Full-time professor at the Free University of Brussels, Belgium
apreat@gmail.com
apreat@ulb.ac.be
• Department of Earth Sciences and Environment
Res. Grp. - Biogeochemistry & Modeling of the Earth System
Sedimentology & Basin Analysis
• Alumnus, Collège des Alumni, Académie Royale de Sciences, des Lettres et des Beaux Arts de Belgique (mars 2013). http://www.academieroyale.be/cgi?usr=2a8crwkksq&lg=fr&pag=858&rec=0&frm=0&par=aybabtu&id=4471&flux=8365323
• Prof. Invited, Université de Mons-Hainaut (2010-present-day)
• Prof. Coordinator and invited to the Royal Academy of Sciences of Belgium (Belgian College) (2009-
present day)
• Prof. partim to the DEA (third cycle) led by the University of Lille (9 universities from 1999 to 2004) - Prof. partim at the University of Paris-Sud/Orsay, European-Socrates Agreement (1995-1998)
• Prof. partim at the University of Louvain, Convention ULB-UCL (1993-2000)
• Since 2015 : Member of Comité éditorial de la Revue Géologie de la France http://geolfrance.brgm.fr
• Since 2014 : Regular author of texts for ‘la Revue Science et Pseudosciences’ http://www.pseudo-sciences.org/
• Many field works (several weeks to 2 months) (Meso- and Paleozoic carbonates, Paleo- to Neoproterozoic carbonates) in Europe, USA (Nevada), Papouasia (Holocene), North Africa (Algeria, Morrocco, Tunisia), West Africa (Gabon, DRC, Congo-Brazzaville, South Africa, Angola), Iraq... Recently : field works (3 to 5 weeks) Congo- Brazzaville 2012, 2015, 2016 (carbonate Neoproterozoic).
Degree in geological sciences at the Free University of Brussels (ULB) in 1974, I went to Algeria for two years teaching mining geology at the University of Constantine. Back in Belgium I worked for two years as an expert for the EEC (European Commission), first on the prospecting of Pb and Zn in carbonate environments, then the uranium exploration in Belgium. Then Assistant at ULB, Department of Geology I got the degree of Doctor of Sciences (Geology) in 1985. My thesis, devoted to the study of the Devonian carbonate sedimentology of northern France and southern Belgium, comprised a significant portion of field work whose interpretation and synthesis conducted to the establishment of model of carbonate platforms and ramps with reefal constructions.
I then worked for Petrofina SA and shared a little more than two years in Angola as Director of the Research Laboratory of this oil company. The lab included 22 people (micropaleontology, sedimentology, petrophysics). My main activity was to interpret facies reservoirs from drillings in the Cretaceous, sometimes in the Tertiary. I carried out many studies for oil companies operating in this country.
I returned to the ULB in 1988 as First Assistant and was appointed Professor in 1990. I carried out various missions for mining companies in Belgium and oil companies abroad and continued research, particularly through projects of the Scientific Research National Funds (FNRS).
My research still concerns sedimentology, geochemistry and diagenesis of carbonate rocks which leads me to travel many countries in Europe or outside Europe, North Africa, Papua New Guinea and the USA, to conduct field missions.
Since the late 90's, I expanded my field of research in addressing the problem of mass extinctions of organisms from the Upper Devonian series across Euramerica (from North America to Poland) and I also specialized in microbiological and geochemical analyses of ancient carbonate series developing a sustained collaboration with biologists of my university. We are at the origin of a paleoecological model based on the presence of iron-bacterial microfossils, which led me to travel many countries in Europe and North Africa. This model accounts for the red pigmentation of many marble and ornamental stones used in the world. This research also has implications on the emergence of Life from the earliest stages of formation of Earth, as well as in the field of exobiology or extraterrestrial life ...
More recently I invested in the study from the Precambrian series of Gabon and Congo. These works with colleagues from BRGM (Orléans) are as much about the academic side (consequences of the appearance of oxygen in the Paleoproterozoic and study of Neoproterozoic glaciations) that the potential applications in reservoir rocks and source rocks of oil (in collaboration with oil companies).
