Considering how energy intensive it is to gather, shred/pulp, transport, and pump said material - wouldn’t it be a lot better to do that with algae or the like though?
Trees are tough, and grow well in inhospital and rough terrain. That’s basically their value prop? Growing them in good crop land for something like this would be a waste, for instance.
They are good for building materials, and that is one of the longer forms of sequestration. Transport and processing is a big cost there already, and makes it dubious carbon neutrality wise currently.
> Not logging those trees is neither conservation...
not chopping forests is by definition, a basic advise in all serious treatises know by men, on conservation of biodiversity on forest ecosystems [1]
[1] Only exceptions when is a mono-culture, or when we deal with alien species
Yes, I know that biodiversity can increase in ecotones. But to have a forest boundary, you need to have a forest first.
> ... or sequestration
trees take CO2 from the air and store it in wood, a structure that can last potentially for several hundreds or even thousands of years. Half of this structure is buried in the soil. Tons of carbon. If this is not the very own definition of sequestration of CO2, I don't know how to call it.
A sofa can't grow.
> those crops not only would sequester carbon faster most likely (if you buried them)
What crops? corn? wrong. The soft wood Paulownia? Wrong again. The Paulownia superfast thing is based in a lie.
> but be far more scalable and efficient in doing so.
Trees are tough, and grow well in inhospital and rough terrain. That’s basically their value prop? Growing them in good crop land for something like this would be a waste, for instance.
They are good for building materials, and that is one of the longer forms of sequestration. Transport and processing is a big cost there already, and makes it dubious carbon neutrality wise currently.