Ocean-surface temperatures are breaking records
economist.com
economist.com
https://en.wikipedia.org/wiki/Thermohaline_circulation
https://en.wikipedia.org/wiki/Atlantic_meridional_overturnin...
https://en.wikipedia.org/wiki/Clathrate_gun_hypothesis
https://en.wikipedia.org/wiki/Ocean_acidification
https://en.wikipedia.org/wiki/Dead_zone_(ecology)
https://www.psu.edu/news/research/story/global-warming-led-c...
Peter Ward: “Oceans - What’s the Worst that Can Happen?" https://www.youtube.com/watch?v=8eM1aakTzMw
That and endocrine disruptors
https://www.sciencedaily.com/releases/2021/03/210319125459.h...
- Slowing of ocean cycles leads to a miasma of hot H2S and then swampy jungle like place.
- Slowing Reproductive cycles is nearer than wet bulb temperature related issues.
The second order impacts of Pfizer/Viagra as a savior of endangered species is wild
Maybe the human race is fine on average, but the stupid outliers are an order of magnitude more destructive than the average person in unpredictable and ignorable ways.
Better analogy would be chiropractic and homeopathy. Both are total junk and are held up by nothing other than anecdotal evidence (and massive amounts of PR and lobbying).
I guess one has to evaluate what any particular instance claims to be capable of solving?
Earth has never suffered a mass extinction from a warming climate. The only climate which does cause a mass extinction is an ice age.
If you are a climate scientist that goes against the narrative you get your funding cut. The result is a dearth of doom and gloom, because that's where the money is at. Dissident climatologists like Judith Curry get the boot.
Additionally, and what the main stream science won't tell you is that "global warming" is happening on other planets as well, where there are no humans and thus no industrial activity that could account for this.
A Gloomy Mars Warms Up https://www.nasa.gov/centers/ames/research/2007/marswarming....
The media and captured scientific institutions are trying to cover this up by saying that the planet is darkening.
The solution to climate change will only be taxes and more regulation. Solutions like Nuclear, which produces abundant carbon free energy has been sabotaged by regulation so that had no choice but to have a carbon based economy. Also, it's very effective blackmail against a country that decides to not pay the IMF for it's predatory loans, where the oil imports can be shut off via mandate, and the economic system of said country grinds to a halt.
The entire global warming system has been caused by... the sun. The sun is getting a little bit hotter right now but the string pullers that own the global financial system are using their influence to say it's the trace gas CO2, despite the fact that H20 has even more heat trapping capabilities than CO2 does and is far far more abundant.
Europe lost a lot of its megafauna just after the ice age, when temperatures raised. Is not if is warm or cold, is the sudden change in the environment. And now is even faster
The entire global warming ? As in 100% of it ?
No wonder you peeps "get your funding cut" lmao
> despite the fact that H20 has even more heat trapping capabilities than CO2 does and is far far more abundant.
Guess which one is stable and which one doubled in 200 years
Oh and btw, the sun isn't getting "hotter" if anything we're getting less energy from it in the recent years: https://climate.nasa.gov/internal_resources/2502/
> "Let's say we take an Earth-like planet with a similarly sized ocean, increase the concentration of infrared absorbing gases in the atmosphere about two-fold, then stabilize the atmosphere. How long will it take for the ocean to stop warming, from the perspective of both transient and equilibrium climate sensitivity estimates?"
Transient: > "Using this model, we can estimate that it would take roughly 100-200 years for the ocean to stop warming, depending on the specific assumptions used."
Equilibrium: > "Depending on the specific assumptions used in the model, it could take several centuries or even millennia for the ocean to reach a new equilibrium state."
The closest thing to this is lifeless planets. Mercury is in pretty good equilibrium.
Life is chemical reaction, and chemical reactions are inequilibria.
Life and equilibrium are opposites -- life is inequilibrium. It's possible because Earth has been in constant change, facilitating energy transfer between organisms, which themselves have been causing changes, like what we're doing or like that one time that cyanobacteria killed everything by creating oxygen[0] or like that other time that methanogens killed everything by creating methane[1].
0: https://en.wikipedia.org/wiki/Great_Oxidation_Event
1: https://en.wikipedia.org/wiki/Methanosarcina#Role_in_the_Per...
https://climatereanalyzer.org/clim/sst_daily/
Edit: This is the same source used by the article.
Climate change research is often people's first look at how professional scientists operate, so things which are merely carefully working around systematic errors in other contexts may be suddenly deemed evidence of a fraudulent conspiracy.