Finally I recently established a close collaboration with the Royal Institute of Natural Sciences of Belgium to study the susceptibility magnetic signal from various European Paleozoic series. All these works allowed me to gain a thorough understanding of carbonate rocks (petrology, micropaleontology, geobiology, geochemistry, sequence stratigraphy, diagenesis) as well in Precambrian (2.2 Ga and 0.6 Ga), Paleozoic (from Silurian to Carboniferous) and Mesozoic (Jurassic and Cretaceous) rocks. Recently (2010) I have established a collaboration with Iraqi Kurdistan as part of a government program to boost scientific research in this country.
My research led me to publish about 180 papers in international and national journals and presented more than 170 conference papers. I am a holder of eight courses at the ULB (5 mandatory and 3 optional), excursions and field stages, I taught at the third cycle in several French universities and led or co-managed a score of 20 Doctoral (PhD) and Post-doctoral theses and has been the promotor of more than 50 Masters theses.
But fungi don’t just release carbon. They can also store it. For example, environmental stress can cause fungi to strengthen their cell walls. They do so by using organic compounds that contain carbon. These carbon compounds can stay in soils for years to decades or even longer.
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“We found that where drought stress increased, the amount of fungi that invested more in strengthening cell walls and less in decomposition tended to increase,” says Treseder. In contrast, in more moderate conditions, the reverse occurred. Fungi that decomposed more efficiently became more common.
These findings suggest that fungi might store more carbon as global climate becomes more extreme. On the other hand, they might release more carbon dioxide in moderate climates. “These opposing feedbacks would not have been apparent without examining trade-offs among fungal traits,” says Treseder.
The IPCC’s First Assessment Report (FAR) made forecasts or projections of future concentrations of carbon dioxide that turned out to be too high.
From 1990 to 2018, the increase in atmospheric CO2 concentrations was about 25% higher in FAR’s Business-as-usual forecast than in reality. More generally, FAR’s Business-as-usual scenario expected much more forcing from greenhouse gases than has actually occurred, because its forecast for the concentration of said gases was too high; this was a problem not only for CO2, but also for methane and for gases regulated by the Montreal Protocol. This was a key reason FAR’s projections of atmospheric warming and sea level rise likewise have been above observations.
Some researchers and commentators have argued that this means FAR’s mistaken projections of atmospheric warming and sea level rise do not stem from errors in physical science and climate modelling. After all, emissions are for climate models an input, not an output. Emissions depend largely on economic growth, and can also be affected by population growth, intentional emission reductions (such as those implemented by the aforementioned Montreal Protocol), and other factors that lie outside the field of physical science. Under this line of reasoning, it makes no sense to blame the IPCC for failing to predict the right amount of atmospheric warming and sea level rise, because that would be the same as blaming it for failing to predict emissions.
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Readers who have made it to this part of the article probably want a summary, so here it goes:
Hausfather estimates that FAR’s Business-as-usual scenario over-projected forcings for the 1990-2017 period by 55%. This would mean a difference of 0.59 w/m2 between FAR and reality.
Lower-than-expected concentrations of Montreal Protocol gases explain about 0.19 w/m2 of the difference. With the big caveat that Montreal Protocol accounting is a mess of CFCs, HCFCs, HFCs, stratospheric ozone, and perhaps other things I’m not even aware of.
FAR didn’t account for tropospheric ozone, and this ‘unexplains’ about 0.07 w/m2. So there’s still 0.45-0.5 w/m2 of forcing overshoot coming from something else, if Hausfather’s numbers are correct.
N2O is irrelevant in these numbers
CO2 concentration was significantly over-forecasted by the IPCC, and that of methane grossly so. It’s safe to assume that methane and CO2 account for most or all of the remaining difference between FAR’s projections and reality.
Again, this is a rough calculation. As mentioned before, an exact calculation has to take into account for many issues I didn’t consider here. I really hope Hausfather’s paper is the beginning of a trend in properly evaluating climate models of the past, and that means properly accounting for (and documenting) how expected forcings and actual forcings differed.
