Beyond the Tribal Marker: The Real Arithmetic of Climate Change

Into the Night wrote:

IBdaMann wrote:

Into the Night wrote:So they retrench into their religion (like Robert does), or finding they are unequipped to discuss science or mathematics, run for it (like Patricio did), to try to find some kiddie pool where they can enjoy their echo chamber.

Did you notice how Robert frames his congregation's scientific illiteracy as his congregation somehow being the VICTIM! of a violent RAPE! in which we REPEATEDLY ATTACK them with DEMANDS that they discuss science and define their terms?

Most four-year-olds I know pout and whine far less than Robert and his ilk.

I gotta agree with you there!

Im a BM wrote:

Into the Night wrote:

IBdaMann wrote:

Into the Night wrote:So they retrench into their religion (like Robert does), or finding they are unequipped to discuss science or mathematics, run for it (like Patricio did), to try to find some kiddie pool where they can enjoy their echo chamber.

Did you notice how Robert frames his congregation's scientific illiteracy as his congregation somehow being the VICTIM! of a violent RAPE! in which we REPEATEDLY ATTACK them with DEMANDS that they discuss science and define their terms?

Most four-year-olds I know pout and whine far less than Robert and his ilk.

I gotta agree with you there!

And GOOD RIDDANCE to that Marxist, warmazombie, religious nutcase, scientifically-illiterate FRAUD who started this thread! Right?

We don't want any new members around here if they DENY SCIENCE!

"Your religion is stupid." - IBdaMann

Into the Night wrote:

Im a BM wrote:

Into the Night wrote:

IBdaMann wrote:

Into the Night wrote:So they retrench into their religion (like Robert does), or finding they are unequipped to discuss science or mathematics, run for it (like Patricio did), to try to find some kiddie pool where they can enjoy their echo chamber.

Did you notice how Robert frames his congregation's scientific illiteracy as his congregation somehow being the VICTIM! of a violent RAPE! in which we REPEATEDLY ATTACK them with DEMANDS that they discuss science and define their terms?

Most four-year-olds I know pout and whine far less than Robert and his ilk.

I gotta agree with you there!

And GOOD RIDDANCE to that Marxist, warmazombie, religious nutcase, scientifically-illiterate FRAUD who started this thread! Right?

We don't want any new members around here if they DENY SCIENCE!

"Your religion is stupid." - IBdaMann

I think you are Patricio. It's just another one of your socks.

Patricio wrote:
The science is unusually coherent; the politics is where the friction begins. Why an honest conversation requires moving past binary thinking to face the real trade-offs.

Climate change has achieved the dubious honor of becoming one of those topics that Americans discuss incessantly while conspicuously avoiding its actual substance. It is treated as a tribal marker rather than an empirical question, a litmus test of political identity rather than a problem to be understood and managed. This is odd, because beneath the noise the scientific picture presented by the major research institutions is unusually coherent. The Earth is warming. Human activity is widely understood to be the primary driver [2][3]. The evidence cited in support of both propositions is extensive, overlapping, and drawn from many independent lines of observation. What remains controversial is not the basic physics of the atmosphere, but how a modern society should respond when the bill for two centuries of industrial success finally arrives.

It is worth starting from ground that, according to mainstream climate science, is no longer seriously disputed. Instrumental temperature records, satellite data, ocean heat measurements, and reconstructions of past climates are repeatedly cited as pointing to the same conclusion: global average temperatures have risen sharply over the past century, with the most recent decade standing apart even from the recent past [1][3]. Atmospheric carbon dioxide concentrations now exceed 427 parts per million, a level scientists say has not occurred for hundreds of thousands of years, based on ice-core records and modern measurements [1]. The timing of this increase closely tracks the industrial era. Human activities such as burning fossil fuels, clearing forests, and producing cement are widely identified as the dominant contributors [2]. By contrast, natural influences--changes in solar output, volcanic activity, and long-term orbital cycles--are generally regarded by climate researchers as insufficient to explain the observed warming on their own [2]. Meanwhile, the consequences are no longer abstractions. Heat extremes, altered rainfall patterns, rising seas, and shifting ecosystems are increasingly reported across many regions and datasets by institutions with differing methods and missions [3].

None of this implies that climate science has reached some priestly certainty beyond further inquiry. On the contrary, scientists are often explicit about the limits of their projections. Uncertainty here does not mean ignorance; it reflects a range of possible outcomes rather than a single, fixed prediction. Broad global trends are easier to estimate than local effects. Predicting how average temperatures change worldwide is more straightforward than predicting how rainfall patterns will evolve in a particular state or how individual storm systems may behave decades from now. Estimates of climate sensitivity--the amount of warming associated with higher carbon dioxide levels--fall within a studied range rather than a precise figure [2]. Potential tipping points, such as ice-sheet loss or changes in ocean circulation, are discussed as real risks but with acknowledged uncertainty about timing and thresholds [2]. Add to this the difficulty of forecasting economic impacts, whether from climate damage or from climate policy, and it becomes clear why reasonable experts can disagree without disputing the core diagnosis.

Where the argument truly begins is not in the laboratory but in the legislature. Democratic climate policy, broadly speaking, treats emissions reduction as an urgent imperative. It favors rapid decarbonization, large-scale deployment of renewable energy, electrification of transport, regulatory pressure on industry, international agreements, and significant public investment in clean technologies. The underlying wager is that early action is cheaper than delay, that prevention costs less than repair, and that the risks of inaction grow faster than the costs of transition. This is not an irrational position; it reflects a particular approach to managing long-term risk under uncertainty.

Republican approaches are more varied than their caricatures, and their strongest arguments are often misrepresented by opponents who prefer straw men to engagement. Many on the right do not deny warming so much as question the proposed remedies. They emphasize the economic and social costs of rapid decarbonization: higher energy prices, disproportionate burdens on lower-income households, disruption of existing industries, and potential loss of competitiveness. These concerns are not imaginary. They reflect real tradeoffs, and acknowledging them is part of taking the issue seriously rather than turning it into a moral contest.

There is also a defensible case for technological optimism. Major energy transitions in the past were driven less by bans than by better alternatives. Advanced nuclear power, carbon capture, geothermal energy, hydrogen systems, and next-generation batteries are often cited as examples of technologies that could reduce emissions without requiring abrupt economic dislocation. Many researchers argue that innovation of this kind may ultimately prove more effective than regulation alone. To raise this point is not to deny urgency, but to question which tools are most likely to work.

Then there is the arithmetic that refuses to be wished away. The United States is no longer the largest emitter of greenhouse gases. China now accounts for more than 30 percent of global emissions, with India rising rapidly behind it [4]. Even the most ambitious American climate policy cannot, by itself, stabilize the global climate. This does not excuse inaction, but it does underscore the necessity--and fragility--of international cooperation. Climate change is, by definition, a collective-action problem. The atmosphere does not recognize national borders.

Republicans also draw attention to uncertainty in climate modeling, sometimes clumsily, sometimes fairly. Models generate ranges of outcomes rather than definitive forecasts. Regional projections are less certain than global ones, and uncertainty grows over longer time horizons. This is not a concession forced from scientists; it is part of how climate research is routinely described. Uncertainty does not negate risk, but it complicates long-term planning. Finally, there is the emphasis on adaptation: wildfire management, water systems, coastal defenses, and infrastructure hardening. These measures are necessary regardless of how emissions trajectories unfold, and many climate scientists themselves note that adaptation receives less attention than mitigation [5].

For all the shouting, the overlap between the parties is larger than commonly admitted. Support for nuclear power has grown substantially in recent years. Investment in carbon capture, grid modernization, energy efficiency, research and development, and infrastructure resilience has attracted bipartisan support through legislation and funding. These areas offer the most plausible foundation for durable progress, precisely because they do not require either side to pretend the other is acting in bad faith.

The real dispute, then, is not about whether the planet is warming. It is about how to respond, how fast to move, how much to spend, and who should bear the costs. Democrats tend to emphasize speed, regulation, emissions reduction, and international coordination. Republicans tend to emphasize cost, innovation, energy independence, adaptation, and competitiveness. Both sets of priorities contain insights, and both contain blind spots. A serious climate strategy will almost certainly borrow from each.

What an honest conversation requires is a refusal to reduce climate change to a morality play. The mainstream scientific conclusion--that the planet is warming and human activity plays a central role--is well established [2][3]. Everything beyond that is strategy. A productive debate acknowledges the reality of the problem, the legitimacy of economic concerns, the importance of innovation, the necessity of global cooperation, and the value of both mitigation and adaptation. Climate change is not a binary proposition to be believed or denied. It is a complex challenge that demands scientific humility, economic pragmatism, technological ingenuity, and political maturity. No party has a monopoly on wisdom here, and no ideology will be vindicated by the atmosphere.

References:

1. https://gml.noaa.gov/ccgg/trends/

2. https://www.ipcc.ch/report/ar6/wg1/

3. https://science.nasa.gov/climate-change/evidence

4. https://edgar.jrc.ec.europa.eu/report_2025

5. https://www.ipcc.ch/report/ar6/syr/

sealover wrote:

Patricio wrote:

Into the Night wrote:

Patricio wrote:

Into the Night wrote:
[...text quoted in bold below..]

Into the Night, let's walk through your claims one by one.

1. "Carbonate is not a chemical. Bicarbonate is not a chemical. Citrate is not a chemical. Alkalinity is not a chemical."

This is the load-bearing wall of your entire position, and it is made of tissue paper. The claim is never defended -- just repeated, louder. But here is what "chemical" actually means in chemistry: any substance with a definite molecular composition. By that definition, carbonate (CO₃²⁻) is unambiguously a chemical. It has a molecular formula. It has a charge. It has a measurable concentration. It participates in reactions with known equilibrium constants. The IUPAC -- the International Union of Pure and Applied Chemistry, the body that *defines* what chemicals are -- lists it. Bicarbonate (HCO₃⁻), identical story. Citrate (C₆H₅O₇³⁻), identical story.

Cliche fallacy.
Argument of the Stone fallacy.
Carbonate is not a chemical.
Chemistry is not a government agency.
Bicarbonate is not a chemical.
Citrate is not a chemical.

Patricio wrote:
Your entire framework rests on a private, idiosyncratic definition of "chemical" that you never state and never defend, because the moment you stated it, it would collapse. That isn't skepticism. That's a shell game.

Argument of the Stone fallacy.

Patricio wrote:

2. "Carbon is not inorganic."

This one is a genuine howler. Inorganic carbon is a standard classification in chemistry referring to carbon-containing compounds that lack carbon-hydrogen bonds -- CO₂, carbonate, bicarbonate, carbonic acid. It is taught in every introductory chemistry course on Earth. The distinction between organic and inorganic carbon is fundamental to oceanography, geology, and biochemistry. You don't get to erase an entire scientific classification because it's inconvenient.

Carbon is not inorganic.
Carbonate is not a chemical.
Bicarbonate is not a chemical.
Carbon is not carbonic acid.
You don't get to speak for everyone. Omniscience fallacy.
Chemistry is not a course, school, college, or university.
Carbon is not organic.
Chemistry is not oceanography.
Chemistry is not geology.
There is no such thing as 'biochemistry'.
Science is not 'classifications'.

Patricio wrote:
3. "Hydrogen is not an ion."

Hydrogen absolutely can be an ion. H⁺ -- the proton -- is arguably the most consequential ion in all of chemistry. It is what pH literally measures. The p in pH stands for *potenz*, German for power, and the H stands for hydrogen ion concentration. The entire field of acid-base chemistry is the study of hydrogen ion transfer. If hydrogen cannot be an ion, then acids don't exist, pH doesn't exist, and acid-base chemistry doesn't exist. You've already claimed pH can't be measured in the ocean, so at least you're consistent in your wrongness.

Hydrogen is not an ion.
Hydrogen is not a proton.
pH is not a measure of hydrogen.
It is not possible to measure the pH of the ocean.

Patricio wrote:
4. "Sparkling water is simply water with dissolved CO₂."

This is half-true in a way that misleads. When CO₂ dissolves in water, it doesn't just sit there as dissolved gas. A portion reacts with water to form carbonic acid (H₂CO₃), which then partially dissociates into bicarbonate and hydrogen ions. That's not an opinion. That's a set of equilibrium reactions with published equilibrium constants, measurable in any physical chemistry laboratory. The carbonic acid concentration is small, yes -- but it exists, it is measurable, and it is precisely the mechanism by which ocean acidification operates at scale. Leaving out the chemistry doesn't make it disappear.

It pretty much just sits there as dissolved gas. A small portion becomes carbonic acid.
Bicarbonate is not a chemical.
Hydrogen is not an ion.
You can't acidify an alkaline.

Patricio wrote:
5. "There is no such thing as bioavailability. There is no such thing as environmental toxicology."

The National Institutes of Health has a standing definition of bioavailability. The EPA has an entire regulatory framework built on environmental toxicology. These are not buzzwords -- they are defined terms with operational meanings used in drug approval, contamination remediation, and ecological risk assessment. Saying they don't exist because "science is not nutrition" or "science is not a research or study" is not a rebuttal. It is a sentence that doesn't parse. Denying their existence doesn't rebut them. It just signals that you are rejecting entire fields by fiat.

Chemistry is not a government agency.
Science is not a government agency.
There is no such thing as 'bioavailability'.
There is no such thing as 'environmental toxicology'.
There is no such thing as 'ecological risk assessment'.
There is no such thing as 'contamination remediation'.
Science is not buzzwords.
It is YOU rejecting theories of science. You can't blame your problem on me. Inversion fallacy.

Patricio wrote:
6. "4,000 ARGO floats isn't nearly enough."

This is the only objection you've raised that even resembles a scientific question -- so let's treat it like one. The ARGO float network is not trying to measure one specific point in the ocean. It uses spatial interpolation across a global array, validated against ship-based measurements and satellite data, to characterize large-scale trends. The question of whether 4,000 floats are sufficient is a legitimate statistical one, and the oceanographic community has addressed it extensively in the peer-reviewed literature. The answer, for detecting the basin-scale pH trends being discussed, is yes. If you have a specific statistical critique of the ARGO sampling methodology, produce it -- with equations. Otherwise this is just doubt-casting without a target.

Not a science question. Science is not questions. It is mathematics that you happen to ignore.

