Even Adam and Eve… (the intemerate apple)

In the Book of Genesis, God created the first humans, Adam and Eve, and placed them in the Garden of Eden, instructing them not to eat from the Tree of the Knowledge of Good and Evil. A serpent tempts Eve to eat the forbidden fruit, and she shares it with Adam. As a result, they gain knowledge of good and evil, realize their nakedness, and are subsequently expelled from the garden by God as punishment for their disobedience. As a foundation of the Abrahamic religions, this story introduces sin and mortality into how we perceive the human experience.
Even Adam and Eve preside over the intemerate accounting matrix.

Recently, I attended a service at my home church where the minister deconstructed the Adam and Eve story through a series of thought-provoking “what ifs.”

The Adam and Eve story, among all the tales in the Genesis chapter of the Bible, has always struck me as tedious. So, it was quite surprising to find myself riveted by the litany of “what ifs” our pastor presented.

What if Eve hadn’t eaten the forbidden fruit? What if Adam had eaten the fruit first? What if the serpent had not tempted them? What if God had not placed the forbidden tree in the garden? What if Adam and Eve had repented immediately? What if multiple forbidden trees existed? What if the Garden of Eden had no boundaries? What if other beings existed in Eden?

These “what ifs” transform the story, altering the foundation of what we think we know about free will, knowledge, morality, and the human condition. The alternative scenarios reveal how fluid and arbitrary some of the rules we take to be self-evident truly are.

In Paulo Freire’s “Pedagogy of the Oppressed,” he emphasizes that the “True Word” is one of both reflection and action, inseparable from praxis. To speak a true word is to transform the world. This resonates deeply with me, especially in the realm of sacred texts. It suggests that what we are often taught about the human condition can be arbitrary, constructed, or even deceptive, shaped by the actions and decisions of political or economic power, and not as something inscribed in stone.

What motivates the Original Sin is not the logic of a divine being, but rather a specific tribe whose historical actions have utilized the construct of disobedience toward the justification of dispossession, genocide, and theft. This cleaving of good and evil has not only undermined civilizations, countries, and regions, but it also continues to treat our differences as a categorical imperative–an “us versus other” mentality–thus betraying our very existence by alienating us from nature.

In the face of rapid climate change, we must question the perpetuation of a status quo where Nature itself is devoid of the same rights we demand of ourselves. The continued marginalization and oppression of women, people of color, indigenous peoples, migrants, refugees, the homeless, and the incarcerated reflect a broader systemic injustice, one that overlooks the profound interconnectedness of ecological and social well-being. “Intemerate” describes our biodiversity, capturing the essence of immaculate conception and virgin birth—a creation of science, spirit, and the divine.

When we consider biodiversity, our oceans, and the entire interconnectedness of our planet, we see a creation that is wonderfully benevolent, violently robust, and immaculately conceived. Its very existence is the true work of the divine that we can measure. How we interact with our environment, recognizing its sacredness and inherent value is the true word we must speak and live by.

So, how then should we understand our economy? Should it be seen merely as a series of self-interested actions, or can it be something more? Our economy needs to address the fundamental: the inequality between the Global North and South and the inequality within countries. We need to ensure equal access to wealth and infrastructure. This is something tangible we can start with.

What if Adam and Eve cared for an Intemerate Apple…

In the archetypal narrative of the Garden of Eden, we encounter a primordial setting where the first humans, Adam and Eve, reside. This Garden epitomizes an ideal state of existence, wherein all coexist in interdependence, sustained by an intrinsic ecological and moral equilibrium.

At the heart of this garden lies the “Intemerate Apple,” hanging from the Tree of Knowledge. This apple, glowing brightly, signifies the Garden’s network between all things, symbolizing sustainability and resilience.

This luminescence not only signifies the balance of the natural world but also represents the foundational principles of communicative action and mutual aid that underpin the societal ideals of cooperation and coexistence.

This harmony was not merely a matter of divine intervention but was encapsulated in a special value, n=(xix0), representing the difference between ecological and anthropogenic conditions of the environment. The balance of the Garden was thus a dynamic interplay between various factors, a concept that Adam and Eve were entrusted to understand and uphold.

God assigned them the responsibility of tending to the Garden, ensuring its continuous flourishing. To aid them in this task, God provided the intemerate formula:

This formula was not merely a cryptic incantation but a sophisticated mechanism to measure and maintain the Garden’s equilibrium. In this narrative, the Garden of Eden was an early exploration of sustainable management, where the health of the environment is directly tied to the stewardship of its inhabitants. Adam and Eve’s role was not passive but active, requiring constant vigilance and understanding of the intricate balance that defined the Garden. This story thus underscores the importance of knowledge, responsibility, and the interdependence between human actions and environmental outcomes, themes that resonate deeply with the principles of ethical and sustainable development.

