grant (and you should know we’ve tried since March). Now, it seems like we’ve would get 86.000 SEK, which would cover both for remnant costs of the construction process until now, and the panels.

However, that does not mean that the crowdfunding initiative will cease. The next step after the panels are the programming systems and the computers, and those pieces do – as you probably know – cost money to obtain. Nevertheless, for the moment, the project is saved and can move on.

What does post-monetaryism mean?

By Enrique Lescure

Introduction

Since 2008, the terms “post-monetary future” and “resource-based economy” have been floating around the web, appearing on comments to articles, youtube videos and blog entries. I am writing this entry partially to – as we say on Swedish – “bone out” what should be meant with post-monetaryism. I do not write this to define Energy Accounting as the only or ultimate formed of proposed post-monetaryism, but rather to create some broad basic definitions of what a post-monetary system, as opposed to a pre-monetary or monetary system could be defined, so a flexible agreement on the definitions can finally be reached.

I have meant to write this article for a long time, and the reason why is that I have observed on Facebook and on other places of the Internet a lot of individuals who are either putting forward new age and conspiracy-related proposals on how a post-monetary system would look like, or people who in the 00’s would have defined themselves as “anarcho-primitivists”/”green anarchists” and claim that we can establish a post-monetary system through gift economics, passive technology or “upgrading” to a hunter-gatherer society.

This post is not meant as a critique of anyone else than those individuals.

Pre-monetary systems

Pre-monetary systems have been the dominant systems for most of the existence of sedentary human civilization, and also dominated during the pre-civilizational era. Even until the 19th century, most of the economy of advanced civilizations such as Europe, China and the Middle East existed on a pre-monetary level – the farm, the village, the local town. Most people consumed what they produced, and could not trade their surplus because there was no surplus. Prior to industrialization, most people simply had to use most of their energy (in terms of their physical energy) to endure.

The local village economies were most often built on gifts, sharing or barter. We should note that most goods produced – tools, clothes, herbs, food – was goods that could easily be entirely assembled in their raw components and produced by one individual or a small group of individuals. The materials were most often collected from the immediate surroundings, and there was not much trade with the wider world.

Monetary systems

With arising cities, division of labour came into being. For comparative benefits, different trades started to arise 5000 years ago in the Fertile Crescent and the Nile Valley. This led to a gradual increase in the amount and number of goods, and thus to an increasing complexity in the systems. Since humans are adaptable, gradually one good, no matter if it was beer, salt or any form of metal (whatever there was more of than needed in the system) arose to become a sort of interim good for individuals to obtain what they desired. In 13th century Sweden for example, inter-county trade was conducted with salt as the dominant currency. Thus, even without money, currency regimes arose naturally.

Money as legal tender is a method of institutionalising a currency and centralising the control of the issuing, minting and/or printing, to secure the pre-dominance of institutions. Such institutions have often arisen a long time after the currency system in itself has been established.

The two characteristics of monetary systems, which can be summed up here, is that money allows for increased trade and for market economies to establish themselves, and that money allows the accumulation of wealth. This later aspect has led to a massive divergence in wealth between different social groups in most developed and developing nations. However, the establishment of national and international trade and national currency regimes can also be said to have contributed in a greatly positive manner in the matter of technological development and increasing access to water, housing, food and medication (though the increasing inequality also contributes vastly to destroying the conditions of life for perhaps a majority of the human population).

Eventually, monetary systems reaches a point in economic growth where human labour is increasingly replaced with automated labour, and where the exponential growth moves over a tipping point where the planetary eco-systems are starting to become exhausted. We are living at precisely this juncture in time at this point in 2014 CE.

Post-monetary theories

The truth is, there are probably countless theories floating around since at least the 19th century on how post-monetary systems could or should be arranged. Most of these proposals are stemming from convictions, opinions and aesthetic tastes amongst philosophers and pseudo-philosophers alike.

What I would like to offer is a definition of a post-monetary system which can – in a broad way – set it apart from a monetary system. The first marker is that a post-monetary system does not exclude accounting. On the contrary, it must rely on accounting.

Even the RBE concepts of Jacque Fresco must (theoretically) rely on a type of accounting. The main difference is not the non-existence of accounting or calculations, but the idea that these functions should be relegated to AI’s, which work within a cybernated planned economy. While some RBE followers will disagree on this, it shows more that they should read more about the theories which they are proselytizing.

As for myself, what I would like to offer to this discourse is a simple definition which can be read like this: A post-monetary system is an advanced system of economic calculation where the unit of exchange has transformed into a unit that cannot be accumulated over longer periods of time, and/or where other functions of the thing which we used to define as “money” has transformed beyond recognition. It is not moving back to barter or pre-monetary/pre-civilizational models. It exists within the context of a society that advances towards automation, and is based on the needs of such a society.

This definition is in my opinion more beautiful, broad and inclusive than either the both vague and sectarian RBE definitions, as it is including concepts from time-banking, ParEcon, RBE, to Energy Accounting and Labour Accounting. It also purposely excludes the New Age and Anarcho-primitivist definitions.

Post-Monetary

Biodome Fundraiser

Green Free Will at work!

Introduction

The Biodome Project progress can be followed on http://enggreenfreewill.wordpress.com. The construction team are doing an awesome work. However, one of the problems we have encountered with the LEADER support grant we’ve received has been that we have encountered demands on additions and elaborations to the reports we send in to explain how we’ve used the part of the grant we received first. The result is that our payments are delayed by constant demands on more and more specifications.