Interpolation is not allowed in statistical mathematics. Argument from randU fallacy.
Not enough ships. Not enough buoys.
There is no 'trend'. Base rate fallacy.
You are ignoring statistical mathematics.
Science does not use consensus. There is no voting bloc in science.
Science is not literature.
Insufficient data. Made up numbers are not data.

Patricio wrote:
7. "When I say it does not exist, it does not exist in any science."

This sentence reveals everything. In your framework, science is not a body of evidence, methodology, or peer-reviewed literature. It is something you personally adjudicate. If you say it doesn't exist in science, then it doesn't -- by definition, because you have appointed yourself the boundary condition. That is not skepticism. That is solipsism dressed in a lab coat.

I never claimed science to be a body of evidence, a methodology, or any type of literature. YOU DID.
Science isn't a lab coat.

Patricio wrote:
Now, your thermodynamics claims.

This is where you swing for the fences, invoking real laws and then misapplying them catastrophically.

First Law

Your formulation -- E(t+1) = E(t) - U -- is not standard. The First Law states that the change in internal energy of a system equals heat added to the system minus work done by the system: ΔU = Q - W. Your formulation omits the heat input term entirely. That omission is doing enormous work, because the entire mechanism of the greenhouse effect is about Q -- the radiative energy absorbed and re-emitted by greenhouse gases back toward the surface. Remove Q from the equation and of course you can't account for additional warming. But that's not physics. That's just leaving a term out.

It is the 1st law of thermodynamics. You just choose to ignore it.
Heat is not energy.
You cannot heat a warmer object with a colder one. You are ignoring the 2nd law of thermodydnamics.
You cannot create energy out of nothing.

Patricio wrote:
Second Law

Your Second Law argument -- that you cannot use a colder gas to heat a warmer surface -- is a misapplication of a real principle. The Second Law says net heat flow runs from hot to cold. It does not say a cooler body cannot slow the rate of cooling of a warmer one. This distinction is everything. A greenhouse gas doesn't heat the Earth by pumping energy uphill from cold to hot. It reduces the rate at which the Earth loses energy to space by absorbing outgoing longwave radiation and re-emitting a portion of it downward. The Earth's surface is then warmer than it would otherwise be -- not because energy was created, but because less was lost. This is not a violation of the Second Law. It is entirely consistent with it. It is also why your wool coat keeps you warm on a cold day, despite the wool being colder than your body.

You cannot slow or trap heat.
You cannot heat a warmer object with a colder one. You are still ignoring the 2nd law of thermodynamics.
You cannot reduce radiance and increase the temperature at the same time. You are still ignoring the Stefan-Boltzmann law.
Insulation does not create energy.
Insulation does not heat anything.
Insulation reduces heat.
You can't warm a rock by using a wool coat.
You can't warm a corpse by using a wool coat.
You cannot warm a living human being by any type of coat or insulation. Your body temperature is regulated.

Patricio wrote:
Stefan-Boltzmann Law

Your claim -- "you can never reduce radiance and increase temperature at the same time" -- again misapplies the law. The Stefan-Boltzmann law describes the radiance of a surface as a function of its temperature. It says nothing about what happens when the effective emitting temperature of the atmosphere changes due to the presence of greenhouse gases. The greenhouse effect operates by raising the effective radiating level of the atmosphere to a higher altitude where it is colder, reducing outgoing longwave radiation, and thereby forcing the surface to warm until energy balance is restored. This is undergraduate atmospheric physics. It is in every standard textbook on the subject.

Emissivity doesn't change. It is a measured constant. It is not possible to measure the Earth's emissivity.

You cannot heat a warmer object with a colder one.
You cannot reduce radiance and increase temperature at the same time.

Patricio wrote:
The bottom line

You've built a closed epistemic system. Science is what you say it is. Chemicals are what you say they are. Laws of thermodynamics mean what you say they mean. Any institution, measurement program, or published literature that contradicts you is not science -- by your personal definition. This is not a position that can be falsified, which means, by the very philosophy of science you claim to invoke, it is not scientific.

I did not define science. You are ignoring philosophy now. Science is a set of falsifiable theories. That is it. That is all. Nothing more. Nothing less.
Science is not an institution.
Science is not a government agency.
Science is not a college or university.
Science is not a degree, license, book, website, magazine, journal, paper, or any other publication or sanctification.

You simply choose to ignore three of these theories.

Patricio wrote:
What you are dealing with is not a skeptic. It is a closed loop. And the appropriate response to a closed loop is not to keep feeding it arguments -- it is to describe the loop clearly, for the benefit of everyone else reading.

Void argument fallacy. There is no 'loop'.

Patricio wrote:
I'm not writing this for you. I'm writing it for everyone else reading, so they can see the structure of the loop you're trapped in.

And now they can.

You are writing it for you. You are preaching. There is no 'loop'.

You simply choose to ignore theories of science and mathematics.

My dear Into The Night,

While our acquaintance is mercifully brief, it has been more than sufficient to establish that you are entirely unequipped for serious discourse. You treat this forum not as an exchange of ideas, but as a venue for the lazy deployment of repetitive and unsubstantiated assertions.

To continue this exchange would be an act of intellectual slumming for which I simply lack the patience. I shall leave you to whatever rhetorical gutter you wish to claim as a victory. You may interpret my departure (which I limit to replies to your comments) as a surrender, you may pile on fresh accusations unburdened by evidence, or you may indulge in whatever flippant nonsense usually sustains your vanity.

The last word is yours; I imagine you need it rather more than I do.

Farewell,
Patricio

Patricio, I fully understand if you decide it is a waste of time, or worse, to continue posting at climate-debate.com

If this IS "farewell", I hope we'll hear from you at least one more time.

If I can only get you to answer one more question"

How did you find this website?


When I joined four years ago, Google still displayed climate-debate.com high on the first page of results for inquiries about "climate change discussion sites" or related search terms. At that time, a new member joined every couple of days.

If you go to the "Users (1745)" list near the upper left, you'll see that MOST of those 1745 members have ZERO posts. They signed up, but decided not to actually join the discussion. The next most prominent number displayed after "0" is "1". Of the new members who actually DID post, the overwhelming majority posted only ONCE. I think you can understand why.

Well, YOU are the first new member to post anything related to climate change in nearly TWO years now. People simply stopped joining after Google stopped displaying climate-debate.com prominently, as if it were a discussion site where one might find rational discourse related to climate change.

Therefore my question, how did YOU ever find this website?

And if this IS your "farewell" (you lasted longer than MOST new members!) I am giving you my email address in a PM in the hope that we continue to communicate in the future.

You have only been given the mildest "hazing" so far.

When I joined, they had half a dozen on the team waiting in ambush.

A couple of them openly complained at IBdaMann that he was going to drive me away before anyone else had a chance to get in on the gang rape. "Define your terms!" came at me from all directions. Apparently, there is some rule in "science" that you cannot use the term "climate change" until you provide an "unambiguous definition" that did "not violate" an extremely distorted interpretation of "thermodynamics".

NOBODY EVER PASSED THE TEST!

But when Google stopped directly fresh prey to blindly stumble into an ambush, the "Define your terms" gang had little to do but circle jerks. Praising each other for being the only ones in the world who truly understand "science". The fun didn't last long as it became more apparent that nobody new was going to join anymore. None of the previous members stuck around, and no new ones were arriving for the insult fest.

Now that you are here, the scent of blood is in the water. Into the Night and IBdaMann are already on the case. There are a few other trolls who may introduce themselves soon.

They might not want to instantly drive you away, in contrast to previous efforts.

It might be another TWO years before another new member dares to say "climate change" somewhere in their first post.

Otherwise, the only thing new that happens here is a new incarnation of the New Messiah returns to request money in exchange for saving the world.

sealover wrote:

Patricio wrote:
The science is unusually coherent; the politics is where the friction begins. Why an honest conversation requires moving past binary thinking to face the real trade-offs.

Climate change has achieved the dubious honor of becoming one of those topics that Americans discuss incessantly while conspicuously avoiding its actual substance. It is treated as a tribal marker rather than an empirical question, a litmus test of political identity rather than a problem to be understood and managed. This is odd, because beneath the noise the scientific picture presented by the major research institutions is unusually coherent. The Earth is warming. Human activity is widely understood to be the primary driver [2][3]. The evidence cited in support of both propositions is extensive, overlapping, and drawn from many independent lines of observation. What remains controversial is not the basic physics of the atmosphere, but how a modern society should respond when the bill for two centuries of industrial success finally arrives.

It is worth starting from ground that, according to mainstream climate science, is no longer seriously disputed. Instrumental temperature records, satellite data, ocean heat measurements, and reconstructions of past climates are repeatedly cited as pointing to the same conclusion: global average temperatures have risen sharply over the past century, with the most recent decade standing apart even from the recent past [1][3]. Atmospheric carbon dioxide concentrations now exceed 427 parts per million, a level scientists say has not occurred for hundreds of thousands of years, based on ice-core records and modern measurements [1]. The timing of this increase closely tracks the industrial era. Human activities such as burning fossil fuels, clearing forests, and producing cement are widely identified as the dominant contributors [2]. By contrast, natural influences--changes in solar output, volcanic activity, and long-term orbital cycles--are generally regarded by climate researchers as insufficient to explain the observed warming on their own [2]. Meanwhile, the consequences are no longer abstractions. Heat extremes, altered rainfall patterns, rising seas, and shifting ecosystems are increasingly reported across many regions and datasets by institutions with differing methods and missions [3].

None of this implies that climate science has reached some priestly certainty beyond further inquiry. On the contrary, scientists are often explicit about the limits of their projections. Uncertainty here does not mean ignorance; it reflects a range of possible outcomes rather than a single, fixed prediction. Broad global trends are easier to estimate than local effects. Predicting how average temperatures change worldwide is more straightforward than predicting how rainfall patterns will evolve in a particular state or how individual storm systems may behave decades from now. Estimates of climate sensitivity--the amount of warming associated with higher carbon dioxide levels--fall within a studied range rather than a precise figure [2]. Potential tipping points, such as ice-sheet loss or changes in ocean circulation, are discussed as real risks but with acknowledged uncertainty about timing and thresholds [2]. Add to this the difficulty of forecasting economic impacts, whether from climate damage or from climate policy, and it becomes clear why reasonable experts can disagree without disputing the core diagnosis.

Where the argument truly begins is not in the laboratory but in the legislature. Democratic climate policy, broadly speaking, treats emissions reduction as an urgent imperative. It favors rapid decarbonization, large-scale deployment of renewable energy, electrification of transport, regulatory pressure on industry, international agreements, and significant public investment in clean technologies. The underlying wager is that early action is cheaper than delay, that prevention costs less than repair, and that the risks of inaction grow faster than the costs of transition. This is not an irrational position; it reflects a particular approach to managing long-term risk under uncertainty.

Republican approaches are more varied than their caricatures, and their strongest arguments are often misrepresented by opponents who prefer straw men to engagement. Many on the right do not deny warming so much as question the proposed remedies. They emphasize the economic and social costs of rapid decarbonization: higher energy prices, disproportionate burdens on lower-income households, disruption of existing industries, and potential loss of competitiveness. These concerns are not imaginary. They reflect real tradeoffs, and acknowledging them is part of taking the issue seriously rather than turning it into a moral contest.

There is also a defensible case for technological optimism. Major energy transitions in the past were driven less by bans than by better alternatives. Advanced nuclear power, carbon capture, geothermal energy, hydrogen systems, and next-generation batteries are often cited as examples of technologies that could reduce emissions without requiring abrupt economic dislocation. Many researchers argue that innovation of this kind may ultimately prove more effective than regulation alone. To raise this point is not to deny urgency, but to question which tools are most likely to work.

Then there is the arithmetic that refuses to be wished away. The United States is no longer the largest emitter of greenhouse gases. China now accounts for more than 30 percent of global emissions, with India rising rapidly behind it [4]. Even the most ambitious American climate policy cannot, by itself, stabilize the global climate. This does not excuse inaction, but it does underscore the necessity--and fragility--of international cooperation. Climate change is, by definition, a collective-action problem. The atmosphere does not recognize national borders.

Republicans also draw attention to uncertainty in climate modeling, sometimes clumsily, sometimes fairly. Models generate ranges of outcomes rather than definitive forecasts. Regional projections are less certain than global ones, and uncertainty grows over longer time horizons. This is not a concession forced from scientists; it is part of how climate research is routinely described. Uncertainty does not negate risk, but it complicates long-term planning. Finally, there is the emphasis on adaptation: wildfire management, water systems, coastal defenses, and infrastructure hardening. These measures are necessary regardless of how emissions trajectories unfold, and many climate scientists themselves note that adaptation receives less attention than mitigation [5].

For all the shouting, the overlap between the parties is larger than commonly admitted. Support for nuclear power has grown substantially in recent years. Investment in carbon capture, grid modernization, energy efficiency, research and development, and infrastructure resilience has attracted bipartisan support through legislation and funding. These areas offer the most plausible foundation for durable progress, precisely because they do not require either side to pretend the other is acting in bad faith.

The real dispute, then, is not about whether the planet is warming. It is about how to respond, how fast to move, how much to spend, and who should bear the costs. Democrats tend to emphasize speed, regulation, emissions reduction, and international coordination. Republicans tend to emphasize cost, innovation, energy independence, adaptation, and competitiveness. Both sets of priorities contain insights, and both contain blind spots. A serious climate strategy will almost certainly borrow from each.

What an honest conversation requires is a refusal to reduce climate change to a morality play. The mainstream scientific conclusion--that the planet is warming and human activity plays a central role--is well established [2][3]. Everything beyond that is strategy. A productive debate acknowledges the reality of the problem, the legitimacy of economic concerns, the importance of innovation, the necessity of global cooperation, and the value of both mitigation and adaptation. Climate change is not a binary proposition to be believed or denied. It is a complex challenge that demands scientific humility, economic pragmatism, technological ingenuity, and political maturity. No party has a monopoly on wisdom here, and no ideology will be vindicated by the atmosphere.

References:

1. https://gml.noaa.gov/ccgg/trends/

2. https://www.ipcc.ch/report/ar6/wg1/

3. https://science.nasa.gov/climate-change/evidence

4. https://edgar.jrc.ec.europa.eu/report_2025

5. https://www.ipcc.ch/report/ar6/syr/

Patricio, I understand that you seek to communicate science related to climate change clearly, but do not consider it your "lane" to focus on science instruction.

What you have written in your posts here are truly MASTERFUL science lessons.

Excellent summaries, succinct and clear.

