Скачать или смотреть Wells UPDATED Timeline & Schedule, Topo Map data. Weather, Summer Wells: Sound travel/footprints.

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Wind mapping consists of understanding which way the wind is blowing, in relation to elevation, this way we can determine where a sound is coming from, or where it is going: Wind direction to determine direction/location of traveling sound waves. Neighbors data of hearing a scream inline with Footprints & topographical data results.

Reference
News; WJHL 'Neighbor referencing scream'
   • Neighbor of Summer Wells says she heard a ...  


Data taken into consideration in forming a data set:
Topographical location due to the 'hearers ear'
Elevation
Obstruction
Wind direction
Wind Speed
Temperature / Cloud Cover
Time (sound travels easier in the late afternoon/evening)
Barometer (pressure)

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Weather: Determining Direction of Wind on Weather Map
   • Weather: Determining Direction of Wind on ...  

Maps Mania
https://googlemapsmania.blogspot.com/...

Real-Time Wind Current in action
https://www.windy.com/36.436/-82.707/...
https://www.windy.com/-Show---add-mor...

How we can measure the speed of sound in air. In order to calculate the speed of a wave, we need to measure the distance covered by a wave in the time it takes to cover that distance.
If our partner claps two wooden blocks together at a far enough distance there will be a delay between seeing the blocks come together and hearing the sound (this is because light travels much faster than sound). We can start the timer as soon as we see them come together, then stop it when we hear the sound. We input the distance and the time delay into the equation for speed: speed = distance/time, v = s/t.
   • Measuring the Speed of Sound - GCSE Physics  

Fundamental ideas behind sound wave propagation. It uses a thought experiment to help better visualize the movement of particles.
   • The Speed of Sound & How does Sound Travel...  

Sound travels faster in warmer air due to the greater average speed of gas molecules with higher temperature. There is also a very slight increase in sound speed with increasing humidity because the mass of a water molecule is less than that for molecules of nitrogen, oxygen, and most other molecules in air. This increase is only a few tenths of a percent though.
https://idahoaskascientist.com/2018/0...

Many factors govern thermals, and those factors will be slightly different depending on location and land features, so it’s important to understand these basic concepts and scenarios:

Sunny areas will be warmer than shaded areas causing upward thermals.
Cloud cover and storms rolling in can cause downward thermals.
Areas around running water are typically cooler causing thermals to pull in the direction of the water.
Stagnant water such as beaver ponds will stay warmer than the surrounding air when the ambient air temperature drops below freezing, which leads to consistent upward thermal drafts.
Heavy thermal cover areas (hemlocks and pine trees) hold heat when it’s cold and stay cooler when it’s warmer outside.
Openings in the timber get more sunlight creating uphill thermals in calm conditions.
Trees, large rocks, and other obstructions can influence air currents.