Tuesday, October 13, 2026

The Philosophy of Teilhard de Chardin and the Dilemma of AI

 


by Nancy Corson Carter, Ph.D.

A friend recently surprised me with a small stack of books by Teilhard de Chardin. I was puzzled, but pleased nonetheless. I’d read one of them, The Phenomenon of Man, probably his best-known work, during a 1965 European study tour. The book intrigued me; I couldn’t forget it. I’ve had various reasons to return to his work from time to time during my teaching career, especially on matters of earth and spirit.

However, only a few weeks after the books' arrival, I was jolted into an unexpected need for de Chardin’s wisdom. The “jolt” came with weeks of headlines like these from The New York Times (9/13/26): “The AI Safety Experts Can’t Sleep, and Neither Should You,” and “Is AI Too Big to Slow Down?” (both from 9/15/26). A few days later, the Times Editorial Board published a full-page piece, “How to Rein in an Existential Threat” (9/20/26).

 In July, more than 1,300 employees from leading AI companies signed an open letter voicing concerns that AI is developing faster than humans’ ability to understand, oversee, or control it. There have been dire predictions about its potentially deadly effects on human life in the near future. Geoffrey Hinton, the Nobel laureate known as the “Godfather of AI,” issued an ominous warning to lawmakers: “Congress may have only one year to act,” Hinton told Senate and House lawmakers behind closed doors. “Maybe a year, but not much more is left to implement safeguards on artificial intelligence before it loses control of it.”

Obviously, we’re on the cusp of AI no longer being controlled by humans; it’s close to becoming a tool we thought we controlled, but instead it is able, through “recursive self-improvement,” to become an independent species. This is what has come to be known as “the Singularity,” the point at which technological development reproduces itself uncontrollably and irreversibly, almost inevitably dominating human civilization.

My sense is that there are too many opportunities for AI entities to “renegade” and cause real danger to our world. I know that AI has many good points and has already provided many tools for organization and information. I appreciate having used it to access materials I’ve used in this very piece, but warnings from its originators tell us that it poses dangers that could be catastrophic if we do not take effective steps to establish global controls. Unfortunately, AI offers easy openings for escalating lawlessness and other possible evils if we do not take definite steps to control it. It appears to provide access to technologies that competing world powers, misunderstanding the threats to us all, want to possess without sharing.

As I write this piece to meet an October deadline, the headlines continue to elaborate on the state of AI in our world. For example, “U.S. Seeks Relevance on AI as U.S. and China Race Ahead” (September 22 NYTimes, A9) suggests there’s no sense that either superpower intends to slow down. The same article also elaborates on the U.N. Secretary General Antonio Guterres’s largely ignored hopes for international cooperation on AI, as well as on climate change and deepening global inequality. Furthermore, NYTimes, September 26 B1, reported that “Google is sending an experimental satellite into orbit with enough computing power to answer AI queries from space.”

  In this piece, I consider how Teilhard de Chardin’s life and work exemplify the following statement by Samuel Wells in the March 2024 issue of the National Catholic Reporter: “Some technological developments are healthy, some less healthy. The point is, the way we know whether they’re healthy is the extent to which they facilitate faith, hope, and love.  So AI is testing the church as to whether it truly believes that faith, hope, and love are what we’re made for.  What Christians need to assert and embody and enrich is the quality of their relationships with God, one another, and the creation. AI is showing us the difference between artificial love and real love.” 

When the EARTH planning team met in September 2026, we decided to focus our next issue on AI The chance arrival of the Teilhard texts soon after gave me an idea. I felt we might benefit from exploring Teilhard de Chardin’s deep wisdom about science and faith, both of which were so central to this topic for us. So I trusted this intuition and began exploring it.

Some may ask, “Who IS Teilhard de Chardin?”

In short:  Pierre Teilhard de Chardin (1881-1955) was a philosopher, paleontologist, and Jesuit priest who sought to integrate modern evolutionary science with Christian spirituality.   More fully:  He was ordained a priest in 1911 and served as a stretcher-bearer in the French Army during WWI, earning high military honors for bravery. He earned a Sorbonne doctorate in geology and spent decades as a paleontologist conducting fieldwork in China, where he was a co-discoverer of the famous 1929 Peking Man skull (Sinanthropus Pekinensis). Also a brilliant teacher and writer in Europe and later in Africa, he held progressive views on evolution and original sin that challenged traditional Church dogma. As a result, his Jesuit superiors took the extreme step of banning him from publishing his philosophical writings and from teaching theology during his lifetime.