Explanation of the Equation

Each day, Adam and Eve would measure various aspects of the Garden’s well-being. This included the health of the plants, the purity of the streams, the happiness of the animals, and the quality of the soil. Each of these measurements was represented as xi​, where each i represented a different aspect of the Garden.

xi: Each data point xi represents a specific measurement related to well-being or environmental conditions. For example, this could be an indicator such as air quality index, water purity levels, biodiversity counts, or measures of social well-being like happiness, health metrics, etc.

The Intemerate Apple glowed with the ideal value x0​​, representing the perfect state of the Garden’s well-being.

x0: The reference value x0​ represents the baseline or target value that reflects a desirable state of well-being or environmental condition. This could be a historical average, an established target for restoration, or an optimal level defined by elders, experts, and the community.

Each day, Adam and Eve would calculate N to see how well the Garden was balanced. If N was small, it meant the Garden was close to the ideal state, and the Intemerate Apple glowed brightly. If N was large, it indicated bigger deviations, and the Apple’s glow dimmed, signaling areas that needed their attention.

Division by n: The total number of data points collected over a period or across different locations. For example, this could be the number of days over which data is collected or the number of locations being monitored.

By dividing the total relative deviations by the number of data points, we obtain the average relative deviation. This provides a normalized measure of how much, on average, the observed values deviate from the desired baseline. This single number N indicates how much, on average, the Garden’s well-being differed from the ideal balance.

One day they noticed that some plants were wilting (x1), the stream seemed a bit cloudy (x2), and the birds were quieter than usual (x3). When they calculated N, it was higher than usual. This told them that the Garden’s balance was disturbed.

To restore equilibrium, Adam and Eve took specific actions: For the wilting plants they adjusted the watering schedule and added compost to the soil. For the cloudy stream they cleared debris and ensured it flowed freely. For the quiet birds they provided more food and created additional nesting areas.

After these efforts, they measured the Garden again, finding improvements. When they recalculated N, it was much smaller, and the Intemerate Apple glowed brightly once more.

Then, as the season changed, Adam and Eve faced new challenges. One summer, a drought threatened the Garden’s water supply. The streams dried up (x4), plants began to wilt more frequently (x5), and the animals grew thirsty (x6). When Adam and Eve calculated N, it was alarmingly high, indicating a significant deviation from the ideal balance.

Once again, Adam and Eve took immediate action: They implemented water-saving techniques, such as mulching around plants to retain moisture and creating shaded areas to reduce evaporation. They dug new wells to tap into underground water and created rainwater harvesting systems. They set up water stations throughout the Garden to ensure all creatures had access to fresh water.

To prevent future imbalances, Adam and Eve even implemented several proactive measures. They diversified their planting to include a variety of crops and plants that were more resilient to different weather conditions, ensuring that some plants would thrive regardless of the climate. They adopted sustainable practices, such as crop rotation, composting, and natural pest control, to maintain soil health and reduce reliance on external inputs. They set up simple monitoring systems to more effectively track weather patterns, soil moisture, and animal behavior. This helped them anticipate potential issues before they became serious problems.

Summation :

Adam and Eve would add up all the deviations from the ideal balance. The absolute value of each deviation (so it didn’t matter if it was above or below the ideal) showed how far each aspect was from the perfect state.

This part of the equation calculates the total relative deviation of each data point from the reference value. The absolute value ensures that deviations are considered regardless of direction (whether they are above or below the baseline). Essentially, this measures how much each data point differs from the optimal or desired state.

Through this continuous process of observation, calculation, and action, Adam and Eve learned to maintain the perfect balance in the Garden of Eden. They understood that monitoring their surroundings, recognizing deviations from the ideal, and taking appropriate actions were essential for preserving harmony. Additionally, they understood the importance of preparing for and adapting to changes in their environment. They realized that maintaining balance required not just reactive measures but also proactive planning.

The Snake

One afternoon, as Adam and Eve were diligently tending to the Garden of Eden, they encountered a viper coiled around the Tree of Knowledge. This viper, however, was no ordinary snake; he was an emblematic figure of eco-neoliberalism, known for his enticing yet deceptive promises.

The viper approached Eve with a cunning smile. “Why toil so hard, dear Eve?” he hissed. “Why struggle with endless measurements and adjustments? I have a solution that will make your life easier and the Garden more perfect without all the hard work.”

Eve, curious but cautious, inquired, “What is this solution you speak of Serpent?”

The snake unveiled a beautifully packaged potion called “NatureGuard Carbon Solutions™.” “This elixir,” he claimed, “is made from the finest ingredients and imbued with the secrets of nature’s true value. One sip, and you will gain the knowledge to make the Garden self-sustaining. No more daily measurements, no more adjustments. Just eternal harmony.”

Intrigued yet wary, Eve asked, “How does it work?”

The snake explained, “NatureGuard Carbon Solutions™ taps into the latent powers of the Garden, optimizing every aspect of it. Plants will grow abundantly, animals will be happier, and the streams will flow cleaner than ever. It’s a quick fix to all your problems, bypassing the need for constant effort.”