If you were to contract me as your life advisor, I would steer you toward acquiring more information about the basic science involved, because you will be able to turn it into something that has great value as a teaching tool.

If you have been composing your responses strictly from what you have in memory, you will retain any new science information you acquire and readily integrate it into the science you teach so well.

You discovered what kind of response your posts get from the senior troll and his second rate sidekick.

IBdaMann told me within three posts, "You do not have a degree in chemistry. That much is painfully obvious" as well as "You came here to preach non science gibber babble" (those "buzzwords" couldn't possibly actually mean anything).

I tried to impress them with all the greenhouse-gas-related basic research peer-reviewed papers that cite my 1998 pub in Biogeochemistry.

IBdaMann and Into the Night just repeat, again and again and again, that "There is no such thing as 'biogeochemistry'"

I tried to show them examples of applied biogeochemistry to minimize carbon dioxide and nitrous oxide emissions from agricultural soils, in recent peer-reviewed papers that cited my 1995 pub in Nature.

"Nature is a shit rag." is what IBdaMann and Into the Night both say.

Still can't get them to name even ONE scientific journal that they do NOT esteem to be a "shit rag" devoid of any credible science, or a field of science that simply does not exist.

Patricio wrote:

sealover wrote:

Patricio wrote:
The science is unusually coherent; the politics is where the friction begins. Why an honest conversation requires moving past binary thinking to face the real trade-offs.

Climate change has achieved the dubious honor of becoming one of those topics that Americans discuss incessantly while conspicuously avoiding its actual substance. It is treated as a tribal marker rather than an empirical question, a litmus test of political identity rather than a problem to be understood and managed. This is odd, because beneath the noise the scientific picture presented by the major research institutions is unusually coherent. The Earth is warming. Human activity is widely understood to be the primary driver [2][3]. The evidence cited in support of both propositions is extensive, overlapping, and drawn from many independent lines of observation. What remains controversial is not the basic physics of the atmosphere, but how a modern society should respond when the bill for two centuries of industrial success finally arrives.

It is worth starting from ground that, according to mainstream climate science, is no longer seriously disputed. Instrumental temperature records, satellite data, ocean heat measurements, and reconstructions of past climates are repeatedly cited as pointing to the same conclusion: global average temperatures have risen sharply over the past century, with the most recent decade standing apart even from the recent past [1][3]. Atmospheric carbon dioxide concentrations now exceed 427 parts per million, a level scientists say has not occurred for hundreds of thousands of years, based on ice-core records and modern measurements [1]. The timing of this increase closely tracks the industrial era. Human activities such as burning fossil fuels, clearing forests, and producing cement are widely identified as the dominant contributors [2]. By contrast, natural influences--changes in solar output, volcanic activity, and long-term orbital cycles--are generally regarded by climate researchers as insufficient to explain the observed warming on their own [2]. Meanwhile, the consequences are no longer abstractions. Heat extremes, altered rainfall patterns, rising seas, and shifting ecosystems are increasingly reported across many regions and datasets by institutions with differing methods and missions [3].

None of this implies that climate science has reached some priestly certainty beyond further inquiry. On the contrary, scientists are often explicit about the limits of their projections. Uncertainty here does not mean ignorance; it reflects a range of possible outcomes rather than a single, fixed prediction. Broad global trends are easier to estimate than local effects. Predicting how average temperatures change worldwide is more straightforward than predicting how rainfall patterns will evolve in a particular state or how individual storm systems may behave decades from now. Estimates of climate sensitivity--the amount of warming associated with higher carbon dioxide levels--fall within a studied range rather than a precise figure [2]. Potential tipping points, such as ice-sheet loss or changes in ocean circulation, are discussed as real risks but with acknowledged uncertainty about timing and thresholds [2]. Add to this the difficulty of forecasting economic impacts, whether from climate damage or from climate policy, and it becomes clear why reasonable experts can disagree without disputing the core diagnosis.

Where the argument truly begins is not in the laboratory but in the legislature. Democratic climate policy, broadly speaking, treats emissions reduction as an urgent imperative. It favors rapid decarbonization, large-scale deployment of renewable energy, electrification of transport, regulatory pressure on industry, international agreements, and significant public investment in clean technologies. The underlying wager is that early action is cheaper than delay, that prevention costs less than repair, and that the risks of inaction grow faster than the costs of transition. This is not an irrational position; it reflects a particular approach to managing long-term risk under uncertainty.

Republican approaches are more varied than their caricatures, and their strongest arguments are often misrepresented by opponents who prefer straw men to engagement. Many on the right do not deny warming so much as question the proposed remedies. They emphasize the economic and social costs of rapid decarbonization: higher energy prices, disproportionate burdens on lower-income households, disruption of existing industries, and potential loss of competitiveness. These concerns are not imaginary. They reflect real tradeoffs, and acknowledging them is part of taking the issue seriously rather than turning it into a moral contest.

There is also a defensible case for technological optimism. Major energy transitions in the past were driven less by bans than by better alternatives. Advanced nuclear power, carbon capture, geothermal energy, hydrogen systems, and next-generation batteries are often cited as examples of technologies that could reduce emissions without requiring abrupt economic dislocation. Many researchers argue that innovation of this kind may ultimately prove more effective than regulation alone. To raise this point is not to deny urgency, but to question which tools are most likely to work.

Then there is the arithmetic that refuses to be wished away. The United States is no longer the largest emitter of greenhouse gases. China now accounts for more than 30 percent of global emissions, with India rising rapidly behind it [4]. Even the most ambitious American climate policy cannot, by itself, stabilize the global climate. This does not excuse inaction, but it does underscore the necessity--and fragility--of international cooperation. Climate change is, by definition, a collective-action problem. The atmosphere does not recognize national borders.

Republicans also draw attention to uncertainty in climate modeling, sometimes clumsily, sometimes fairly. Models generate ranges of outcomes rather than definitive forecasts. Regional projections are less certain than global ones, and uncertainty grows over longer time horizons. This is not a concession forced from scientists; it is part of how climate research is routinely described. Uncertainty does not negate risk, but it complicates long-term planning. Finally, there is the emphasis on adaptation: wildfire management, water systems, coastal defenses, and infrastructure hardening. These measures are necessary regardless of how emissions trajectories unfold, and many climate scientists themselves note that adaptation receives less attention than mitigation [5].

For all the shouting, the overlap between the parties is larger than commonly admitted. Support for nuclear power has grown substantially in recent years. Investment in carbon capture, grid modernization, energy efficiency, research and development, and infrastructure resilience has attracted bipartisan support through legislation and funding. These areas offer the most plausible foundation for durable progress, precisely because they do not require either side to pretend the other is acting in bad faith.

The real dispute, then, is not about whether the planet is warming. It is about how to respond, how fast to move, how much to spend, and who should bear the costs. Democrats tend to emphasize speed, regulation, emissions reduction, and international coordination. Republicans tend to emphasize cost, innovation, energy independence, adaptation, and competitiveness. Both sets of priorities contain insights, and both contain blind spots. A serious climate strategy will almost certainly borrow from each.

What an honest conversation requires is a refusal to reduce climate change to a morality play. The mainstream scientific conclusion--that the planet is warming and human activity plays a central role--is well established [2][3]. Everything beyond that is strategy. A productive debate acknowledges the reality of the problem, the legitimacy of economic concerns, the importance of innovation, the necessity of global cooperation, and the value of both mitigation and adaptation. Climate change is not a binary proposition to be believed or denied. It is a complex challenge that demands scientific humility, economic pragmatism, technological ingenuity, and political maturity. No party has a monopoly on wisdom here, and no ideology will be vindicated by the atmosphere.

References:

1. https://gml.noaa.gov/ccgg/trends/

2. https://www.ipcc.ch/report/ar6/wg1/

3. https://science.nasa.gov/climate-change/evidence

4. https://edgar.jrc.ec.europa.eu/report_2025

5. https://www.ipcc.ch/report/ar6/syr/

Patricio, I understand that you seek to communicate science related to climate change clearly, but do not consider it your "lane" to focus on science instruction.

What you have written in your posts here are truly MASTERFUL science lessons.

Excellent summaries, succinct and clear.

If you were to contract me as your life advisor, I would steer you toward acquiring more information about the basic science involved, because you will be able to turn it into something that has great value as a teaching tool.

If you have been composing your responses strictly from what you have in memory, you will retain any new science information you acquire and readily integrate it into the science you teach so well.

You discovered what kind of response your posts get from the senior troll and his second rate sidekick.

IBdaMann told me within three posts, "You do not have a degree in chemistry. That much is painfully obvious" as well as "You came here to preach non science gibber babble" (those "buzzwords" couldn't possibly actually mean anything).

I tried to impress them with all the greenhouse-gas-related basic research peer-reviewed papers that cite my 1998 pub in Biogeochemistry.

IBdaMann and Into the Night just repeat, again and again and again, that "There is no such thing as 'biogeochemistry'"

I tried to show them examples of applied biogeochemistry to minimize carbon dioxide and nitrous oxide emissions from agricultural soils, in recent peer-reviewed papers that cited my 1995 pub in Nature.

"Nature is a shit rag." is what IBdaMann and Into the Night both say.

Still can't get them to name even ONE scientific journal that they do NOT esteem to be a "shit rag" devoid of any credible science, or a field of science that simply does not exist.

Thanks for the heads-up, Sealover.

I think I'm just going to hang back for a bit and read through the various threads to get a better sense of who is serious and who is not. Moving forward, I might respond to the serious posters, but I will definitely be paying close attention to your posts.

Thanks again, and cheers!

Patricio

Im a BM wrote:

Into the Night wrote:

Im a BM wrote:

Into the Night wrote:

IBdaMann wrote:

Into the Night wrote:So they retrench into their religion (like Robert does), or finding they are unequipped to discuss science or mathematics, run for it (like Patricio did), to try to find some kiddie pool where they can enjoy their echo chamber.

Did you notice how Robert frames his congregation's scientific illiteracy as his congregation somehow being the VICTIM! of a violent RAPE! in which we REPEATEDLY ATTACK them with DEMANDS that they discuss science and define their terms?

Most four-year-olds I know pout and whine far less than Robert and his ilk.

I gotta agree with you there!

And GOOD RIDDANCE to that Marxist, warmazombie, religious nutcase, scientifically-illiterate FRAUD who started this thread! Right?

We don't want any new members around here if they DENY SCIENCE!

"Your religion is stupid." - IBdaMann

I think you are Patricio. It's just another one of your socks.

That is exactly what you said about markjfernandes, two years ago.

You accused him of being my "sock".

Mark was the LAST new member to join and attempt to discuss climate, until my NEW sock arrived yesterday.

But my socks get slimy really fast.

Patricio will likely exit in revulsion soon, if he hasn't already, as Mark did.

Im a BM wrote:

Patricio wrote:

sealover wrote:

Patricio wrote:
The science is unusually coherent; the politics is where the friction begins. Why an honest conversation requires moving past binary thinking to face the real trade-offs.

Climate change has achieved the dubious honor of becoming one of those topics that Americans discuss incessantly while conspicuously avoiding its actual substance. It is treated as a tribal marker rather than an empirical question, a litmus test of political identity rather than a problem to be understood and managed. This is odd, because beneath the noise the scientific picture presented by the major research institutions is unusually coherent. The Earth is warming. Human activity is widely understood to be the primary driver [2][3]. The evidence cited in support of both propositions is extensive, overlapping, and drawn from many independent lines of observation. What remains controversial is not the basic physics of the atmosphere, but how a modern society should respond when the bill for two centuries of industrial success finally arrives.

It is worth starting from ground that, according to mainstream climate science, is no longer seriously disputed. Instrumental temperature records, satellite data, ocean heat measurements, and reconstructions of past climates are repeatedly cited as pointing to the same conclusion: global average temperatures have risen sharply over the past century, with the most recent decade standing apart even from the recent past [1][3]. Atmospheric carbon dioxide concentrations now exceed 427 parts per million, a level scientists say has not occurred for hundreds of thousands of years, based on ice-core records and modern measurements [1]. The timing of this increase closely tracks the industrial era. Human activities such as burning fossil fuels, clearing forests, and producing cement are widely identified as the dominant contributors [2]. By contrast, natural influences--changes in solar output, volcanic activity, and long-term orbital cycles--are generally regarded by climate researchers as insufficient to explain the observed warming on their own [2]. Meanwhile, the consequences are no longer abstractions. Heat extremes, altered rainfall patterns, rising seas, and shifting ecosystems are increasingly reported across many regions and datasets by institutions with differing methods and missions [3].

None of this implies that climate science has reached some priestly certainty beyond further inquiry. On the contrary, scientists are often explicit about the limits of their projections. Uncertainty here does not mean ignorance; it reflects a range of possible outcomes rather than a single, fixed prediction. Broad global trends are easier to estimate than local effects. Predicting how average temperatures change worldwide is more straightforward than predicting how rainfall patterns will evolve in a particular state or how individual storm systems may behave decades from now. Estimates of climate sensitivity--the amount of warming associated with higher carbon dioxide levels--fall within a studied range rather than a precise figure [2]. Potential tipping points, such as ice-sheet loss or changes in ocean circulation, are discussed as real risks but with acknowledged uncertainty about timing and thresholds [2]. Add to this the difficulty of forecasting economic impacts, whether from climate damage or from climate policy, and it becomes clear why reasonable experts can disagree without disputing the core diagnosis.

Where the argument truly begins is not in the laboratory but in the legislature. Democratic climate policy, broadly speaking, treats emissions reduction as an urgent imperative. It favors rapid decarbonization, large-scale deployment of renewable energy, electrification of transport, regulatory pressure on industry, international agreements, and significant public investment in clean technologies. The underlying wager is that early action is cheaper than delay, that prevention costs less than repair, and that the risks of inaction grow faster than the costs of transition. This is not an irrational position; it reflects a particular approach to managing long-term risk under uncertainty.

Republican approaches are more varied than their caricatures, and their strongest arguments are often misrepresented by opponents who prefer straw men to engagement. Many on the right do not deny warming so much as question the proposed remedies. They emphasize the economic and social costs of rapid decarbonization: higher energy prices, disproportionate burdens on lower-income households, disruption of existing industries, and potential loss of competitiveness. These concerns are not imaginary. They reflect real tradeoffs, and acknowledging them is part of taking the issue seriously rather than turning it into a moral contest.