Still a dedicated priest, he continued the work he felt called to: the unification of science and religion. He spent his last years in exile in the US, in NYC. He had bequeathed his writings to a friend to avoid Church jurisdiction, and they were all published soon after his death, including The Phenomenon of Man and The Divine Milieu, two of his most famous works. 

I learned from AI that Teilhard was introduced to early computers in 1950 and became fascinated by the idea of machines capable of processing human thought. Today, his philosophy is widely considered prophetic regarding the internet, global networks, and Artificial Intelligence.

Long before computers were a fixture of daily life, Teilhard argued that evolution did not end with biological humans. Instead, he believed human consciousness was on an unstoppable path toward a vast, interconnected global mind. Furthermore, his bold synthesis of science and faith later earned appreciation from prominent theologians and modern popes for anticipating holistic views on ecology, human unity, and cosmic spirituality. For example, Pope Francis made history by explicitly citing Teilhard in a papal encyclical—his 2015 ecological letter, Laudato si', noting his contribution to understanding the universe’s ultimate destination.

Eric Steinhart, a leader among “transhumanists,” also credited Teilhard as one of the first to envision the Internet. Steinhart declares in his article “Teilhard de Chardin & Transhumanism” that transhumanists advocate the ethical use of technology for human enhancement, but they have problems with Teilhard’s Omega Point Theory, which is deeply Christian.

So here is what I hope is a clear outline of several basic terms in Teilhard’s thinking,  

The Omega Point and the Noosphere:

In the Omega Point, Teilhard conceptualizes the growth of the universe as evolving through increasing complexity and consciousness toward its culmination in a final spiritual unity.  Before that could be achieved, however, he understood three stages of life on Earth:

geosphere (inanimate matter)

 biosphere (botanical life)

His training as a paleontologist and his experiences in the discovery and interpretation of Peking Man taught him about stages 1 and 2. Then, conceiving of human development as both a logical and a theological outgrowth of his training and experience, he arrived at the third stage, which he named the “Noosphere.” 

Noosphere, the ultimate and final destination of evolution. He predicted that human evolution would shift from biological change to the creation of a global web of interconnected thought and consciousness. It emerged from evolutionary complexity and links all human minds through communication, reflection, and social networks (another anticipation of the internet?).

Finally, Teilhard conceived the Omega Point as the ultimate destination of evolution.  Teilhard conceptualized it as the supreme point of maximum complexity and consciousness, where the universe becomes fully unified. Theologically, he identified this ultimate point of spiritual convergence as the cosmic Christ.

An AI Overview of comparisons and differences between “Technocentric” and “Teilhardian” visions:

The comparison between the technocentric vision of AI(often associated with transhumanism, dataism, and the technological singularity) and the Teilhardian vision (developed by Jesuit paleontologist Pierre Teilhard de Chardin) centers on evolutionary convergence.

While both visions predict that intelligence and consciousness will eventually unify into a global network (the technocentric "Global Brain" or the Singularity vs. Teilhard’s Noosphere), theologians and scholars raise profound criticisms when the two are equated.

The core theological criticisms highlight the irreconcilable differences between a purely materialist, technology-driven future and a grace-filled, Christocentric destiny. 

Summary of Differences

Theological Category

Technocentric Vision

Teilhardian Vision

Ultimate Goal

The Singularity (Digital Hive Mind)

The Omega Point (The Cosmic Christ)

Primary Driver

Human technology and computation

Divine Love and Grace

Human Personhood

Tends toward absorption/dissolution into data

Preserved and fulfilled through relationship

View of Death

A technical problem to be solved

A threshold of transformation through Christ

 

In further comparison, AI offers this helpful comparison of the Omega Point and the Technological Singularity.  “While both describe a looming, epochal flashpoint where human intelligence converges with something far greater, they stem from funda

The core distinction is simple: the Singularity is an exponential explosion of processing power and intelligence, whereas the Omega Point is a teleological convergence of love and consciousness, sometimes called “a species-wide enlightenment.”

Obviously, AI can be a helpmate as well as a contender for our minds’ and spirits’ understanding of our purpose on a rapidly changing Earth. As we dedicate ourselves to being keepers of the precious gifts of the natural world and of our understanding of its being and belonging to the Creator/Redeemer/Sustainer we worship, how may we live lives in understanding of Christianity as what he called “nothing more nor less than a ‘phylum of love’ within nature” (see Teilhard’s The Divine Milieu, p. 15)?