Then later they discover that climatologists routinely hide original data, present edited data as if it were measurements, drop inconvenient data, flip data upside down to ensure things get warmer, present conclusions whilst refusing to explain how they arrived at them, attack anyone who tries to double check their work and a million other things you're not meant to do because it results in deriving data from theory instead of the other way around.
But when they point out that this isn't scientific, suddenly they supposedly don't understand the scientific method anymore because they aren't "professional scientists". A pure appeal to authority fallacy! Professional scientists are unfortunately the people with the strongest incentives to break the rules and obfuscate about it, because rule breaking isn't penalized in academia but lack of papers is.
People can also see how much it varies by field. Climatological predictions get way more skepticism than, say, physical predictions about the nature of bosons, both because their methods are deserving of skepticism and because they constantly engage in fraudulent conspiracies to cover up those methods. Lest we forget:
Phil Jones 2009: For much of the southern hemisphere between 40 and 60S the normals are mostly made up as there is very little ship data there
> Present edited data, drop data
This is exactly what I mean. The people at the LHC (and probably LIGO) have to do this all the time because they generate vast amounts of noisy data too. CERN actually invented quite a lot of machine learning techniques to be able to drop as much data as they have to do.
For example, there's a famous temperature sensor in the UK that is obviously biased by being in the middle of London, how you would you use that data?
Berkeley Earth, funded by Koch brothers, independently produced a report concluding that global warming was not only real, but also with a curve that was broadly consistent with the IPCC curve too.
And it's probably fair to say that I did make an appeal to authority, however I stand by it because I have spent quite a lot of time listening to people who obviously have no idea what goes on in a physics department — forget conspiracy, just the basics of how to make a quantitative statement about a process e.g. "How can you predict something that hasn't happened yet" is one example, or using "correlation isn't causation" as a Crux to deny literally any causal argument.
Climate scientists for the most part aren't the best and brightest scientists however that doesn't really matter, because the basic concept of drawing a line through an obviously increasing curve and noting a strong link with CO2 emissions isn't very hard. The difficult stuff is working out which parts of the world will be more effected by local phenomena.
So, it probably comes from the sun¹. The sun didn't change its output much according to relevant science in the last few years, solar cycles notwithstanding. So, it must be related to the amount of energy not being reflected into space.
Which is where greenhouse gases come into play. The earth reflects a certain amount of energy it receives back into the vastness of space. The ratio of how much it reflects is affected by greenhouse gases.
Now, there are a lot of greenhouse gases. CO² is one of the least potent of all, but its sheer volume in the atmosphere - being increased by human emissions - makes it the most relevant actor here: https://www.epa.gov/ghgemissions/overview-greenhouse-gases
So, we're keeping more solar energy within earth's atmosphere. We can use that energy as solar energy, or as wind energy, or whatever we like, but as long as it is solar energy, the energy budget within earth's atmosphere won't change. We either have to reflect it back to space, or we'll suffer the same consequences as not using it as renewable energy².
That's it. This is just a collection of facts which are really obvious, but from my experience few people really consider in their threat model. I think not one fact I just posted is false, but I would really welcome to be educated where I am wrong.
¹ Energy generated on earth compared to energy received from the sun is almost negligible: the energy generated on Earth is roughly 0.0000000000054% of the energy received from the Sun (3.8 x 10^26 watts, compared to a ballpark around 10^15 watts of fossil + nuclear fuels combined).
² This is probably obvious, but by reducing greenhouse gases in absolute terms, we reduce the albedo of earth, which in turn means reflecting more energy into space. Right now, we're just focusing on reducing the 2nd derivative of greenhouse gas emissions. In 2023, we do nothing at all in terms of actively increasing the albedo, that is, reflecting energy back into space.
You hooked me with the Nobel Prize line. Where do I pick it up? https://en.wikipedia.org/wiki/Earth%27s_internal_heat_budget...
Most incident sunlight is absorbed (either in the lower atmosphere or on the surface). At the same time long wave infrared radiation (heat) is emitted, proportional to the temperature of the surfaces. Greenhouse gases in the atmosphere slow down the rate at which that heat escapes to space.
¹ https://en.wikipedia.org/wiki/Albedo
² https://www.pnas.org/doi/10.1073/pnas.1918770116
Please think about the effects to understand albedo. It can be perceived as a complex topic, but in reality, it isn't.
Good night
Climate change is just the cherry on top, really, compared to our other efforts to reduce biodiversity.
1. I don't know why we use the word "loss", which implies an accidental outcome, when we're systematically setting out to plunder and strip-mine ecosystems.
Life won’t die, we had plenty of mass extinction, but most of current species do like their oxygen. Also, their shells.
