The system to build ICE cars has been around for decades. Building ICE cars at the replacement rate represents the status quo. But now all of a sudden we have h

The system to build ICE cars has been around for decades. Building ICE cars at the replacement rate represents the status quo. But now all of a sudden we have huge demand for resources not previously required - lithium, cobalt, manganese, and graphite. This means new mining operations spinning up all over the world. At the same time, this new market opportunity has led to a whole bunch of new EV companies making new factories, and major retooling efforts for existing factories. These changes are tied to the demand for a resource intensive new product in a way which barely compares to the established production of ICE vehicles using supply chains that are decades old. With all that this requires, we can certainly spend a little time thinking about painting bike lanes and subsidizing ebikes. You can make 80-100 ebike batteries or you can make a single electric car battery. We should really consider how diversifying our transport infrastructure could facilitate a faster change to electric transport while reducing our impact on the natural world. Note that I agree with you - if we are going to have cars then they should ideally be electric. But some people see EVs as kind of an ultimate solution, and those people are mistaken. Which is why I and many others are screaming about the need to look at transportation in a holistic way rather than a one size fits all "replace ICE with EVs" approach. Cars were never ideal to begin with, lets not perpetuate old mistakes with a new resource intensive type of car.