Join our 2 seminars "Carbon Farming and Your Business: What You Need to Know"

Perhaps the most complex of current agricultural carbon sequestration methodologies, understanding the mechanisms of soil carbon sequestration and how to increase carbon levels in soil requires a thorough understanding of, you guessed it – soil.

After the climate change summit COP26 in Glasgow has officially given international carbon trading the green light, carbon farming and generating carbon credits from agricultural farmland has been making headlines globally

Worldwide, and particularly in Australia, our soil is under stress. It needs to be nurtured and restored, not run down. Certainly not stressed to the point of fatigue. Fatigued soil cannot sustain landscape. We live on, in and in turn are sustained by landscape. A fatigued soil cannot keep its single most important function operational – maintaining a hydrated landscape.

What does carbon - specifically organic matter - do that promotes the soil biome for the farm to function better?

6 great measures agricultural land managers can implement that will not only improve soil carbon levels but will make significant improvements to farm productivity as a whole, whilst creating sustainability benefits that will reflect in your bottom line.

What does carbon do chemically that helps soil, and the farmer, function better?

The CC team answers questions related to regional availability, platform capabilities, API integrations and more.

Learn about the core capabilities of the Carbon Count Platform and what's behind the FAAST algorithm.

Find Out Why Soil Organic Carbon is Magic Stuff.

The Australian Government has invested in technology solutions for carbon capture and storage, as well as, clean hydrogen hubs. Though it is a great start, the National Soil Strategy does not go far enough towards maximising soil security, mitigating climate change and promoting landscape sustainability.