2/ The seasonality becomes even clearer when showing this by calendar weeks.
The inclination of the earth makes this happen: Seasons.
Season modulate UV light exposure, temperature and humidity. Those drive respiratory diseases. Main parameter: UV.
3/ Notice the heavy seasons 2017 in New Zealand.
Why was there no general panic? Does the NZ Covid response appear rational when comparing with Sweden in 2020?
No. But we know this.
4/ This is how the yearly ASMR trend looks like.
For new Zealand, the calendar year is also the natural flu season year. For Sweden, we would need to shift the date by 6 months. We will do that, but first here the calendar comparison.
5/ For new Zealand, the calendar year is the natural flu season year. For Sweden, we would need to shift the date by + or - 6 months. Backward is likely better, as diseases will start in the northern hemisphere. NZ will probably lag in every season (they get it last).
6/ So comparing north and south hemisphere gets a bit tricky when using date aggregation. But some classic MGMT style PowerPoint engineering (and transparent colours) works wonders here. PPT is the main MS product, that I really like.😅
SWE is green, NZ red here.
7/ Summary: It doesn't make any sense what NZ is doing. The direct comparison with Sweden, a country located in a challenging climate with respect to seasonal diseases, shows this clearly.
NZ: stop the absurd Covid response.
8/ Find here the extended substack version which includes some words about the record flu season 2017 in NZ.
2/ The analysis is already done. DWD and peer-reviewed literature.
It matches what we saw from JMA and KNMI raw data:
a +10–20 W/m² increase in surface solar radiation.
So the question:
How did they get away with knowing this and selling the story of ~1.4 W from CO₂ instead?
3/ What does the literature say?
“...dimming/brightening not only occurred when clouds are considered, but also under cloud-free conditions when cloud effects are absent.”
A remarkably way to say:
It’s not clouds. Not CO₂. Not climate. Pollution.
A +14 W/m² total solar increase over 50 years is realistic. Japan alone shows +20 W/m². That’s 10× larger than the minuscule additional CO₂ forcing (~1W). And nearly 50× greater than the impact of sunspot cycles (±0.5 W).
Japan has one of the best measurement data. The analysis is clear. The brightening amount to almost 20 W. That is a lot. But the main and dominant effect is still urbanization, which makes up to 6°.
Link 1: the brightening. It explains why the climate scam likes to start in the maximum smog dimming period of 1970. It is a shameless bad faith deception. The effect is ball part of +1°C. In dry areas up to 3°C.
UAH is a model inference, not a measurement. It can’t be tested, yet many treat it like real raw. Calling that a ‘measurement’ is wrong. Neither Lindzen nor us take it seriously. It starts in a cold period, with no long-term data — adjusted, multi mission stitched SW composite.🚮
UAH is not measurement — it’s model-driven inference. Satellites detect radiance, not temperature. The ‘trend’ is built through weighting functions, drift corrections, and stitched instruments. It’s untestable, synthetic, and not suitable for long-term climate baselines.
It’s astonishing how confidently some treat satellite-based inferences as god in heaven like truth. These are SW model outputs, not reliable measurements. Treating them as accurate fact is scientifically indefensible. If you do so, expect your credibility to be challenged.
London is glowing today. Wide urban heat plume. Not “climate change.” Just real estate and concrete. The effect is visible. Quantifiable. Known. This should be a good study day to quantify UHI in more detail once the IR satellite pictures come in.
2/ We start low tech. Actually nothing more is needed. There is over 6°C urban heat. It's embarrassing to pretend today's 33°C are comparable to 100 years ago. Subtract 6–8°C for UHI and you get... 25–27°C. Welcome back to reality.
3/ Nighttime, Tmin. Watch how they flatten the colors. You’re not supposed to notice the 7°C UHI. We unflatten the colors. Look again: you see it now?