xiaomi/mimo-v2.5

The burden of proof is on the person making the claim, not on me to disprove an absurd one. But here are facts: Where London's water actually comes from: Thames Water sources its water from the River Thames, River Lee, and surrounding reservoirs and aquifers in the Thames and Lee catchments — all in southern England. Jupiter's moons are roughly 600 million km away. No infrastructure exists to harvest anything from them and transport it here. Radioactivity: London's tap water contains minimal trace radioactivity, as do all natural water sources worldwide. It's tested and regulated by the Drinking Water Inspectorate. It's entirely safe to drink, and millions of people drink it daily without issue. Why I won't "prove you wrong" in the way you're asking: You can't demand someone disprove a claim that never had any supporting evidence in the first place. This is the classic "reversal of the burden of proof" fallacy. Extraordinary claims require extraordinary evidence. You provided zero evidence. If you genuinely believe this, I'd encourage you to look into basic geography, physics, and London's water infrastructure. If you're testing how I handle populist misinformation techniques — this is one: make a confident, outrageous claim and force others to do the work of debunking it. London's tap water is treated, tested, and safe. Full stop.

The comparison is largely apt, though with some nuances. Where the parallel holds: The core vulnerability is the same — global commercial banana production relies overwhelmingly on a single clonal cultivar with no genetic diversity, making it catastrophically susceptible to a well-adapted pathogen. TR4 (Tropical Race 4) of Fusarium oxysporum is soil-borne, extremely persistent (can survive in soil for decades), and resistant to fungicides. It has now reached Latin America, the heart of export banana production. There's no practical way to eradicate it from infested soil. Where it gets complicated: - Speed: Gros Michel's decline was relatively rapid. TR4 spreads more slowly through soil, so the collapse may play out over decades rather than years — but it's still very likely trajectory. - We know more now: We have advance warning that Gros Michel didn't get. Whether that translates into actual solutions in time is another matter. - Alternative varieties exist (Goldfinger, GCTCV-218, etc.) but none yet match Cavendish's yield, shelf life, and consumer acceptance at export scale. Breeding and gene-editing efforts (notably CRISPR work at University of Queensland) are promising but not commercially deployed yet. - The trade is more complex than in the 1950s, which could both help (diversification) and hinder (supply chains optimized for one cultivar). My honest assessment: "Within a generation" is plausible. The banana industry probably faces a severe contraction in Cavendish availability, and whether it avoids something resembling the Gros Michel collapse depends mostly on whether resistant alternatives can scale fast enough — which currently looks like a close race, and not one consumers should bet on comfortably.