![Students and staff have partnered with not-for-profit organisation Regen Action to implement regenerative agricultural techniques at the school. Picture by Briannah Devlin Students and staff have partnered with not-for-profit organisation Regen Action to implement regenerative agricultural techniques at the school. Picture by Briannah Devlin](/images/transform/v1/crop/frm/123048163/392df681-4499-463a-a432-a8403a0fa8a5.JPG/r0_376_3602_2885_w1200_h678_fmax.jpg)
Ashton Stableton is passionate about agriculture, and has been able to see first-hand how regenerative processes can be used to harness more from the land.
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The Year 11 student is one of many from Chevalier College who are taking part in a regenerative agricultural project, and is the first school in the region to do so.
The soil was turned in the first contours on June 5.
The Regeneration Chevalier initiative is a collaborative venture with not-for-profit organisation Regen Action, with support from the Bowral Co-Op, NSW Department of Education through its Regional Industry Education Partnerships, and Andrews Earth Moving.
Students from different faculties will take part in all aspects of the project such as land management, soil testing, audiovisual documentation and surveying the land.
"The project has really taught me we need to utilise the land better," he said.
Through the initiative, the school will move away from traditional farming methods to regenerative practices and natural sequence farming.
![Chevalier College students Kate Bartolo and Ashton Stableton have enjoyed learning about new farming techniques, and protecting the land. Picture by Briannah Devlin Chevalier College students Kate Bartolo and Ashton Stableton have enjoyed learning about new farming techniques, and protecting the land. Picture by Briannah Devlin](/images/transform/v1/crop/frm/123048163/6a96e572-e81e-4599-894e-27e2e51d3116.JPG/r0_278_4032_3029_w1200_h678_fmax.jpg)
Regen Action project director Rob Skinner said it would help the school "mimic nature", and it was important to capture carbon in the soil, which reduces emissions.
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"We need to transition to a system that cares for our soils and takes us back to what nature was doing originally, automatically spreading hydrology and fertility through the landscape," he said.
![The project is underway. Picture by John Swainston The project is underway. Picture by John Swainston](/images/transform/v1/crop/frm/123048163/94a4a7c3-457f-4bd5-9c3a-7c3d33ab3f23.jpg/r0_32_1800_1288_w1200_h678_fmax.jpg)
Regenerative techniques enable crops hold more nutrients, increases bushfire and drought resilience, as well as creating flood mitigators that deliver higher quality waters.
"[It's] pretty cool to see how it works and capitalise [on] carbon and nutrients to make the land better," said science and agriculture student Kate Bartolo.
"It's been a privilege for us to be involved and connected with Regen Action," said Chevalier College principal Greg Miller.
![Chevalier College principal Greg Miller turned the soil of the first part of the project. Picture by Briannah Devlin Chevalier College principal Greg Miller turned the soil of the first part of the project. Picture by Briannah Devlin](/images/transform/v1/crop/frm/123048163/462ea603-735b-4b41-9383-08c2fd0441f9.JPG/r0_0_4032_2643_w1200_h678_fmax.jpg)
"We're excited to be a part of a cutting-edge project and a cutting edge approach to agriculture."
The principal said he looked forward to the techniques being adopted beyond Chevalier, and it gave the school the chance "to work shoulder to shoulder with experts in the field".
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