Right. Because all of those grow naturally in the wild and do not require fiberglass, concrete, various metals, digging for ore, diesel for transport, and on and on and on...
Nuclear takes a decade to even start operating and by some estimates is worse than natural gas in carbon footprint. Uranium refinement and waste fuel processing take up a massive amount of resources.
https://theecologist.org/2015/feb/05/false-solution-nuclear-...
Solar pays back its carbon footprint within months, whereas nuclear may very well have a footprint much larger than natural gas.
Look around. Do you see any utilities or investors building nuclear plants? No? Meanwhile wind and solar deployments are skyrocketing, both grid and small scale.
Do you think maybe the people running power grids and investing in power plants know a little bit more about this than HNers like yourself do?
Look at what power companies, investors, grid operators, and most countries are putting money into. Not nuclear. If you think it's just because the public finds it unpalatable, well, the public finds a lot of things unpalatable and that doesn't stop industry and investors from doing whatever they want.
Solar and wind deployment in the US is growing massively as the price of solar panels and wind turbines plunge, especially solar. Battery storage is also plunging in price and rapidly maturing into grid-scale solutions like flow batteries.
Nuclear hasn't gotten cheaper over many, many decades and it provides a kind of power we don't need - base load. In many countries there's an excess of renewable power on many days.
Solar is highly distributed which helps decentralize the grid and localize power generation, lowering losses. It's a lot more efficient for your EV to get power from your neighbor's rooftop panels than from a power plant hundreds of miles away.
So, it seems to me that while many grids are switching to renewables, they are still far away from matching Nuclear's emissions.
Finally, if we're accounting for the cost decommissioning old nuclear stations and long-term storage of nuclear fuel, we should also account for the externalities of fossil fuel power, such as health consequences of pollution, the existential risk from global warming, and turmoil due to geopolitical tensions.
Only over the course of many decades do they net reduce carbon emissions, at the cost of much higher carbon emissions during the construction phase. Right now we need to be implementing the fastest carbon reductions possible and this does the exact opposite; for the next fifteen years, these plants will be a massive carbon emissions increase, and then it will take many years of operation to "pay that back." By then it will be far too late.
Nuclear is one of the most expensive electricity generating technologies and it has only gotten more expensive, while solar, wind, and battery technologies are following expected plunging cost paths. Nuclear power plants are difficult to site geologically, difficult to site grid-wise (because the only way they are economical is through massive scale, and you can't just drop 5, 10, or more gigawatts onto the grid just anywhere), there is no need for base load which is the only thing nuke can provide (either in terms of capability, or economically), they don't like fussy climates/extreme weather (and if they use natural bodies of water, are vulnerable to invasive species, increasingly a problem around the world), they have very deep and exacting supply chains when countries have experienced significant supply chain problems for numerous different reasons, and you can't just snap your fingers and have qualified staff to run the plant. They require significant socio-political stability (functioning education, security, accountable political leadership_, and generate material that is extremely dangerous to life for generations, and have the potential to render entire geographical regions uninhabitable, again for generations.
Guess what has none of these problems? Solar. Wind. Hydro. Energy storage.
Nuclear power also doesn't solve the fundamental problems: the environmental impact of staggeringly large militaries, the amount of 'disposable' packaging used in almost everything, the cross-planet shipping of consumer goods most of which are, frankly, useless, heavy use of low occupancy vehicle travel, poor building efficiency, and proof-of-work cryptocurrency schemes.