PermacultureWest presents another online workshop on:

Developing Biological Soil Fertility with Mark Tupman of Productive Ecology.

Soil Fertility is a key characteristic of healthy living systems. We all know that good soil is important for growing plants but ironically, without plants and their microbial and animal associates, soil would be little more than weathered rock particles. Learning how to develop and nurture a robust and resilient soil community is a foundational aspect of ecologically sound and cost effective production.

In this workshop Mark Tupman will help us take an inside look at:

- What fertile soil looks like

- The key biological drivers behind the creation and maintenance of good soil

- Effective practices for building soil health

About Mark Tupman:

For over two decades Mark has been active in the fields of organic/biodynamic production, permaculture, sustainability,
agro-ecology and holistic management.

He has set up and co-ordinated a number of VET production horticulture programs, been involved in a range of organic/regenerative growing research, community and enterprise projects throughout Western Australia and in between times, managed an orchard, animals and food gardens on his own property.

In 2015 he formed Productive Ecology, a consultancy and education business that specialises in the establishment
of integrated living production systems.

Most recently he has also taken on the big role of horticulture project manager at the Witchcliffe Ecovillage development and is an advisor in regenerative projects run by the Lower Blackwood Catchment LCDC.

QUALIFICATIONS:
Diploma in Horticulture
Certificate in Permaculture Design
AEA Precision Nutrition and Redox Courses
Biodynamics 2024 Intoduction to Biodynamics Workshop
NTS Nutrition Farming Series
RegenAG Course Cert IV in Training & Assessment

PermacultureWest members tickets are discounted to $5 and non members are $10. To become a member and avail the discounted tickets, here is our website link for Memberships.

Contact the host of Developing Biological Soil Fertility

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