Better in every way is nonsense. Cooking indoors is only stupid for morons that don't know how to safely use a gas stove top. There's a reason most professional kitchens still use gas and haven't all rushed to replace with induction - the benefits don't outweigh the investment.
The main advantage for gas isn't speed, it's control. I have both gas and electric, standard halogen etc type stoves are junk compared to the fine (also instant, consistent, and reliably easy to gauge) control that gas hobs provide. Not to mention a very even heat . But I agree modern induction finally provide that similar level of control (though the one induction hob I've used, while excellent granular control, did seem to heat unevenly requiring the pan to be regularly turned to avoid one-sided burning).
History has shown that this will not be the case. I remember watching an ancient black and white TV news reel clip interviewing a factory owner about automation being introduced. He said in future that automation will allow people to work 4 days per week and still allow the company to be profitable and employees happy and well paid. Of course, companies just used such innovations to turbo boost their productivity and therefore profits. Won't be any change this time around.
Not this year anyway. Atrocious weather all summer has resulted in 10% of last year's harvest.
Beekeeping. It gets expensive very fast and doesn't seem to ease year on year
This is 100% it. Worked in IT 15+ years, started with building desktops, servers, virtual machines, building networks, troubleshooting in-depth kernel issues, tracing TCP/IP chatter, which built a really broad platform for my current job as principal cloud architect. I and peers of my vintage understand how to troubleshoot down to a low level, and we understand the implications, benefits risks and constraints of putting certain cloud technologies together even through the multiple levels of abstraction.
We've had the benefit of experiencing these technologies grow and develop first hand, we understand how they fit together and where to look when something isn't working. Recent graduates have not had the benefit of that journey, are so used to operating at the top layer of the abstraction that works most of the time, that I find they really struggle to decompose a problem, simplify and troubleshoot one logical component step at a time. Problem solving is a learned skill and multiple layers of abstraction make knowing where to start very difficult if the error message isn't crystal clear.