The British tabloid “The Guardian” has a new scare story about what is wrongly called “ocean acidification”. It opens as follows:
Pacific Ocean’s rising acidity causes Dungeness crabs’ shells to dissolve
Acidity is making shells of crab larvae more vulnerable to predators and limiting effectiveness in supporting muscle growth
The Pacific Ocean is becoming so acidic it is starting to dissolve the shells of a key species of crab, according to a new US study.
Sounds like the end of times, right? So let me start with a simple fact. The ocean is NOT acidic. Nor will it ever become acidic, except in a few isolated locations. It is alkaline, also called “basic”. The level of acidity/alkalinity is expressed on the “pH” scale, where neutral is 7.0, alkaline is from 7 to 14, and acidic is from 0 to 7.
Figure 1. The pH scale, running from the most acid at the bottom, through neutral in the middle, and up to the most alkaline at the top.
From the chart, the ocean has a pH of around 8 (although as we’ll see, that conceals great variation).
Les plus chauds partisans de l’énergie nucléaire sont convaincus que la technologie actuelle des réacteurs à eau légère sous pression (PWR) est loin d’être parfaite. Mais elle dispose d’énormes qualités qui rendent son utilisation indispensable. Au nombre de celles-ci, principalement une absence d’émission de CO2 [1] la sécurité d’approvisionnement au sens où la production d’électricité et de chaleur peut satisfaire la demande à tout instant, hormis bien sûr les périodes de maintenance des installations et les pannes éventuelles, et la rentabilité économique au sens où les importants investissements en capitaux peuvent être amortis en des temps beaucoup plus courts que la durée de vie fonctionnelle de ces installations, etc… Dernière qualité, moins évidente pour les non-initiés : la mise en œuvre de la technologie PWR peut revêtir des formes très variées dont certaines (les SMR, petits réacteurs modulaires) renforcent la sûreté déjà très élevée du nucléaire actuel, considérée néanmoins comme insuffisante par les opposants.
In 2019, more than 440 scientific papers were published that cast doubt on the position that anthropogenic CO2 emissions function as the climate’s fundamental control knob…or that otherwise serve to question the efficacy of climate models or the related “consensus” positions commonly endorsed by policymakers and mainstream media sources.
by D. Wojick, Jan 29, 2020 in ClimateChangeDispatch
There is NO climate emergency. Preaching doom and gloom is a crime against the young generation. These are the key points of a new manifesto from the Climate Intelligence Group or CLINTEL.
CLINTEL is a rapidly growing international group, led by prominent scientists, that opposes the ill-founded attempts to scare people into hasty climate policy actions.
They also oppose the terrorizing of children as part of the false climate alarm. CLINTEL recently issued a World Climate Declaration denouncing scaremongering and this new manifesto provides detailed scientific backup for the WCD for a wide public.
The manifesto is authored by Professor Guus Berkhout, the President of CLINTEL.
The focus of the Berkhout manifesto is on climate-related modeling, which it says is “unfit for purpose.” The purpose, in this case, is predicting future climate change. Modeling dominates climate science.
It also provides the scary scenarios that drive hugely expensive and disruptive climate emergency action policies. That the models are faulty is a very important finding.
The manifesto says there are at least four strong reasons why today’s models are no good.
Stop using the worst-case scenario for climate warming as the most likely outcome — more-realistic baselines make for better policy.
More than a decade ago, climate scientists and energy modellers made a choice about how to describe the effects of emissions on Earth’s future climate. That choice has had unintended consequences which today are hotly debated. With the Sixth Assessment Report (AR6) from the Intergovernmental Panel on Climate Change (IPCC) moving into its final stages in 2020, there is now a rare opportunity to reboot.
For a long time, electricity prices have known only one direction: upwards! Ever faster, ever more clearly.
Now the shock for many families: The Federal Government has presented official figures in an answer to an inquiry from the FDP Free Democrats parliamentary group in the Bundestag and announced the true extent of the electricity price increase.
320 euros extra annually per household
In the past ten years, the price of electricity for households and industry has risen by a third.
According to the Augsburger Allgemeine, which quotes from the paper, the price of electricity rose by 35 percent between 2009 and 2019.