If we do not receive our next payment, we can have trouble finishing the project as it stands, and we are risking to be liable of the grant. This is not how it should go, because we have all struggled very hard with this project, a project that is non-commercial and aims to create a better world.

The Biodome in Lögdea (on Swedish)

The goal is to build an automated experimental biodome with an aquaponics system, connected to a computer system that can alter conditions inside the dome after the changing needs of the ecosystems inside said dome.

What do we need?

We would need 60.000 Swedish Crowns to complete this stage of the biodome and pay our costs. That is 9000 USD and around 6500 Euro.

We have already received 1000 SEK during the early stages of this fundraising, and that money would go to compensate some of the practivists of Green Free Will for their gas costs driving to the site for voluntary work. Needless to say, that is a small fraction of our costs.

Re-funding

If we receive our next part-payment from the County Board of Vesterbotten, we can refund your donations as “private expenses”, so you can get your money back. Note that we are not sure when the next part-payment will arrive, or if it will arrive, given the experiences taught us by the process until now.

That is why we are asking for a donation and not for a loan.

How do I pay?

You can donate a sum of money through Paypal or to our official bank account.

Our official Paypal adress is: andrew.wallace[at]technate.eu

Our bank account number is: 8420-2 903 584 947-1 (Swedbank)

The future needs your help!

Enrique Lescure, Sequence Director of Relations, EOS

The Way Ahead

Galaxy

“If fear should win our hearts
Our light will have long diminished
Before it reaches the farthest star” ~ Ronan Harris, VNV Nation

My name is Enrique Lescure, and I am a board member of the Earth Organisation for Sustainability – EOS, and has been active within the network since 2007.Energy Accounting, Earth Organisation for Sustainability, EOS

Maybe it could be seen as pretentious to say that we – we who are alive today – perhaps are the most important generation that has lived during the era of humanity on Earth. That the decisions that we make – or not – during our lifetime, will affect life on Earth during hundreds of thousands, or perhaps millions of years?

Our planet has gone through five mass extinctions during its life, the last one caused by a meteor hitting the sea at the Yucátan Peninsula 65 million years ago. It ended the age of the Dinosaurs and led to the rise of the mammals as the dominant terrestrial forms of life.

While I am writing this, almost all eco-systems on our beautiful planet are put under an unfathomable stress. Complex ecosystems are replaced by mono-cultures. Heavy metals, chemicals and particles are poisoning air, water, earth and organisms alike. The rise of CO2 has been caused by emissions of fossil fuels into the atmosphere. The seas are dying. The quality of the soil is being destroyed. If this development continue, it will spiral into a sixth mass extinction event.

I am sure that you who are reading this know about this.

You also probably do know that this is caused by the current civilization that we have created.

The question is: How should we solve this?
Answers are varying. Politicians are speaking of bans, taxes and subsidies. Businesses and scientists are speaking of technical measures. Grassroot organisations are speaking of solving local problem. The complexity of the issues can seem overwhelming.

Though all these issues are really symptoms of a main cause.

What is then that main cause?

The main cause is that we have created an ecologically and socially unsustainable civilization, founded on a debt-based monetary system dependent on exponential growth. Today we are using around 135% of the renewal capacity of the Earth.

We must solve all issues with climate change, sea destruction, heavy metals and mass deaths amongst animal and plant life, and each of these problems present an enormous challenge for all of us.

The main challenge however is to reduce our usage of resources from 135% to below 100%, which means a level where the biosphere can start to recover after decades of exploitation.

I was aware of many of these problems already when I studied at high school.

Thus I started to explore ideas aimed at solving the environmental deficit we are experiencing today. I started to see that the green movement relied too heavily on changing the behavior of the individual, as well as changing details of how the systems are working today. The alternative green forces, anarcho-primitivists, deep-greens and eco-fascists, were on the other hand focusing on misanthropy and on unrealistic visions of a pre-industrial world.

At the end, my search led me to establish contact with students, engineers and researchers from many countries, who shared similar ideas on how we should proceed. Our goal was aimed at creating a realistic, tangible model on how to combine a high-tech civilization with social and ecological sustainability.

Thus we created EOS – the Earth Organization for Sustainability.

EOS was founded as a research- and grassroot network, producing a blueprint for a hypothetical sustainable civilization. This is a (well… relatively) short text called “The Design”, which is describing our ideas.

Our thoughts are the following: We are aiming to create a model for handling the Earth’s resources in a more rational and ecologically sustainable manner. In short, this proposed model is based on a) a continuous survey of the global renewal capacity, b) that all human beings get to own a share of this renewal capacity, c) that they from their share can allocate their resources to what they want to be produced for themselves, d) and that the production is determined by where the consumers are allocating their shares.

In short:

• There is a ceiling that limits how much we can use – the renewal capacity of the Earth.
• All human beings are entitled to an income floor and an income ceiling.
• No products that people are not actively asking for should be produced. This also means a radically lowered amount of working hours.

We are not aiming for a command economy, but for a libertarian, de-centralised and federated system characterised by common communication networks. Neither do we want no growth, as growth in income and living standards under a system as it is proposed by us would be a result of environmentally friendly applications and more efficient ways to utilize resources.

