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New study finds low CO2-sensitivity again

By |March 16, 2026|Tags: , , , , |

A new paper by Frank Stefani compares solar variability and CO₂ emissions as drivers of global sea surface temperatures. Using the solar aa geomagnetic index alongside CO₂ data, the study estimates a transient climate response (TCR) of about 1.1–1.4 K, near the lower end of the IPCC range. The results align closely with other observation-based estimates and highlight the continuing scientific debate about the relative roles of solar activity and greenhouse gases in recent climate change.

Clintel Ambassador Ian Plimer on popular Triggernometry podcast: “Climate science is the biggest cult in scientific history”

By |March 13, 2026|Tags: , , , , , |

Clintel-ambassador for Australia, prof. Ian Plimer, didn’t hold back in his recent interview on the popular Triggernometry podcast: “There’s a very large body of people out there who are actually using science to promote scams. It’s absolutely crippling Western countries. You can’t run an industrial society on sea breezes and sunbeams.”

The Frontier of Climate Science: Solar Variability, Natural Cycles and Model Uncertainty

By |March 12, 2026|Tags: , , , , |

Climate scientist Nicola Scafetta has published a new book examining the complex interplay between solar variability, natural climate cycles, and the limits of current climate models. The Frontier of Climate Science explores how natural variability, observational uncertainties, and model limitations shape our understanding of past and future climate change.

Why the modern CO₂ spike looks scarier than it is

By |March 10, 2026|Tags: , , , , |

Modern CO₂ levels often appear dramatic when recent instrumental measurements are directly compared with long-term ice core records. However, paleo-CO₂ proxies smooth atmospheric signals over centuries, which dampens rapid changes. When modern CO₂ data are smoothed to match proxy resolution, today’s levels still exceed past interglacial peaks but appear far less extreme than the raw measurements suggest.

News

New study finds low CO2-sensitivity again

By |March 16, 2026|Tags: , , , , |

A new paper by Frank Stefani compares solar variability and CO₂ emissions as drivers of global sea surface temperatures. Using the solar aa geomagnetic index alongside CO₂ data, the study estimates a transient climate response (TCR) of about 1.1–1.4 K, near the lower end of the IPCC range. The results align closely with other observation-based estimates and highlight the continuing scientific debate about the relative roles of solar activity and greenhouse gases in recent climate change.

Clintel Ambassador Ian Plimer on popular Triggernometry podcast: “Climate science is the biggest cult in scientific history”

By |March 13, 2026|Tags: , , , , , |

Clintel-ambassador for Australia, prof. Ian Plimer, didn’t hold back in his recent interview on the popular Triggernometry podcast: “There’s a very large body of people out there who are actually using science to promote scams. It’s absolutely crippling Western countries. You can’t run an industrial society on sea breezes and sunbeams.”

The Frontier of Climate Science: Solar Variability, Natural Cycles and Model Uncertainty

By |March 12, 2026|Tags: , , , , |

Climate scientist Nicola Scafetta has published a new book examining the complex interplay between solar variability, natural climate cycles, and the limits of current climate models. The Frontier of Climate Science explores how natural variability, observational uncertainties, and model limitations shape our understanding of past and future climate change.

Why the modern CO₂ spike looks scarier than it is

By |March 10, 2026|Tags: , , , , |

Modern CO₂ levels often appear dramatic when recent instrumental measurements are directly compared with long-term ice core records. However, paleo-CO₂ proxies smooth atmospheric signals over centuries, which dampens rapid changes. When modern CO₂ data are smoothed to match proxy resolution, today’s levels still exceed past interglacial peaks but appear far less extreme than the raw measurements suggest.

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