- JoNova - https://joannenova.com.au -

Excess deaths rise in Germany too, peaking in the same months medical experiments peak

A new paper shows in Germany excess deaths seem to mysteriously hit the working age crowd harder than the old and the young in 2021, which defied the textbooks, and also broke the pattern set in 2020. The Delta variant arrived in 2021 with a higher mortality rate but that still doesn’t explain the strange age pattern. In 2020 Germany had about 30,000 deaths officially due Covid, which rose to 80,000 deaths in 2021. But something else was going on because Covid doesn’t hit working age people harder than senior citizens.

Excess Deaths Germany, 2020, 2021. Graph.

Viruses usually kill the very young or the very old, not the people in the middle.

This sort of actuarial data is notoriously complicated to unpack.  But there is a clear rise in unexpected deaths at the same time as the medical experiments that also peaked in April, June, and December of 2021. As Kuhbandner and Reitzner point out, excess deaths appear to rise with the timing of vaccination doses, especially the first and the third.

 

Excess Deaths, vaccine dose timing, Germany, 2020, 2021. Graph.

Furthermore, peak vaccinations for the under 30s was delayed til June, which is when their excess deaths peaked

For most of the first year and a half of the pandemic the excess mortality in the youngest cohort aged 0-29 was so low it was negative.   They died less often than expected. But their vaccination program didn’t peak until June 2021, which was the same month that excess death in young people rose to 13% higher than expected (see table 8.5 in the paper).

Wrapped under those numbers are the awful losses of people taken far too young. Of families with empty spaces that can’t be filled.  Where are the government reports and the media grillings for starters?

This fits with data we saw from the UK in December last year

The German graphs look eerily similar to the Neil and Fenton et al study in the UK:

Fenton et al, Vaccine, unvaccinated, graph, mortality, first and second dose.

Strangely, the unvaccinated are more likely to die a couple of weeks after their cohort gets their first dose of the vaccine?

The Neil and Fenton study would still be my Go-To study for the cause-effect link. It was more detailed, had higher resolution data and could be analysed in ten year age-grouping. It had vaccination rates and dates for each group and on a high resolution weekly spacing where the lags after vaccination rates peaked were spookily clear. (Remember that in the UK data people don’t count as “vaccinated” until two weeks after their injection, and so we see the mortality peak hit the “unvaccinated” people hardest just after vaccinations peaked in their age group. It was kind of like a quantum entanglement effect in medicine.)

Most lamentably, what this really means is that the German data is just confirming what we’ve known all along now since before Christmas. Namely that there was something very risky potentially about that mass medical experiment. But the government hasn’t put a halt to it. The drugs were not withdrawn. Warnings were never issued and nobody even bothered to just raise a red flag and make sure everyone knew what happening.

Stillbirths up and fertility down?

For most of 2021 there were possibly 100 more stillbirths each month than might have been expected based on data from 2019 and 2020. There was a definition change in stillbirths data in Germany in 2018, so these are only three year trends — and a bit too short to be meaningful. It works out to about a 10% rise, but (thankfully) only a tiny fraction out of nearly 200,000 live births each month.

What’s more concerning is that total births fell by 15,000 or so in Quarter one of 2022, which would be nine months after the vaccination campaign began.

Germany Stillbirths, Pandemic. Graph. Vaccination.

….

Here’s hoping that is just a temporary drop.

REFERENCE

Christof Kuhbandner and Matthias Reitzner (2022) Excess mortality in Germany 2020-2022.See ResearchGate,  https://www.researchgate.net/publication/362777743

10 out of 10 based on 65 ratings