How realistic is our model then?

As a research network, our approach is moving towards applying scientific methodologies on socio-economic systems. Therefore, our goal is to work together with local communities, associations and groups of individuals and test aspects of the design to see how well it works in the real world, to change or scrap what doesn’t work and evolve organically.

Ideally, we aim to also strengthen local communities to increase local resilience and together form a model that can bridge the ecological crisis awaiting us, and help humanity move towards a more evolved and mature civilization.

The most important foundation of our work is that we are striving towards a sustainable world, and that we during our journey are basing our work on ethical methods that strengthen human rights and diversity.

We can all together create a civilization based on sustainability and human creativity, a stable foundation for the values which our descendants one day hopefully will spread beyond the stars.

My question to you is: What should we – humanity – become, and how should we become?

The Biodome Project 2014

dsc02411One of the greatest challenges of the future, in a world affected by peak oil, damaged soil and climate change, is how to ensure our food. We stand before the greatest challenge that humanity has ever encountered. There are 7 billion people on the planet, and many of them are today dependent on an agricultural sector which is dependent on fertilizers based on chemicals and fossil resources.

There are, however, alternatives. Organic farming for example.

But for organic farming to become an alternative to the prevailing paradigm of large, monocultural fields, it needs to become less labour-intensive and be able to feed billions of people. That is why I found the ideas of Alexander Bascom and Green Free Will so intriguing when I first heard about them.

The idea is to contain a self-regulating aquaponics system within an automated geodesic dome. This system will simulate an eco-system, with an artificial river floor world, filled with small aquatic animals, and a plant bed where vegetables, fruits and beans are grown. There will be a computerised regulation system inside the dome which would adjust to a number of variables – climate conditions, atmosphere, bacteria levels, nitrate levels and water levels, and change the conditions of the dome to keep a dynamic equilibrium. This choice represents the reality, where vegetables and fruits together stand for around 80% of the human calory intake, whereas aquatic food stands for 20% of the proteine intake for most people. Since soil will not be used, and the plants will be fertilized by organic manure produced by the aquatic eco-system, the internal eco-system will be sustainable, and will only require a minimum of external nutritional in-take (mostly iron).

EOS has joined its forces together with Green Free Will, to make sure that this project is realised.

Our aim is to raise a small, experimental prototype dome, made of plastic composites and located in Lögdeå, near Umeå.

And we have received a grant which is covering a part of the cost. The grant is delivered by URnära, a LEADER project which helps with agricultural development in northern Sweden. The grant is covering the construction materials for the dome and the initial wages for the two project leaders, Alexander Bascom and myself. However, a condition for the grant is co-financing from other entities – from individuals and from associations and companies. Also, the grant does not cover the foundation digging, the aquaponics system nor the computer hardware and software.

The grant is on 34.035 Euro (300.000 SEK), while the total cost of the project is 177.011 Euro (1.560.000 SEK). We have a deadline until the 30th of June 2014 to have the Dome up.

You have an opportunity to help with achieving food sustainability, combine innovative new systems to make high-tech organic farming. The aim of this project is not to make a profit-driven enterprise, but to help individuals, communities and peoples achieve sustainable farming. Imagine roof-tops, private and public gardens and communities centered around dome-farming. Imagine a future where people once again can grow clean, unpolluted food in a sustainable way any time they want during the year, no matter where they live. This project has prospects from everything from ordinary gardening, to humanitarian aid, to space exploration.

Our paypal address is biodome2014@gmail.com

Contact person is Dr Andrew Alexander Wallace, Spanngränd 13, 906-28 UMEA, SWEDEN.

CURRENT NEEDS: 300.000 SEK/1.560.000 SEK

 

 

Energy Accounting


Image

This is another one of the series of proposed articles for the updated EOS website. It delves into the subject of Energy Accounting, which can be pretty complex to explain. I have tried to be as concise and clear as possible, given that this subject is unfamiliar to the overwhelming majority of people.

Introduction

 

Now when we have established why we don’t appreciate the current monetary system, we would like to offer our alternative. Before we start this segment, we would however like to remind you that we do not aim to dogmatically enforce our views on the world.

 

EOS is aiming to utilise research, science and testing to allow alternative systems to emerge and evolve in harmony with the needs of the participants and of the environment. We feel that is necessary in order to provide a social environment that would treat it’s participants with respect and dignity. Nowhere do we claim that we know this would work, but we believe that it offers a potential way out of the gridlock which the human species have got stuck into.

 

We also want you to keep an open mind while reading this article, even if the conclusions can seem radical. We are building our conclusions on how the planet is working, as well as on our values, our views that all forms of life should be treated in such a dignified manner as possible, that we need to balance our needs with the needs of the biosphere, and that all human beings should have the rights to a minimum standard of living.

 

We mean to form a realistic model of how such a mutually beneficial relationship can be established between humanity and the Earth.

 

The Earth’s renewal capacity

 

For the last 65 million years, we all living beings who have had the privilege to enjoy the fresh water and fruits of the Earth have been living under what we could call “The Eocene Biosphere”. It is an ecosystem which is characterised by two features.

 

One: The dominant form of animal life on most of the continents of the Earth are mammals.

 

Two: The climate has been characterised by warm periods and ice ages following one another in a cyclical pattern, regulated by humidity and vegetation.