Sensing their hesitation, the crafty snake proposed an even more enticing offer. “Why not let me manage the Garden for you? I have extensive experience and know exactly how to maintain and even enhance its beauty. You can relax and enjoy the fruits of your labor without the daily grind.”

Adam, still suspicious, asked, “And what’s the catch?”

The viper, slithering closer, replied, “There is no catch. We have a 30-year plan, and I will ensure the Garden thrives. All you need to do is sign this agreement, granting me the authority to manage the Garden. In return, I will streamline the equation and make exclusive areas where only the best plants grow and the purest water flows. These areas will be managed to ensure their protection and optimal use.”

Adam pondered the offer. The idea of having a perfectly managed Garden without their constant efforts was tempting. But Eve recalled the lessons they had learned about balance and hard work. They turned to each other, sharing their concerns. “What if this leads to exclusion and inequality among the creatures of the Garden? What if the harmony we’ve worked so hard to maintain is disrupted by privatization and exclusion?”

Adam and Eve decided to seek counsel from the Intemerate Apple. They measured the current state of the Garden and recalculated N, the special value representing their balance. They saw the progress they had made through their efforts and the true equilibrium they were achieving. They realized the Intemerate Apple’s glow was a testament to their diligence and dedication.

Rejecting the Serpent’s offer, Eve said, “We appreciate your offer, but we trust in the guidance we’ve received and the efforts we’ve put in. True equilibrium cannot be bought or taken lightly. It must be earned through continuous care and respect for the Garden.”

The snake slithered away, hissing in frustration, while Adam and Eve continued their work. They understood that the path to true balance and harmony was not through quick fixes or easy solutions, but through ongoing diligence, learning, and adaptability.

This version of Adam and Eve illustrates that achieving and maintaining harmony requires more than mere effort—it demands the wisdom to recognize and reject false promises of easy solutions. The eco-neoliberal viper symbolizes the allure of shortcuts and the perils of forsaking sustainable practices for immediate gains.

By regularly assessing their environment, understanding deviations, and taking proactive and thoughtful steps to address issues, Adam and Eve created a sustainable and resilient world. Their journey reminds us that equilibrium is a continuous process, one that necessitates commitment, respect, and a mutual connection to the natural balance around us. Rejecting privatization and exclusion, they embraced the values of inclusivity and stewardship, ensuring that the Garden of Eden remained a paradise for all its inhabitants.

This equation provides a useful summary measure of how well current conditions align with desired goals, whether in terms of social well-being or environmental health. By averaging the relative deviations from a baseline, it offers a clear, interpretable metric for assessing progress and identifying areas needing improvement.

IF20 Manaus Presentation

IF20 workshop: Vanda Witoto, Arnie Saiki, Rachel Miner (moderator) L-R

Workshops on Environment, Sustainable Development and Religious Engagement, Co-Sponsored by G20 Interfaith Forum, Brazilian Center for Studies in Law and Religion, Federal University of Uberlandia. Manaus Brazil June 17-21, 2024

The Relevance of Indigenous Knowledge and Rights of Nature for Responding to Climate Change

Workshops on Environment, Sustainable Development and Religious Engagement June 18, 2024. G20 Interfaith Forum

I’d like to welcome you all this morning with a deep breath and a stretch and thank the IF20 organizers for inviting me to participate and to introduce myself and the work that I am doing with the Pacific Theological College on resilience and ecological accounting.

Last week, the Pacific Festival, the largest celebration of indigenous Pacific Islanders, took place for the first time in Hawaii. In a side event, the Protecting Oceania conference took place, addressing issues around militarization, indigeneity, and struggles against extractive industries, resource depletion and neoliberal privatization. It was organized by friends and colleagues, including PTC, Pacific Theological College.

I was planning on addressing the Pasifika issues here, but I suspect that in the context of the Amazon, you will already know them. Even though I am in a different place with a different name, I think it is the same struggle against the same face.

I am the director of Intemerate Earth, a non-profit that is addressing national accounting issues from the perspective of ecological economic accounting and local data sovereignty.

People ask what is Intemerate? What is intemerate accounting? I’ll talk about this more later, but the word intemerate means sacred or sacrosanct, and I chose that world because of its association to describe immaculate conception and the miracle of the virgin birth. Intemerate is something you cannot put a monetary price on, and this is how we should value nature and our ecological biodiversity, treating it as sacrosanct.

I am also a curriculum writer and teaching at the Pasifika Communities University in Fiji. This course is part of an accredited degree program in the School of Sustainability and Resilience Development, and it intersects community consultation with indigenous and customary Pasifika epistemologies deeply rooted in decolonization and self-determination. This program was developed to prepare graduates with a professional degree that will help transition Pasifika economies towards Resilience and Sustainability.

I’ve been asked to talk about the Rights of Nature, Ecological Accounting, and its Relevance to Indigenous Knowledge. 