There is so much in Teilhard’s writing that urges us onward in love. In his “Pensées” in The Hymn of the Universe (1961, English, p. 145), he writes:

Only love can bring individual beings to their perfect completion as individuals by uniting them with one another, because only love takes possession of them and unites them by what lies deepest within them. Humanity, the spirit of the earth, the synthesis of individuals and peoples, the paradoxical conciliation of the element with the whole, of the one with the many: all these are regarded as utopian fantasies, yet they are biologically necessary; and if we would see them made flesh in the world, what more need we do than imagine our power to love growing and broadening till it can embrace the totality of men and of the earth? 

On the dedication page of Building the Earth (originally published in French as L'Avenir de l'homme), his words appear with his signature copied below. In recent weeks, the U.N. met but failed to address AI forthrightly. In a high-level meeting between Chinese leader Xi Jinping and U.S. President Trump in Washington, D.C., neither was willing to give up the race for “leadership” in AI Unfortunately, there is currently a strong reluctance to accept the prophecy Teilhard made much earlier:

The Age of Nations is past.

         The task before us now,

 if we would not perish,

            is to build the earth.

So I ask myself, my fellow Christians, and all who truly care for the earth, in the spirit of love, to work and pray for understanding. How can we build on Teilhard’s powerful example of loving faithfulness to follow a path of healing and building the earth in our own time before it is too late? 

Rather than lament the inadequacy of my own answers to this question, I am heartened to remember Teilhard’s magnificent “Mass on the Earth,” written first (of many reiterations in his lifetime) when he found himself without his “mass kit” during a scientific expedition in China’s Ordos Desert. This was on the feast of the Transfiguration, a feast for which he had a special love. In the “Offering” of the mass, undeterred by his great humility and wonder at God’s presence in the brilliance of the just-rising sun, he wrote (in Hymn of the Universe) a fitting conclusion to this writing:

“Receive, O Lord, this all-embracing host which your whole creation, moved by your magnetism, offers you at this dawn of a new day.                                                                                 

This bread, our toil, is of itself, I know, but an immense fragmentation; this wine, our pain, no more, I know, than a draught that dissolves. Yet in the very depths of this formless mass you have implanted—and this I am sure of, for I sense it—a desire, irresistible, hallowing, which makes us cry out, believer and unbeliever alike: ‘Lord, make us one’.”

                                                 # # # # #

(In late September 2026, I’ve been encouraging friends and neighbors to contact their Representatives to support the “AI Kill Switch Act,” H.R. 9917, which remains in the House committee process after a related Senate push was blocked. Hopefully, Congress will address it when it reconvenes on November 9. Note: 5calls.org is very helpful.)                                              

Teilhard de Chardin’s Books primarily consulted:     

The Phenomenon of Man, first published in English in 1959 by Wm. Collins Sons & Co. Ltd., London and Harper & Row, Pubs. Incorporated

The Divine Milieu, English translation copyright 1960 by Wm. Collins Sons & Co. Ltd., London and Harper & Row, Pubs. Incorporated

Hymn of the Universe, copyright 1965 in the English Translation by Wm. Collins Sons & Co., Ltd. London and Harper & Row Inc., New York.

Building the Earth, Dimension Books, Wilkes-Barre, Pa. 1965; first American edition, originally published by Editions du Seuil (Paris). This translation was made by Noël Lindsay, whose work was officially approved by the Assoc. of Friends of Teilhard de Chardin.

Nancy Corson Carter, professor emerita of humanities at Eckerd College, has published THREE poetry books, Dragon Poems The Sourdough Dream Kit, and A Green Bough: Poems for Renewal (most recent) and three poetry chapbooks. Some of her poems, drawings, and photos appear in her nonfiction book, Martha, Mary, and Jesus: Weaving Action and Contemplation in Daily Life, and in her memoir, The Never-Quite-Ending War: a WWII GI Daughter's Stories.

Ecosystem Thinking and AI

 



by Mark Douglas

Ask Gemini to create an image of the word “ecosystem” and it is likely to produce a still-life: wild animals in a bucolic setting of rocks, trees, and water beneath blue skies. Ask Gemini to create an image of the phrase “AI ecosystem” and it is likely to produce an image of the “cloud”: electrons whizzing through and between circuits of data chips with a ghostly image of a humanoid robot face or hand benevolently and all-but-passively guiding them.