 

The biosphere is working in a circular system. In the natural world, there is no landfills. Instead, everyone’s waste is someone’s gain. The system is self-renewing and de-centralised, composed of multiple emergent agents that consist of plants, insects, birds, mammals, and the networks that emerge out of their interactions.

 

This system gradually establishes dynamic equilibriums, where an abundance of plants leads to an explosion of herbivores, which leads to a subsequent growth in the number of carnivores. Often, there are interlinked webs of thousands of different species, making up different ecosystems.

 

The biosphere is materially consisting of biomass, which consists of all accumulated organic matter on the planet. Under natural circumstances, given that the system is not enduring a geologically volatile period or a period of rapid climate change, the system is generally adding new biomass to itself, thus growing. This new biomass is generally generated in the world of plants, where sunlight, water and minerals together are an important part of the individual nutritional cycle of a plant.

 

However, for the last decades, this natural order has been upset by the linear growth-oriented economy of the current human civilization. In the year of 2013 for example, we had already consumed up the equivalent of all the biomass the Earth could generate during that year at the 22nd of August.

 

In general, this rate of global ecological cannibalism is creeping 14 days closer to January every passing year. By that point, we will have surpassed the planet’s ability to regenerate itself with one year.

 

Thus, EOS has concluded that it might be wise to base the new socio-economic system on the Earth’s renewal capacity. By directly tying our accounting system to the Earth’s renewal capacity, we hope to be able to receive direct information on how to better manage our common resources.

 

The Energy Survey

 

We imagine that the society in the future, in order to feed the billions of people on the planet, would still need to be a society with a technological infrastructure, and that technological progress will continue. The reason for this is both realistic and humanitarian. We cannot feed more than one billion people if we would return to an agrarian economy on a global scale, and we can only feed ten million if we moved back to a global hunter-gatherer production system.

 

However, a technological system has a few benefits when it comes to the rational evaluation of the available resources. It allows us to gather data and information, analyse it and have a more transparent an open evaluation than ever before.

 

Therefore, we believe that the best way to move forward is to be aware of what we can do, and what effects that would bring to the environments. We must measure and compile data from all ecosystems on a constant basis, as the situation of the Earth is so dire now that we need to survey the status of local eco-systems.

 

But more than that, and central to this article, we hope to establish a global network that can gather data about the renewal capacity of the Earth on a yearly basis. This process will be called The Energy Survey, and will determine exactly how much we as a species could collect from the planet without depleting the natural foundations for life on Earth.

 

Energy Accounting

 

The new form of currency which we want to test as an option are called “Energy Credits”, and they will represent fractions of the total renewal capacity on Earth translated into the emergy cost – in short what energy it will take to extract resources, produce items, transport them and then recycle them.

 

That will represent the cost factor of the new socio-economic system, which will mean that all prices will represent the actual environmental costs, at all segments of the product cycle.

 

Moreover, since the total amount of energy credits should represent the total amount of renewal capacity on the planet for a certain period of time, it would be impossible to utilise the system to overexploit the resource base of the planet.

 

The line is that the share should be divided as such, that one part will go to maintaining infrastructure, another one (which will be the largest) will be distributed directly to the citizenry, and a third part will be “reinvested” into the biosphere, which will mean a biomass net gain.

 

This system is called “Energy Accounting”.

 

Basic Income

 

It is too early yet to discuss exactly what proportions should be allocated to the three different areas of distribution, and it is most likely that if the system is implemented, the proportions will wary in accordance with the interests of all engaged parties.

 

What stands clear however, is that a large part of the energy credits distributed to citizens will be consisting of universal basic income for all citizens. It is a core tenet of the values of EOS, that no human being should be homeless, starving, freezing, thirsting, or deprived of healthcare and education.

 

Human beings have differing backgrounds, talents, interests, personalities and levels of intelligence. Under this current system, people are punished because they are badly adjusted to the needs of the labour market, often through no fault of their own. Even in developed nations, there are many homeless and mentally ill people who are abandoned on the streets.

 

Nobody deserves to become ill or die due to their social incompetence or physical disability. All human beings deserve to have basic dignity.

 

Consumption, how?

 

People receive their income in accordance with the rules that the citizenry have agreed upon.

 

Then the question arises, is there any difference in how trade and exchange is supposed to work in comparison to the current world?

 

Yes, there is a difference.

 

Under our proposed model, the consumer allocates shares of her energy credits to various goods and services. Instead of each actor paying money to the prior actor in the product cycle, from consumer to raw materials extractor, the consumer allocates energy credits which represent the environmental cost of the entire product cycle for producing and transporting x numbers of a particular product.

 

This means that the demand – or the will of the citizens – will have a larger influence over the supply side. The consumers will decide, through their allocations, what will be produced, and from which producers they want to purchase their products.

 

On the other hand, there will be no advertisement in the manner there is today. It would make no sense at all to try to actively encourage consumers to increase their rate of consumption. Moreover, goods will be assembled only when requested by the consumers. We believe that such an organisation of production will serve to decrease the production of for example electronic products, cell phones, fashion clothes, magazines and other products, especially as many products in today’s world are never sold or used.

