Anonymous wrote:Anonymous wrote:No, the only answer is silent, battery powered airplanes.
The issue with this is the fact that there is an amount of thrust provided by the combustion of fuel. It’s not a prohibitive problem but electric engines are not as powerful as combustion engines.
Anonymous wrote:I’ve done what PP suggested and have hard data. Roughly every 1.5 minutes, breaking 60 and often 70 dB on a workday morning in the Palisades. Absolute disaster. 6-8 planes every 10 minutes
What you can’t hear is the worst. Chronic disease in the making
Anonymous wrote:No, the only answer is silent, battery powered airplanes.
Anonymous wrote:Anonymous wrote:Anonymous wrote:How come DC takes no responsibility? San Diego has a sound insulation program where they’ll install new windows, doors insulation etc for houses affected by the airport.
Includes air filtration due to the pollution and funded by FAA
How will they do this? A lot of flight paths are along residential SFH areas where people use their outdoor space and move there specifically to have access to outdoor space. The only answer to this problem is dispersing the traffic in as many directions as possible to create overall low concentration of particles over any specific areas allowing each area to recover air during breaks.
This is not the “only answer.” In fact, it’s not an “answer” at all. Dispersing traffic as you suggest would create unacceptable risk and chaos in the skies. Flight patterns are designed to keep the flying pubic safe.
Anonymous wrote:This was a sobering article, directly quoting the Palisades and Bethesda residents (some of whom have since left).
https://wamu.org/story/16/10/26/jet_noise_is_no_joke_for_residents_burned_by_report_on_airport_complaints/
Anonymous wrote:So this thread has sent me down a rabbit hole of reading about ultrafine particles, and one conclusion I took away that any risk from them is NOT limited to the areas directly beneath the flight path. Apparently all of West London has a high level of them. They don’t fall straight down. So this would be an issue for everyone in the area.
Anonymous wrote:Anonymous wrote:For example.
They state that roadway UFPs agglomerate more easily and so might stay in your respiratory tract. Not great. But with jet ones, there’s not time or defenses and so living under a flight path is much much much worse for that reason too. Plus some claim these are so small by the time they get from a jet to one’s airway that they cross bloodstream barrier and even blood brain barrier.
"previous studies suggest smaller pollution particles are more likely to be inhaled and to penetrate the body than larger particles," officials said.
Researchers said other studies have linked the exposure of ultrafine particles to breast cancer, heart disease, prostate cancer and a variety of lung conditions.
You have now typed “prostrate cancer” twice. Take a seat.
Anonymous wrote:For example.
They state that roadway UFPs agglomerate more easily and so might stay in your respiratory tract. Not great. But with jet ones, there’s not time or defenses and so living under a flight path is much much much worse for that reason too. Plus some claim these are so small by the time they get from a jet to one’s airway that they cross bloodstream barrier and even blood brain barrier.
"previous studies suggest smaller pollution particles are more likely to be inhaled and to penetrate the body than larger particles," officials said.
Researchers said other studies have linked the exposure of ultrafine particles to breast cancer, heart disease, prostate cancer and a variety of lung conditions.
Anonymous wrote:Anonymous wrote:How come DC takes no responsibility? San Diego has a sound insulation program where they’ll install new windows, doors insulation etc for houses affected by the airport.
Includes air filtration due to the pollution and funded by FAA
How will they do this? A lot of flight paths are along residential SFH areas where people use their outdoor space and move there specifically to have access to outdoor space. The only answer to this problem is dispersing the traffic in as many directions as possible to create overall low concentration of particles over any specific areas allowing each area to recover air during breaks.