In yesterday’s “paths to prosperity” panel was excellent in that there was a recognition of the need of data and its relationship to the bio economy. Patricia Gomes said it was impossible to have investment without data, but my presentation demands that we recognized who the stewards of this data should be. So, to some this presentation might be very disruptive. And if it is, I hope this presentation expresses why it should be.

National accounting systems influence global economics, yet activism against these systems has been minimal. The UN Statistical Division’s lack of Global South representation must change.

Historically, national accounting evolved to justify the expansion of Empires; it was national accounting that justified the oppression of women, slavery, and genocide. National accounts were used in trade statistics, currency valuation, war statistics, weapons development, and it should be common knowledge by now that those who control national accounting systems control the global economic system.

What I propose is that by integrating well-being, environmental sustainability, and social equity into national accounts, we can transform both ecological and economic systems. How we account for our ecology is as much about ecological justice as it is about economic justice.

This realization was a revelation. It underscored the profound influence of national accounting systems on global power dynamics and social injustices.

Yet, despite the critical importance of these systems, there was not a lot of activist campaigning directed at the UN System of National Accounts where this system is harmonized.

PTC and the senior advisor at Pacific Island Forum Secretariat both responded to this accounting disconnect and we began developing this program. At that time, the ecological accounting program was central to the development of the Blue Pacific Framework. However, shifts towards neoliberal data accumulation have since emerged.

PTC and the Pacific Conference of Churches that really embraced this work and included it in the Reweaving the Ecological Mat program, and it was through a series of intensive discussions with regional and community leaders that this work was supported.

They published my book Ecological Economic Accounts: Towards Intemerate Values, which I plan to rewrite to include the village consultations and the curriculum.

In one of the remote village consultations we discussed the value of ancestral bones. It was inconceivable that anyone would try to put a value on their bones or try to own them or manage them. Bones are sacred, they have an intemerate value. Recognizing that there is a deep cumulative knowledge—a past, present, and future—going back to their own creation stories with genealogies that are so rich in data that protecting this data had to become the primary focus. 

Losing Indigenous data to data transparency initiatives being written into legally binding trade agreements could lead to over a hundred trillion-dollar theft if we consider that is what the World Bank has valued Natural Capital at. 

When I say a hundred trillion, I must let that sink in. If one trillion is a thousand billion then a trillion is also a million million.  S0 if we consider Natural Capital as being valued at a hundred trillion that is I think a hundred thousand billion, and after that I lose count. And while this number is so big and incomprehensive what happens when we apply this number to debt?  

The United States has a 36 trillion dollar public debt, the combined OECD economies have a 64 trillion dollar debt. The rest of the G77 have a combined debt of maybe 45 trillion dollars and the Africa, Caribbean, Pacific region with the lowest development index have a combined debt of under 2 trillion dollars. These are the kinds of trillions we are talking about and so when it comes to ecological accounting and the value of natural capital, I cannot help but wonder if Natural Capital estimates are being measured against our national debts.

It’s okay if it is, as long as we understand the valuation process, but if we do not know that data accumulation is equal to wealth accumulation, then we are prey to become victim of yet another resource theft.

When we consider that Data, especially in ecological economic accounting, should be entered and counted only once to ensure accuracy and reliability, we must understand that this principle prevents inflation or distortion of values, which is crucial for creating a true representation of ecological and economic interactions.

Double counting can occur when the same data point is recorded multiple times across different categories or sectors. For example, if carbon sequestration by forests is counted in both the forestry and carbon offset sectors, it can lead to an overestimation of carbon sequestration capabilities. So if we do not own our data, and national accounting systems adopt the Natural Capital program, we will quickly be priced out of benefiting from our ecological stewardship and our access to wealth and infrastructure and development capabilities will be no different from what they are now—except worse—because we lost the opportunity to equalize how we value our environmental data. Hence the G20 is precisely the forum to be discussing this.

When we consider the biodiversity of the Amazon, like our own Pasifika region, and the entire interconnectedness of our planet, we see a creation that is wonderfully benevolent, violently robust, and immaculately conceived. Its very existence is the true work of the divine that is measurable but resists monetary valuation. The Amazon rainforest, for instance, is a testament to nature’s ability to create and sustain life in its most diverse and complex forms. Our oceans, covering the majority of the Earth’s surface, are teeming with life and are critical to regulating our climate and supporting marine ecosystems.

How we interact with our environment, recognizing its sacredness and inherent value, is what we must speak and live by. This means advocating for policies that protect and preserve our natural world and rethinking our economic systems to prioritize sustainability and ecological health. It requires a fundamental shift in how we view our relationship with nature, from one of domination and exploitation to one of mutual aid and reciprocity.

Since 1972, the concept of the Rights of Nature has been incorporated into legislation, court rulings, and constitutional amendments in several countries. Ecuador was the first to constitutionally recognize these rights, stating that nature has the right to integral respect for its existence and maintenance of its life cycles.

I’m not an attorney but I often hear about court rulings that favor the environment but that there is a lack of enforcement that renders decisions ineffective, highlighting the need for robust mechanisms to uphold these legal victories. We also hear about binding trade agreements where states can impose sanction power to enforce the rights of corporations over the rights of people and the environment.