 

 

Reduced labour hours

 

With the vastly decreased production rate, and the production ceiling, there would be no more needs to try to increase demand and thus the production rate of the good. Moreover, with the system of Energy Accounting, employments would not anymore be founded on the principle of maximising profits, but rather on the principles of maximising social utility. This can be used to reduce unemployment significantly (we will return on that issue in the next article), especially within the sectors of education and healthcare.

 

If more people are gainfully and meaningfully employed within a sector, the labour hours of all the participants can be reduced. They will be able to spend more quality time with their family and loved ones, and more time in pursuit of their interests and passions. In short, they would have more time to fulfil their human desires.

 

On the other hand, several sectors will shrink and disappear. This will of course serve to free more labour to be employed in gainfully productive jobs.

 

The ramifications of this should of course however be left to the local communities to determine, as our proposed alternative to this current system – as you will see in the next article – is characterised by a high degree of de-centralisation and organisational flexibility.

 

When it comes to barter between individuals, it is best left to the regulation of the local communities as well.

 

Wise growth

 

This new form of socio-economic system that emerges through Energy Accounting will probably have slower rates of growth in more than a few sectors. This does not however mean that there will be zero growth.

 

Rather, the amount of energy credits – or rather the purchasing power of said energy credits – will increase as new technological innovations are arriving, which are making production, transports or resource extraction more ecologically friendly.

 

Of course, the existence of such a system would stimulate inventions that would save energy and reduce the amount of materials used in production. In short, stimulating more sustainable ways of utilising energy.

 

Summary

 

Energy Accounting as a design offers several potential benefits, both to the well-being of the biosphere, the harmony of the communities, and the quality of life of human beings. These benefits are the following:

 

Ecological

 

·         Real-time awareness of the state of the planet.

 

·         A production ceiling marked by the renewal capacity of the planet, ensuring that the biomass is not degraded and that biological diversity – Life as we know it – would not be harmed.

 

 

·         The cost of the product in terms of purchasing cost will reflect the environmental stress exerted over the environment.

 

 

·         Cheaper relative costs for purchasing more environmentally friendly products.

 

 

·         Total balance between demand and supply, through a demand-driven economy.

 

 

·         A decreased production rate.

 

 

·         Stimulate innovations that reduce the energy usage and materials, and increase the sustainability of goods and services.

 

Social

 

·         A guaranteed basic income for all the participants in the system.

 

 

·         Guaranteed housing, healthcare and education.

 

 

·         Reduced labour hours, allowing for more time to be a human being.

 

 

·         No forced long-term unemployment and social alienation.

 

 

A scientific path forward

 

EOS is aware that this system is untested, and that there are many questions that remain unanswered. For example, we do not know how human incentives would respond to this new socio-economic environment. Will people for example – during the end of an Energy Survey period – consume frantically to not lose their remaining energy credits? Or will people try to avoid work?

 

We are not a political movement, and do not aim to try to introduce this system tomorrow on a global scale if we had the chance. That would be highly irresponsible and immature. It could lead to unprecedented disasters, and actually to consequences that would damage both the Earth and the human race even more, and bring us farther away from our goals.

 

Instead, we aim to test Energy Accounting on a limited scale, during different conditions, to be able to judge what parts of the idea that works and what parts should be adjusted or abandoned altogether. Any adverse effects would happen in a limited environment. Our goal is to allow Energy Accounting to evolve and develop itself through the interactions of networks of humans, collaborating with one another in a voluntary and rational manner.

 

We are also aware, that if Energy Accounting is ever implemented, it will look different – perhaps even alien – to the current design. That does not bother us. We embrace evolution and development.

 

Energy Accounting does neither, if ever implemented, represent the final step in the evolution of the human civilization. Rather, it would then just be a step towards another, hopefully superior way of managing resources. After all, we would one day stretch beyond the Earth, and throughout the stars.

 

Final words

 

 

The important thing is that the new system, during the time it is implemented, should fulfil the two core objectives.

 

First: That no more should be taken from the Earth than what the Earth can replenish.

 

Second: That all human beings are given access to basic standard of life.

 

Hopefully, the 21st century will be the century when we eliminate the triplet evils of poverty, illiteracy and famine. Despite that we are facing an environmental challenge, greater than any before, it remains the hope and conviction of EOS that humanity can unite and overcome Her adversities and help a better human civilization to emerge.

 

We can do better than we are doing.

 

And we can become better than we are.

 

Or else our light will vanish before it reaches the farthest star.”  – Ronan Harris, VNV Nation

WW3?

By Enrique Lescure, Relations Director of EOS.

The recent developments in Syria are very troubling for the prospects of world peace. Both Iran and Russia have signalled that they will respond directly by an US strike, while the USA has stated that retaliation will be taken as a reason to expand the conflict.

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While the recent gas attack in Ghouta was a horrific atrocity, the proposed US intervention is even officially resting on several reasons, one of which is “US national interest”. One could only recall the horrendous Central African wars of the 1990s, which did neither engage a foreign intervention or even much attention from western media and governments.

It is estimated that 10 million people have been killed in these separate wars. Yet they produced no international intervention. It is probably necessary that we in the future find a way to allow a neutral and general way of conducting interventions, without affecting the “precious balance of power”.

Given that, the Syrian Civil War is probably the most intensive conflict in the world today, and there is an acute humanitarian crisis.

The main issue for the involved parties can be said to be “The Great Game”, an underlying conflict between the Anglo-Saxon powers and the Russian Empire, which can be said to be over two centuries old.