There is also a defensible case for technological optimism. Major energy transitions in the past were driven less by bans than by better alternatives. Advanced nuclear power, carbon capture, geothermal energy, hydrogen systems, and next-generation batteries are often cited as examples of technologies that could reduce emissions without requiring abrupt economic dislocation. Many researchers argue that innovation of this kind may ultimately prove more effective than regulation alone. To raise this point is not to deny urgency, but to question which tools are most likely to work.

Then there is the arithmetic that refuses to be wished away. The United States is no longer the largest emitter of greenhouse gases. China now accounts for more than 30 percent of global emissions, with India rising rapidly behind it [4]. Even the most ambitious American climate policy cannot, by itself, stabilize the global climate. This does not excuse inaction, but it does underscore the necessity--and fragility--of international cooperation. Climate change is, by definition, a collective-action problem. The atmosphere does not recognize national borders.

Republicans also draw attention to uncertainty in climate modeling, sometimes clumsily, sometimes fairly. Models generate ranges of outcomes rather than definitive forecasts. Regional projections are less certain than global ones, and uncertainty grows over longer time horizons. This is not a concession forced from scientists; it is part of how climate research is routinely described. Uncertainty does not negate risk, but it complicates long-term planning. Finally, there is the emphasis on adaptation: wildfire management, water systems, coastal defenses, and infrastructure hardening. These measures are necessary regardless of how emissions trajectories unfold, and many climate scientists themselves note that adaptation receives less attention than mitigation [5].

For all the shouting, the overlap between the parties is larger than commonly admitted. Support for nuclear power has grown substantially in recent years. Investment in carbon capture, grid modernization, energy efficiency, research and development, and infrastructure resilience has attracted bipartisan support through legislation and funding. These areas offer the most plausible foundation for durable progress, precisely because they do not require either side to pretend the other is acting in bad faith.

The real dispute, then, is not about whether the planet is warming. It is about how to respond, how fast to move, how much to spend, and who should bear the costs. Democrats tend to emphasize speed, regulation, emissions reduction, and international coordination. Republicans tend to emphasize cost, innovation, energy independence, adaptation, and competitiveness. Both sets of priorities contain insights, and both contain blind spots. A serious climate strategy will almost certainly borrow from each.

What an honest conversation requires is a refusal to reduce climate change to a morality play. The mainstream scientific conclusion--that the planet is warming and human activity plays a central role--is well established [2][3]. Everything beyond that is strategy. A productive debate acknowledges the reality of the problem, the legitimacy of economic concerns, the importance of innovation, the necessity of global cooperation, and the value of both mitigation and adaptation. Climate change is not a binary proposition to be believed or denied. It is a complex challenge that demands scientific humility, economic pragmatism, technological ingenuity, and political maturity. No party has a monopoly on wisdom here, and no ideology will be vindicated by the atmosphere.

References:

1. https://gml.noaa.gov/ccgg/trends/

2. https://www.ipcc.ch/report/ar6/wg1/

3. https://science.nasa.gov/climate-change/evidence

4. https://edgar.jrc.ec.europa.eu/report_2025

5. https://www.ipcc.ch/report/ar6/syr/

Patricio, I understand that you seek to communicate science related to climate change clearly, but do not consider it your "lane" to focus on science instruction.

What you have written in your posts here are truly MASTERFUL science lessons.

Excellent summaries, succinct and clear.

If you were to contract me as your life advisor, I would steer you toward acquiring more information about the basic science involved, because you will be able to turn it into something that has great value as a teaching tool.

If you have been composing your responses strictly from what you have in memory, you will retain any new science information you acquire and readily integrate it into the science you teach so well.

You discovered what kind of response your posts get from the senior troll and his second rate sidekick.

IBdaMann told me within three posts, "You do not have a degree in chemistry. That much is painfully obvious" as well as "You came here to preach non science gibber babble" (those "buzzwords" couldn't possibly actually mean anything).

I tried to impress them with all the greenhouse-gas-related basic research peer-reviewed papers that cite my 1998 pub in Biogeochemistry.

IBdaMann and Into the Night just repeat, again and again and again, that "There is no such thing as 'biogeochemistry'"

I tried to show them examples of applied biogeochemistry to minimize carbon dioxide and nitrous oxide emissions from agricultural soils, in recent peer-reviewed papers that cited my 1995 pub in Nature.

"Nature is a shit rag." is what IBdaMann and Into the Night both say.

Still can't get them to name even ONE scientific journal that they do NOT esteem to be a "shit rag" devoid of any credible science, or a field of science that simply does not exist.

Thanks for the heads-up, Sealover.

I think I'm just going to hang back for a bit and read through the various threads to get a better sense of who is serious and who is not. Moving forward, I might respond to the serious posters, but I will definitely be paying close attention to your posts.

Thanks again, and cheers!

Patricio

I want to stress that you are the most gifted writer I have encountered in a long time. In combination with a good mind for science. My own writing skills are not shabby, but you are in a league above me.

Use it wisely and use it well!

Patricio wrote: Let's go through this methodically, because what you've done here isn't skepticism.

Patricio wrote: You declared things false without offering a single equation, a single citation, a single mechanism. That's not debate.

Patricio wrote:"Carbonate is not a chemical. Bicarbonate is not a chemical. Citrate is not a chemical. Alkalinity is not a chemical."


With respect--and I'm being generous with that word--this is embarrassingly wrong.

Patricio wrote:Bicarbonate (HCO₃⁻) is equally real.

Patricio wrote: When carbon dioxide mixes with seawater, it is partially converted into carbonic acid,

Patricio wrote: Bioavailability is defined as the fraction of a chemical present in the environment that is or may become available for biological uptake by passage across cell membranes-

Patricio wrote:-and it is a foundational concept in pharmacology, environmental toxicology, nutritional science, and marine biology.

Patricio wrote: The NIH has entire research programs built around it.

Patricio wrote: The EPA uses it in contamination risk assessments.

Patricio wrote:The idea that it doesn't exist ...

Patricio wrote: "It is not possible to measure the pH of the ocean."

This is perhaps the most straightforwardly false claim in your entire interjection.

Patricio wrote: ARGO biogeochemical floats actively track pH across the world's oceans

Patricio wrote: The methodology is peer-reviewed.

Patricio wrote:Sealover's chemistry is sound.

Patricio wrote: Since industrialization, the pH of ocean surface waters has declined 0.1 units,

Patricio wrote: What you offered in response was not a rebuttal.

Patricio wrote: It was a series of flat denials,

Patricio wrote: none of them supported by anything resembling evidence.

Patricio wrote: In a court, that's not a defense.

Patricio wrote: In science, it's not a counterargument.

IBdaMann wrote:

Patricio wrote: Let's go through this methodically, because what you've done here isn't skepticism.

This is where you mischaracterize his position.

You are the one making the affirmative claim, ergo you bear the full burden to support it. You do not get to reposition your inability to support your claim as somehow being his failure to prove your argument false.

Dial it back. Support your claim.

Patricio wrote: You declared things false without offering a single equation, a single citation, a single mechanism. That's not debate.

Apparently you do not know what the word "debate" means. You also don't understand that you haven't supported your argument, so if you don't care whether anyone believes you, we're all done.

Patricio wrote:"Carbonate is not a chemical. Bicarbonate is not a chemical. Citrate is not a chemical. Alkalinity is not a chemical."


With respect--and I'm being generous with that word--this is embarrassingly wrong.

Nope. You are in error, but no one is expecting you to know anything at this point. Carbonate, Bicarbonate, Alkalinity, etc., are all categories.

You should have learned what a "category" is when you were a child. I shouldn't be the first person to teach you this here on an internet discussion forum.

Patricio wrote:Bicarbonate (HCO₃⁻) is equally real.

That was quite the pivot! Nobody said that the bicarbonate category isn't real. You are the one denying categories of chemicals, like you never learned about them.

Did you ever go to school?

Patricio wrote: When carbon dioxide mixes with seawater, it is partially converted into carbonic acid,

Only a very, very small percentage becomes carbonic acid, which eventually breaks down in the ocean. But what happens to the other CO2 when the sea water evaporates?

Do you have any idea?

Patricio wrote: Bioavailability is defined as the fraction of a chemical present in the environment that is or may become available for biological uptake by passage across cell membranes-

Had you defined it previously?

Patricio wrote:-and it is a foundational concept in pharmacology, environmental toxicology, nutritional science, and marine biology.

Is this your way of admitting that you never defined it previously?

Patricio wrote: The NIH has entire research programs built around it.

Did the NIH define it in this thread for the readers of this thread? You have to define your terms.

Patricio wrote: The EPA uses it in contamination risk assessments.

I don't care if the NFL uses it to line their playing fields, you have to define your terms in every discussion. Others might be operating under different definitions.

Patricio wrote:The idea that it doesn't exist ...

Dismissed. You are deliberately mischaracterizing his position as a distraction from you not having met your obligations.

Patricio wrote: "It is not possible to measure the pH of the ocean."

This is perhaps the most straightforwardly false claim in your entire interjection.

His claim is not false. You are simply incompetent in statistical math.

What you have omitted from your mischaracterization is the margin of error. There is no way to calculate the pH of the entire ocean to within a usable margin of error.

Of course, you could throw it in my face and prove me wrong by explaining step by step how humanity could feasibly go about computing the ocean's pH rounded to two decimal places.

Patricio wrote: ARGO biogeochemical floats actively track pH across the world's oceans

That is not computing the ocean's pH to, say, two decimal places.

Patricio wrote: The methodology is peer-reviewed.

1. Learn what "peer-reviewed" means and why it is irrelevant
2. Learn why statistical math is the only relevance
3. Why don't you just explain the full methodology right here in this thread and shut me up?

Patricio wrote:Sealover's chemistry is sound.

seal over denies that water evaporates. That doesn't sound like very sound chemistry to me.

Patricio wrote: Since industrialization, the pH of ocean surface waters has declined 0.1 units,

Nope. You are not omniscient. No rational adult has any reason to believe your WACKY assertion.

Dismissed.

Claiming omniscience! Stupid.

Patricio wrote: What you offered in response was not a rebuttal.

All he needs to do is to point out that you haven't supported your affirmative claim. Since you didn't pick up on it when he told you, I'll tell you: You haven't met your obligations. You never even got out of the starting gate. You never addressed any science.

Your affirmative claim is dismissed. You can always try again, but you need to make an effort.

Patricio wrote: It was a series of flat denials,

Everything you don't support can be denied. You supported nothing. Everything can be denied.

Everything is denied. Your argument is dismissed. You're just going to have to do better.

Patricio wrote: none of them supported by anything resembling evidence.

You need more than evidence; you need to provide science. So far you haven't provided any, because you don't know any. This topic will not go well for you, I can see that. What seems fairly obvious is that you are going to ride out your days wasting everyone's time by insisting that your WACKY religion is somehow thettled thienth.

Good luck with that.

Patricio wrote: In a court, that's not a defense.

You're not in a court. You are supposed to be presenting science. You're keeping everybody waiting.

Patricio wrote: In science, it's not a counterargument.

In science, no counterargument is needed until you prove your case. Once you prove your case, then it's a different matter, but until then, no one needs to rebut anything. You simply haven't made your case. You haven't even defined your terms.

Spongy Iris wrote:

Patricio wrote:

Spongy Iris wrote:

Patricio wrote:

Greetings Patricio,

I like to focus on the significantly greater global warming seen in the polar climates, especially the North Polar region. That climate change is in sharp contrast to the almost insignificant climate change seen in the interior land climates of mid latitudes, sub tropics & tropics.

Also noteworthy IMO:

Greatly impacted by the massive warming trend seen in the North Polar region are the Atlantic Meridional Ocean Currents (AMOC).



With the greater ice melt from Greenland, the AMOC has been compressed, leading to the warm currents lingering longer in the tropical regions, raising those sea temps, and threatening many coral reef populations.

CO2 is the changing factor in global climate, which makes it reasonable to speculate it is a major causative factor in climate change.

But it seems the situation is more dynamic than just adding CO2 in a vacuum, ya think?

Greetings, Spongy. Hey, good points worth unpacking.

The AMOC disruption framing is solid--Greenland meltwater reducing salinity-driven sinking is well-documented, and the downstream effects on tropical sea temperatures are a legitimate and underappreciated part of the climate story. Coral reefs are already paying that price.

But I'd push back gently on the "more dynamic than just CO2" framing--not because it's wrong, but because the dynamics it's pointing at actually make the picture worse, not murkier. The feedbacks you're gesturing at--ice-albedo loss, permafrost methane, disrupted ocean circulation--are amplifiers, not alternatives. CO2 pulls the first domino; physics handles the rest.

The second image is interesting. If it's meant to suggest solar forcing as a competing variable, that's been pretty thoroughly accounted for. Solar output has been essentially flat since the 1980s--even slightly declining in some measurements--while surface temps have climbed steadily. The sun's been ruled out as the primary driver, not ignored.

So yes, the system is dynamic. Absolutely. But "dynamic" and "CO2-driven" aren't in tension--the dynamics are downstream of the forcing. Complexity here is an amplifier of concern, not a reason for pause.

Good thread though--the AMOC angle deserves more attention than it usually gets.

I just brought up the AMOC to show how its compression causes the warming of tropical and sub tropical seas, and to small effect, the coastal land near those seas.
CO2 does not cause warming in the mid latitudes, sub tropics, and tropics, at least not directly.

In the North Polar region, CO2 is a direct influence upon global warming, The ice melt from this warming compresses the AMOC.
What I am really interested in is why the influence of increased CO2 warms up the North Polar region so much more than anywhere else.

Have you been following the discussions here at climate-debate.com for very long, to know the answer, or shall I elaborate?

It is not an answer your statistical text predictor will generate, unless you take the time to train it.

Patricio wrote:

Small flag here — CO2 reduces outgoing longwave radiation globally, so it does exert direct warming pressure on the tropics too. The amplification is weaker there, which isn't quite the same as saying the effect is absent or only indirect.

The Arctic warms faster because of a self-reinforcing feedback loop. Rising CO₂ warms the planet, but in the Arctic that initial warming melts highly reflective sea ice and snow, exposing darker ocean and land that absorb more solar energy. The additional absorbed energy causes still more warming and ice loss--a process known as the ice-albedo feedback. This feedback is especially powerful in the Arctic because of the vast area of reflective ice and snow available to lose. Combined with Arctic-specific atmospheric feedbacks, the result is Arctic temperatures rising roughly 3–4 times faster than the global average--a phenomenon known as Arctic amplification.