So while the Rights of Nature have been recognized legally in various jurisdictions, why is there a lack of enforcement to bring violators to justice? Without governmental commitment and robust enforcement frameworks, court rulings in favor of nature seems to be easily ignored, undermining the very purpose of these progressive laws.

While I want to say that the true potential of the Rights of Nature can only be realized when legal victories are supported by strong, enforceable actions, enforcement will only occur when there is economic incentive, and a pathway for economic justice. The same needs to be said about indigenous people’s hard won right for the legal recognition of Free, Prior, and Informed Consent. Until there is a strong enforcement mechanism to bring violators to justice, these rights remain aspirational.

So, how should we understand the Rights of Nature? Are there mechanisms of enforcement that can recognize these rights?  

What if there is an economic accounting equation and financial index that accounted for the interactions of our survival, solidarity, and stewardship, an accounting framework that measures our human interactions?  What if there is a framework that gives value to our knowledge and action, rather than on commodity prices that will create further displacement? What if we could account, manage, and steward our ecological data with our own methodologies and work with indigenous or local auditors to keep our data private, out of the hands of international investment consortiums?  What if we can utilize free, prior, and informed consent to determine how we participate or not participate in trans-local data markets that encourage communities to truly practice mutual aid and assist in the use of financial instruments to assist at-risk communities?

What if there was a bank that underwrote this index and helped to provide a facility where local data sovereignty can become a system for global equity in the Global South as well as an instrument for indigenous, migrant, poor or other at-risk communities to access wealth and infrastructure? What if we could develop and use our own tools to measure, analyze and quantify our data according to our own development priorities rather than rely on expensive surveillance and monitoring technologies developed by Departments of Defense?

While Ecological Accounting opens opportunities for the economies of the Global South, it is not an automatic win, but rather a strategy to level the playing field. Recent revisions to the U.N. National Accounting System have shown that adding or revising aggregates—such as the inclusion of Military Systems, Research and Development, and the Digital Economy, along with efforts to incorporate Environmental and Sustainability Factors into economic measurements create significant economic advantages over the Global South.

To be clear, Intemerate accounting doesn’t seek to disrupt the bioeconomy. What it addresses is the need to revise how we account for our interactions with the environment, against the production, consumption, distribution and exchange of goods and services.

Yesterday, Fabiola Barros gave a wonderful example highlighting the kind of stewardship in her Agroforestry presentation, integrating short-, medium-, and long-term cycles while providing food for markets.

 I made a few copies of the Intemerate Earth White paper that outlines the accounting plan in more detail. We compare what we call Environmental Default Swaps with several other data financing models, like Cost-Based Valuation, Income Approach, Market-Based Valuations, and some others, and hopefully we will soon launch a proof-of-concept program to show how this would function as claimed.

The White Paper addresses how intemerate accounting values Local Data Sovereignty, provides for trans-local and interglobal data markets, collective mutual accounting, how Environmental Default Swaps can integrate with Debt Suspension or Deferment, Mitigation projects, Food and Water security, cross border collaborations, and more. 

What we did was invert the traditional approach of using a baseline as a reference point from which we measure deviations that move away from a given value. Instead, we measure towards this baseline. The baseline represents the target values or the ideal state we aim to achieve. This approach shifts our perspective when it comes to measuring values, because it creates an index where people can plot their own values according to their own needs rather than trying to harmonize variations from a pre-set standard.

From a monetary perspective, it is this baseline that can financialize our interactions with the environment rather than commodify nature within the capitalist mindset of wealth accumulation and privatization. Intemerate accounting—rather the intemerate baseline provides a tangible shift in the way we think about value.

The White Paper also addresses how Insurance issuers like the New Development Bank can underwrite programs—not through conflict models like Lloyds of London, for example—but by aligning with good, practical applications of Environmental and Social Governance and Responsibility, paving the way for a new paradigm in development.

Whether ESG investors will support local practitioners and communities to be the holders of this equity has yet to be seen, but geopolitically, if we are to take seriously our motivations to restore our ecological biodiversity and provide communities to mitigate against climate change impacts on their own terms, environmental markets need coherent and strong regulatory governance, and that is not something that can happen under an accounting framework driven by data wealth accumulation.

In conclusion, as I mentioned in my introduction, our issues are in different places and have different names and different processes, but it is the same struggle against the same face. Together, let us revise the accounting framework by building market solidarity with our own accounting protocols and methodologies. This is the nugget that we hold. It is more valuable than gold, it is intemerate.

Local Data Sovereignty: Cultivating marginalized access towards technological stewardship

“ I want to talk about ancestral bones as more than historical artifacts; something that is cumulative—a past, present, future—something that has cultural and spiritual legacy connecting us to our ancestors, as well as I would argue, to our future generations. Our ancestral bones symbolize deep-rooted knowledge and ecological insight and for some, the bones of our ancestors provide us with a kind of invaluable spiritual guidance. This reverence for our ancestral bones in interfaith parallels the sanctity of religious relics. These are sacred—sacrosanct– and we cannot put a monetary value on them or capitalize upon them in financial markets. How should we approach the pursuit of Natural Capital or Carbon Market schemes that seek to monetize that which is sacred or sacrosanct?” 