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The Great Game is basically a centuries old conflict of interests regarding Central Asia and the Middle East. In its modern incarnation, it is basically an issue of oil and gas reserves.

On one side, there is Russia, which is heavily dependent on its virtual monopoly on Central Asian oil and gas, which it exports to Europe. This has come to fund Putin’s military and security apparatus, and anything which would upset this monopoly would harm Russia’s economy – perhaps leading to an economic crisis and the collapse of the Russian Federation.

On the other hand, there is America, a heavily indebted superpower which is suffering from sluggish growth prospects, a crumbling infrastructure, a social security system which would be bankcrupted in a few decades if not years. If the United States would get an inroad into the Central Asian oil and gas market, it could theoretically be used both to bolster the United States’ fading superpower status and serve to cripple their Russian rivals.

This is probably why Russia consider the prospects for a US intervention in Syria as a mortal threat, and show readiness to use military force in order to try to intimidate the United States. During these last two months, it stands evidently clear that we all are living in the middle of a Second Cold War.

This is a very dangerous situation.

Syria is an ally of Iran, and Iran is an Anti-American power that blocks western access to Central Asia from the south. Since 2003, the geopolitical situation of Iran has steadily improved, due to both the toppling of the Sunni Minority regime of Saddam Hussein in Iraq, the 2006 Hezbollah-Israel War and the increasing participation in the Putin-led “multipolar bloc”.

Syria allows both Iran and Russia access to the Mediterranean Sea.

In the same time, Saudi Arabia and Qatar both desire to contain Iran and if possible weaken it, as they both fear the prospects of Iranian hegemony over the Middle East, and both have desired to shoulder the leadership of the muslim nations of the Middle East.

Many analysts believe that the toppling of the Assad regime in Syria and the subsequent weakening of the Hezbollah militia that must follow would pave the road for a war with Iran, aiming at destabilising it so a pro-western regime could take power. This would then (according to Russian analysts) probably lead to increased western influence over Central Asia.

This “new great game” is a very dangerous game, since it touches the core interests of two great powers and several regional powers. The question is whether we collectively as a species are willing to risk a great war, possibly a global conflict with nukes involved, for the issue of Syria.

The solution must be to openly discuss the great game, and for all the great and regional powers to take a step back and realise that others don’t want to the exposed to what they themselves don’t want to be exposed to. “Do not do unto others, what you don’t what others to do to you.”

The impeding resource crisis is a serious challenge for all powers. We should not primarily think of how to hurt Russia, America, China, Africa or the EU, but how to help everyone adjust to the future.

If we can separate the Syrian Civil War from the corporate and political interests to gain geo-strategic footholds and hurt competitors, we can solve it tomorrow. And the only way forward is if all assorted parties sacrifice their offensive interests visavi one another, and realise that sometimes we might need to allow odd to be even.

I also suggest that you all who read this are signing this petition. It would not mean much, but the more of us that are signing this, the clearer it would be that the peoples of the world do not desire a war.

Why we are failing (Proposed article)

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Okay. Here is another proposed article for the updated EOS website. It is pretty much longer, and I know the articles should be short. But I have comprimed 500 years of human history in less than five pages. It was pretty difficult I must admit.

Introduction

 

We want to apologise for the length of this article beforehand.

Energy accounting is originally a concept from the US technocratic movement of the 1930’s, which EOS has developed as a conceptual template. To understand what Energy Accounting is and why we want to carefully examine it as a potential replacement to the current monetary system, we need to understand how the current monetary system is working.

 

Firstly, what is money? Money is a medium of exchange, in order to simplify transactions between various parties. Originating in the mists of the Bronze Age, monetary economies connected regions and allowed trade to perpetuate itself.

 

Yet, we must understand that early monetary regimes were often tenuous at best, most often local and requiring the protection of patrons with access to mines – most often the dukes, kings, sultans and emperors of the various states of the medieval world.

 

This could also help to explain our points, as to why our current system is failing in regards to our collective environmental obligations as a species.

 

Early Monetary Systems

 

The first monetary systems that arose either arose spontaneously from small communities, which used either a “key good” or a form of “semi-available rarity” as currency. When the first coins were made, in Asia Minor around 2700 years ago, they were made both to stimulate and facilitate trade between villages and towns, and to strengthen the legitimacy and strength of the early state (especially as money often trickled down into market places from the payment of soldiers and other public employees).

 

The rise of money is a thoroughly complex process, but the rise of the monetarised global system is a relatively recent occurrence. For much of the ancient and medieval world, money was inherently deflationary as its value rested on the control of copper, silver and gold. Thus, the system encouraged savings and hoarding, and retarded the development towards a full-scale monetary price system. In medieval markets, every licensed merchant often had with him his own scale, to judge the value of the money in terms of its weight.

 

Even in the advanced Roman Empire, only a small fraction of the taxes were collected in the form of money! Most taxes were collected in the shape of grain, minerals and other resources.

 

Most people in the pre-industrial world were self-sustaining farmers and rural labourers, who for most of the time directly worked to feed themselves from what they could produce out of nature.

 

The rise of Banking

 

Trade could be a perilous business during the middle ages. Highwaymen, barons, wars, storms, the Black Death and other occurrences could easily separate a merchant from his gold during the many dangerous voyages through lands and seas.

