This image of Earth was assembled utilizing tens of countless images from the Copernicus Sentinel-2 mission. Thanks to the satellite period, we are much better put to comprehend the intricacies of our planet, especially with regard to global change. Todays satellites are used to address essential to understand how Earth works as a system and how natural procedures are altering under the pressure of human activity. Satellites also offer necessary info for daily applications such as to enhance agricultural practices, for maritime safety and to help when natural catastrophes strike. Credit: Contains modified Copernicus Sentinel information (2019– 20), processed by ESA and cloud layer from NASA
Do our minds set us apart from the rest of nature and from the rest of Earth? Or does Earth have a cumulative mind of its own, and were merely part of that mind?
A new thought experiment explores it more deeply, and while theres no firm conclusion about humankind and a planetary mind, just thinking about it welcomes minds to reevaluate their relationship with nature.
Overcoming our difficulties needs a much better understanding of ourselves and nature, and the same holds true for any other civilizations that make it past the Great Filter.
Were so wise were taking actions to secure Earth from the type of disastrous effect that wiped out Earths previous tenants, the dinosaurs. The radiations that pour upon the Earth trigger the biosphere to take on homes unidentified to lifeless planetary surfaces, and hence transform the face of the Earth.”.
Without the “cumulative intelligence” of the biological world, the Earth would not be habitable.
Now in our short time on Earth, weve developed innovation, which is the most effective expression of our collective planetary intelligence. Its the mature technosphere, and in a mature technosphere, our technological intelligence benefits the Earth.
In a self-described “thought experiment,” University of Rochester astrophysicist Adam Frank and associates David Grinspoon at the Planetary Science Institute and Sara Walker at Arizona State University use clinical theory and more comprehensive concerns about how life changes a planet, to posit four phases to describe Earths past and possible future. Credit: University of Rochester illustration/ Michael Osadciw
Humanity is quite happy with itself often. Weve constructed a more-or-less international civilization, weve cleaned out lethal illness, and weve traveled to the Moon. Were so smart were taking steps to protect Earth from the kind of calamitous impact that wiped out Earths previous occupants, the dinosaurs. However thats just one viewpoint.
Another viewpoint says that were still primitive. That billions of us are in the grip of ancient superstitious notions. That nuclear war haunts us like a specter. That tribalism still drives us to do dreadful animalistic things to one another. That were not wise sufficient to manage our own technological advancement.
Both point of views are similarly valid. All that can really be said is that were not as primitive as we utilized to be, however were nowhere near as mature as we need to be if we want to continue beyond the Great Filter.
The Juno spacecraft took this image of Earth throughout a gravity help flyby of our world in 2013. The truth that we can make a spacecraft take a photo of our home world is an indication of intelligence.
Can we come up with a way to discuss what stage were at in our development? The authors of a new short article believe they can. And they believe we can only do that if we consider Earths planetary history, the cumulative mind, and the state of our technology.
This trio of scientists wrote the brand-new short article in the International Journal of Astrobiology. Its titled “Intelligence as a planetary scale process.” The authors are Adam Frank from the University of Rochester, David Grinspoon from the Planetary Science Institute, and Sara Walker from Arizona State University. The short article is a thought experiment based on our scientific understanding of Earth alongside questions about how life has changed and continues to modify the world.
Human beings tend to think of intelligence as a property coming from individuals. Its also a residential or commercial property belonging to collectives. Social bugs utilize their collective intelligence to make choices. The authors take the idea of intelligence even further: from specific intelligence to collective intelligence, to planetary intelligence. “Here, we broaden the idea of intelligence as a collective residential or commercial property and extend it to the planetary scale,” the authors compose. “We consider the methods which the look of technological intelligence may represent a kind of planetary-scale shift, and hence might be seen not as something which happens on a world but to a planet, much as some designs propose the origin of life itself was a planetary phenomenon.”
Weve divided Earths life forms into species. We acknowledge that development drove the development of all these types. Are we missing something in our urge to categorize? Is it more right to see life as planetary instead of as individual species? Types didnt suddenly appear; each one appeared in an ongoing chain of evolution. (Except for the initial species, whose origins remain in secret.) And all species are linked together in the biosphere. Its often explained that Earth is a bacterial world and the rest people are only here due to the fact that of bacteria.
