Healthy trees not surrounded by dry brush (kindling) resist burning.I still think it's strange how the trees didn't burn.
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Healthy trees not surrounded by dry brush (kindling) resist burning.I still think it's strange how the trees didn't burn.
Not greatly so. A fire-resistant exterior (brick or stucco), no soffits or other areas for embers to enter the attic (possible in a mild climate), metal or tile roof, removing combustible materials away from the building...those are not exceedingly expensive measures in new construction.Building like that is probably more expensive than the usual style of US buildings of a wooden frame with cardboard sheets between them.
Not greatly so. A fire-resistant exterior (brick or stucco), no soffits or other areas for embers to enter the attic (possible in a mild climate), metal or tile roof, removing combustible materials away from the building...those are not exceedingly expensive measures in new construction.
The problem is builders will cut any cost that doesn't have a "first-buyer" payoff. They don't see any profit in "this house will have a high resale value." There would have to be some first-buyer's incentives provided by the state government or insurance companies.
Investigators study Eaton Canyon electrical tower area as possible origin of Altadena fire
Southern California Edison officials have so far said they do not believe their electrical equipment was responsible.
It's not as binary for a passive fire-resistant house as it is to soundproof a room. An ember isn't going to crawl around until it finds an opening with the physical inevitability of a sound wave. An ember has a distinct and short lifespan. "Ember-resistant" is easier than "water-resistant" and much easier than "sound resistant."From what I understand about the passive house designs (which admittedly isn't much) that facilitate the lack of soffits, the issue is less the raw cost of construction and more with how finicky the design and construction are to get right. I'm more familiar with the principles of designing acoustically-isolated (i.e. "soundproofed") spaces, which follow similar methodologies as the passive and net-zero housing designs and, in that world, things can be pretty binary - you either did it right, or you did it wrong. I've heard it likened to an aquarium - it either leaks or it doesn't. Even if it leaks a little, it still leaks. It's much less subjective than "those walls are straight enough" or "that moulding could've been coped better." And IME, a crew that can appreciate and follow those kinds of stringent details is going to charge more than normal, if you can even find them in the first place. I've personally had designers and builders who were supposedly knowledgable and concerned with such things completely drop the ball.
On top of that, any new construction is going to be more expensive than the same house that's not brand new. (People often don't realize it, but buildings do depreciate. It's the land underneath that appreciates.) A custom house is going to be even more expensive.
Oh, I would love it if everybody did things right. I'm not trying to coming up with reasons not to do things right. I, with my cynical and dim view of contractors, was merely trying to point out reasons why they probably wouldn't go right.It's not as binary for a passive fire-resistant house as it is to soundproof a room. An ember isn't going to crawl around until it finds an opening with the physical inevitability of a sound wave. An ember has a distinct and short lifespan. "Ember-resistant" is easier than "water-resistant" and much easier than "sound resistant."
But, yes, designing and building a house even "water-resistant" is more expensive than building with no concern for water resistance.
You continually come up with reasons not to do things right.
And that may be the price people have to pay in order to live in what is by nature an arid brushland prone to frequent fires.From what I understand about the passive house designs (which admittedly isn't much) that facilitate the lack of soffits, the issue is less the raw cost of construction and more with how finicky the design and construction are to get right. I'm more familiar with the principles of designing acoustically-isolated (i.e. "soundproofed") spaces, which follow similar methodologies as the passive and net-zero housing designs and, in that world, things can be pretty binary - you either did it right, or you did it wrong. I've heard it likened to an aquarium - it either leaks or it doesn't. Even if it leaks a little, it still leaks. It's much less subjective than "those walls are straight enough" or "that moulding could've been coped better." And IME, a crew that can appreciate and follow those kinds of stringent details is going to charge more than normal, if you can even find them in the first place. I've personally had designers and builders who were supposedly knowledgable and concerned with such things completely drop the ball.
On top of that, any new construction is going to be more expensive than the same house that's not brand new. (People often don't realize it, but buildings do depreciate. It's the land underneath that appreciates.) A custom house is going to be even more expensive.
We all have to pick our poisons. It's like people in Florida who build houses on offshore sand bars...and then complain that insurance won't cover them.And that may be the price people have to pay in order to live in what is by nature an arid brushland prone to frequent fires.
Healthy trees not surrounded by dry brush (kindling) resist burning.
Not greatly so. A fire-resistant exterior (brick or stucco), no soffits or other areas for embers to enter the attic (possible in a mild climate), metal or tile roof, removing combustible materials away from the building...those are not exceedingly expensive measures in new construction.