I just joined a day ago. Sure, do elaborate

Well, if you can find me a statistical text predictor I'd love to own one -- but either way, the ice-albedo feedback and the Rantanen paper are real. Go ahead, I'm listening.

Patricio wrote:
...

Patricio wrote:
Small flag here — CO2 reduces outgoing longwave radiation globally,

Patricio wrote:
so it does exert direct warming pressure on the tropics too.

Patricio wrote:
The amplification is weaker there, which isn't quite the same as saying the effect is absent or only indirect.

Patricio wrote:
The Arctic warms faster because of a self-reinforcing feedback loop.

Patricio wrote:
Rising CO₂ warms the planet,

Patricio wrote:
but in the Arctic that initial warming melts highly reflective sea ice and snow, exposing darker ocean and land that absorb more solar energy.

Patricio wrote:
The additional absorbed energy causes still more warming and ice loss--a process known as the ice-albedo feedback.

Patricio wrote:
This feedback is especially powerful in the Arctic because of the vast area of reflective ice and snow available to lose.

Patricio wrote:
Combined with Arctic-specific atmospheric feedbacks, the result is Arctic temperatures rising roughly 3–4 times faster than the global average--a phenomenon known as Arctic amplification.

Patricio wrote:
https://www.nature.com/articles/s43247-022-00498-3

Patricio wrote:
Well, if you can find me a statistical text predictor I'd love to own one

Patricio wrote:
-- but either way, the ice-albedo feedback and the Rantanen paper are real. Go ahead, I'm listening.

IBdaMann wrote:
This is where you mischaracterize his position. You are the one making the affirmative claim, ergo you bear the full burden to support it. You do not get to reposition your inability to support your claim as somehow being his failure to prove your argument false. Dial it back. Support your claim.

Apparently you do not know what the word "debate" means. You also don't understand that you haven't supported your argument, so if you don't care whether anyone believes you, we're all done.

Nope. You are in error, but no one is expecting you to know anything at this point. Carbonate, Bicarbonate, Alkalinity, etc., are all categories. You should have learned what a "category" is when you were a child. I shouldn't be the first person to teach you this on an internet discussion forum.

That was quite the pivot! Nobody said that the bicarbonate category isn't real. You are the one denying categories of chemicals, like you never learned about them. Did you ever go to school?

Only a very, very small percentage becomes carbonic acid, which eventually breaks down in the ocean. But what happens to the other CO2 when the sea water evaporates? Do you have any idea?

Had you defined it previously? Is this your way of admitting that you never defined it previously?

I don't care if the NFL uses it in their playing fields, you have to define your terms in every discussion. Others might be operating under different definitions.

Dismissed. You are deliberately mischaracterizing his position as a distraction from you not having met your obligations.

His claim is not false. You are simply incompetent in statistical math. What you have omitted from your mischaracterization is the margin of error. There is no way to calculate the pH of the entire ocean to within a usable margin of error.

That is not computing the ocean's pH to, say, two decimal places. Learn what peer-reviewed means and why it is irrelevant. Learn why statistical math is the only relevance. Why don't you just explain the full methodology right here in this thread and shut me up?

seal over denies that water evaporates. That doesn't sound like very sound chemistry to me.

Nope. You are not omniscient. No rational adult has any reason to believe your WACKY assertion. Dismissed. Claiming omniscience! Stupid.

All he needs to do is point out that you haven't supported your affirmative claim. You haven't met your obligations. You never even got out of the starting gate. You never addressed any science.

Everything you don't support can be denied. You supported nothing. Everything can be denied. Everything is denied. Your argument is dismissed.

You need more than evidence; you need to provide science. So far you haven't provided any, because you don't know any. This topic will not go well for you. Good luck with that.

In science, no counterargument is needed until you prove your case. Once you prove your case, then it's a different matter, but until then, no one needs to rebut anything. You simply haven't made your case. You haven't even defined your terms.

Spongy Iris wrote:
I'm pretty sure you will not be able to find any climate data showing land temperatures in the tropics have warmed significantly beyond any reasonable margin of error.

Spongy Iris wrote:
I don't agree with ITN's and IBDM's conclusions that there is no global warming. But their most basic principle, that cold air cannot heat up warm land, makes sense. It is one of those immutable laws of physics, or thermodynamics.

Spongy Iris wrote:
So the dynamic which causes global warming from increasing CO2 must be different than what most people believe, ya think?

Spongy Iris wrote:
BTW, ChatGPT is a statistical text predictor, and I detect your writing relies heavily on it. It cuts right to the heart. It's not this, it's that.

sealover wrote:
I was just reading an incredible rebuttal to IBdaMann's absurd assertions and then it disappeared.

Patricio, I'm not saying you are being deceptive about your educational background, but I interpreted some of your first posts to indicate you just want to be a writer, and maybe that includes explaining some science, but that wasn't the main goal. Like you never really studied the stuff to call YOURSELF a "scientist".

sealover wrote:
I accuse you of actually being a scientist, very possibly with a degree or two in natural science. If not, you write as if that were the case. You write like someone with enough formal training in science to submit to the journals along with the best of them.

sealover wrote:
Of course, you know that the likes of IBdaMann and Into the Night are simply unteachable.

sealover wrote:
In four years, I still can't get them to grasp the most basic concepts (pH, buffering, oxidation/reduction, organic versus inorganic forms of elements, classification of chemicals, etc.), and I didn't even try to chase them down the "thermodynamics" rabbit hole.

Into the Night wrote:

Patricio wrote:
Small flag here — CO2 reduces outgoing longwave radiation globally,

You can't reduce radiance and increase temperature at the same time.
You can't warm a warmer object with a colder one.

You are still ignoring the 2nd law of thermodynamics and the Stefan-Boltzmann law.

Patricio wrote:
so it does exert direct warming pressure on the tropics too.

There is no such thing as 'warming pressure'. Buzzword fallacy.

Patricio wrote:
The amplification is weaker there, which isn't quite the same as saying the effect is absent or only indirect.

There is no 'amplification'. Buzzword fallacy.

Patricio wrote:
The Arctic warms faster because of a self-reinforcing feedback loop.

There is no 'feedback loop'. Buzzword fallacy.

Patricio wrote:
Rising CO₂ warms the planet,

No gas or vapor has the capability warm the Earth. You are ignoring the 1st law of thermodynamics again.

Patricio wrote:
but in the Arctic that initial warming melts highly reflective sea ice and snow, exposing darker ocean and land that absorb more solar energy.

It would also radiate more energy. You are ignoring the Stefan-Boltzmann law again.

Patricio wrote:
The additional absorbed energy causes still more warming and ice loss--a process known as the ice-albedo feedback.

The term 'albedo' is not used in science. Buzzword fallacy. There is no 'feedback'. Buzzword fallacy.

Patricio wrote:
This feedback is especially powerful in the Arctic because of the vast area of reflective ice and snow available to lose.

That would only increase radiance. You are ignoring the Stefan-Boltzmann law and the 1st law of thermodynamics again.

Patricio wrote:
Combined with Arctic-specific atmospheric feedbacks, the result is Arctic temperatures rising roughly 3–4 times faster than the global average--a phenomenon known as Arctic amplification.

There is no 'feedback'.
It is not possible to measure the temperature of the Arctic.
It is not possible to measure the temperature of the Earth.
There is no 'amplification'.
You are ignoring statistical math again. Buzzword fallacies.
You are also ignoring the 1st law of thermodynamics and the Stefan-Boltzmann law again.

Patricio wrote:
https://www.nature.com/articles/s43247-022-00498-3

Meh. Science is not a magazine.

Patricio wrote:
Well, if you can find me a statistical text predictor I'd love to own one

Statistical math is incapable of prediction.

Patricio wrote:
-- but either way, the ice-albedo feedback and the Rantanen paper are real. Go ahead, I'm listening.

There is no such thing as 'ice-albedo feedback. Buzzword fallacy.
Science is not a paper.

sealover wrote:

Patricio wrote:
...

I was just reading an incredible rebuttal to IBdaMann's absurd assertions and then it disappeared.

Patricio, I'm not saying you are being deceptive about your educational background, but I interpreted some of your first posts to indicate you just want to be a writer, and maybe that includes explaining some science, but that wasn't the main goal. Like you never really studied the stuff to call YOURSELF a "scientist".

I accuse you of actually being a scientist, very possibly with a degree or two in natural science. If not, you write as if that were the case. You write like someone with enough formal training in science to submit to the journals along with the best of them.

Of course, you know that the likes of IBdaMann and Into the Night are simply unteachable. In four years, I still can't get them to grasp the most basic concepts (pH, buffering, oxidation/reduction, organic versus inorganic forms of elements, classification of chemicals, etc.), and I didn't even try to chase them down the "thermodynamics" rabbit hole.

I hope your rebuttal to IBdaMann wasn't lost. Don't worry if it WAS lost.

I got to see the whole thing, I think. You could write the book on this stuff.

IBdaMann wouldn't have appreciated it anyway.

Patricio wrote:

IBdaMann wrote:
This is where you mischaracterize his position. You are the one making the affirmative claim, ergo you bear the full burden to support it. You do not get to reposition your inability to support your claim as somehow being his failure to prove your argument false. Dial it back. Support your claim.

The affirmative claim was supported. With named ions, balanced reactions, equilibrium constants, and citations to NOAA, the EPA, the Smithsonian, and peer-reviewed literature. Burden of proof was met before you arrived. What you're calling "unsupported" is a post you haven't engaged on the merits once.

Apparently you do not know what the word "debate" means. You also don't understand that you haven't supported your argument, so if you don't care whether anyone believes you, we're all done.

Debate means one party advances a claim with evidence and the other engages that evidence. I did the first part. You're refusing the second. Declaring the debate over because you personally find the evidence unconvincing -- without explaining why -- isn't a rebuttal. It's a walkout dressed as a verdict.

Nope. You are in error, but no one is expecting you to know anything at this point. Carbonate, Bicarbonate, Alkalinity, etc., are all categories. You should have learned what a "category" is when you were a child. I shouldn't be the first person to teach you this on an internet discussion forum.

To be precise about what just happened here: those quotes -- "Carbonate is not a chemical. Bicarbonate is not a chemical. Alkalinity is not a chemical" -- are Into The Night's words, not mine. I was quoting them in order to rebut them. You've just defended Into The Night's position while directing the correction at me. That's not a minor mix-up. That's the entire argument inverted.
And on the substance: yes, carbonate and bicarbonate are categories -- and they are also specific, discrete chemical species with molecular formulas, measurable charges, and documented reaction kinetics. CO₃²⁻ is not an abstraction. It has a structure you can draw, a charge you can measure, and an equilibrium constant you can look up. "It's a category" does not dissolve its chemistry.

That was quite the pivot! Nobody said that the bicarbonate category isn't real. You are the one denying categories of chemicals, like you never learned about them. Did you ever go to school?

Nobody pivoted. Read the thread. Into The Night said bicarbonate is not a chemical. I said it is. You just told me carbonate and bicarbonate are categories, implying I was wrong to call them chemicals. Now you're saying nobody denied they were real. One of those positions has to go.

Only a very, very small percentage becomes carbonic acid, which eventually breaks down in the ocean. But what happens to the other CO2 when the sea water evaporates? Do you have any idea?

This is worth flagging directly: you've quoted only the first clause of my statement -- "When carbon dioxide mixes with seawater, it is partially converted into carbonic acid" -- and dropped everything that followed. What followed was the full equilibrium system: carbonic acid, hydrogen ions, bicarbonate, and carbonate ions, all four documented products of CO₂ dissolution in seawater. The truncation makes it look like I claimed carbonic acid is the only product. I didn't. The rest of the sentence was the argument.
On evaporation: dissolved CO₂ in seawater does not evaporate at a rate that meaningfully offsets the equilibrium shift driving acidification. The ocean isn't a static pool -- it's a dynamic system where surface exchange, biological uptake, and carbonate chemistry interact continuously. The evaporation point isn't a counter-mechanism. It's a distraction.

Had you defined it previously? Is this your way of admitting that you never defined it previously?

The definition was in the post you're responding to. "The fraction of a chemical present in the environment that is or may become available for biological uptake by passage across cell membranes." It was there when you read it. Asking whether I'd defined it previously, in the same breath as quoting the definition, is not a gotcha. It's a reading problem.

I don't care if the NFL uses it in their playing fields, you have to define your terms in every discussion. Others might be operating under different definitions.

There is no alternate definition of bioavailability under which my argument fails. The NIH definition, the EPA definition, and the environmental toxicology definition all describe the same phenomenon because the phenomenon is real and singular. "Others might use different definitions" is a stalling tactic, not a substantive objection. If you have a competing definition that changes the argument, produce it.

Dismissed. You are deliberately mischaracterizing his position as a distraction from you not having met your obligations.

Nothing was mischaracterized. Into The Night wrote that it is not possible to measure the pH of the ocean. I cited the Argo float network -- nearly 4,000 robotic profiling floats, calibrated sensors, data published within hours of collection, methodology peer-reviewed across thirty nations. That's not a distraction. That's a direct answer to a direct false claim.

His claim is not false. You are simply incompetent in statistical math. What you have omitted from your mischaracterization is the margin of error. There is no way to calculate the pH of the entire ocean to within a usable margin of error.

Nobody claimed a single pH value for the entire ocean as one monolithic number. That's not what the literature claims, not what Argo measures, and not what I wrote. What exists is a distributed network of sensors documenting regional and temporal trends -- and it is from that network that the 0.1 unit decline is derived. Attacking the straw man of "one number for the whole ocean" while ignoring the actual distributed methodology isn't a statistical objection. It's evasion with technical vocabulary attached.

That is not computing the ocean's pH to, say, two decimal places. Learn what peer-reviewed means and why it is irrelevant. Learn why statistical math is the only relevance. Why don't you just explain the full methodology right here in this thread and shut me up?

The methodology is documented, public, and linked. The fact that you won't follow the links doesn't create an obligation for me to retype entire oceanographic research programs into a forum post. And peer review being "irrelevant" is a remarkable position -- you've just dismissed the primary mechanism by which scientific claims are validated, with no replacement standard offered. What standard would satisfy you? Because if the answer is "none," that's not skepticism. That's a closed door.

seal over denies that water evaporates. That doesn't sound like very sound chemistry to me.