 

The wealthiest and most prosperous region of Europe was northern Italy, where the cities never had vanished during the dark centuries following the fall of the Western Roman Empire.

 

During the Renaissance, cities like Venice, Genoa, Milan, Pisa and Florence sent out merchants far and wide throughout the Mediterranean world, Europe and the Middle East, often exchanging gold for valuable luxury products from the Far East.

 

To facilitate this exchange, several of the great trading families began to engage in the insurance business. Gold chests were heavy, clumsy and hard to transport, not to speak of being magnets to thieves and pirates. Families like de Medici could specialise in offering securities by depositing the gold (for a fee) to other merchants, giving them a receipt which allowed them to gather the same amount of gold in for example Alexandria, Constantinople or Kaffa.

 

These firms soon started to lend money to various cities and kingdoms for interest fees. Thus, “banking” in the conventional sense was born.  

 

The rise of Fractional Reserve Banking (FRB)

 

Given that both the depositing and the lending were made with receipts, the gold would not under normal circumstances leave the confinements of the bank vault. It would be impractical for the client to withdraw it physically, and people who deposited gold in such a bank where often years away travelling. At the same time, borrowing money became increasingly popular, especially as the European monarchies and republics of that era became increasingly dependent on hiring mercenaries to fight their many destructive wars. Banking houses were offered lucrative contracts, without having the necessary deposits to be able to lend money to the states in question.

 

We don’t know exactly when banks started to lend money without having access to the necessary balance to do so, but it stands evidently clear that the temptation and the low risks associated with the scheme would soon or later have coalesced into the practice today known as Fractional Reserve Banking.

 

Shortly speaking, Fractional Reserve Banking is a mechanism that allows banks to lend more credits than are covered by their deposits. This is possible because of multiple clients depositing their fortunes at the same time, and that it is unlikely that all these clients would remove their deposits at the same time.

 

Moreover, the clients were thereby obliged to pay back gold which had never existed in the first place, plus interest.

 

In the terms of laypersons, Fractional Reserve Banking means that you lend out money that you don’t have, while those borrowing the non-existent money are forced to pay back in the form of real money, with a little bit more.

 

Where the alchemists of the dark crypts and poisonous laboratories failed, the perfumed bankers living in the luxurious Venetian and Florentine palaces succeeded.

 

Sustained capital accumulation and western supremacy

 

Even though Northern Italy was eventually destroyed, through the violence of the mercenary armies funded by the Italian bankers, Fractional Reserve Banking is a part of the explanation why the western world from the late 15th century and onward managed to create sustained economic, technological and colonial expansion.

 

The banks of Italy, and later of the Netherlands and Britain, were funding colonial ventures, the development of new weapons and technologies, scientific breakthroughs, commercial enterprises, the booming slave trade and the establishment of the first factories.

 

The reason why is simple. With a full deposit cover, the bankers who lend money would lend out gold that actually is entrusted them by clients, and thus would be unwilling to support projects that hold high risks for failure, or which are new and untested. Thus, the employment of FRB systems can accumulate and utilise capital more aggressively than the crude agricultural economies previously were able of.

 

During the 19th century, the gradual gains of trade, colonialism, technical and scientific innovations and capital expansion culminated in a sustained industrial boom that transformed the entire civilization. The modern world was born.

 

As innovations and growth rushed, however, so did the many bankruptcies and failures. The world grew faster, and with the telegraph and railways, information spread quickly throughout the now very much smaller world. Rumours, true or false, stock rushes, companies and ventures falling apart and the increased competition for more and more scarce resources fuelled an increasing number of bank runs – events when the deposits were retrieved by the clients as a result of a loss in trust. Such events usually led to liquidation of the bank itself, and the destruction of capital – both real and imaginary. It says itself that unregulated capitalism from the 1870s and onward experienced more and more shocks following the collapse of one commercial bank after another.

 

To counter this development and to restore stability, most developed nations turned towards establishing central banks in order to guarantee the deposits of the commercial banks and their clients – if necessary by sacrificing the interests of the weakest citizens. In the USA for example, the US Congress of 1913, at the behest of the big commercial banks and the US mega-corporations, established the Federal Reserve during the first Wilson administration.

 

Usually, central banks are a pillar stone in regards to the regulation of interest. This practice is referred to as interventionist monetary policy. After the Second World War, it has usually been coordinated with interventionist financial policies, which are carried out by governments. These policies exist in order to smoothen the business cycles and prevent either overheating or sudden crashes.

 

Nowadays, the signs are everywhere that the system is crumbling. The dominant power in this system, the United States, is suffering massive de-industrialization and an enormous debt on both the federal and state level. The European economy is stagnating. China is experiencing declining growth rates and increasing environmental pollution and class conflicts.

 

The system has accumulated a mountain of debt, and we are on the verge of what can spiral out of control and become World War Three.

 

So, why are we failing?

 

The addiction to growth

 

The global monetary system is not dependent on growth because it has the wrong priorities, or because it is in the knees of multi-national corporations and consumerism. It is not dependent on growth because of “human nature” or because of greed, even if greed plays well into the mechanisms it is built on.

 

It is dependent on growth because it must grow, otherwise it will start to crumble and eventually collapse.

 

Think of it for a moment.

