So I think the general idea is that you can convert more CO² to carbon in the form of sugars and O² molecules per square foot with algae than with trees. Trees would totally do the same thing if we ripped up all the concrete and buildings to replant a forest, but that process would take decades.
This can be added into existing infrastructure and helps I guess. Kinda a neat concept.
Exactly man... fewer floods, more biodiversity, they look nice which is better for mental health and reducing hypertension (the number one risk factor correlated with deaths), some of them give you fruits or nuts to eat... Trees are awesome.
I think any city should strive to have at least as many trees as the number of people living in it.
It would be. Cities and urban areas aren't the problem. Suburbs, with 20+ Minute commutes, on hot swollen rivers of concrete and asphalt flowing from them, with every individual in their own metal/polymer box burning hydrocarbons is the bigger problem. Cities might be a solution.
Conversely these algae tanks can go lots of places a tree wouldn't be practical. They'll never need to be trimmed out of power lines etc. Or tear up sidewalks, streets or foundations. That's not to say we shouldn't have trees. Just more green overall.
I have this fantasy where we humanity has a whole biotechnology skill tree that we never unlocked but there's like a Renaissance waiting to happen that will one day uncover all these cool new branch's
But why not just like... Do that somewhere where the mass actually makes a difference? You'd be better off dumping acres full of this shit instead of regrowing a forest. Doing it in individual tanks, sparsely within a city, is both an inefficient use of resources and fucking ugly.
Trees only purpose in a city is not to clean out CO2. It's not even their primary purpose in a city. If it was, they'd be selecting specific species etc.
Alright I'm just going off of what I learned in environmental science class this summer, not an expert here. There was something about algae blooms (usually caused by fertilizer runoff) being a really bad thing for local ecosystems. I'm not sure if this is relevant to what you're saying, just throwing it out there lol
I mean ideally we would flood the ocean with Fe³ and spark a mass breed of this shit where it belongs. The biomass could work it's way up the food chain as an added benefit too.
We created a big problem by injecting a lot of shit where it shouldn't be. If we stop that, some pieces will bounce back.
Injecting more shit in another place means we have one big problem, that we haven't stopped, and now a new problem that we don't know the repurcussions of or how to reverse.
So uh, yeah, I'll stick with the one beast we know over one we know and also another we don't.
It's okay to say you don't understand marine chemistry, there is no shame in it.
The whole "seed the oceans with ferrous oxide" idea isn't mine. In fact many better minds came up with it. You can check it out if you want, no pressure.
It's funny, because your own ignorance is showing. There's plenty of research to suggest that iron fertilization is controversial, which directly contradicts your (very condescending) assertion.
It is much easier to destroy something than it is to repair it. This applies to the original changes we made through exploitation, pollution, etc. But also to the radical change you propose, it is much easier for it to have a destructive effect compared to having a positive effect.