Nobody denied that water evaporates. What was denied is that evaporation constitutes a meaningful counter-mechanism to ocean acidification. Those are completely different claims. Misrepresenting one as the other and then critiquing the misrepresentation isn't chemistry. It's a substitution.

Nope. You are not omniscient. No rational adult has any reason to believe your WACKY assertion. Dismissed. Claiming omniscience! Stupid.

"Wacky." That's the word you've chosen for the consensus position of NOAA, the EPA, the Smithsonian, the IPCC, and every major oceanographic institution on the planet. The 0.1 unit pH decline isn't my personal assertion. It's a measurement. Calling it wacky doesn't change the reading on the sensor. It just tells us something about your relationship with evidence.

All he needs to do is point out that you haven't supported your affirmative claim. You haven't met your obligations. You never even got out of the starting gate. You never addressed any science.

Here is a list of the science addressed: the carbonate-bicarbonate-carbonic acid equilibrium system in seawater, the mechanism by which increased atmospheric CO₂ shifts that equilibrium, the effect of reduced carbonate ion concentration on calcification in shell-forming organisms, the Argo float network and its pH measurement methodology, NOAA's ocean acidification monitoring data, EPA documentation of ocean chemistry changes, and IPCC projected pH trajectory under various emissions scenarios. That's not failing to get out of the starting gate. That's the race. You haven't entered it.

Everything you don't support can be denied. You supported nothing. Everything can be denied. Everything is denied. Your argument is dismissed.

This is the clearest statement of your method in the entire exchange, and it's worth reading carefully: everything can be denied. You're correct that denial is always available as a move. The question is whether bare denial -- unaccompanied by mechanism, counter-evidence, or alternative explanation -- constitutes a contribution to a scientific discussion. It doesn't. You can deny germ theory. You can deny plate tectonics. Denial without engagement isn't skepticism. It's a policy against being persuaded, and those are very different things.

You need more than evidence; you need to provide science. So far you haven't provided any, because you don't know any. This topic will not go well for you. Good luck with that.

Evidence, cited sources, named mechanisms, balanced reactions, and links to primary research from NOAA, the EPA, the Smithsonian, and peer-reviewed literature. That is science. The fact that you've decided to call it something else doesn't change what it is. What you haven't produced -- across this entire exchange -- is a single equation, a single citation, a single mechanism, or a single alternative explanation. By your own stated standard, everything you've written can be denied. Consider it denied.

In science, no counterargument is needed until you prove your case. Once you prove your case, then it's a different matter, but until then, no one needs to rebut anything. You simply haven't made your case. You haven't even defined your terms.

The case has been made. The terms have been defined. The citations are live links. The methodology is documented and public. What you're calling "not yet proven" is the consensus position of every major oceanographic research institution on Earth. At some point "I remain unconvinced" stops being skepticism and starts being a personal policy against ever being convinced -- one that happens to require zero engagement with the substance of what's in front of you. That's not holding science to a standard. That's holding it to a standard you've designed to be unpassable, and calling that rigor.

Patricio wrote:
The affirmative claim was supported.
With named ions, balanced reactions, equilibrium constants, and citations to NOAA, the EPA, the Smithsonian, and peer-reviewed literature.

Patricio wrote:
Burden of proof was met before you arrived.

Patricio wrote:
What you're calling "unsupported" is a post you haven't engaged on the merits once.
Lie. Denial. You have been given the theories of science you are ignoring.
You are also ignoring mathematics.
[quote]Patricio wrote:
Debate means one party advances a claim with evidence and the other engages that evidence. I did the first part. You're refusing the second. Declaring the debate over because you personally find the evidence unconvincing -- without explaining why -- isn't a rebuttal. It's a walkout dressed as a verdict.

Patricio wrote:
To be precise about what just happened here: those quotes -- "Carbonate is not a chemical. Bicarbonate is not a chemical. Alkalinity is not a chemical" -- are Into The Night's words, not mine. I was quoting them in order to rebut them. You've just defended Into The Night's position while directing the correction at me. That's not a minor mix-up. That's the entire argument inverted.

Patricio wrote:
And on the substance: yes, carbonate and bicarbonate are categories -- and they are also specific, discrete chemical species with molecular formulas, measurable charges, and documented reaction kinetics. CO₃²⁻ is not an abstraction. It has a structure you can draw, a charge you can measure, and an equilibrium constant you can look up. "It's a category" does not dissolve its chemistry.

Patricio wrote:
Nobody pivoted.

Patricio wrote:
Read the thread. Into The Night said bicarbonate is not a chemical. I said it is.

Patricio wrote:
You just told me carbonate and bicarbonate are categories, implying I was wrong to call them chemicals. Now you're saying nobody denied they were real. One of those positions has to go.

Patricio wrote:
This is worth flagging directly: you've quoted only the first clause of my statement -- "When carbon dioxide mixes with seawater, it is partially converted into carbonic acid" -- and dropped everything that followed. What followed was the full equilibrium system: carbonic acid, hydrogen ions, bicarbonate, and carbonate ions, all four documented products of CO₂ dissolution in seawater. The truncation makes it look like I claimed carbonic acid is the only product. I didn't. The rest of the sentence was the argument.
Hydrogen is not an ion.
Bicarbonate is not a chemical.
Carbonate is not a chemical.
[quote]Patricio wrote:
On evaporation: dissolved CO₂ in seawater does not evaporate at a rate that meaningfully offsets the equilibrium shift driving acidification.

Patricio wrote:
The ocean isn't a static pool -- it's a dynamic system where surface exchange, biological uptake, and carbonate chemistry interact continuously. The evaporation point isn't a counter-mechanism. It's a distraction.

Patricio wrote:
The definition was in the post you're responding to. "The fraction of a chemical present in the environment that is or may become available for biological uptake by passage across cell membranes." It was there when you read it. Asking whether I'd defined it previously, in the same breath as quoting the definition, is not a gotcha. It's a reading problem.
Strawman fallacy.
[quote]Patricio wrote:
Dismissed. You are deliberately mischaracterizing his position as a distraction from you not having met your obligations.

Patricio wrote:
Nothing was mischaracterized. Into The Night wrote that it is not possible to measure the pH of the ocean. I cited the Argo float network -- nearly 4,000 robotic profiling floats, calibrated sensors, data published within hours of collection, methodology peer-reviewed across thirty nations. That's not a distraction. That's a direct answer to a direct false claim.

Patricio wrote:
Nobody claimed a single pH value for the entire ocean as one monolithic number.

Patricio wrote:
That's not what the literature claims, not what Argo measures, and not what I wrote.

Patricio wrote:
What exists is a distributed network of sensors documenting regional and temporal trends

Patricio wrote:
and it is from that network that the 0.1 unit decline is derived.

Patricio wrote:
Attacking the straw man of "one number for the whole ocean" while ignoring the actual distributed methodology isn't a statistical objection.

Patricio wrote:
It's evasion with technical vocabulary attached.

Patricio wrote:
The methodology is documented, public, and linked. The fact that you won't follow the links doesn't create an obligation for me to retype entire oceanographic research programs into a forum post. And peer review being "irrelevant" is a remarkable position -- you've just dismissed the primary mechanism by which scientific claims are validated, with no replacement standard offered. What standard would satisfy you? Because if the answer is "none," that's not skepticism. That's a closed door.

Patricio wrote:
Nobody denied that water evaporates. What was denied is that evaporation constitutes a meaningful counter-mechanism to ocean acidification. Those are completely different claims. Misrepresenting one as the other and then critiquing the misrepresentation isn't chemistry.

Patricio wrote:
"Wacky." That's the word you've chosen for the consensus position of NOAA, the EPA, the Smithsonian, the IPCC, and every major oceanographic institution on the planet. The 0.1 unit pH decline isn't my personal assertion.

Patricio wrote:
It's a measurement.

Patricio wrote:
Calling it wacky doesn't change the reading on the sensor. It just tells us something about your relationship with evidence.

Patricio wrote:
Here is a list of the science addressed: the carbonate-bicarbonate-carbonic acid equilibrium system in seawater, the mechanism by which increased atmospheric CO₂ shifts that equilibrium, the effect of reduced carbonate ion concentration on calcification in shell-forming organisms, the Argo float network and its pH measurement methodology, NOAA's ocean acidification monitoring data, EPA documentation of ocean chemistry changes, and IPCC projected pH trajectory under various emissions scenarios. That's not failing to get out of the starting gate. That's the race. You haven't entered it.

Patricio wrote:
Evidence, cited sources, named mechanisms, balanced reactions, and links to primary research from NOAA, the EPA, the Smithsonian, and peer-reviewed literature. That is science.

Patricio wrote:
The fact that you've decided to call it something else doesn't change what it is.
Inversion fallacy.
[quote]Patricio wrote:
What you haven't produced -- across this entire exchange -- is a single equation, a single citation, a single mechanism, or a single alternative explanation. By your own stated standard, everything you've written can be denied. Consider it denied.

Patricio wrote:
The case has been made.

Patricio wrote:
The terms have been defined. The citations are live links. The methodology is documented and public. What you're calling "not yet proven" is the consensus position of every major oceanographic research institution on Earth. At some point "I remain unconvinced" stops being skepticism and starts being a personal policy against ever being convinced -- one that happens to require zero engagement with the substance of what's in front of you. That's not holding science to a standard. That's holding it to a standard you've designed to be unpassable, and calling that rigor.

sealover wrote:
"The term 'albedo' is not used in science." - Into the Night

Due to my familiarity with Into the Night, my first reaction is, "How would you know which terms are used in science?"

sealover wrote:
Of course, albedo IS a term that is used in science. A quantifiable parameter.

sealover wrote:
Knowing the right number for albedo, you can plug it into equations to tell you how much warmer you get out in the sun with a white tee shirt versus a black one. Albedo tells you how much visible light gets reflected, versus absorbed and turned into HEAT. Global dimming cannot be quantified in any useful way without someone who knows what albedo is using those albedo numbers in the calculations.

sealover wrote:
To his credit, he didn't simply insist that "There is no such thing as 'albedo'". There IS such thing, it's just not a term that is used in science.

sealover wrote:
Apparently, "science is a set of falsifiable theories. Nothing more. Nothing less.", so albedo is not a term that is used in a set of falsifiable theories. Okay.

sealover wrote:
Fun fact, according to ALBEDO, it should be cooler standing on the light grey ash where they just burned down a forest, compared to when lower albedo forest canopy covered the site. More visible light is getting turned into heat by dark green forest leaves compared to light colored ash, so it should be hotter. But evapotranspiration was providing AC while the trees were alive. Evaporative cooling as water consumes energy to change phase from liquid to vapor. And there is at least an order of magnitude more damp surface area exposed to evaporation in a square meter of live leaves, compared to a square meter of open water, or a square meter of dry ashes. It was ten or twenty degrees cooler when the low albedo canopy was absorbing more visible light to make heat. Evaporative cooling doesn't get enough attention is such discussions.

Patricio wrote:
Sealover, Hi. Look, I'm a writer who dabbles in science.

Patricio wrote:
It wouldn't be fair to bona fide scientists to call myself a scientist. A hobbyist? I'll accept that. I have a stack of books, access to the internet, and a curiosity that keeps me digging.

Patricio wrote:
How much do I actually know? I leave that for others to judge. Let the words be the credential.

Patricio wrote:
Most of us are anonymous here anyway, and in that respect we're all equal. Either our arguments are factual, supported, and capable of surviving scrutiny, or they aren't.

Patricio wrote:
In a sense, that's one reason I post on these forums: to find out.

What I have learned over the years is that knowledge alone isn't enough. You also have to understand your audience--what they know, what they don't know, and how to bridge the gap. I've gotten better at that with time. My strongest subject in college was nonfiction writing, and that skill has served me well.

Patricio wrote:
My primary competence is in the political arena, as my OP suggests. I would never presume to write a science textbook.

Patricio wrote:
Self-education can take you a long way, but I'm sure there are gaps--perhaps significant ones--where a formal scientific education would have done a better job than independent study.

Patricio wrote:
So I'll happily accept "writer." The rest, I'll leave to the readers.

Patricio wrote: The affirmative claim was supported.

Patricio wrote: With named ions, balanced reactions, equilibrium constants, and citations to NOAA, the EPA, the Smithsonian, and peer-reviewed literature.

Patricio wrote: Burden of proof was met before you arrived.

Patricio wrote: Debate means one party advances a claim with evidence and the other engages that evidence.

Patricio wrote: To be precise about what just happened here: those quotes -- "Carbonate is not a chemical. Bicarbonate is not a chemical. Alkalinity is not a chemical" -- are Into The Night's words, not mine.

Patricio wrote: And on the substance: yes, carbonate and bicarbonate are categories -- and they are also specific, discrete chemical species with molecular formulas, measurable charges, and documented reaction kinetics.

Patricio wrote: Nobody pivoted.

Patricio wrote: This is worth flagging directly: you've quoted only the first clause of my statement -- "When carbon dioxide mixes with seawater, it is partially converted into carbonic acid" -- and dropped everything that followed.

Patricio wrote: On evaporation: dissolved CO₂ in seawater

Patricio wrote: The definition was in the post you're responding to.

Patricio wrote: There is no alternate definition of bioavailability

Patricio wrote: Nothing was mischaracterized.

Patricio wrote: Into The Night wrote that it is not possible to measure the pH of the ocean.

Patricio wrote: I cited the Argo float network -- nearly 4,000 robotic profiling floats, calibrated sensors, data published within hours of collection, methodology peer-reviewed across thirty nations.

Patricio wrote: Nobody claimed a single pH value for the entire ocean as one monolithic number.

Patricio wrote: The methodology is documented, public, and linked.

Patricio wrote: Nobody denied that water evaporates.

Patricio wrote: "Wacky." That's the word you've chosen for the consensus position of NOAA, the EPA, the Smithsonian, the IPCC, and every major oceanographic institution on the planet.

Patricio wrote: The 0.1 unit pH decline isn't my personal assertion.

Patricio wrote: Here is a list of the science addressed:

Patricio wrote: the carbonate-bicarbonate-carbonic acid equilibrium system in seawater,

Patricio wrote: the mechanism by which increased atmospheric CO₂ shifts that equilibrium,

Patricio wrote: the effect of reduced carbonate ion concentration on calcification in shell-forming organisms,

This is the clearest statement of your method in the entire exchange, and it's worth reading carefully: everything can be denied. You're correct that denial is always available as a move.

