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better to know...?, energy and fields

BP Abandon Teesside Hydrogen Plant

by P. Homewood,  Dec 01,2025 in NotaLotofPeopleKnowThat

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BP is preparing to shelve plans to build a major hydrogen project in Teesside in a fresh blow to Ed Miliband’s net zero plans.

The Telegraph understands that BP will withdraw its request to the Government to build the nationally significant project, which clashed with separate plans backed by Sir Keir Starmer to construct the largest data centre in Europe.

The Energy Secretary has already twice delayed a decision on whether to grant the so-called development consent order (DCO) to start producing “blue” hydrogen from natural gas, and then capture and store the carbon emissions.

A decision was due on Thursday Dec 4, but it is understood that BP has withdrawn its application for the DCO ahead of an announcement.

The H2Teesside scheme was announced by BP in 2021 and had been slated to deliver more than 10pc of a plan for a clean power system by 2030.

Full story here.

Producing hydrogen from gas and then burning it to generate electricity, instead of using that same gas, is insane in itself.

To spend more money and waste yet more of that gas to capture carbon is even more so.

It cannot work without massive subsidies and I suspect BP have seen the writing on the wall. With interest in Net Zero dwindling and the public beginning to wake up the realities, BP are worried they will be left with a white elephant.

better to know...?, climate-debate

Tree-Ring Study Blows Up The Stable Preindustrial Climate Myth

by Dr. M. Wielicki, Dec 02, 2025 in ClimateChangeDispatch 

Everyone has seen some version of the climate hockey stick by now.

A thousand years of nearly flat, gently cooling temperatures… then a vertical blade in the twentieth century. That picture is used to sell a straightforward story. [some emphasis, links added]


The past was stable and boring, the present is sharply different; therefore, recent warming must be almost entirely caused by human CO2 emissions, and we face an unprecedented crisis that justifies emergency policies, Net Zero deadlines, and trillions in spending.

You’ve also likely seen those trendy “warming stripes” graphics plastered everywhere… blue fading to red, screaming that our planet’s suddenly turned into a furnace thanks to human CO2.

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cards, a deliberate distortion that hides Earth’s wild, natural temperature swings?

Enter the smoking gun: Figure 5 from the 2020 study, “Prominent Role of Volcanism in Common Era Climate Variability and Human History“, published in Dendrochronologia.

Temperature stripes. Reconstructed JJA temperatures are expressed in 15 different colour stripes from cold to warm (dark blue to dark red). The annual values were scaled to the mean of 1971–2000 and the standard deviation of 1901–2000. (Figure 5.) Source
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better to know...?, Biodiversity

Remember when they told you climate change was causing a ‘mass extinction’? Never mind!

by A. Watts, Dec 2, 2025 in WUWT

From the University of Arizona and the “Emily Litella er, Greta Thunberg School of Climate Attribution” comes this breath of fresh air. BTW, Willis was right.

Extinction rates have slowed across many plant and animal groups, study shows

Prominent research studies have suggested that our planet is currently experiencing another mass extinction, based on extrapolating extinctions from the past 500 years into the future and the idea that extinction rates are rapidly accelerating.

A new study by Kristen Saban and John Wiens with the University of Arizona Department of Ecology and Evolutionary Biology, however, revealed that over the last 500 years extinctions in plants, arthropods and land vertebrates peaked about 100 years ago and have declined since then. Furthermore, the researchers found that the past extinctions underlying these forecasts were mostly caused by invasive species on islands and are not the most important current threat, which is the destruction of natural habitats.

The paper argues that claims of a current mass extinction may rest on shaky assumptions when projecting data from past extinctions into the future, ignoring differences in factors driving extinctions in the past, the present and the future. Published in the journal Proceedings of the Royal Society of London, the paper is the first study to analyze rates, patterns and causes of recent extinctions across plant and animal species.

For their study, Saban and Wiens analyzed rates and patterns of recent extinctions, specifically across 912 species of plants and animals that went extinct over the past 500 years. All in all, data from almost 2 million species were included in the analysis.

“We discovered that the causes of those recent extinctions were very different from the threats species are currently facing,” said Wiens, professor of ecology and evolutionary biology. “This makes it problematic to extrapolate these past extinction patterns into the future, because the drivers are rapidly changing, particularly with respect to habitat loss and climate change.”

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climate-debate

La Nina Strengthens: What are the Implications for this Winter?

by Cliffmass.blog, Nov 28, 2025

a Niña, associated with cool water over the tropical Pacific, has a significant impact on Northwest weather, influencing temperature, precipitation, and snowfall.
As described below, La Niña has strengthened recently, and some decidedly La Niña weather is now in the forecasts.
As noted in previous blogs, La Niña is associated with cooler-than-normal ocean temperatures over the central tropical Pacific, known as the Nino 3.4 area (see below)
According to the latest observations, we are about to transition from a weak to a moderate La Niña (see figure below).   This figure shows the difference from normal of the temperatures in the Nino 3.4 area, with blue colors indicating below-normal temperatures.   A moderate La Nina is associated with a cool temperature anomaly larger than .9C.
We are now crossing this threshold to moderate La Niña conditions (see below).
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better to know...?, climate-debate

Study: 2010 Russian Heat Wave NOT caused by ‘climate change’

by A. Watts, Dec1, 2025 in WUWT

The Intergovernmental Panel on Climate Change (IPCC) Sixth Assessment Report (AR6) states that the global surface temperature has risen markedly since the pre-industrial era. This warming has led to more frequent and intense extreme heat events over most continents. In summer 2010, western Russia was hit by a record-breaking heatwave, with the region experiencing the warmest summer since at least 1880 and numerous cities recording all-time high temperatures. Furthermore, in the context of global warming, future midlatitude heatwaves analogous to the 2010 event will become even more extreme, with the heatwave intensity increasing by about 8.4°C in western Russia. Thus, unraveling the physical processes involved in the 2010 western Russian heatwave is a matter of considerable concern within the scientific community.

Previous studies have elucidated that this extraordinary event in 2010 mainly resulted from internal natural variability, which includes but is not limited to the processes associated with El Niño to La Niña transition, the intensified Arctic dipole mode, the enhanced moisture–temperature coupling strength, high-latitude land warming, and increased aerosol concentrations. However, there is still some debate regarding the respective roles of dynamical and radiative processes in driving the 2010 western Russian heatwave.

A new study published in Atmospheric and Oceanic Science Letters by a research team led by Professor Song Yang at Sun Yat-sen University, China, reveals that surface dynamics and aerosol processes were the key drivers behind the extraordinary 2010 heatwave. This study provides a new quantitative perspective on the record-breaking western Russian heatwave.

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