Its worthwhile to remember the work of Vladimir Vernadsky. Vernadsky was a crucial founder of biogeochemistry. Wikipedia defines biogeochemistry as “… the scientific discipline that includes the research study of the chemical, physical, geological, and biological processes and reactions that govern the composition of the natural environment (including the biosphere, the cryosphere, the hydrosphere, the pedosphere, the environment, and the lithosphere).
Vernadsky saw that the biosphere system is highly linked to the Earths non-living systems. Its hard to understand the biosphere without taking a look at how its connected with other systems like the atmosphere. The linkage enables the biosphere to shape Earths other “spheres.”.
Vernadsky wrote: “Activated by radiation, the matter of the biosphere collects and redistributes solar power and converts it ultimately into free energy efficient in doing work on Earth. A new character is imparted to the planet by this effective cosmic force. The radiations that pour upon the Earth trigger the biosphere to handle homes unknown to lifeless planetary surfaces, and hence transform the face of the Earth.”.
In their short article, the authors point out how organisms altered Earths biosphere. It not only altered the course of evolution, but it also changed the very geology and geochemistry of the world. The authors compare the cumulative activity of photosynthetic organisms to collective intelligence.
This figure from the article shows multi-level networks as a home of planetary-scale operation of intelligence. Each layer of the coupled planetary systems constitutes its own network of chemical and physical interactions. The technosphere includes an extra layer of networked procedures such as industrial-scale farming, making byproducts and energy generation.
” Making sense of how a planets intelligence may be defined and comprehended helps shine a little light on humanitys future on this planet– or do not have thereof,” they compose. “If we ever wish to survive as a types, we should use our intelligence for the greater good of the world,” said Adam Frank.
That wont come as a shock to Universe Today readers.
The authors explain how collective activity alters the world. They base their experiment partly on the Gaia hypothesis, which says that the Earths non-biological systems– geochemistry, plate tectonics, the environment, the oceans– interact with living systems to maintain the entire planet in a habitable state. Without the “cumulative intelligence” of the biological world, the Earth would not be habitable.
The authors utilize an example from forests to illustrate the point.
Earths terrific forests could not exist without the network of mycorrhizal fungis that live below ground. Tree roots engage with the network and the network moves nutrients around in the forest. The fungi get carbon in return. Without this network, the trees could not endure, and no great forests would emerge.
Mycorrhizal fungis remain in a cooperative relationship with plants. The relationship is generally mutualistic, the fungus providing the plant with water and minerals from the soil and the plants supplying the fungus with photosynthesis items. Parasitic organisms are also part of the network. Image Credit: By Charlotte Roy, Salsero35, Nefronus– CC BY-SA 4.0.
Now in our brief time on Earth, weve established innovation, which is the most powerful expression of our cumulative planetary intelligence. What does that mean for Earth?
The authors discuss four stages of Earths advancement and how we can comprehend the idea of collective planetary intelligence as those stages develop.
” Planets progress through immature and mature stages, and planetary intelligence is a sign of when you get to a fully grown planet.”– Adam Frank, co-author, “Intelligence as a planetary scale process.”.
The first stage is an immature biosphere. Billions of years ago the Earth was an immature biosphere. The only lifeform was bacteria, which could not put in much force in the worlds planetary systems. There was no crucial global feedback between life and the planet since of this. There was no collective intelligence.
Photosynthesis oxygenated Earths atmosphere and an ozone layer established. Life was making the Earth more congenial and stable for itself. This is the cumulative planetary intelligence the authors are talking about.
Earths immature biosphere and mature biosphere phases. The fully grown biosphere phase was only possible once photosynthetic organisms produced feedback with Earths non-biological processes, oxygenating the atmosphere and producing an ozone layer. Credit: University of Rochester illustration/ Michael Osadciw.
The 3rd phase is where were at now, according to the authors. We reside in an immature technosphere of our own creation. Our interaction, transport, electrical, and governmental networks are progressively connected into a technosphere. A fast scan of headings in consumer tech media demonstrates how we can get a little ecstatic about what weve created as a types (Meta, anybody?) However its sensible not to get too delighted. Why?
Our immature technosphere mainly ignores its impact on the Earths atmosphere, oceans, and the biosphere in general. The risk is that this technological immaturity will force the Earths systems into a state that endangers the technosphere itself.
Its the fully grown technosphere, and in a fully grown technosphere, our technological intelligence benefits the Earth. Technological farming will enhance the Earths soil systems rather than deteriorate them. Well use our innovation to develop cities that co-exist with natural systems rather than dominating them.