So let me begin, In today’s world, where data is often termed the “new oil,” the handling and control of data can significantly influence social, economic, and political landscapes.

However, the governance of data frequently lacks the moral framework that interfaith dialogue can provide, particularly in protecting the interests of marginalized communities.

This oversight can lead to the exploitation of local data without the consent or benefit of the people it represents.

So today’s discussion on local data sovereignty— is about the right of communities to control their data.

This is not merely a technical matter but one of fairness, respecting cultural, environmental, and spiritual values fundamental to these communities.

Spiritual Warfare

Walking up Nuʻuanu Pali Drive, listening to a discussion about biodiversity, economic equity and gender inclusion

We reside in an epoch of seemingly eternal warfare driven primarily by geopolitical economic greed. The system of destabilizing countries and exploiting communities for access or resource theft is as much a part of our evolution as a species as supply chains, markets, and governance.

But the world has changed. We have an expiration date on our evolutionary clock, and I believe that we have known this to be true since the atomic bomb. This ticking clock is evident not only with climate change or the collective trauma of our global pandemic but also in the alignment of our military with Big Conservation to perpetuate economies that privilege the worst abuses of capitalist greed with the promotion of Natural Capital schemes as the only solution for financing climate adaptation and mitigation.

Warfare is global, and it takes place in all communities, it is beyond haves and have-nots, beyond the divisions of our cultural or gender identifiers, and the demarcations of indigeneity, settler colonialism, or citizenship. What defines this warfare are not simply the opinions and actions of neighbors and passersby or the banal and incessant dirge of TV anchors and radio broadcasters drowning out the resonant whisperings of animals, plants, and rocks emerging into our collective consciousness reminding us of potential or impending extinctions.

What is in your heart matters. What you value most determines whether your gut is sick or clean. It is the clean gut and clear heart that will empower our collective defense against the disease that emanates from the very pores of privatization and capitalization regimes. Public relations and marketing departments may embrace a kinder and gentler emoji yet perpetuate the very system that remains tethered to genocide, slavery, dispossession, and fraud.

Spiritual warfare is the struggle within individuals and societies between values and principles that promote compassion, empathy, environmental stewardship, and social justice on one side, and those that prioritize hatred, greed, and exploitation of our planet on the other.

This inner conflict reflects the moral and ethical choices we make in our daily lives, as well as the broader societal choices that impact our planet and its ecosystems. It’s not limited to any particular religious or secular framework; rather, it transcends these boundaries to address our core mutual values and behaviors.

Choosing to love over hate and planetary well-being over greed are shared by many who advocate for a more just and sustainable world. Addressing these challenges requires a collective effort that focuses on shared values of empathy, cooperation, and ecological responsibility.

Addressing spiritual warfare involves shifting our consciousness over how we value a more sustainable and resilient way of living on our planet, one that recognizes our interconnectedness and responsibilities to each other and the environment. This country—this economy embraces capitalization, and the very industries promoting this are as deaf to the voices of this planet as those promoting genocide, obstruction, and containment.

Data Localism

Data localism refers to the concept of generating, storing, and processing data within a local or regional context. In the context of ecological accounting, this approach can provide numerous benefits and provide relevant jobs in both the public and private sectors.  Data stewardship is a service that includes conducting inventories, collecting statistics, publishing data, determining conditions and trends, examining and analyzing changes, summarizing data, describing, compiling, measuring, researching, monitoring, and managing lists of information. These are jobs that belong to the community.

Relevance and specificity: Local data can capture the specific ecological features and characteristics of a given area, making the data more relevant and specific. This can result in more accurate assessments of the ecological value of an area.

Encourages local participation: When data is collected and processed locally, it can encourage community engagement and participation. This can lead to a greater sense of ownership and commitment to ecological preservation.

Speed and responsiveness: Local data can be collected, processed, and applied more quickly, making it more responsive to changes in the local environment.

Avoidance of data colonialism: In the context of global data flows, there’s often an unequal relationship between data-rich developed countries and developing countries that may not have yet developed the capacity to assess their data. Data localism can help to address this imbalance, enabling local communities to maintain control over their ecological data before it is absorbed into foreign accounts.

Tailored solutions: By focusing on local data, ecological strategies can be tailored to the specific needs of each area, leading to more effective solutions. This approach can also lead to more sustainable outcomes, as local conditions and resources are taken into account.

Promotes resilience: By relying on local data, regions can become more self-sufficient and resilient, rather than depending on external data sources that may not always be available or reliable.

Fosters innovation: Dealing with local data can stimulate innovation in data collection, storage, and processing techniques. This can contribute to the development of new methods and technologies that are better suited to the local context.