 

Only 10-15% of the loans of modern commercial banks have to be covered by the deposits of the customers. Thus, the banks are really lending money from the future. This means that FRB has not only realised alchemy, but also for all purpose invented time-travelling!

 

Some critics claim that FRB is a system which is creating money from thin air. That is however not entirely true. The money is created in the figurative world by the banks, but then created a second time – this time in the real world – through investments, labour and the production of goods and services. In short, the economic activities of all the corporations and individuals who have been compelled by need or by their dreams and ambitions to ever accept a loan from a bank.

 

This process allows the capital to multiply itself, and make credits accessible for the future development of the economy.

 

The hidden danger in this pyramid scheme lies in the fact that it requires permanent economic growth, or at least the belief in permanent economic growth. A growth which can turn the debts in the balance sheets into actual financial assets.

 

For this to be permeated however, it requires one thing:

 

The continued destruction of the Earth’s biosphere.

 

What really matters

 

For hundreds of millions of years, the Earth has had a complex system for the acquisition and renewal of resources. This system has been characterised by complex relationships unified within an emergent dynamic equilibrium. This system is called “the biosphere”.

 

It can more simply be referred to as Life.

 

The human civilization is ultimately resting on the fact that we are based on a planet characterised by a wide variety of ecosystems of living beings. The current way in which we are heading is the equivalent to raising a palace while removing the ground and foundation of to gather more materials. It is foolish, and not the least sustainable.

 

It stands clear to every aware individual that our civilization at the present point is on the route towards causing a new mass extinction amongst the species, bringing the entire Eocene Biosphere to an end.

 

Climate change is but the most well-known of the challenges ahead. The swift increase of the global average temperature is upsetting weather and drought patterns, affecting the natural cycles of storms, contributing to an accelerating rise of the sea levels, and affecting multiple species of animal and plant life negatively.

 

There have been several major conferences on this issue, and all of them have either produced semi-failures or complete breakdowns. While the leaders and decision makers have been aware of this issue for the better part of 20 years, they have been unable to turn the development around or even slow down the increasing usage of energy that produces CO2 emissions.

 

There are many reasons for this monumental human failure. You can blame the oil lobby, the United States, China, the consumers, the politicians, yourself or human nature in general for this failure.

 

The fact, however, is that it is extremely difficult to enact any kind of meaningful change in the energy sector as long as we have  a monetary system that automatically seeks to expand as much as possible, since a contraction will mean that it will be crushed underneath a mountain of debts piling up before it.

 

At the same time, we are silently allowing a real deficit to constantly grow, by using more resources for every year than the Earth can possibly renew. The continuation of that practice will eventually produce an ecological disaster of hitherto unseen proportions, at least for the last 65 million years.

The EOS alternative (Proposed article)

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The human civilization is a very complex series of emergent systems, connected by the multi-level activities of all participants in the process of shaping the future of things to come. Many attempts have been made to devise schemes to describe, envision and realise societies which – only if implemented, and if human beings behaved exactly as expected by the philosopher kings – would certainly solve all of humanity’s woes.

 

Of course, such an outlook would be rubbish. Forget “human nature” as an argument. It is enough to think there are 7 billion people on the planet, as well as thousands of cultures, religions, communities and conditions which adjust their choices according to differing social environments.

 

Hardly surprising, the realisation that it is very difficult to change the entire way the human civilization is organised makes it a seemingly far more attractive route to change aspects of our current society with the aim of strengthening it so it would better be able to face the challenges of tomorrow. Moreover, swearing in church would create enmity and perhaps even fear by groups who can expect that they must make sacrifices for the common good of the planet and of humanity.

 

Isn’t that, for example, what the term “green growth” has come to mean?

 

EOS is arguing that a few core tenets of this current dominant socio-economic system are the main culprits behind the global degradation of the biosphere. We will explore these core tenets and how they relate to the system later more thoroughly, but this article is a brief outline over our alternative.

 

Firstly, we do believe that the current socio-economic system employed on a global scale by the human race is short-sighted, self-destructive, destructive, growth-dependent and virtually forced by its own constraints to consume the biosphere in a frenzy. While reforms can bring us closer to a more harmonious relationship with the planet, no reform which doesn’t aim to shift out this system in return for something else will accomplish any sustainable objectives.

 

This current socio-economic system will die during this century. The only question is if it will collapse to a more primitive form, or if it will be replaced by a more enlightened system. EOS aims to actively contribute towards a shift to a higher evolutionary stage.

 

As we see it, the system of the future must ultimately serve the progress of Life, without trying to control it.

 

As we have previously stated, the existence of life is what we must treat as the most valuable thing in the universe. Without life, there would not be experiences, emotions, thoughts, dreams or aspirations, or the opportunity of them. The preservation and elevation of life is a prime imperative.

 

Thus follows that both the survival of the biosphere and the dreams and aspirations of an individual human being are intimately connected to what EOS aims to achieve. The biosphere should be able to thrive, and all humans should be able to aspire to their highest possible potential within their interests, dreams and skills.

 

Therefore, we are proposing two conditions with which to decide what goals the new socio-economic system should strive to fulfil.

 

One: The new socio-economic system should keep the usage of the Earth’s resources below 100% of the Earth’s annual renewal capacity.

 

Two: The new socio-economic system should see that no human being goes without access to basic income, housing, education, water, food and a social network.

 

That means that the new system must have both ecological and social aspects.

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