Loam’s Dan Reid is chats with Loam's first SecondCrop grower Steve Nicholson, while at the Australian National Field Days at Borenore near Orange.

Steve farms at Wirrinya, in-between Forbes and Grenfell in the central west of NSW. Steve spent many years as District Agronomist with the Department of Agriculture and has been farming at Wirrinya for the past 22 years.

Steve is the first grower to partner with Loam in a SecondCrop soil carbon project, with the program launching this year. Steve applied CarbonBuilder Canola and CarbonBuilder Barley to his crops this year, and just begun harvest, eager to see the results in yield and soil carbon build.

This episode covers:

• How the crops in Steve's Second Crop Soil Carbon Project are looking with harvest just begun
• Building soil carbon is a combination of several on farm practices with carbon builder a key cog in the wheel
• Steve had a tour through Loam's Soil Lab
• What Steve's experience as the first grower in the first year of SecondCrop soil carbon projects has been like

Please send in your curly carbon questions to the team through twitter, facebook or instagram.

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Dan talks to Torben Heinzel about all the Steps in a SecondCrop Carbon Project.

Grower Feasibility Survey, Meet with Loam, Mapping, Land Management Strategy, Eligible Land Management Activities, Contract with Loam, Register with the Clean Energy Regulator, Farm Emissions Profile, Baseline Soil Sampling, T1 Soil Sampling and ACCU credits.

Link to Grower Feasibility Survey

Calculation for soil organic carbon

Using a measure of bulk density the amount of carbon per hectare in a given depth of soil can be calculated as shown.

The amount of organic carbon to 10cm depth in soil with a carbon value of 1.5% and bulk density of 1.3g/cm 3 is: 15 (g C/kg soil) x 1 300 000 (kg soil/ha) = 19.5t C/ha or 1.5 x 1.3 x 10 = 19.5t C/ha

Soil Carbon Project activities and eligibility requirements - Projects must introduce one or more of the following activities:

• apply nutrients to the land
• apply lime to remediate acid soils
• apply gypsum to remediate sodic or magnesic soils
• undertake new irrigation
• re-establish or rejuvenate a pasture by seeding establishing or pasture cropping
• establishing, and permanently maintaining, a pasture where there was previously no or limited pasture, such as on cropland or bare fallow
• alter the stocking rate, duration or intensity of grazing
• retain stubble after a crop is harvested
• convert from intensive tillage practices to reduced or no tillage practices
• modify landscape or landform features to remediate land
• use mechanical methods to add or redistribute soil
• use legume species in cropping or pasture system, or
• use a cover crop to promote soil vegetation cover or improve soil health or both.

CER - Clean Energy Regulator

ERF - Emissions Reductions Fund

Soil Carbon Projects Factsheet

Land Management Strategy

Estimating soil organic carbon sequestration using measurement and models method

Understanding your Soil Carbon Project

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Loam’s Grower Communications Manager Dan Reid is out on farm at Canowindra, NSW with grower Stuart McDonald, who has entered into a carbon project with Loam to build soil carbon.

This episode covers:

• Why did you decide to go into a carbon project with Loam?
• Why is building soil health important?
• What is enterprise stacking?
• What would you say to a farmer who wants to know more about carbon?

Please send in your curly carbon questions to the team through twitter, facebook or instagram.

Web www.loambio.com
Facebook www.facebook.com/LoamBio/
Twitter @loambio
Instagram @loambio