The cleanup cost from the fruit is what’s prohibitive about that, leaving the fruit isn’t an option since it makes the sidewalks unusable from the mess, it rots and creates mold spores, pests, rodents, etc, they all thrive.
Theres a very good argument to why they shouldn’t introduce females everywhere.
And how’s the males supposed to know if they are pollinating something or not for that matter? It would be less trees making pollen, but there will still be pollen.
Well, it's not that easy. Many plants have both female and male flower parts or flowers. And even if a species has individuals with only one of both sexes, then it might change over the season or over age. So there is really no way around pollen...
"We would by lying, if we said that we were sorry that you don't have sidewalks. However, we don't care about pedestrians, we only care about cars and their vrooms, vrooms." - Probably some city official.
It's like a lot of things in life. It depends and it can be complicated.
Upfront costs for infrastructure besides the panels themselves is expensive and in places where electricity is already cheap companies won't bother.
You also have to conduct tests to ensure that the grid and transformers can handle more power, and if they can't then you have more infrastructure that needs upgrades.
I'm not saying we shouldn't do this. We really need to in the long run but it isn't something we can simply snap our fingers and do instantly.
Also, a lot of the unprofitability comes from VC culture in my opinion. The individuals at the top of businesses often times won't stick around with the business long enough to start see the savings from solar energy.
Tell it to my neighbors, my tree has slowly become treeless, I planted one in the middle of my front yard so that the house can stay cool in the mornings
Also for your urban planning nerds, this was posted a few days ago and looks great:
As a young graduate student in the late 1950s, Akira Miyawaki learned about the emergent concept of potential natural vegetation (PNV). This, along with his studies in phytosociology—the way plant species interact with each other—guided his explorations of the vegetation growing throughout his native Japan. Eventually, he began visiting Shinto sites and observing their chinju no mori, or “sacred shrine forests.” Miyawaki determined that these were time capsules, showing how indigenous forest was layered together from four categories of native plantings: main tree species, sub-species, shrubs, and ground-covering herbs.
Using this four-category system, along with his surveys of these sites and his knowledge of PNV and phytosociology, Miyawaki designed his own system for planting forests.
It works like this: the soil of a future forest site is analyzed and then improved, using locally available sustainable amendments—for example, rice husks from a nearby mill. About 50 to 100 local plant species from the above four categories are selected and planted in clumps as seedlings in a mix like you would find growing naturally in the wild. The seedlings are planted very densely—30,000 to 50,000 per hectares as opposed to 1,000 per hectare in commercial forestry. For a period of two to three years, the site is monitored, watered, and weeded, to give the nascent forest every chance to establish itself.
We used to have them until several years ago they were deliberately removed. Their roots were destroying the roads and sidewalks, as well as infiltrating the underground infrastructure.
I love that I was fortunate to get a home in an old urban neighborhood in a city that's pretty good. The tree coverage in my hood is nuts. I see a few mature black walnuts and a ton of mature pines among all the other smaller trees. I can walk to the grocery store with 80% canopy coverage the entire way.