regrows annually, Merino wool represents a continuous biological carbon flow rather than a one-way emission pathway typical of fossil-derived materials. For Australian wool growers, this research is important as global textile markets increasingly scrutinise fibre sustainability. Improved carbon accounting methods better reflect the biological nature of grazing systems and highlight the role wellmanaged Merino enterprises can play in carbon cycling and landscape health. As research continues, integrating biogenic carbon flows into environmental reporting may provide the wool industry with stronger scientific evidence of its sustainability credentials, helping position Australian Merino wool as a natural fibre aligned with the future low-carbon economy. Source – Matthew Coddington. CH4 CO2 from atmosphere CO2 returns to plants Photosynthesis and grass growth Grazing sheep and wool production Methane, CO2 and Manure THE BIOGENIC CARBON CYCLE IN A MERINO WOOL ENTERPRISE Methane breaks down in 12 years CO2 CO2 – 17 – "Still Breeding Bale Filling Merinos"
RkJQdWJsaXNoZXIy MTI3ODI1