However, while data localism can provide many benefits in terms of ecological accounting, it’s also important to consider potential challenges. These might include the need for technical expertise and resources to collect and process data, the potential for local biases in data collection and interpretation, and the need for frameworks to ensure that data is used responsibly and ethically, with a Whole of Life, Pasifika ethos.

Opportunity

Why are Pasifika economies smaller than those of other nations? The standard answer to this question highlights the unique vulnerabilities and dependencies of the region, such as size, distance from markets, and climate and disaster vulnerabilities. But what if these barriers were actually the source of our regional equity? What if there existed an opportunity to treat them as benefits that could be accounted for in our national economies? And what does this have to do with ocean governance in the Pacific?

The key point to raise here is that there is an opportunity for the Pacific to determine how best to account for the equity in the region. Often our distant and remote islands have been seen as barriers to economic development.  However, we can measure our economic welfare in a way that recognizes and accounts for the bond that people have with their environment, particularly in the context of increasing loss and damage associated with environmental degradation caused by climate change.

Challenges

Currently, for the Pacific, the biggest threat and challenge to accessing and building resilient data markets are the advanced economies, particularly the colonial countries that maintain colonial or post-colonial administrations. In the Pacific, this includes Australia, France, New Zealand, and the United States and includes Indonesia’s claim of West Papua and Chile’s claim of Rapa Nui.

If data is wealth, we know that wealth accumulation is a pillar of capitalism. Data Accumulation or theft is happening right under our noses, and Pacific Island Countries are giving it away freely. The three programs for data theft are Maritime Protected Areas, Military Defense Management of EEZs, and Carbon Swap programs.

While these programs seem benign compared to the West’s militarization and containment policies seeking to firm up barriers of trade between new multipolar trade networks, these environmental data programs should be viewed as an aggressive assault upon the sovereignty of not just Pasifika, but of every economy that has traditionally stewarded their blue/green spaces.

Consider that World Bank estimates Natural Capital at $100 trillion and that environmental data can only be counted once (Article 6.2 of the Paris Agreement and Sustainable Development Goals.

While these mitigation numbers are currently pegged to the “values” of carbon sequestration, this is certainly not a fair or balanced program and it’s worth paying attention to the ongoing debate about the appropriate way to value carbon. Some argue that current prices do not fully reflect the true social, environmental, and economic costs of carbon emissions. There are also legitimate concerns about consequences, that this kind of program will further lead to biodiversity loss and other environmental harm.

The value of carbon sequestration is a significant factor when calculating mitigation numbers or determining carbon offset prices. Carbon sequestration refers to the process by which CO2 is captured from the atmosphere and stored in plants, soil, and the ocean, and has become a spurious strategy in climate change policy by overemphasizing the singular problem of offsetting the emission of greenhouse gases when climate change is a manifold problem that requires solutions that western markets are incapable of providing.

Carbon trading is a poor factor in sustainability when offsetting emissions is a direct gateway to more aggressive mining and extraction industries like seabed mining, for example, industries that jeopardize entire ecosystems for clean energy resources.

As such, various approaches to carbon sequestration, such as afforestation (planting new forests), reforestation (replanting existing forests), improved forestry management, and practices in agriculture and soil management, are being monetized based on the amount of CO2 they can potentially capture and store, and not necessarily for the biodiversity it can restore.

The value of this sequestered carbon can then be used to create carbon credits, which can be sold in carbon markets to companies and individuals who want to offset their own carbon emissions. The price of these carbon credits reflects the perceived value of the carbon sequestration.

In terms of data localism, the value of carbon sequestration must include the indigenous or customary management of ecological biodiversity and include cultural and wellbeing factors. As such, communities will benefit far more by localizing data than by swapping it out for million-dollar deals that amount to a shaved splinter of a penny when measured against the tens of trillions of dollars that natural capital is being measured by.

I also want to point out that the Carbon Market, is just one market of the many potential markets that would make much better use of both good climate policy and fair distribution of wealth.

The Pacific is a vast ocean of data and the population of the Pacific is only about 10 million people. No matter how one accounts for data, the Pacific region should be able to leverage trillions of dollars of ecological wealth to invent their own resilience schemes and own the patents for their own mitigation technologies– rather than leasing them from foreign entities. Small Pacific Island States should be devising their own tools and setting international standards, and doing their own assessments and validations in the international context. Tuvalu should be able to leverage its data wealth to hire Tony Stark to defend Tuvalu from the impacts of climate change. If one ever wonders why Australia spent AUD 368 billion on its nuclear sub, they didn’t spend it on the necessity of climate mitigation or resilience, but to keep China (a country that also promotes data localism) from doing business AND to prevent the Pacific from owning their data. AUD 368 billion dollars is a small price to pay for the trillions of dollars they’re anticipating to make to perpetuate their own carbon markets.

I advise all governments already ensnarled in these data schemes to try to withdraw from these agreements and mandate data localism using local auditors to verify the data.



