When you refer to that diagram, is it a way of gauging fire spread risk? Like this grill could start a medium sized fire, and it’s close to a shed which could become big fire, and that could spread to house, etc, etc?
Well that’s pretty cool, thanks for sharing! :D
To repeat to check my understanding, you’re looking at where structures are relative to other structures, their shape and orientation, and how that goes together in a big system to influence general structure survival in a wildfire situation.
Do you foresee the outcome being something where you could “tune” a neighborhood to be more survivable, or would it end up with too many combinations to be viable?
Take for example, here is a map of active fires around the globe, right now:
By “fires” do they mean fores fires? Controlled fires to burn crops, or burn land to clear it for crops? House fires? Bonfires? Campfires? Fires in fireplaces?
Ignition is a fundamental for fire to happen, and humans cause WAY more ignition events than nature does.
A car causes hundreds of ignition effects per minute. But, I’m guessing you mean a certain kind of ignition?
The timing and frequency of these events directly influence the frequency of fires.
The timing and frequency of things like lighting a fire directly influence the frequency of fires? Do you mean the frequency of out-of-control fires? Because otherwise that seems like a pretty obvious conclusion.
Thank you so much for sharing something that you are passionate about. It was awesome to hear about, and I hope you continue to share the knowledge you have with others like myself. 😁
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Are… are you McCarty et al., TropicalDingdong?
edit: !rimjobsteve@thiscommunitydoesntexistyet.poo
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I’m sorry, but you obviously don’t understand wildfires. You should really try reading Tropical Dingdongs, Esq.
Cool! I have no idea what any of that means, but cool! I get the feeling that you really enjoy what you do, and if that’s the case I’m glad for you :3
When you refer to that diagram, is it a way of gauging fire spread risk? Like this grill could start a medium sized fire, and it’s close to a shed which could become big fire, and that could spread to house, etc, etc?
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Well that’s pretty cool, thanks for sharing! :D To repeat to check my understanding, you’re looking at where structures are relative to other structures, their shape and orientation, and how that goes together in a big system to influence general structure survival in a wildfire situation.
Do you foresee the outcome being something where you could “tune” a neighborhood to be more survivable, or would it end up with too many combinations to be viable?
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I’m going to
stealcite this. I guess it’ll be ‘et al et al.’I think the fact every car is white is a feature.
Thanks!
I’m definitely picturing Jedi clearing debris from the forest floors using the Force, now.
By “fires” do they mean fores fires? Controlled fires to burn crops, or burn land to clear it for crops? House fires? Bonfires? Campfires? Fires in fireplaces?
A car causes hundreds of ignition effects per minute. But, I’m guessing you mean a certain kind of ignition?
The timing and frequency of things like lighting a fire directly influence the frequency of fires? Do you mean the frequency of out-of-control fires? Because otherwise that seems like a pretty obvious conclusion.
Thank you so much for sharing something that you are passionate about. It was awesome to hear about, and I hope you continue to share the knowledge you have with others like myself. 😁