For a typical household with 4,000 kWh per year, this means 320 euros in additional costs for electricity alone.
This is even more than the various comparison websites had previously calculated.
by P. Homewood, January 28, 2020 in NotaLotofPeopleKnowThat
Provisional figures from the China Energy Portal indicate that thermal generation continues to rise in China, albeit at a slower rate then the last few years
As I noted in November, there are three factors behind the slower rise in thermal (which is almost certainly predominantly coal-fired):
Overall demand for electricity has increased at a much slower rate in 2019 – 4.7% against 8.4% in 2019. This reflects the dramatic slowdown in Chinese economic growth.
New nuclear capacity has been added in the last two years.
Better hydro generation, presumably due to wetter weather.
Significantly, thermal generating capacity has continued to grow in 2019, by 4.1%. Just as significant is the dramatic slowdown in new solar power capacity being added. In 2018, 45GW was added, but this dropped to 26GW last year, following the restriction of subsidies.
New wind capacity increased marginally in 2019, from 21GW in 2018 to 25GW.
Using the latest satellite technology from the European Space Agency (ESA), scientists from the University of Bristol have been tracking patterns of mass loss from Pine Island — Antarctica’s largest glacier.
They found that the pattern of thinning is evolving in complex ways both in space and time with thinning rates now highest along the slow-flow margins of the glacier, while rates in the fast-flowing central trunk have decreased by about a factor of five since 2007. This is the opposite of what was observed prior to 2010.
Pine Island has contributed more to sea level rise over the past four decades than any other glacier in Antarctica, and as a consequence has become one of its most intensively and extensively investigated ice stream systems.
However, different model projections of future mass loss give conflicting results; some suggesting mass loss could dramatically increase over the next few decades, resulting in a rapidly growing contribution to sea level, while others indicate a more moderate response.
Identifying which is the more likely behaviour is important for understanding future sea level rise and how this vulnerable part of Antarctica is going to evolve over the coming decades.
The results of the new study, published in the journal Nature Geoscience, suggest that rapid migration of the grounding line, the place where the grounded ice first meets the ocean, is unlikely over that timescale, without a major change in ocean forcing. Instead, the results support model simulations that imply that the glacier will continue to lose mass but not at much greater rates than present.
Lead author Professor Jonathan Bamber from the University of Bristol’s School of Geographical Sciences, said: “This could seem like a ‘good news story’ but it’s important to remember that we still expect this glacier to continue to lose mass in the future and for that trend to increase over time, just not quite as fast as some model simulations suggested.
“It’s really important to understand why the models are producing different behaviour in the future and to get a better handle on how the glacier will evolve with the benefit of these new observations.
“In our study, we didn’t make projections but with the aid of these new data we can improve model projections for this part of Antarctica.”
University of Texas at Austin Professor, Bayani Cardenas, has discovered an underwater environment of bubbling carbon dioxide with readings some 200x the concentration of CO2 in the atmosphere.
Cardenas discovered the region –which he calls “Soda Springs”– while studying how groundwater from a nearby island could affect the ocean environment of the Verde Island Passage in the Philippines. The passage is one of the most diverse marine ecosystems in the world and is home to thriving coral reefs.
The amazing bubbling location, which Cardenas captured on video, is not a climate change nightmare, reads part of the press release issued by utexas.edu on Jan 22, 2020. It is instead linked to a nearby volcano that vents out the gases through cracks in the ocean floor, and has probably been doing so for decades or even millennia.
Prof. Gernot Patzelt is an internationally renowned glaciologist with numerous publications and lectures. Now he has, as it were, presented his life’s work with the book “Gletscher: Klimazeugen von der Eiszeit bis zur Gegenwart“ (Glaciers: Climate Witnesses from the Ice Age to the Present” (Hatje Cantz-Verlag, Berlin, 2019, 266 pages). It combines the overwhelming artistic aesthetics of Alpine glaciers in painting with scientific glaciology.