The Eight Tenets on Data Localism

The first tenet is to recognize the intrinsic value of data localism and its role in nature and life.

Pasifika should acknowledge that the prosperity of the region and the welfare of its inhabitants are inherently interdependent. As a result, solution-based programs must be comprehensive and integrated. In this regard, safeguarding our data is imperative, and we must counter attempts by dominant economies to manipulate and exploit our data resources by undermining or downplaying its value through deceptive arguments about the efficacy of “openness,” “transparency,” or “accessibility.” To ensure that data-driven solutions are designed to serve the Pacific region’s unique needs, we must adopt an unrelenting adherence to data localism, an approach that emphasizes community participation, accountability, and cultural relevance.

Data localism is sovereignty. To create a more just, sustainable, and equitable region, we must actively defend our rights and begin to shift from a paradigm of exploitation and waste to one of respect and stewardship. We must reject Natural Capital because nature and life are sacrosanct, and the cumulative impacts are interdependent with existence. We must transition out from a system of commodification to a system of mutual interaction.  This requires that we value, measure, and account for data to meet the targets and goals that we set our baseline to.  Meeting targets and goals can be achieved without the corrupting influence of eco-neoliberal privatization regimes. We must explore data localism, data stewardship, data provenance, and a data marketplace with Pasifika or indigenous-held technologies.

The second tenet is to prioritize data commons. We must empower local communities to take control of their data and promote decentralized systems that allow for greater autonomy and self-determination. This includes advocating for open-source software, community-owned data centers, and community-led data governance structures.

As oil-producing regions produce oil, the Pacific is a vast region where local businesses can manage ecological data to be on par with other regions. Wall Street will exclude people-to-people capacities to exchange, but mutual aid could very well inspire the transition toward a more equitable global economy.

The third tenet is to promote data protocols. Indigenous or customary protocols are unique to specific regions, cultures, and communities, and they reflect the values, beliefs, and practices of those communities. Adopting indigenous protocols can foster new partnerships between professionals from different fields to assist with the development and integration of data into translocal and interglobal markets and exchanges.

Environmental default swaps (EDS), for example, may be a financial instrument that allows us to hedge against environmental risks such as climate change and natural disasters. But an EDS should do more than report on loss and damage and include an account of mitigating and adaptive technologies. Environmental data will transform financial markets and we should be the primary source of information about environmental data markets. It is up to the region to control this data, as our large EEZs and remote locations will provide our small populations with access to capital and new infrastructure.

The fourth tenet is to foster a culture of data reciprocity. We must recognize the importance of mutual exchange and collaboration and promote systems that allow for fair and equitable sharing of data. This includes advocating for data cooperatives, data commons, and open data initiatives that benefit all members of an interglobal community.

By establishing a Pasifika data regime that manages environmental data in market terms, we will set the rules for the region. Much like with the PNA Vessel Day Scheme, Pacific EEZ should set the boundaries of new accounting standards.

The fifth tenet is to prioritize data privacy and security. Individuals and communities have the right to control how data is collected, used, and shared, and that this data is protected from unauthorized surveillance, collection, access, and misuse.

We must prioritize the restoration of ecosystems, protect endangered species, and promote sustainable land and water use practices. Unlike bio-colonial efforts to collect people’s genetic information, biostatistics is a branch of statistics that focuses on the collection, analysis, and interpretation of data related to biological systems. In the context of indigenous and customary communities, biostatistics can provide valuable data about our interactions with environments. Ethical guidelines and regulations must secure our data and we must devise regulatory and auditing processes that can reliably interpret our ocean of data.

The sixth tenet is to recognize data provenance and honor the interconnectedness of data and our lives. We must work to break down the false dichotomies of data versus privacy, individual versus community, and realize that we are all part of a larger, interdependent web of data.

We must recognize the importance of collective action and empower local communities to take control of their own resources and futures. Data provenance refers to the history of the ownership and control of environmental data. It is concerned with the identification of the original source of data, how it has been modified, and who has had access to it. For indigenous and customary peoples, data provenance is critical for maintaining the integrity of traditional knowledge and protecting the rights of their communities. Data provenance provides a mechanism for identifying the ownership and control of traditional knowledge, ensuring that it is not misused or exploited by third parties without the consent of the original owners.

The seventh tenet is to prioritize education and awareness. We must ensure that all people have access to accurate information about the value of data points meeting its targets (or not) and are empowered to make informed decisions about their impact on the digital landscape.

We must ensure that all people have access to accurate information and are empowered to make informed decisions about how they value their interaction with the environment. Developing an accredited curriculum focusing on integrating communities with accounting methodologies that facilitate both translocal and interglobal approaches to ecological-economic accounts provides diligence to monitoring, auditing, and enforcement that will protect both communities and investors and allow for coherent markets to evolve.

The eighth tenet is to recognize and honor the potential for data to create positive social change. We must work to promote data justice and equity and ensure that data is used to promote social and environmental sustainability, rather than perpetuating systemic injustices.