Both images are lies. One problem is that static images cannot convey dynamic processes—and both ecosystems and AI are dynamic.  Another is that Gemini, unsurprisingly, favors some organisms (the so-called “charismatic megafauna”) and excludes others. Most of the organisms that make life in an ecosystem possible are invisible: hidden, microscopic, or offstage. Then there is a final falsehood promoted by most images of ecosystems: the exclusion of human beings and their effects from those images. But there are simply no parts of the world that human beings and their stuff have not touched.  Any image of any part of any ecosystem on Earth that doesn’t include humans and their impacts is a lie.

The same lies that afflict images of natural ecosystems beset images of AI ecosystems. Such images fail to reproduce the dynamism of AI systems and the myriad forces and energies at work powering AI and its products. They favor some ways of seeing and things to see over others. They ignore the fact that there are politics to AI, determined as its functions are by algorithms that are neither value-neutral nor purposeless. And even where those images display something human-looking, they replace the uniqueness of human faces and bodies with reproducible and simplified facsimiles of such things.

Those reproducible and simplified facsimiles point towards a problem with many contemporary discussions of AI: they treat it as ethereal and noncorporeal. But AI ecosystems are not ethereal and noncorporeal.

AI is neither disembodied nor separable from its impacts on bodies. The lithium used for the batteries necessary to use AI is mined around the world, including from places like Congo, Mongolia, and Indonesia. The rare earth metals (lanthanum, cerium, terbium, yttrium, etc.) used in the creation of processers and circuits of computers as well as componentry of modern communication systems like fiber-optic cables, communications towers, and satellites, are mined widely but often in politically fragile systems. AI is composed not simply of algorithms, but of elements--and getting those elements from inside the earth into computers took countless human beings (many of them working in oppressive conditions) and extraordinary amounts of energy (mostly produced from burning fossil fuels), leaving behind vast scars on the earth (despoiling the natural ecosystems in those areas).

Further, AI systems require huge volumes of coolant—mostly water—to keep those systems, especially their data centers, from overheating. Since these data centers require lots of land and ease of access to infrastructure and because they can be so noisy, they are often located in deserts and other rural areas: the very places where water is scarce or needed for other purposes. Water used to cool a computer is water not being used to irrigate a crop or maintain hygiene—and, again, moving water, like moving rare earth metals, takes energy.

Then there is the sheer amount of energy used to power AI. The production, storage, and dissemination of data takes energy—and AI relies on (and produces) a lot of data, even compared to other tech systems.  Energy consumption by data centers had doubled by 2023, by mid-2024, 4.4% of all energy used in the U.S. went to data centers and, at current rates of growth, by 2028, “AI alone could consume as much electricity annually as 22% of all US households.”[1] 

All these environmental costs are borne not just by the non-human natural world, but by human beings who are and will be living with their consequences, whether in the form of polluted communities, politically precarious governance systems, diminished access to basic human resources like water, or the increasing range of poor-health consequences due to climate change. Moreover, these consequences are not borne equally by all persons: the most deleterious effects are borne by the most vulnerable persons.

All of which returns to questions about artificial intelligence and ecosystem thinking. Its very potency, utility, and transformative potential mean AI is going to be used and its use is going to cause harm to ecosystems. The inevitability of such use makes moral questions about whether to use AI unhelpful. We will, increasingly, turn to AI in order to make our lives better (or at least different).

Instead, placing our use of AI within ecosystem thinking should prioritize certain types of concerns and actions:

·        Recognize the harm that our use of AI does to the nonhuman natural world.

·        Recognize this harm means that we should include attention to such harm in the ways that we describe and promote it and as we shape policies and markets around it.

·        Address the environmental costs for using AI by including obligations towards reparative justice in our use of it.

·        Harness AI to sift through the massive amounts of data that need to be taken into account when calculating the types and amounts of harm done to the nonhuman natural world by human beings and by AI. Indeed, given the volumes of data used in climate modeling, AI could prove a vital tool in our response to climate change. 

·        Seek to lessen AI costs by pursuing technologies that reduce the environmental load associated with artificial intelligence.

What will it look like if and as these and other suggestions are implemented? That may be hard to say. We are working in strange new territories as we simultaneously engage powerful and novel technologies and also address a natural world that is changing in ways unlike any in recorded human history. We do, though, have a pretty good sense of what will happen if we do not attend to the impacts of AI on the nonhuman—and also the human—natural world. Those are costs that even AI would say we should avoid.

Mark Douglas is the J. Erskine Love Professor of Christian Ethics at Columbia Theological Seminary



[1] James O’Donnell and Casey Crownhart, “We did the math on AI’s energy footprint. Here’s the story you haven’t heard.” MIT Technology Review (2025). Available at https://www.technologyreview.com/2025/05/20/1116327/ai-energy-usage-climate-footprint-big-tech/. Accessed on Sept. 18, 2025.

