An MIT Energy Initiative study finds many climate-stabilization plans are based on questionable assumptions about the future cost and deployment of “direct air capture” and therefore may not bring about promised reductions.
Yeah, trees are pretty amazing! There’s also a mammoth amount of carbon capture in the ocean (more than land) mostly via plankton but also sea grass and the like.
Trees play a massive role in the ecosystem we’re part of aside from just being carbon stores. If we just focus on carbon storage and invent new tech that does that, it might somewhat improve the situation, but we’re really just kicking the can down the road, and waiting for our extraction based economy to cause chaos somewhere else.
Amazingly zooplankton does play a huge role in reducing CO2. The ocean carbon pump is a mammoth thing, and it’s effects are just from the combined movement of life, not phytoplankton’s direct FlCO2 storage.
Yeah, trees are pretty amazing! There’s also a mammoth amount of carbon capture in the ocean (more than land) mostly via plankton but also sea grass and the like.
Trees play a massive role in the ecosystem we’re part of aside from just being carbon stores. If we just focus on carbon storage and invent new tech that does that, it might somewhat improve the situation, but we’re really just kicking the can down the road, and waiting for our extraction based economy to cause chaos somewhere else.
Only phytoplankton. Quite a lot of plankton biomass consists of animals and single-celled organisms that don’t consume CO2.
Amazingly zooplankton does play a huge role in reducing CO2. The ocean carbon pump is a mammoth thing, and it’s effects are just from the combined movement of life, not phytoplankton’s direct FlCO2 storage.
https://en.m.wikipedia.org/wiki/Biological_pump