Earths immature technosphere and fully grown technosphere stages. The fully grown technosphere stage will be possible when we utilize our technology to preserve Earths life-supporting systems instead of to degrade them. Credit: University of Rochester illustration/ Michael Osadciw.
” Planets progress through immature and mature phases, and planetary intelligence is a sign of when you get to a mature planet,” Frank states in a press release. “The million-dollar concern is figuring out what planetary intelligence appears like and means for us in practice because we dont know how to relocate to a fully grown technosphere yet.”.
In a mature technosphere, systems would interact in equally useful methods, like the trees and the mycorrhizal network in forests. A network of feedback loops both natural and technological would work smartly to maintain habitability. This would be a completely brand-new arrangement, and the complexity would permit new capabilities to emerge. The emerging abilities are one trademark of a fully grown technosphere. Another is self-maintenance.
This figure from the article is a schematic representation of the advancement of coupled planetary systems in terms of degrees of planetary intelligence. The authors propose 5 possible residential or commercial properties needed for a world to show cognitive activity running across planetary scales (i.e. planetary intelligence). These are: (1) introduction, (2) dynamics of networks, (3) networks of semantic details, (4) appearance of complicated adaptive systems, (5) autopoiesis. Different degrees of these homes look like a world progresses from abiotic (geosphere) to biotic (biosphere) to technologic (technosphere). Credit: Frank et al. 2022.
” The biosphere found out how to host life by itself billions of years ago by creating systems for moving nitrogen and transferring carbon,” Frank says. “Now we have to determine how to have the very same kind of self-maintaining characteristics with the technosphere.”.
There are some signs that were searching towards a mature technosphere, however theyre mostly crisis-driven. In 1987, we prohibited the ozone-harming class of chemicals called chlorofluorocarbons (CFCs) after scientists found a hole in the ozone layer. Acid rain is triggered by sulfur dioxide and nitrogen dioxide and weve developed worldwide arrangements to limit them after scientists discovered that acid rain damages soil, trees, fish, and other aquatic animals. DDT was utilized to eliminate insects and malarial mosquitoes but lots of countries prohibited their usage when scientists found that it persisted in the environment and resulted in population decreases in birds of victim, to name a few biosphere-harming impacts.
This figure from the short article reveals timescales for interventions at different proposed levels of planetary intelligence. For so-called fully grown biospheres, feedbacks or interventions happen throughout a series of timescales from decades (DMS (( dimethyl sulphide) ocean temperature policy) to countless years for CH4 climate guideline. For immature technospheres where the feedbacks or interventions are unintentional, timescales occur on years to century timescales. For mature technospheres interventions are deliberate and created to keep the sustainability of both the biosphere and the technosphere as a coupled system. Ozone replenishment and climate mitigation would happen on years to century timescales while intentional modifications in outstanding advancement (if possible) would specify the longest timescales at tens to hundreds of countless years. Credit: Frank et al. 2022.
So theres been some development towards planetary intelligence. Those successes are mostly corrections to previous bad habits. Can we be more proactive?
Were developing systems to detect, brochure, and deflect hazardous asteroids that pose a crash threat with Earth. NASA and the ESA are working on planetary defense, and NASA introduced an innovation presentation objective in 2021.
A few of these efforts are heartening, but we have a long ways to go, and this idea experiment can assist us think more plainly about it. “We dont have planetary intelligence or a mature technosphere yet,” Frank said. “But the entire purpose of this research is to point out where we should be headed.”.
Are the development of planetary intelligence and a fully grown technosphere hallmarks of civilizations that make it past a “Great Filter?” Perhaps. That concept dovetails with Franks other work in the look for alien technosignatures on distant exoplanets.
” Were stating the only technological civilizations we may ever see– the ones we ought to anticipate to see– are the ones that didnt eliminate themselves, suggesting they should have reached the phase of a real planetary intelligence,” he states. “Thats the power of this line of questions: it joins what we require to understand to survive the environment crisis with what may happen on any planet where life and intelligence evolve.”.
For we lifeforms on Earth at this time, Anthropogenic Global Warming is the most significant risk to a sustainable biosphere. While we can dispute what it is about our types that drives us to desire more things, take in more stuff and develop more pollution, the debate about AGW itself is over. Its occurring and were triggering it.
There are some twinkles of planetary intelligence flickering on the horizon. Weve got a long method to go. Will we become intelligent adequate to make it past the climatic Great Filter?
Originally published on Universe Today.
For more on this topic, checked out Planetary Intelligence: Can a Planet Have a Mind of Its Own?