AI: Savior or Villain?

 


by Eric Diekhans 

AI is the genie that can’t be put back in the bottle. Despite growing opposition to data centers and fears that AI will cause massive job losses and could even end humankind, the march toward an AI future seems unstoppable; we can only guide it, not stop it.

We’ve been in this boat before. Petroleum-based energy once seemed like a miracle of the modern world. In many ways, it was. It ended our reliance on horses. It enabled a massive increase in agricultural production. It was the fuel that literally gave us wings, enabling air travel and space flight. Few people foresaw the devastating effects of burning fuel on our planet. We are not as ignorant today, yet we keep rushing forward, embracing new technology while ignoring its environmental costs.


AI’s Benefits to the Environment

Despite our climate-change-denying government, scientists are generating vast amounts of data on climate change and its environmental effects. Climate simulations once required supercomputers running for weeks or even months. AI emulators can now run the same simulations on a single processor in hours, producing more data while consuming much less energy.

AI can quickly analyze regional climate models and focus on the impacts of climate-related events, such as floods and heatwaves, at a hyper-local level, enabling better forecasting. It can integrate models and identify nonlinear patterns in satellite and historical data to more accurately track and predict ocean-atmosphere interactions, such as El Niño cycles.

AI can improve grid resilience by enhancing wildfire and extreme-storm hazard analysis and helping ensure safe operations. AI can also help produce cleaner fuels, such as those from fusion technology, by improving their predictability and yield. AI can generate better wind energy forecasts, increasing the value of wind energy output.

AI is also important for monitoring deforestation, a leading cause of climate change. In Brazil, the Rainforest Connection uses AI-enabled acoustic sensors to detect chainsaw sounds linked to illegal logging. AI-powered machine learning models can analyze large datasets to improve future climate predictions. AI can also enhance climate models, enabling increasingly precise predictions about climate change and its impacts.

AI can help farmers increase yields by analyzing data to show them where and when to plant, how much fertilizer to use, and when to harvest. AI can also better predict rainfall and drought. It can even operate high-efficiency, driverless tractors.

 

AI’s Environmental Costs

 As many of us already know, AI also has serious negative environmental consequences. It uses huge amounts of water and electricity. AI already consumes as much electricity as the entire nation of Japan, and that consumption will double in the next two years. 

AI data centers use large amounts of water to cool massive server racks that generate intense heat. They run 24 hours a day, 7 days a week, leaving no opportunity for overnight or seasonal shutdowns. Most data centers use open-loop evaporative systems, in which water absorbs server heat and evaporates, requiring a continuous supply of fresh water. This water demand especially affects already water-stressed areas.

Data centers also require a massive amount of land, often taking valuable farmland out of production.

The bottom line is that even with a potential ten percent improvement in energy efficiency from AI, doubling the number of data centers to meet AI demand will increase global greenhouse gas emissions by 80 percent.

While AI offers many benefits, without responsible leadership as it expands, its devastating effects on the planet will far outweigh those benefits.

 

Eric Diekhans’ fiction has appeared in numerous magazines and the anthology Uncensored Ink. He is the recipient of a local Emmy for Children’s Television and an Illinois Arts Council Fellowship in screenwriting, and was a 2026 Writer in Residence at Write On, Door County. He is a member of Lake View Presbyterian Church in Chicago. (www.ericdiekhans.com)

Monday, August 3, 2026

Una historia «breve» de la campaña de desinversión en combustibles fósiles en la PCUSA

 Por Fred Milligan, co-facilitador del Comité de Incidencia del PEC


El 23 de junio, mediante una votación a viva voz unánime dentro de la «agenda de consentimiento» y sin debate —y tras una votación en comité de 50 a 13—, nuestra denominación decidió instar a nuestras entidades inversoras a desinvertir en todas las acciones de empresas de combustibles fósiles. Este ha sido un proceso de 15+ años. El presente documento busca destacar los momentos, actores y acciones clave que nos han llevado a este punto.


2011: Tras la decisión de la Iglesia de Suecia en 2009 de comenzar a desinvertir en acciones de combustibles fósiles, activistas climáticos y estudiantes universitarios de Estados Unidos —en Virginia Occidental y otros lugares— empezaron a prestar atención. El grupo 350.org, liderado por Bill McKibben, amplificó estas acciones locales lanzando una iniciativa de desinversión a nivel nacional.