Gernot Patzelt, Professor of High Altitude Research at the University of Innsbruck and Head of the Alpine Research Centre Obergurgl in Tyrol, was not and is not retired after his retirement in 2004. His lectures, especially those at EIKE climate conferences (here, here) and his writings, which are listed here, bear witness to this. He was also co-author of the book “A. Fischer und G. Patzelt: Gletscher im Wandel: 125 Jahre Gletscher-Meßdienst des Alpenvereins, Springer, 2018″.
His book “Klimazeugen von der Eiszeit bis zur Gegenwart” (Climate Witnesses from the Ice Age to the Present), which is discussed here, breaks new ground by making the otherwise rarely attempted connection between natural aesthetics and scientific description. The Austrian glaciologist has convincingly succeeded in this attempt, namely the connection of painting history with Ice Age history, glacier history, landscape history, vegetation history, climate history, cultural history … and more!
[ It may or may not be pay-walled for you — if it is, try searching the title in your search engine and use the link provided by Google/Bing/whatever — it may let you in or see here. ]
Jakarta, Indonesia, is not an exemplar of rising sea levels
Jakarta is a good proxy for many of the problems that Asian cities are having with sea levels — relative sea levels. Is Relative Sea Level a problem specific to Asian cities? No, but it is a common problem to Asian mega-cities as can be seen in this figure:
A new reconstruction (Martin et al., 2020) shows peak mean annual temperatures (14°C) were 7°C warmer than today (7°C, 2009-2017) ~7800 years ago in France. In the last 200 years temperatures have fallen by ~3°C.
An article in the January 2020 Issue of Physics Today (1) presents an interesting and very readable overview of methods to capture and store away CO2 emissions. The purpose of this guest blog is to summarize a few key points the paper makes, and add some commentary. WUWT has covered some of this same territory recently here and here.
Motivation
Of course, the motivation for negative emissions technologies (NETs), or CO2 capture, is to bring atmospheric CO2 back to safe levels. Although the article fails to mention what safe means in this context, and what levels are unsafe, it alludes to melting polar ice and methane escaping from melting permafrost as consequences of unsafe climate. Nothing unusual here. Despite relegating its case for an unsafe future to such enterprises as the IPCC, the article does provide some insight into the cause of what seems to be the current “crisis” mentality. It is 1.5°C temperature rise goal of the 2015 Paris agreement. As readers of WUWT already know, this is not a 1.5°C increase from now, but rather from an estimated pre-industrial level — meaning that two-thirds of that margin is already gone and we have but 0.5°C left to work with. I suspect most people do not understand this subtle point.
Eventually the article makes a brief excursion into more phenomena by which climate change would become unsafe — forest fires, droughts, and sea level rise. All of this is also familiar to WUWT readers.
by W. Jones, January 22, 2020 in ClimateChangeDispatch
Did you know that over the last 450,000 years there have been four Ice Ages lasting around 100,000 years each?
And five interglacial periods lasting around 12,000 years each?
Look at this graph of temperature data derived from the Vostok ice core from Antarctica.
What it means is that for around 90 percent of the last 450,000 years Earth has been in an Ice Age, where global temperatures have slumped to as low as 10 deg C colder than in the relatively brief interglacial periods.
The current interglacial period (the fifth) began about 11,600 years ago, suggesting it may not last much longer. It corresponds to the time when human beings began farming and building cities and civilizations.
It is notably cooler than the previous four interglacial periods. If we ‘zoom in’ on it (see the upper graph, below)
Depuis le début des mesures thermométriques directes, les 4 principales séries de température que nous possédons (thermomètres terrestres et satellites) nous montrent que la température globale de la basse troposphère a augmenté de ± 0,8°C en 138 ans (entre 1880 et 2018). Cela correspond à ± 0,28°C en 50 ans soit 0,006°C/an(actuellement environ 0,01°C/an pour les 30 dernières années). Les médias nous rappellent chaque jour que cette hausse est exceptionnelle et que le CO2 anthropique en est à l’origine, c’est-à-dire est le grand coupable suivant la terminologie consacrée.
