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MGUY
@mguytv
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EVs are NOT the answer! Brit π¬π§ in Australia π¦πΊ with a Porsche π©πͺ 981 Boxster and a BMW π©πͺ 440i MPPSK! π« EV-free zone π«
Sydney, New South Wales
Joined August 2017
@EV4ME2 @Edster7235 But at least there will be gas - unlike at an EV charging station. And you can pump gas with a diesel generator. And you can fill cars much more quickly than charge EVs - shall I keep going? π
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Same playbook here in Australia - blame every bushfire on βclimate changeβ to prop up the Net Zero agenda and deflect away from failures in bush management. Ironically, itβs primarily climate-obsessed enviros who oppose the back-burning that alleviates the risk of these firesβ¦π€‘
Hi there Colonel Sanders. π Do you like facts? π€ I hope you do, because you're about to be sacked with some. π Here we go. . . First, climate change does πππ cause forest fires. That isn't how this works. Fires require an ignition source and fuel. βοΈ Ignition sources may be natural (e.g., lightning) or it can be man-made (e.g., by accident from improperly disposed cigarette butts, improperly discarded pellet / wood stove ash, an out-of-control campfire or fallen power lines, or perhaps even intentionally by arson). But, climate change is not one of them. The ππππππ πππππ of the Pacific Palisades fire hasn't been determined. But, what is known is that it is being fueled by dried out vegetation and is being stoked by Santa Ana Winds (SAWs) with hurricane-force wind gusts. These winds are a byproduct of a tight horizontal pressure gradient between a tropospheric ridge situated over the Great Basin and a cut-off low spinning over Baja California. Southwesterly downslope flow accelerated by a tight gradient can easily dry out vegetation, especially small-diameter fuels like twigs and leaves, priming a forest for a fire should one be ignited. While the warming atmosphere β and, for sake of argument, we will assume that it is entirely due to mankind's greenhouse gas (GHG) emissions β might make ππππ‘πππ weather conditions more conducive for forest fires in Southern California, there is yet to be an established βconsensusβ on exactly how fires will change in the region with increased global warming. The reason for this is because air temperature during the event and precipitation deficits over the preceding weeks and/or months aren't the only β or necessarily even the most important β factors in fire burn area (e.g., Keeley et al., 2021). Keeley et al. (2021) found that all SAW-driven fires in Southern California that occurred between 1948 and 2018 had a human ignition source. While the majority between 1948 and 1983 were linked to campfires, arson and powerline failures have been the dominant cause since 1984. These results are similar to those in Balch et al. (2017), which found that 97% of fires in Southern (Mediterranean) California were caused by a human ignition source between 1992 and 2012. π π According to Keeley et al. (2021), π The maximum temperature during SAW-driven fires ranged from 42.6-95.4Β°F (5.9-35.2Β°C). For January, these values ranged from 44.1-81.1Β°F (6.7-27.3Β°C). With a statistical t-test, they found that fires that burned over 1,000 hectares (2,471.05 acres) were not linked to higher-than-average air temperatures, and this also held true for very large fires burning >5,000 hectares (12,355.27 acres). Only 5-20% of the variation in area burned during winter is explained by air temperature. π Precipitation surplus / deficits in the week before a SAW event also did not play a significant role in the incidence and severity of wind-driven fires in the area between 1948 and 2018. This is largely because small-diameter fuels like twigs and leaves will dry out quickly when the weather conditions change. The study concludes that 75% of SAW events do πππ result in forest fires. Rather, more human ignitions increase the likelihood that a fire escapes containment and becomes a large destructive fire, regardless of air temperature or soil / fuel moisture conditions both preceding and during a fire event. So, while rising air temperature and lower precipitation can increase fire risk in the future, it is a very small part of the bigger picture. Keeley et al. (2021) concludes that, π¬ βπΉπ’π‘π’ππ ππππ πππ π ππ πππ ππ ππππ’πππ ππ¦ πππππ‘ππ πππβππ ππ ππ πππππ‘ππππππ ππ π’π‘ππππ‘π¦ πππππ πππ ππ‘π‘πππ‘πππ π‘π ππππππππ π’ππππ ππππ€π‘β ππ π€ππ¦π π‘βππ‘ ππππ’ππ π‘βπ πππ‘πππ‘πππ πππ πππ€ππππππ πππππ‘ππππ .β What's more, it is unclear at this point in time exactly how SAW events will change in response to a warming climate. One study, Rolinski et al. (2019), has found a recent observational increase in SAW days over the past two decades and links this to increased jet stream ridging patterns in California. π However, Guzman-Morales & Gershunov (2019) finds that a weakening of the southwest pressure gradient that drives these SAWs π
ππππππππ in their global climate models (GCMs) in response to GHG forcing on the climate system, although the trends are diminished in the late autumn and winter months. π So, there's quite a bit of uncertainty here. There is evidence of some influence of GHG forcing on creating a more favorable fire weather environment in Southern California in recent decades. However, burn area associated with SAW events isn't very dependent on the air temperature during the fire, and antecedent precipitation and fuel moisture aren't very critical either. This is because downslope airflow is sufficient enough to dry out most vegetation in just a matter of hours, creating a tinderbox should a forest be set ablaze. And, how SAW evolve with a changing climate is unclear. But, placing powerlines underground can significantly reduce fire risk in the future, and having better forest management (e.g., controlled burning and mechanical thinning of underbrush) will as well. Climate change is real, but grifters like Senator Bernie Sanders need to stop pinning every natural disaster that happens on it, and using these crises as a crutch to advance their political agendas. Junk science is bad for policymaking and leads to ineffective solutions to the challenges facing society.
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Is this true? Oh gawd Iβll have to join Blue Cry now so I can keep enjoying his idiotic pronouncements.
π¨BREAKING NEWS: Chris Bowen Banned from X for Misinformation After Being Ruthlessly βCommunity Notedβ Chris Bowen, Australiaβs self-proclaimed Climate Crusader, has been permanently banned from X for βspreading misinformationβ after his posts were repeatedly torched by βCommunity Notes,β the platformβs truth serum. Bowenβs latest faux pas? Claiming that cow farts could power the national grid by 2030 if Australians just βbelieved hard enough.β X users erupted in laughter as the Community Notes fact-checkers pointed out that Bowenβs stats on methane emissions were βwildly inaccurate,β βscientifically laughable,β and βpossibly sourced from a kindergarten science fair project.β Humiliated and de-platformed, Bowen fled to BlueCry, the ultimate leftist echo chamber, where the only βCommunity Noteβ is a gentle pat on the back. There, he issued a tearful statement: βThis is censorship by climate deniers and fossil fuel extremists. But I will continue my fight to save the worldβ¦ or at least get a retweet.β Rumour has it, Bowen is already drafting new posts claiming that clouds are a government psy-op and that solar panels cure anxiety. As always, stay tuned for the meltdown.
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Chris Bowen, our βlack of energy ministerβ, has surrounded himself with Green ideologues and is utterly deaf to reason. He should watch this documentary to see the disaster weβre headed for (but of course he wonβt) @Bowenchris
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