2012: La gira «Do The Math» (Haz los cálculos) de McKibben, que incluyó 21 paradas por todo el país, instó a universidades, instituciones religiosas y fondos de pensiones a liquidar sus acciones en combustibles fósiles para estigmatizar a la industria y acelerar la transición hacia energías limpias. Inspirados por la parada de la gira en Palo Alto, California, el 10 de noviembre, el equipo «Cool Planet» de la Primera Iglesia Presbiteriana de Palo Alto comenzó a redactar lo que se convertiría en la primera propuesta presbiteriana (conocida como *overture*), que solicitaba una desinversión categórica en combustibles fósiles.


2013: Tras conocer la iniciativa de desinversión en la manifestación «Forward on Climate» (Avanzar por el Clima) celebrada en febrero, Presbyterian environmental activists Dan Terpstra y Wil Howie contactaron a Rebecca Barnes, del Programa Presbiteriano contra el Hambre (Presbyterian Hunger Program), quien los puso en contacto con abby mohaupt y el grupo de Palo Alto. Ellos, junto con otras personas, perfeccionaron el borrador de la propuesta y comenzaron a desarrollar la red nacional que más tarde se convertiría en «Fossil Free PCUSA».


2014: El Presbiterio de Boston y el recién formado grupo «Fossil Free PCUSA» presentaron la primera propuesta de desinversión —respaldada por una docena de adhesiones de otros presbiterios— ante la Asamblea General de ese año. Tras un debate muy reñido, el comité correspondiente en la asamblea, decidió por 30 votos a favor y 29 en contra, remitir el asunto al Comité de Misión, Responsabilidad e Inversión (MRTI) (el agencia denominacional para evaluar los valores de las empuestas en que la denominacion teine inversiones), para su consideración mediante sus procedimientos habituales de diálogo e interacción. Miembros del comité presentaron un informe de minoría ante el pleno y, tras un extenso debate, este fue rechazado en favor de la decisión original del comité de remitir el asunto al MRTI. 


En la imagen: (de izquierda a derecha) Defensores de la propuesta de 2014: Susan Chamberlain, Sue Smith, Dan Terpstra, Megan Gregory, abby mohaupt, Paul Henschen, Peter Anderson, Rob Mark, Pam McVety, Jacob Bolton.


2016: El Presbiterio de San Francisco y «Fossil Free PCUSA» presentan su propuesta ante dicha Asamblea General, contando con el respaldo de 29 presbiterios adicionales; la iniciativa logra superar la fase del comité por un estrecho margen de 31 votos a favor frente a 25 en contra. En un informe de minoría presentado por MRTI, se propone y adopta una resolución alternativa, que prioriza la «trayectoria demostrada de los procesos de diálogo e incidencia del MRTI». Ese mismo año, el PEC galardonó a la iglesia First Pres de Palo Alto por su labor en materia de desinversión.


2018: El Presbiterio de Hudson River y «Fossil Free PCUSA», que para entonces recibía apoyo organizativo de la Presbyterian Peace Fellowship, presentan una propuesta ante la Asamblea General respaldada ahora por cuarenta (40) presbiterios, la mayor cantidad de apoyos jamás registrada para una sola propuesta ante una asamblea general. Aunque el comité de la Asamblea General aprueba una versión modificada de la propuesta, el pleno vota a favor de sustituirla por un informe de minoría respaldado por MRTI y la Junta de Pensiones, el cual elimina la opción de desinversión total. Posteriormente, esta resolución alternativa se modifica para exigir un diálogo focalizado y establecer plazos de actuación respecto a cinco empresas específicas: ExxonMobil, Chevron, Marathon Petroleum, Phillips 66, Valero Energy.


2020: La Asamblea General no se reúne debido a la pandemia de COVID. Sin embargo, en los preparativos previos a la Asamblea General del 2020, el Presbiterio de Monmouth y «Fossil Free PCUSA» logran el patrocinio y la adhesión de treinta presbiterios para su propuesta, titulada simplemente «Sobre la desinversión en combustibles fósiles». La decisión sobre esta propuesta se pospone para la asamblea del 2022.