Mais cette vitesse d’augmentation de la température, est-elle vraiment exceptionnelle? Dans les lignes qui suivent, nous allons vous démontrer qu’il n’en est rien. Au cours de la dernière période glaciaire, alors que l’espèce humaine existait déjà, la température moyenne a parfois augmenté à une vitesse vingt fois plus élevée, et ce à de nombreuses reprises. Ces phénomènes particuliers, qui n’ont pas fait disparaître la vie sur Terre, et que nous vous avions déjà mentionnés sur SCE (ici), sont appelés évènements de Dansgaard-Oeschger ou ‘DO’ (des noms des deux scientifiques -danois et suisse- qui furent les premiers à les mettre en évidence) et sont reconnus par le GIEC. Comme nous allons vous le montrer dans le présent article, le taux de CO2 n’aurait qu’un rôle mineur dans ces évènements.
Figure 1. Stratigraphie isotopique de l’oxygène à partir des glaces du forage GRIP (Groenland).
En ordonnée valeurs du δ18O en ‰ et en abscisse profondeur en mètres du forage (Cronin, 2010). Les compositions isotopiques de l’oxygène sont un indicateur de la température. La figure montre de manière très claire que l’interglaciaire actuel (Holocène, moitié gauche du graphique) est caractérisé par des fluctuations thermiques de faible amplitude (si l’on excepté un épisode plus froid vers 8,2 ka) alors que le Dernier Glaciaire (moitié droite du graphique) montre des changements climatiques fréquents, rapides et de grandes amplitudes (de 8°C à 16°C suivant les δ18O) enregistrés pas les événements ou ‘cycles’ DO (Dansgaard-Oeschger events). Nb: YD pour Younger Dryas, correspondant à un refroidissement il y a 12800 ans BP (non discuté dans cet article).
by B.L. Beckman, January 21, 2020 in Mashable/Nature
They were once abundant, in our hairsprays, bug sprays, and refrigerators. And then scientists figured out these substances ripped a hole in the ozone layer, leading to a 1987 plan to phase them out that over time would be agreed to by every country in the world.
More than three decades later, researchers have made a new discovery.
Ozone-depleting substances do more than just gnaw at Earth’s protective layer. They’re also greenhouse gases, so they contribute to the planet’s overall warming by trapping heat, too. And now we may know just how much these substances have contributed to Arctic warming, thanks to a study published in the science journal Nature on Monday.
Between 1955 and 2005, ozone-depleting gases caused half of Arctic climate change (and a third of overall global warming), the study finds. This is primarily due to their heat-trapping qualities, not their ozone munching. The Arctic has seen rapidly melting sea ice for years and is warming faster than the rest of the world.
According to NOAA’s own historical data, of the 50 U.S. state all-time record high temperatures, 23 were set during the 1930s, while 36 occurred prior to 1960 — climate change proponents are feeding us a fairy tale, and I’m sick of it…
The maniacal sociopaths of the world may have won control of the narrative, but they seemingly have little sway over the will of the people. You need only browse the comment section below any “climate change” article or social media post to see the wave of folks resoundingly rejecting the scam-of-a-world-view assembled before them (one of the few positives of SM).
The man-made global warming rejection is likely down to two things: the first being that the so called “scientific consensus” has been failing for far too long — you can’t start warning people in the 1980s that we have 10 years left to save the planet, only to keep repeating that prophecy for the next 4 decades. This is probably the reason our youth have become the new target — kids don’t have this history of failure to draw-upon when browsing the bullet points of the latest IPCC report -for example- meaning they’re far easier to manipulate.
by P. Homewood, January 22, 2020 in NotaLotofPeopleKnowThat
It has surely now been established beyond any possible doubt the major role that poor fire hazard management has played in the severity of recent Australian bushfires, despite disinformation campaigns from the BBC/Guardian/Met Office.
Back in 2016, a Special Inquiry was held following the catastrophic Waroona bushfire, just south of Perth that year. Their report not only reemphasised the crucial role of controlled burning, but also gives an insight into the evolution of such practices in recent decades:
Below is the key segment of the report. [The data relates to Western Australia, and P&W refers to the Department of Parks and Wildlife].
