@nono le simplet

évidemment, ça fait pas la une de l’Immonde

According to a DLR model analysis carried out at the end of 2018, flying insects (e.g. the admiral, ladybirds) seek high rapid air currents shortly before laying their eggs in order to be carried by the wind to distant breeding sites. The currents are above 60 -100 m and hit a rotor area of 200 million m². An air throughput of 10 million km³, which is more than ten times the German airspace (up to 200 m height), will be sucked in by the rotors.

1200 tonnes of insects to be destroyed

1200 tons of insects will be destroyed by the rotors, which is 1200 billion insects. One of the authors estimates that this corresponds to the size of the insects destroyed by 40 million cars. Remarkably, the decline of flying insects and the expansion of wind turbines over a total height of 100 m to 200 m coincided 15 years ago. Coincidence ? We do not know.

c’est une étude...comme pour le glyphosate, comme pour la 6°extinction, comme les particules,
mais évidemment, il y a les bonnes études, genre Seralini, et les mauvaises payées par les lobby, faut trier

“Shut down wind turbines from April to October” !

The scientists demand a shut down the wind turbines from April to October at temperatures above 10°C. For our parliamentarians in the German Bundestag : The Federal Agency for Nature Conservation has so far rejected an investigation.

Green Energies’ “Silent Spring”

Maybe our striking students should take a look at this topic in class. Because if the fear turns out to be true, it’s not just about flying insects, but also about the whole ecosystem. Silent Spring – without chemicals – simply through the transition to0 green energies without technology assessment. It started with corn crops and biogas and ends with wind turbines. If you are interested, you can download the facts in my lecture to the Hamburger Hafen-Klub at vahrenholt.net/publikationen (p.23-30)

le monde merveilleux ecodurabimlicompatible

https://notrickszone.com/2019/05/03/new-study-finds-that-wind-turbines-could-have-impact-on-insect-populations-food-chain/

Initial research has shown that the remains of flying insects on rotor blades can lead to large reductions in the efficiency of wind turbines and have motivated the establishment of a global cleaning industry for rotor blades.

ben voilà un job vert non décolalisable