Into the Night wrote:

Spongy Iris wrote:
I'm pretty sure you will not be able to find any climate data showing land temperatures in the tropics have warmed significantly beyond any reasonable margin of error.

Math error. Failure to declare boundary. Failure to declare variance. Failure to calculate margin of error.

Spongy Iris wrote:
I don't agree with ITN's and IBDM's conclusions that there is no global warming. But their most basic principle, that cold air cannot heat up warm land, makes sense. It is one of those immutable laws of physics, or thermodynamics.

No gas or vapor has the capability to warm the Earth.
You can't create energy out of nothing.

Spongy Iris wrote:
So the dynamic which causes global warming from increasing CO2 must be different than what most people believe, ya think?

No gas or vapor has the capability to warm the Earth. You are ignoring the 1st law of thermodynamics.

Spongy Iris wrote:
BTW, ChatGPT is a statistical text predictor, and I detect your writing relies heavily on it. It cuts right to the heart. It's not this, it's that.

ChatGPT is not statistical math. It does not predict either.

IBdamann Nope. You still haven't supported anything. Science assertions require science support. You haven't provided any science to discuss, much less discuss any.

IBdamann None of this is science. None of this supports anything. You would do well to learn what science is.

IBdamann Nope. That is a discussion, maybe even a conversation, but not a debate.

IBdamann I am well aware of this. Into the Night is correct, i.e. they are not chemicals, they are categories.

IBdamann Aaaah, you rushed to have AI explain it to you, and you still got it wrong.

IBdamann Neither carbonate nor bicarbonate are chemicals, they are categories. Ask AI to list for you carbonate and bicarbonate chemicals and neither "carbonate" nor "bicarbonate" will be among those listed.

IBdamann Into the Night never wrote that any of those categories weren't real or didn't exist; he wrote that the categories aren't chemicals.

IBdamann Yes. All that matters is your answer to my question. What happens to all that other CO2 when the water evaporates?

IBdamann I specifically asked about the other CO2, not about the miniscule amount that dissolves.

IBdamann Exactly. You had not defined it previously. You proceeded to divert into lame excuses for not having done so.

IBdamann Sure there are, and you are not omniscient. You do not know what other definition someone else is using or thinking.

IBdamann Into the Night is correct. You simply don't understand why he is correct. Here's the bottom line: There is a branch of mathematics that covers this, i.e. statistical math. Humanity does not have the technology to achieve arbitrarily low margins of error.

IBdamann Yes, you were claiming a single, monolithic pH value for the entire ocean; I can read English and that is what you expressed.

IBdamann I gave you an opportunity to explain it here in this thread, so that I could pick it apart and rake you over the coals.

IBdamann
1. Science is not a subjective matter of opinion. No consensus plays any role in science. 2) The IPCC is a religious headquarters, staffed by Climate clergy. 3) The other organizations you listed are all political organizations who carry no authority on these matters.

IBdamann There is only one oceanographic organization of any authority on these matters and that is the US Navy Research Labs, and they do not have any reason to draw any sort of conclusion that you are claiming.

IBdamann This isn't science. Saying that wood floats in water is an observation, not science.

IBdamann Write it out. Show me that science so we can discuss it.

IBdamann This is not science; this is called "an open question."

IBdamann You omitted the words "that you don't support." Reinsert those words and try again.

Patricio wrote:

IBdamann Nope. You still haven't supported anything. Science assertions require science support. You haven't provided any science to discuss, much less discuss any.

Patricio
Named ions. Molecular formulas. Equilibrium constants. Documented reaction kinetics. Citations to NOAA, the EPA, the Smithsonian, and peer-reviewed literature. You're going to need to explain what science is, by your definition, that excludes all of those things--because by every standard definition of scientific evidence, that list qualifies. The burden is on you to explain the exclusion, not on me to guess at your private criteria.

IBdamann None of this is science. None of this supports anything. You would do well to learn what science is.

Patricio
This is the third time you've asserted that without defining what would count. You've rejected named chemical species, molecular formulas, equilibrium constants, peer-reviewed methodology, and data from a global sensor network. What remains? What would you accept? Because a standard that excludes everything presented without explaining why isn't a standard. It's a veto.

IBdamann Nope. That is a discussion, maybe even a conversation, but not a debate.

Patricio
A semantic objection to the word "debate" in lieu of engaging the substance. Noted.

IBdamann I am well aware of this. Into the Night is correct, i.e. they are not chemicals, they are categories.

Patricio
Then we've located the disagreement precisely. You're arguing that carbonate and bicarbonate are categories, not chemicals. I'm arguing they are both--and that the distinction you're drawing doesn't do the work you need it to do. A category label and a chemical species are not mutually exclusive. "Alkali metal" is a category. Sodium is also a specific chemical with a defined atomic number, mass, and reaction profile. The category doesn't dissolve the chemistry. Same principle applies here.

IBdamann Aaaah, you rushed to have AI explain it to you, and you still got it wrong.

Patricio
The chemistry in my posts comes from standard analytical chemistry and oceanographic literature, not from AI. But more importantly: the source of an argument is irrelevant to whether the argument is correct. Address the chemistry, not the provenance.

IBdamann Neither carbonate nor bicarbonate are chemicals, they are categories. Ask AI to list for you carbonate and bicarbonate chemicals and neither "carbonate" nor "bicarbonate" will be among those listed.

Patricio
This list actually proves the opposite of what you intend. Every compound on that list contains the carbonate ion CO₃²⁻ or the bicarbonate ion HCO₃⁻ as a discrete, functional chemical component. The ion itself--with its defined molecular geometry, measurable charge, and documented reaction kinetics--is what we're talking about when we discuss ocean carbonate chemistry. Calcium carbonate shells form because Ca²⁺ combines with CO₃²⁻ in solution. The CO₃²⁻ ion is not merely a filing label. It is the reactive species. It is what the equilibrium shift affects. It is what becomes less available as CO₂ increases. Listing compounds that contain it doesn't make the ion disappear--it confirms it exists.

IBdamann Into the Night never wrote that any of those categories weren't real or didn't exist; he wrote that the categories aren't chemicals.

Patricio
Into the Night wrote: "Carbonate is not a chemical. Bicarbonate is not a chemical. Citrate is not a chemical. Alkalinity is not a chemical." The argument I was rebutting is that these species have no chemical reality relevant to ocean acidification. Whether you frame that as "not a chemical" or "merely a category" doesn't change what was being denied: that the carbonate system in seawater is chemically real and measurably affected by increased CO₂. It is. That's the claim. That's what the citations support.

IBdamann Yes. All that matters is your answer to my question. What happens to all that other CO2 when the water evaporates?

Patricio
The question contains a false premise. You're treating CO₂ dissolution and water evaporation as though they operate on the same timescale and in the same direction. They don't. When surface seawater evaporates, it leaves dissolved inorganic carbon--including CO₂, carbonic acid, bicarbonate, and carbonate--behind in higher concentration in the remaining water. Evaporation does not purge CO₂ from the ocean. It concentrates it. This is the opposite of the mechanism you're implying.

IBdamann I specifically asked about the other CO2, not about the miniscule amount that dissolves.

Patricio
Approximately 25 to 30 percent of all anthropogenic CO₂ emissions have been absorbed by the oceans since industrialization. That is not a minuscule amount. It is the number NOAA, the EPA, and the IPCC use. The word "minuscule" is doing a lot of work here and it's doing it without a citation.

IBdamann Exactly. You had not defined it previously. You proceeded to divert into lame excuses for not having done so.

Patricio
The definition appeared in the same post where I introduced the term. That is standard practice in written argument--you define a term when you use it. The claim that it needed to appear in a prior post, before the term was introduced, is not a rule of logic or rhetoric. It's a post-hoc demand designed to be unfulfillable.

IBdamann Sure there are, and you are not omniscient. You do not know what other definition someone else is using or thinking.

Patricio
If someone is operating under a definition of bioavailability that contradicts the NIH, the EPA, and environmental toxicology literature simultaneously, the burden is on them to produce it. "Someone might privately define it differently" is not a substantive objection to a publicly defined, institutionally standardized scientific term.

IBdamann Into the Night is correct. You simply don't understand why he is correct. Here's the bottom line: There is a branch of mathematics that covers this, i.e. statistical math. Humanity does not have the technology to achieve arbitrarily low margins of error.

Patricio
Nobody claimed arbitrarily low margins of error. The claim was that ocean pH is measurable and has been measured--not that a single omniscient reading exists. The Argo network produces spatially and temporally distributed measurements from which trend data is derived using standard statistical methodology. The 0.1 unit decline is a trend, not a point measurement. Attacking the straw man of impossible precision while ignoring the actual distributed statistical methodology is not a statistical objection. Name the specific flaw in the Argo methodology. That's the conversation. Everything else is theater.

IBdamann Yes, you were claiming a single, monolithic pH value for the entire ocean; I can read English and that is what you expressed.

Patricio
Here is what I wrote: "ARGO biogeochemical floats actively track pH across the world's oceans." The word "across" is doing the opposite of "monolithic." A global distributed sensor network is definitionally not a single measurement. This is not a subtle distinction.

IBdamann I gave you an opportunity to explain it here in this thread, so that I could pick it apart and rake you over the coals.

Patricio
The methodology is publicly documented and linked. The invitation to reproduce an entire oceanographic research methodology in a forum post so you can "rake me over the coals" is not a good-faith request for scientific discussion. It's a performance. Follow the links. The methodology is there.

IBdamann
1. Science is not a subjective matter of opinion. No consensus plays any role in science. 2) The IPCC is a religious headquarters, staffed by Climate clergy. 3) The other organizations you listed are all political organizations who carry no authority on these matters.

Patricio
You're correct that consensus is not itself proof--science is decided by evidence and methodology, not by vote. But you've now characterized NOAA, the EPA, the Smithsonian, and the IPCC as political or religious organizations with no scientific authority, while offering no alternative data source, no counter-methodology, and no institutional body whose measurements you would accept. That's not scientific skepticism. That's the elimination of all possible evidence in advance. If no institution qualifies and no methodology satisfies you, the position is unfalsifiable--and an unfalsifiable position isn't skepticism. It's dogma.

IBdamann There is only one oceanographic organization of any authority on these matters and that is the US Navy Research Labs, and they do not have any reason to draw any sort of conclusion that you are claiming.

Patricio
The Naval Research Laboratory conducts ocean research and publishes in peer-reviewed journals alongside NOAA, WHOI, and international partners. Their ocean acidification work does not contradict the carbonate chemistry I've described. If you have a specific NRL publication that disputes the 0.1 unit pH decline or the carbonate equilibrium mechanism, produce it. Otherwise you've named them as an authority without providing their testimony.

IBdamann This isn't science. Saying that wood floats in water is an observation, not science.

Patricio
The carbonate-bicarbonate equilibrium system is not an observation. It is a quantitative chemical model with defined equilibrium constants, rate equations, and predictive power that has been experimentally validated across more than a century of laboratory and field research. Le Chatelier's principle, applied to this system, predicts precisely the shift that ocean acidification measurements document. A model with predictive power that is experimentally confirmed is the definition of science. What you're describing as "not science" is science.

IBdamann Write it out. Show me that science so we can discuss it.

Patricio
CO₂ + H₂O ⇌ H₂CO₃ ⇌ H⁺ + HCO₃⁻ ⇌ 2H⁺ + CO₃²⁻
As atmospheric CO₂ increases, the left side of this equilibrium is driven forward by Le Chatelier's principle. H⁺ concentration increases--pH falls. CO₃²⁻ concentration decreases--carbonate availability for shell formation falls. This is not an open question. It is a coupled equilibrium with published dissociation constants (Ka1 ≈ 4.3×10⁻⁷, Ka2 ≈ 4.7×10⁻¹¹ at standard conditions) that have been measured in the laboratory since the early twentieth century. There is the mechanism. In writing. In this thread.

IBdamann This is not science; this is called "an open question."

Patricio
The effect of reduced carbonate ion availability on calcification rates in marine organisms has been documented in controlled laboratory experiments, field studies, and natural analogues such as volcanic CO₂ seeps where organisms living in lower-pH water show measurably reduced calcification. The studies exist, they are peer-reviewed, and they are reproducible. Calling an experimentally documented phenomenon "an open question" requires you to produce the counter-evidence that re-opens it. Where is it?

IBdamann You omitted the words "that you don't support." Reinsert those words and try again.

Patricio
The equilibrium equation is above. The dissociation constants are above. The mechanism is written out in this post. The links to the Argo network, NOAA, and the EPA were in the previous post. The support is present. The question now is whether you'll engage it or declare it unsupported for a fourth time without explaining why. In sum, you are not practicing scientific skepticism; you are practicing epistemic nihilism.

By disqualifying NOAA, the EPA, the Smithsonian, the IPCC, and peer-reviewed literature as "political or religious," you've constructed a position that cannot be falsified by any evidence from any source you haven't already vetoed. That's not skepticism. That's a closed system. Present this argument in front of any working scientist -- chemist, biologist, climate scientist, etc., take your pick -- and the response wouldn't be outrage. It would be the far more humiliating reaction of not being taken seriously enough to argue with. The room would move on. That's where your position lives in the real world.

sealover wrote:

I am genuinely in awe of your ability to distill the most important facts into short paragraphs, clear and concise. I wish that I had thought of them myself. I may plagiarize some of this for future use.

I started a thread called "Google scholar - So you can do your own homework"

One of the intentions was to make clear what you describe in the final sentences of your post. How to tell when the room is empty because nobody took it seriously enough to bother staying long enough to argue about it.

One of the slick propaganda techniques is to create pseudo scientific journals that look a lot like the real thing. That "paper" gets touted as definitive proof of something, or some paradigm-shifting discovery that "wins" the "debate".

Google scholar gives you direct access to the papers in many cases. If it was taken seriously enough to be cited by anyone, Google Scholar lets you see not just how many times it got cited, it gives you access to all the more recent papers that cited it.

A paradigm-shifting discovery won't languish for years with just a handful of citations. If it was worthy of being taken seriously, it got a serious response.

As a practical research assistant, I let Google Scholar show me all the newer papers that cited some older pub to see how that line of research advanced. When the older pub was the first to open up some question, the newer pubs that cited it can tell you where others have taken it. Science does not become LESS informed as scientists follow up with the next obvious question.