Despite stressing global sea level rise is worrisome and due to anthropogenic warming, Chafik et al. (2019) report a distinct cooling trend in the North Atlantic that coincides with a transition to falling regional sea levels since 2004.
by CFACT, January 20, 2020, in ClimateChangeDispatch
How many doomsday predictions about the Earth’s climate must fail before they finally get broadly ignored and dismissed out of hand?
Considering the track record of climate predictions that turned out to be false, we are well passed the moment of ridicule.
The latest climate prediction fiasco, about glaciers disappearing in Glacier National Park by 2020, is the latest reminder of the falsity of the man-made global warming movement. It’s 2020; the glaciers remain.
Predictions of climate catastrophe drone on, and get more hysterical, including many from the same people whose credibility was destroyed long ago.
Yet, the climate alarmists remain undaunted and impervious to embarrassment.
Instead, they simply move the goalposts by predicting more planetary weather Armageddon in the future and proposing more insanely expensive solutions to “address” it (notice they rarely promise to reverse assumed man-made warming).
It is not just actors like Ted Danson or Jane Fonda who make absurd climate predictions, but scientists, government bureaucrats and especially politicians continue this longstanding racket.
In the years leading up to the first “Earth Day” in 1970, there were so many climate predictions that ended up being laughably wrong, it’s hard to pick favorites.
Stanford University biologist, Paul Ehrlich, author of The Population Bomb, is perhaps the best-known alarmist of that period.
No alarm on every aspect: stable polar ice, normal sea level rise, no consensus, growing snow cover, less tropical storms, tornadoes, shrinking deserts, global greening, predictions wrong, models flawed, climate driven by sun, ocean cycles, biodiversity, warmer 1000 years ago…etc…
2019 saw a great amount of new science emerge showing that there’s nothing alarming or catastrophic about our climate.
Some 2019 scientific findings
Need to make a presentation showing there is no climate alarm? The following findings we reported on in 2019 will put many concerns to rest.
Hundreds of peer-reviewed papers ignored by media
What follows are some selected top science-based posts we published here at NoTricksZone in 2019. These new findings show there is absolutely no climate alarm.
Hundreds of new peer-reviewed papers, charts, findings, etc – which the IPCC, activists and media ignore and even conceal. No wonder they’ve gotten so shrill.
Engineers at Duke University have devised a model that can predict the early mechanical behaviors and origins of an earthquake in multiple types of rock. The model provides new insights into unobservable phenomena that take place miles beneath the Earth’s surface under incredible pressures and temperatures, and could help researchers better predict earthquakes — or even, at least theoretically, attempt to stop them.
The results appear online on January 17 in the journal Nature Communications.
“Earthquakes originate along fault lines deep underground where extreme conditions can cause chemical reactions and phase transitions that affect the friction between rocks as they move against one another,” said Hadrien Rattez, a research scientist in civil and environmental engineering at Duke. “Our model is the first that can accurately reproduce how the amount of friction decreases as the speed of the rock slippage increases and all of these mechanical phenomena are unleashed.”
For three decades, researchers have built machines to simulate the conditions of a fault by pushing and twisting two discs of rock against one another. These experiments can reach pressures of up to 1450 pounds per square inch and speeds of one meter per second, which is the fastest underground rocks can travel. For a geological reference point, the Pacific tectonic plate moves at about 0.00000000073 meters per second.
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Hadrien Rattez, Manolis Veveakis. Weak phases production and heat generation control fault friction during seismic slip. Nature Communications, 2020; 11 (1) DOI: 10.1038/s41467-019-14252-
The ice in Antarctica, how is it doing? Is it melting, is it growing? In the following we wishto present the latest literature on the subject. There is a lot to report.
Fasten your seat belt, there’s a lot to cover.
Let’s start with the temperature development because along with snowfall, this is the most important control factor for Antarctic inland ice.
At NoTricksZone, Kirye shows ten coastal stations of Antarctica. None have been warming over the past 10 years. An example follows:
And here’s the temperature development of the entire Antarctic according to UAH and RSS satellite measurements (from Climate4You, via NoTricksZone):
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La géologie, une science plus que passionnante … et diverse