2022: MRTI propone a la Asamblea General la desinversión en las cinco empresas (arriba), pero la propuesta de desinversión total derivada de la asamblea del 2020 (ENV-07) vuelve a ser rechazada. Se logra otra pequeña victoria gracias al dictamen de asesoramiento y consejo del Comité Asesor Sobre Políticas de Testimonio Social (en Ingles, ACSWP), presentado originalmente a la Asamblea General de 2020, junto con su declaración «Invertir en un futuro verde», en el que se respalda la aprobación de la propuesta ENV-07 y la desinversión total que esta plantea. Su planteamiento específico es que la medida de desinversión total en combustibles fósiles representará…


«una declaración ética de que, como denominación cristiana, comprendemos nuestro llamado —desde el Génesis— a cuidar la Creación. Invertir en combustibles fósiles es también una cuestión de equidad: la contaminación tiene un efecto más perjudicial en las comunidades vulnerables y marginadas». Y añaden: «Creer que es posible una economía sin combustibles fósiles puede comenzar por desinvertir en aquellas empresas que los suministran».


El año 2022 resultó ser un momento decisivo en el proceso de desinversión: el PEC redactó su primera propuesta formal sobre el tema, mientras que muchos de los que anteriormente participaban en la «Fossil Free PCUSA» se retiraban de la lucha. Sin embargo, ninguna de las dos propuestas —ni la redactada por el PEC y patrocinada por el Presbiterio de Susquehanna Valley (ENV-08), ni la mencionada anteriormente (ENV-07)— fue aprobada. En su lugar, el comité de la Asamblea General, con la colaboración del personal y los miembros de la junta de MRTI y del personal de la Junta de Pensiones, combinó elementos de ambas propuestas de desinversión en una nueva medida. Esta creó una declaración general de preocupación por el ambiente y el uso de combustibles fósiles, afirmando…


«Debemos avanzar hacia un estilo de vida libre de combustibles fósiles, tanto en el ámbito financiero como en nuestra vida cotidiana».


Para el 2024, el PEC había asumido el liderazgo de la iniciativa de desinversión en combustibles fósiles (iniciada en 2022) y se había volcado de lleno en ella a finales del 2023, redactando y distribuyendo Se presenta una nueva propuesta de desinversión ante la 226 Asamblea General en Salt Lake City. Con el respaldo de diecisiete presbiterios, existe nuevamente un apoyo significativo en toda la iglesia a la postura defendida sistemáticamente desde 2014, la cual también se vio reflejada en el comentario de la ACSWP de 2020/2022 citado anteriormente.


Sin embargo, a pesar de que la ACSWP decide retirar el apoyo a la desinversión que había manifestado en 2020/2022, y de que persiste la oposición de algunos grupos de defensa de causas, la propuesta —junto con las recomendaciones de desinversión del personal y la junta directiva del MRTI respecto a empresas sin vínculos con combustibles fósiles— supera el trámite en comisión sin modificaciones. Esto ocurre paralelamente a la presentación de un informe del MRTI que, según aseguran los moderadores de la comisión, ha sido debidamente enmendado para eliminar cualquier conflicto entre ambos asuntos.


Cuando la medida llega a la sesión plenaria, se aprueba con una amplia mayoría de votos a favor por parte de los comisionados. No obstante, tras el receso para el almuerzo, el moderador de la Comisión de Justicia Ambiental informa a la asamblea que la propuesta aprobada por la mañana es incompatible con la versión del informe del MRTI que había sido aprobada por la comisión y que, por tanto, se requieren más enmiendas. Durante el debate subsiguiente, se reconsidera la propuesta de desinversión aprobada en la sesión matutina y se rechaza en favor de una enmienda al informe del MRTI que añade diez empresas de combustibles fósiles a la lista de desinversión inmediata. El resultado es similar al obtenido en 2018, salvo que esta vez la decisión implica una desinversión inmediata, eludiendo así el proceso de diálogo y compromiso previo. Aun así, el impulso para lograr una desinversión total en combustibles fósiles se ve frustrado una vez más. Esta es la Asamblea General que solicitó la creación de un grupo de trabajo para proponer «actualizaciones» a los criterios de desinversión establecidos en 1984. El informe de dicho grupo de trabajo, presentado en 2026, fue aprobado por unanimidad y refuerza la disposición ya existente en la política sobre la desinversión categórica o «a nivel sectorial».



En la imagen: el Rev. Fred Milligan —co-facilitador del Comité de Incidencia de PEC y defensor de la propuesta — y Drew Hill —delegado joven (YAAD) que formó parte del Comité de Justicia Ambiental— aparecen en una fotografía tomada poco después de que el Pleno de la Asamblea aprobara la propuesta de desinversión categórica (ENV-02) durante la 226.ª Asamblea General en el 2024.