* Melting ice caps mean more heat absorption
* melting permafrost releases methane
* Warming oceans freeze frozen methane
I'm forgetting a bunch, doing this from memory. What negative feedbacks do you believe outweigh these?
A truck filled with ecological research
200 million tonnes of seafood per year is an unprecedented and unsustainable change. Global warming will of course make things worse but it’s not like the oceans are currently healthy.
Unprecedented in the last 100 years, million years, or 500 million years? That's a lot of precedent with some major and rapid climate changes.
Edit: the book was The White Planet by Jean Jouzel, Claude Lorius, and Dominique Raynard
This is not how we measure ocean surface temperatures. The researching cube is sink entirely. Two m deep is still surface.
My understanding of this came from an article Karina Von Schuckmann, for which I can't find the PDF right now, which said they were measuring the top few millimeters.
If you use a floating thermometer the sun-rays are probably warming it or the winds are cooling it, so you are including an error in your sample. The results are higher or lower water temperatures than the real ones.
It is assumed that the water layer mix uniformly in the first meters by wave forces and wind so we can measure surface at 10m perfectly
I am no optimist, but not due to technological limitations, but economic ones — the only hope is “unknown unknowns”. We might invent some new technology that could wipe clear our existing estimates for the better.
A couple hundred million years ago there was a warm era, there were no ice anywhere on Earth.
I can see how climate change might be highly destructive to human habitat, but "90% ocean lifeform death" is the best excuse for not taking climate activists seriously.
Also, oxygen and CO2 solubility changes heavily with temperature.
The first thing to understand is there is a carbon cycle just like the water cycle. If it comes out of the ground then it needs to go back in the ground. This happens naturally on large geologic time scales, except humans are pulling it out faster than normal. To balance this all out we have to put it back in faster than normal. The solution needs to be cheap and easy otherwise it will never get done. Carbon capture is expensive and hard so it won't work for political and socioeconomic reasons.
The best solution appears to be growing biomass and the ocean is the perfect environment for it because of its size and the fact there is already a mechanism in place. Sea water is high in calcium and nitrogen but lacks iron in comparision. Algea need these as a basis to grow and reproduce. Micro organisms feed off algea, plankton feed off micro organisms, small fish feed...etc. By releasing iron oxide into the ocean it causes an algea bloom, an immediate proliferation of biomass. Once the iron is consumed the ecosystem normalizes, returning to levels prior to the application of iron oxide. By requiring a distribution system on container ships, and determining seasonal application amounts and times, we could seed our way to large biomass. The key is that unconsumed biomass sinks to the bottom of the ocean effectively capturing carbon, moving it along in the cycle to the point where the next step is oil conversion. Once the CO2 levels in the water are at a negative differential with the atmosphere, the ocean will pull the carbon back in as a simple matter of equilibrium. Over time this decreases global CO2 not only cooling the air but also the ocean. This mechanism is both easy and cheap and requires minimal regulation and minimal ongoing funding to monitor and manage.
So, if this solution exists, and seems to be the best solution to overall warming of the earth, then ask yourself...why aren't we doing it?
Evidence of albedo changes impacting arctic ice: https://www.nature.com/articles/s41598-017-08467-z (I believe there are more studies like this; I’ve read one before, but it wasn’t this one).
The same thing happens anywhere there is ice. Think of mountain tops revealing dark gray rock which heats to 30 degrees Celsius in summer in a location where there was previously ice. The ice would melt, yet reflect energy and still be cooler than the air, but the rock just radiates heat into the atmosphere (and remaining ice surrounding it).
> Anything that good hackers would find interesting. That includes more than hacking and startups. If you had to reduce it to a sentence, the answer might be: *anything that gratifies one's intellectual curiosity.*
(Emphasis mine.)
https://www.climateofdenial.org/track-climate-change-denial/...
Mind you, I'm not saying I agree with the claim. But before you dismiss it as baloney, at least be sure you know what is actually being claimed.
If this is how much evidence you need to dismiss something without checking, then you'll dismiss everything and you'll never find out if/when the hunch was wrong.
https://www.sciencedaily.com/releases/2009/05/090528203745.h...
https://www.nature.com/articles/d41586-021-02035-2
https://en.wikipedia.org/wiki/Replication_crisis#:~:text=The....
We have a crisis in science where the data for too many studies has been doctored. So we must trust in common sense, defend personal freedoms, and reject globalist elitist agendas that promise us easy solutions and impossible utopias.
Edit: oh wait, Khan Academy has some physics courses I believe; you could probably do that.
I think it is good to remember that Earth has cyclic glacial periods. We just happen to live during a warm period.
https://en.wikipedia.org/wiki/Greenhouse_and_icehouse_Earth?...