AHMC Projects
ZQRX Project
20 February 2024 – Australian wool growers are looking below the surface to
secure the future of their properties in an Ecological Outcome Verification
(EOV) pilot through
The New Zealand Merino Company's regenerative wool-sourcing
programme, ZQRX. AHMC has conducted baseline EOV monitoring of eight ZQRX farms
in Victoria, NSW, Tasmania and SA. The first stage of the pilot culminated
with an in-depth soil health workshop at Mooralla Merinos in Victoria.
See full media release.
(Images courtesy of The New Zealand Merino Company.)
Dawson Catchment Program
Graziers in the Lower Dawson catchment area, central Queensland, are invited to
participate in the Positive Productivity Program, organised by the
Dawson
Catchment Coordinating Association (DCCA). As an implementation of the
AHMC Landscape Hydration Index, the project is expected to involve at least 20
properties during 2023-24.
Download the EOI form.
Savory Sheep Grazier Grant
AHMC, Deckers and Land to Market are seeking Australian sheep producers ready to
participate in the Holistic Management regeneration of a collective 400,000
hectares of privately managed grazing lands.
The Savory Sheep Grazier Grant includes opportunities for regenerative support
in the form of Holistic Management training, farm demonstration days with
accredited Savory professionals, and ongoing virtual support. These
training and support services provided are valued at more than $10,000 USD
annually, but farmers in this program will receive these services at no cost.
Find out more about the project here.
Register your interest here.
Landscape Hydration Index Project
The Landscape Hydration Index was developed for a project with Lismore City
Council to explore the feasibility of defining a measurable index that could
be used as a guide to levels of hydration in the land. In conjuction with
The Mulloon
Institute, experts in catchment-scale rehydration and restoration, AHMC was
able to show that the Ecological Health Index (a component of EOV) could be
used to accurately indicate changes in land hydration levels over time.