The question: If wind is added to the phero diffusion equation, how exactly does it effect it?
My thoughts on possibilities:
1) In air sports, with objects that move relative to the air mass they are in, they move only relative to the air. In other words, if your airspeed is 15mph, but you are heading upwind in wind speeds of 10mph, you have a ground speed of 5mph. The equation is airspeed-windspeed=groundspeed.
2) However, I only know this to be true from my personal experience with large air sports type objects, which a) aren’t being constantly put out from a single source, and b) are MUCH larger than phero molecules, and therefore, I presume, act somewhat differently but don’t know.
My question isn’t so much concerning whether one should be standing upwind of the targets, as that seems obvious, but I’m not sure about refresh rates. Another way of wording this could be:
Which changes when wind is added, rate of diffusion only, groundspeed of molecules once they have diffused based on windspeed and diffusion airspeed (which I think would be pretty small) but not the rate it diffuses into the moving airmass, or both?
Also, it may be that it is more based on how fast the wind is, or whether there is a speed at which the wind stops simply moving what is already diffused and starts stripping it off of the diffusion surface at faster rates.
I have been thinking of this for some time, but am not really sure, however I would love to use pheros in windy places and with air sports, but I’d like to avoid too much experimenting and possible phero wasting before finding an answer or solution.