If some "maverick" scientist, the new Galileo, publishes a discovery that sheds new light on the climate puzzle in a way that revolutionizes anything, it will not be ignored. He won't find himself speaking to an empty room. He won't have to scrape the bottom of the barrel to find a forum. And it wouldn't take very long before a thousand other teams of scientists have all done their own investigations to see if the new Galileo's methodology, results, and conclusions are reproducible.

A quick search on Google Scholar can help one separate the funk from the bunk.

How many times a paper gets cited is already a big clue. But then an examination of WHY newer papers are citing it tells you if it was reproducible and resulted in even more informative investigations.

Remembering about 2009, when "cosmic rays" were going to "debunk" anthropogenic climate change once and for all. Get ready for it! Then it kind of landed with a thud. The requirement for "reproducibility" in the scientific method may be frustrating as it delays the advance of new knowledge. But it culls out a whole lot of garbage that shouldn't have been taken seriously.

I picture IBdaMann at the podium, desperate to have someone engage him in "debate" about his assertions. They vote with their feet and walk away.

Spongy Iris wrote:
Patricio,

I'm not going to dig into all the chemistry nuance here.

But the general climate debate, you have lost. I'm calling it.

The professional liars ITN and IBDM just needed one basic law of thermodynamics, cold air cannot heat up warm land, to knock you out.

IMO, if you can't get around this basic point, all the other back and forth is mental masturbation.

How about we get back on point? Here is a topic. What do you think of the phenomenon of stratospheric cooling?

Patricio wrote:Patricio rebuts:

Spongy, you just revealed exactly where you stand--and it isn't on solid ground.
"Calling it" isn't an argument. It's a concession dressed up as a victory lap.

Patricio wrote:Let's be precise about what ITN and IBdamann actually claimed,

Patricio wrote: That is not the greenhouse mechanism.

Patricio wrote: Here's what the greenhouse effect actually says:

Patricio wrote: Named ions. Molecular formulas. Equilibrium constants. Documented reaction kinetics. Citations to NOAA, the EPA, the Smithsonian, and peer-reviewed literature.

Patricio wrote:You're going to need to explain what science is,

Patricio wrote:This is the third time you've asserted that without defining what would count.

Patricio wrote:You've rejected ...

Patricio wrote:Then we've located the disagreement precisely. You're arguing that carbonate and bicarbonate are categories, not chemicals.

Patricio wrote: The chemistry in my posts comes from standard analytical chemistry and oceanographic literature, not from AI.

Patricio wrote:But more importantly: the source of an argument is irrelevant to whether the argument is correct.

Patricio wrote:This list actually proves the opposite of what you intend.

Patricio wrote:Every compound on that list contains the carbonate ion CO₃²⁻ or the bicarbonate ion HCO₃⁻ as a discrete, functional chemical component.

Patricio wrote:The question contains a false premise.

Patricio wrote:You're treating CO₂ dissolution and water evaporation as though they operate on the same timescale and in the same direction.

Patricio wrote:They don't. When surface seawater evaporates, it leaves dissolved inorganic carbon--including CO₂, carbonic acid, bicarbonate, and carbonate--behind in higher concentration in the remaining water.

Patricio wrote:Evaporation does not purge CO₂ from the ocean.

Approximately 25 to 30 percent of all anthropogenic CO₂ emissions

Patricio wrote:If someone is operating under a definition of bioavailability that contradicts the NIH, the EPA, and environmental toxicology literature simultaneously, the burden is on them to produce it.

Patricio wrote: The claim was that ocean pH is measurable and has been measured

Patricio wrote:The Argo network produces spatially and temporally distributed measurements from which trend data is derived using standard statistical methodology. The 0.1 unit decline is a trend, not a point measurement.

Patricio wrote: You're correct that consensus is not itself proof--science is decided by evidence and methodology, not by vote.

Patricio wrote:But you've now characterized NOAA, the EPA, the Smithsonian, and the IPCC as political or religious organizations with no scientific authority,

Patricio wrote:while offering no alternative data source,

Patricio wrote:no counter-methodology, and no institutional body whose measurements you would accept.

Patricio wrote:That's not scientific skepticism. That's the elimination of all possible evidence in advance.

Patricio wrote:If no institution qualifies and no methodology satisfies you, the position is unfalsifiable--and an unfalsifiable position isn't skepticism. It's dogma.

Patricio wrote: The Naval Research Laboratory conducts ocean research and publishes in peer-reviewed journals alongside NOAA, WHOI, and international partners.

Patricio wrote: Their ocean acidification work

Patricio wrote: ...does not contradict the carbonate chemistry I've described.

Patricio wrote: The carbonate-bicarbonate equilibrium system is not an observation. It is a quantitative chemical model with defined equilibrium constants, rate equations, and predictive power that has been experimentally validated across more than a century of laboratory and field research.

Patricio wrote:

Spongy Iris wrote:
Patricio,

I'm not going to dig into all the chemistry nuance here.

But the general climate debate, you have lost. I'm calling it.

The professional liars ITN and IBDM just needed one basic law of thermodynamics, cold air cannot heat up warm land, to knock you out.

IMO, if you can't get around this basic point, all the other back and forth is mental masturbation.

How about we get back on point? Here is a topic. What do you think of the phenomenon of stratospheric cooling?

Patricio rebuts:

Spongy, you just revealed exactly where you stand--and it isn't on solid ground.
"Calling it" isn't an argument. It's a concession dressed up as a victory lap.

Let's be precise about what ITN and IBdamann actually claimed, because you clearly aren't being precise: no climate scientist on Earth claims cold air heats warm land. That is not the greenhouse mechanism. Not even close. So congratulations--they defeated a position nobody holds, AKA 'the strawman argument' (Reference: Carl Sagan Baloney Detection Kit).

Here's what the greenhouse effect actually says: the sun heats the surface; the surface loses energy via outgoing infrared radiation; CO2 intercepts that outgoing radiation and re-emits a portion of it back downward--slowing the rate of energy loss. The surface then reaches a higher equilibrium temperature than it would otherwise. Your blanket isn't warmer than you, yet it still keeps you warm by restricting heat loss. No law of thermodynamics broken.

This isn't nuance. This is the difference between understanding a mechanism and understanding a caricature of it. ITN and IBdamann manufactured a ridiculous strawman just to give themselves something to defeat, and you're handing them the belt. Halpern et al. (2010) thoroughly buried this exact thermodynamic misconception regarding the Clausius statement in the peer-reviewed literature years ago.

The tell is in your own words: "I'm not going to dig into the nuance." Translation: I'm not going to engage the actual physics. That's not winning. That's forfeiting on the way out the door.

But since you want to switch gears to stratospheric cooling, let's go there.
Stratospheric cooling happens precisely because CO2 is increasing. In the dense troposphere, CO2 traps outgoing infrared heat. Because less of that radiation escapes to reach the upper atmosphere, the stratosphere loses a primary energy source. Simultaneously, in the thin air aloft, added CO2 acts as an efficient radiator, emitting what little heat is up there out into space.

This vertical thermal structural change--a warming troposphere paired with a cooling stratosphere--is one of the most definitive, observable fingerprints of an enhanced greenhouse effect. If the global warming were caused by increased solar irradiance, both layers would be heating up.

So, what exactly is your thermodynamic objection to stratospheric cooling? Let's see if you can stick to the mechanics this time instead of running out of physics.

If you want, we can go deeper into:

- the line‑by‑line radiative transfer calculations,

- the CO₂ absorption/emission bands,

- the altitude‑dependent optical depth,

- or the satellite OLR spectra that directly show the CO₂ notch.

Which layer of the physics do you want to peel back next?

I'm game. You?

IBdaMann wrote:

Patricio wrote:Patricio rebuts:

Spongy, you just revealed exactly where you stand--and it isn't on solid ground.
"Calling it" isn't an argument. It's a concession dressed up as a victory lap.

This was written by an AI assistant.

Into the Night is probably correct, i.e. that this account is a sock (of Robert's).

I should have noticed right away when "Patricio" used the term "species" (with respect to chemistry) when he doesn't even know any science fundamentals whatsoever, just as Robert doesn't know any science fundamentals. "Species" wrt chemistry is an AI term.

Patricio wrote:Let's be precise about what ITN and IBdamann actually claimed,

This is AI wording.

Patricio wrote: That is not the greenhouse mechanism.

This is AI-speak.

Now I understand why Robert is the excited cheerleader ... "Patricio" is his sock! This is why Robert immediately declares victory for "Patricio" before anyone has had any chance to respond. This is why Robert is so desperate to get "Patricio" recognized as a "true scientist", just as he is desperate to have himself viewed as a "true scientist."

Patricio wrote: Here's what the greenhouse effect actually says:

There is no greenhouse effect model that says anything.

I think we're done on this.

Im a BM wrote: What gave it away?

Im a BM wrote: The word "species". A [scientifically illiterate layman] would never say "species" for ["category"].

Im a BM wrote: Alkalinity, for example.

Im a BM wrote: One of the few things that Into the Night is actually CORRECT to assert is that "alkalinity is not a chemical".

Im a BM wrote: EVERY chemical that imparts alkalinity is an oxyanion of one kind or another.

Im a BM wrote: Allow me to define the terms "chemical species" and "oxyanion".

Im a BM wrote: I'll start with oxyanion, because you STILL seem to think that DILUTION is some kind of pH BUFFERING.

Im a BM wrote: An ANION is a negatively charged ion.

Im a BM wrote: Oxyanions are anions that have oxygen in their structure. One or more of the oxygen atoms on an oxyanion can protonate or deprotonate, depending on pH.

Im a BM wrote: Back to alkalinity. Acid neutralizing capacity can be speciated or not, depending on the needs of the research.

Im a BM wrote: So, alkalinity is usually speciated for government reports.

Im a BM wrote: Into the Night needs to learn what a "chemical" is.

Im a BM wrote: I'll just mock IBdaMann for being so IGNORANT (maybe "scientifically illiterate" is a better term) that he thinks chemicals are categorized into categories!

Im a BM wrote:I'm not going to speak up when it's the right thing to do.

Im a BM wrote: I hope that he gets bored of interacting with you, but doesn't just bail on the website.

Im a BM wrote:I know that the "target audience" I seek to reach would benefit from reading the kind of conversations Patricio and I could be having here.

Im a BM wrote: My AI-driven "sock" Patricio will have to find his own way.

Im a BM wrote: I hope before long, he and I will just IGNORE you trolls as we exchange information and ideas that will be of great value to the target audience.

Im a BM wrote: I still fear that he will get too disgusted with you and decide that this website is simply a waste of his time.

Im a BM wrote: So, how about a Sherlock-Holmes-and-Dr.-Watson model instead? Just two detectives exchanging information and ideas while the target audience gets informed.

IBdaMann wrote:

Im a BM wrote: What gave it away?

The direct copy-paste from an AI assistant.

Either Patricio is lying when he says "Oh no, I'm not getting my information from AI" or he is your sock.

Im a BM wrote: The word "species". A [scientifically illiterate layman] would never say "species" for ["category"].

Exactly.

Im a BM wrote: Alkalinity, for example.

Is also a category, not a chemical.

Im a BM wrote: One of the few things that Into the Night is actually CORRECT to assert is that "alkalinity is not a chemical".

That's all you had to say, but you didn't.

You had one job, i.e. correct Patricio when he tried to claim that alkalinity was a chemical and not a category, but you didn't.

This corroborates the idea that "Patricio" is your sock. It also explains why you have no credibility.

Try speaking up when it's the right thing to do.

Im a BM wrote: EVERY chemical that imparts alkalinity is an oxyanion of one kind or another.

"Oxyanion" is a category, not a chemical.

Im a BM wrote: Allow me to define the terms "chemical species" and "oxyanion".

I would be delighted. Make sure you clearly indicate the CATEGORY nature of those terms.

Im a BM wrote: I'll start with oxyanion, because you STILL seem to think that DILUTION is some kind of pH BUFFERING.

You are already off to a bad start. It looks like you are going to have to bring in the definition of buffering, and show that dilution does not fit that definition.

Don't blame me; you ****ed up by ignoring definitions. Ask yourself, would a scientist ever do that?

Im a BM wrote: An ANION is a negatively charged ion.

It's like a spent battery, i.e. negatively charged from additional electrons but it can't really give them up.

Im a BM wrote: Oxyanions are anions that have oxygen in their structure. One or more of the oxygen atoms on an oxyanion can protonate or deprotonate, depending on pH.

Allow me to explain it a little better.

Oxyanions are like charged capacitors that gain a negative charge, except that instead of receiving additional electrons, oxyanions are simply acids that lose protons. The oxygen atoms of the oxyanions just happen to be rather good at holding the remaining spare electrons in a particularly stable way.

The moral of the story: Capacitors rule. Don't let your electronics leave home without them.

Im a BM wrote: Back to alkalinity. Acid neutralizing capacity can be speciated or not, depending on the needs of the research.

Are you simply not able to express what a category is, or do you really not know what a category is?

Im a BM wrote: So, alkalinity is usually speciated for government reports.

Are you saying that alkalinity is broken down by category for government reports? Yes or no?

Im a BM wrote: Into the Night needs to learn what a "chemical" is.

You need to learn what a category is.

Im a BM wrote: I'll just mock IBdaMann for being so IGNORANT (maybe "scientifically illiterate" is a better term) that he thinks chemicals are categorized into categories!

You got me there.

Im a BM wrote:I'm not going to speak up when it's the right thing to do.

I see that.

Im a BM wrote: I hope that he gets bored of interacting with you, but doesn't just bail on the website.

Well, you control what your socks do, so ...

Im a BM wrote:I know that the "target audience" I seek to reach would benefit from reading the kind of conversations Patricio and I could be having here.

I don't think you can find two people who would make it a point to catch your conversations with yourself.

Im a BM wrote: My AI-driven "sock" Patricio will have to find his own way.

He is quite lost, and you certainly are no guide.

Im a BM wrote: I hope before long, he and I will just IGNORE you trolls as we exchange information and ideas that will be of great value to the target audience.

Too funny! You can't be the target science community and simultaneously be the scientifically illiterate climate lemmings hurling themselves over the cognitive cliff.

Im a BM wrote: I still fear that he will get too disgusted with you and decide that this website is simply a waste of his time.

His religion, and yours, is incompatible with science.

Im a BM wrote: So, how about a Sherlock-Holmes-and-Dr.-Watson model instead? Just two detectives exchanging information and ideas while the target audience gets informed.

You can't teach a science lesson with a WACKY religious sermon.