The problem is builders will cut any cost that doesn't have a "first-buyer" payoff. They don't see any profit in "this house will have a high resale value." There would have to be some first-buyer's incentives provided by the state government or insurance companies.
Unfortunately true. For instance, here in northern Texas, the soil composition creates a well-known truism: Every house either needs foundation work, has had foundation work, or will need foundation work. However, the ultimate and permanent fix is also well-known and would be easy and relatively cheap to implement during construction...adding perhaps $5 to $10,000 to the total cost of the home. The "problem" is that the payoff won't be for 20-30 years, when the home doesn't need foundation work. So, no builder does it.Of course, builders will take the most profitable route. If there's enough demand, some may offer the fire resistent build design....but that's a big if. A new home buyer may prefer having the swimming pool or an extra bedroom over the fire-resistent home design.
When insurance companies refuse to insure you, it means "you ain't livin' right." That should be a wake up call to change your ways.As it is, many CA home owners who lost homes built decades ago will be hard pressed to replace those homes with the current building codes. It's likely that many are under-insured and or have no fire insurance at all. Major insurance companies have been leaving CA due to the huge claims from wild fires over the last few years.
And if a little flattery is required, we all know that's the best way to Trump's heart.I'll happily allow the GOP to 'blame' California for giving Trump the limitless credit card if that'll stop this nonsense and get an aid package put together to help people in need.
The vast majority of homes near me are predominantly stucco, though many have some decorative wood. Hopefully decorative wood will not be a feature in any rebuilt houses.Not greatly so. A fire-resistant exterior (brick or stucco), no soffits or other areas for embers to enter the attic (possible in a mild climate), metal or tile roof, removing combustible materials away from the building...those are not exceedingly expensive measures in new construction.
The problem is builders will cut any cost that doesn't have a "first-buyer" payoff. They don't see any profit in "this house will have a high resale value." There would have to be some first-buyer's incentives provided by the state government or insurance companies.
It costs in the hundreds to add one now.
So, California plans to force automakers to sell only electric cars by 2035. They would do better to initiate state incentives to modernize homes and neighborhoods to fire-resistant standards by 2035. Handle the problems that are truly their problems, instead of trying to fix the world.The vast majority of homes near me are predominantly stucco, though many have some decorative wood. Hopefully decorative wood will not be a feature in any rebuilt houses.
Many houses in Altadena were ancient. As in originally having wood shingle roofs. I think all such roofs were replaced at least a couple of decades ago. But other fire vulnerable features probably remained.
Ironically, I just had to deal with a cost cutting when built issue with my home. The builder did not put in any sanitary cleanouts. That means any clogged drain is a royal pain. Each one that should be there would only have cost a few dollars if installed during building. It costs in the hundreds to add one now. The original water cutoff entering the house was just that. One cutoff. I long ago had it upgraded to separate cutoffs for the house and outside pipes. (This does not count the utility cutoff at the meter box).
I feel like these two objectives are so massively different in scope and scale that you can't really compare them. The previous California EV tax credit paid out about $1.5 billion over its lifetime and subsidized about 600,000 vehicles (~$2500/vehicle). The state has about 7.5 million single-family homes, and I would guess that at least half of those were constructed prior to 1980. So, given the costs of retrofitting existing construction, you're probably looking at ~2 orders of magnitude more money (or more) to get your proposal accomplished than what was spent on the last EV tax credit.So, California plans to force automakers to sell only electric cars by 2035. They would do better to initiate state incentives to modernize homes and neighborhoods to fire-resistant standards by 2035. Handle the problems that are truly their problems, instead of trying to fix the world.
Then they'd better get started pronto.I feel like these two objectives are so massively different in scope and scale that you can't really compare them. The previous California EV tax credit paid out about $1.5 billion over its lifetime and subsidized about 600,000 vehicles (~$2500/vehicle). The state has about 7.5 million single-family homes, and I would guess that at least half of those were constructed prior to 1980. So, given the costs of retrofitting existing construction, you're probably looking at ~2 orders of magnitude more money (or more) to get your proposal accomplished than what was spent on the last EV tax credit.
The push for EV over ICE has been driven by the California smog problem as much as anthropogenic global warming. If you're young, you might not be aware of just how bad and detrimental to public health smog used to be**, so if you are figuring costs, you should also include health costs from pollution which have been greatly mitigated in the latter part of the 20th century, but which still exist.Then they'd better get started pronto.
How many homes were lost in these wildfires? I would argue that the impact of wildfires upon California citizens from today over the next half century will be easily more than 2 orders of magnitude greater than the impact of ending the sales of ICE vehicles upon California citizens over that same period of time.