Native Pollinator Habitat Restoration
Design and test nesting and forage environments for selected Australian native ground-nesting pollinators.

Native Pollination Resilience for Australia

Native Pollination Resilience for Australia
Nomia is developing a rigorous Australian field-research program to test whether purpose-designed and restored habitat can strengthen populations of selected native ground-nesting bees and, where successful, contribute a complementary layer of agricultural pollination resilience.
Restore habitat. Measure the response. Scale only what the evidence supports.
Nomia greatly appreciates the interest and scientific engagement of researchers whose expertise can help strengthen the questions the program is being established to test.
Nomia warmly welcomes Amy's scientific contribution and her interest in the developing native-pollinator research program.
Meet Dr Amy-Marie Gilpin →Nomia warmly welcomes Ros's interest in the program and greatly appreciates her willingness to continue discussions as the research develops.
Meet Dr Ros Gloag →
Native pollinators depend on more than flowers.
For ground-nesting bees, nesting substrate, forage, moisture, seasonal conditions and landscape context can all influence whether populations establish and persist.
Nomia is testing whether purpose-designed habitat can materially improve establishment, nesting, persistence and reproductive activity of suitable Australian native ground-nesting bees.
Agricultural value is tested only where ecological establishment succeeds.
Australia now manages Varroa destructor as an established pest.
Managed European honey bees remain essential. The permanent presence of Varroa adds biological, operational and financial pressure to that system and strengthens the case for investigating complementary pollination resilience.
Ecological restoration, experimental science and eventual agricultural validation must remain connected.
Design and test nesting and forage environments for selected Australian native ground-nesting pollinators.
Measure habitat conditions, nesting, reproduction, persistence and species response using predefined methods.
Where ecological establishment succeeds, test whether native-bee activity produces measurable crop-pollination value.
Nomia's approximately 104-hectare Coleambally research site is intended to provide the physical capability for repeatable, instrumented and scientifically defensible field research.
The facility is not the scientific result. Its purpose is to support controlled habitat trials, monitoring and field research.
Controlled observation and growing environments.
Defined nesting treatments for comparison.
Water, irrigation and habitat conditions.
Imaging, sensors and biological records.
Wider adoption should occur only after the underlying ecological response has been demonstrated, challenged and replicated.
Establish baselines, controls and measurable biological response.
Challenge promising results across sites, seasons and conditions.
Translate proven methods into practical land-management approaches.
Nomia is building the scientific and physical capability required to determine whether native pollinator habitat restoration can become a practical environmental and complementary agricultural resilience tool for Australia.
The consequences of Varroa destructor in Australia are no longer merely projections. Australian government agencies are documenting impacts on beekeepers, hive numbers, pollination services and the effectiveness of available Varroa treatments.
Read the Australian Government and state government evidence directly.
Individual reports of hive loss, treatment resistance, increased pollination cost or crop impact should not automatically be treated as national averages. Nomia distinguishes documented current impacts from credible future risks and relies wherever possible on primary government and scientific evidence.