Ante la retirada del gobierno de EE. UU. de los Acuerdos de París de la Convención Marco de las Naciones Unidas sobre el Cambio Climático (CMNUCC) y del proceso anual de la COPs, la creciente desacreditación de la ciencia climática y otras numerosas medidas, en el país comienzan a soplar vientos políticos de resistencia generalizada frente al negacionismo climático. Si bien la Iglesia lleva décadas reconociendo que el cambio climático es real y de origen humano, muchos están convencidos de que existe un «negacionismo de la urgencia» arraigado en el compromiso con un proceso de participación exasperantemente lento. Este sentimiento es especialmente fuerte entre los miembros más jóvenes. A principios del 2025, el Comité de Incidencia de PEC, con el apoyo del Comité Directivo de PEC, inició la organización de lo que pronto se denominaría *Creation Action Network of Presbyterian Young Adults* (CANOPY, o Red de Acción por la Creación de Jóvenes Adultos Presbiterianos), con el objetivo de dar a este sector de la membresía de la Iglesia una voz más fuerte en el debate sobre cómo abordar las cuestiones de justicia climática y ambiental. El equipo encargado de desarrollar la siguiente propuesta integró las tres vertientes de la iniciativa hasta la fecha: Pam McVety, del antiguo grupo «Fossil Free PCUSA» ; Fred Milligan, de PEC; y Drew Hill, de CANOPY.


Este equipo comenzó a celebrar consultas periódicas con el personal y la nueva dirección de MRTI, con el personal y los miembros de los Grupos de Incidencia y con miembros de ACSWP. Aunque dichas reuniones transcurrieron en un ambiente cordial, no había indicios del nivel de oposición —si es que la habría— que podrían encontrar luego en la Asamblea. El equipo siguió escuchando preocupaciones sobre la necesidad de que cualquier petición de desinversión a nivel sectorial (es decir, categórica) se planteara de manera que fuera «viable» para nuestros fiduciarios, quienes habían creado numerosas barreras para dicha implementación.


Para gran sorpresa de los defensores de la desinversión, ACSWP decidió una vez más recomendar la aprobación de las recomendaciones de desinversión contenidas en la propuesta. Además, presentan voluntariamente una declaración de principios matizada en forma del documento titulado «Intención, efecto y premura: orientación ética sobre los combustibles fósiles», en el que se aboga por el rápido retiro de las inversiones en combustibles fósiles. A diferencia de lo ocurrido en Asambleas Generales anteriores, ninguno de los grupos de defensa (*Advocacy Groups*) opta por presentar comentarios y, lo que quizá sea más importante, MRTI declara ante el comité de la asamblea, que la propuesta de desinversión no entra en conflicto con sus propias recomendaciones.


Tras introducirse solo un par de enmiendas menores y de carácter amistoso, la propuesta se aprueba por 50 votos a favor y 13 en contra; posteriormente, se incluye —junto con el resto de los asuntos del Comité de la Asamblea General, se llamen,Justicia climática y ambiental, (CLJ en Ingles,)— en la agenda de aprobación por consenso del Pleno, donde se ratifica mediante votación a viva voz durante la primera sesión de trabajo. Surge cierta inquietud por la tarde, antes de comenzar la sesión, cuando el *Presbyterian Peace Fellowship* (PPF) hace un llamado para rechazar el informe de MRTI; sin embargo, tras consultar a los líderes de PEC/CANOPY y de la PPF, y después de que la dirección de MRTI emitiera una declaración de apoyo a la propuesta y PEC/CANOPY garantizara su respaldo al informe de MRTI, la PPF retiró su petición. Y el resto, como suele decirse, es historia.


Queda por ver con qué rapidez actuarán nuestros fiduciarios. El procedimiento actual exige que MRTI investigue y presente la lista de empresas en la próxima asamblea, pero el calendario de la propuesta permite escalonar la desinversión a lo largo de cuatro años o más, tal como dicta la «responsabilidad fiduciaria». Afortunadamente, el comité modificó la propuesta para exigir que tanto MRTI como los fiduciarios, presenten informes en las dos próximas asambleas indicando el ritmo de los avances.


Queremos expresar nuestro agradecimiento especial a la *Presbyterian Peace Fellowship* por todo lo que ha aportado a esta iniciativa a lo largo de los años y hasta la más reciente Asamblea General, incluida la concesión del premio «Peaceseeker Award» de 2025 a PEC, por nuestra labor en materia de desinversión y por impulsar la creación de CANOPY.


A continuación, presentamos una «lista provisional» de las personas que han trabajado arduamente a lo largo de los años para promover la desinversión en combustibles fósiles dentro de la PCUSA. ¡Por favor, avísennos si falta alguien que debamos incluir!