@stefbozz.bsky.social
When I was born ('57) 2,8B people and 315 ppm CO2.Nowdays 7B and 415 ppm. Green economy roots are there.
Reposted
The entire LULUCF sink in Finland is considered 'managed' in emission reporting, but in practice it is a mix of anthropogenic and natural effects.
This is a reason we suggest not to use the sink to offset fossil emissions. www.nature.com/articles/s41...
Finland has learnt the hard way.
6/
This is a reason we suggest not to use the sink to offset fossil emissions. www.nature.com/articles/s41...
Finland has learnt the hard way.
6/
Geological Net Zero and the need for disaggregated accounting for carbon sinks - Nature
Including passive CO2 uptake as an anthropogenic removal in greenhouse gas accounting systems could undermine the Paris Agreement; measures to address this include acknowledging the need for Geologica...
www.nature.com
October 23, 2025 at 7:54 AM
The entire LULUCF sink in Finland is considered 'managed' in emission reporting, but in practice it is a mix of anthropogenic and natural effects.
This is a reason we suggest not to use the sink to offset fossil emissions. www.nature.com/articles/s41...
Finland has learnt the hard way.
6/
This is a reason we suggest not to use the sink to offset fossil emissions. www.nature.com/articles/s41...
Finland has learnt the hard way.
6/
Summing up
1.reduce first (costs and emissions) via robotic , precision farming and irrigation
2. Electrify as much as you can the process
3. ReCirculate instead to pollute via AD
Digestate
enriching liquid via plasma torch
Or make ammonia liquid sulphate ( sulphuric acid cost isn’t trivial)
Etc
1.reduce first (costs and emissions) via robotic , precision farming and irrigation
2. Electrify as much as you can the process
3. ReCirculate instead to pollute via AD
Digestate
enriching liquid via plasma torch
Or make ammonia liquid sulphate ( sulphuric acid cost isn’t trivial)
Etc
October 9, 2025 at 4:58 AM
Summing up
1.reduce first (costs and emissions) via robotic , precision farming and irrigation
2. Electrify as much as you can the process
3. ReCirculate instead to pollute via AD
Digestate
enriching liquid via plasma torch
Or make ammonia liquid sulphate ( sulphuric acid cost isn’t trivial)
Etc
1.reduce first (costs and emissions) via robotic , precision farming and irrigation
2. Electrify as much as you can the process
3. ReCirculate instead to pollute via AD
Digestate
enriching liquid via plasma torch
Or make ammonia liquid sulphate ( sulphuric acid cost isn’t trivial)
Etc
Reposted
Blue or turquoise hydrogen. Or direct electrical nitrogen fixing via electro chemical processes, plasma etc. Or do nitrogen fertiliser without ammonia, eg cCM [note: I'm an angel investor]. Or direct biological methods like Pivot Bio. But also, stop over-applying, runoff, etc. Well, you did ask :-)
October 4, 2025 at 5:25 PM
Blue or turquoise hydrogen. Or direct electrical nitrogen fixing via electro chemical processes, plasma etc. Or do nitrogen fertiliser without ammonia, eg cCM [note: I'm an angel investor]. Or direct biological methods like Pivot Bio. But also, stop over-applying, runoff, etc. Well, you did ask :-)
Reposted
📺 In this video, Johan Rockström explains the key findings of the 2025 Planetary Health Check: www.youtube.com/watch?v=ndPV...
Official Planetary Health Check 2025 with Johan Rockström
YouTube video by Planetary Boundaries Science
www.youtube.com
September 25, 2025 at 7:01 AM
📺 In this video, Johan Rockström explains the key findings of the 2025 Planetary Health Check: www.youtube.com/watch?v=ndPV...