The Nomia Solution

Australia needs another pollination pathway.

Nomia will test whether native ground-nesting bees can add reliable pollination capacity for Australian farms.

The program will not replace European honeybees. Instead, it will complement them and reduce reliance on one pollination system.

Native Australian Bees

The Australian Government states that Varroa mite does not affect Australian native bees.

Different Host Biology

Varroa feeds on honeybees and reproduces inside honeybee brood cells.

Ground-Nesting Species

Most Nomia species nest in the ground and build individual brood cells.

Evidence Before Expansion

Nomia will measure establishment and pollination performance before supporting wider use.

The Solution in One Sentence

Nomia will build, test and validate a native pollination pathway for Australian agriculture.

Why Native Bees Offer a Different Pathway

Varroa destructor is an external parasite of European honeybees.

The mite feeds on honeybees and reproduces inside honeybee brood cells. Therefore, untreated colonies can weaken and die.

However, the Australian Government states that Varroa does not affect Australian native bees.

Nomia-type bees belong to the native bee family Halictidae. Most Nomia species nest in the ground.

Females build individual brood cells. They place pollen and nectar inside each cell and then lay one egg.

This biology does not prove that Nomia bees can provide reliable farm-scale pollination.

Therefore, Nomia must test that question properly.

The evidence supports a careful research program. It also supports testing a pathway outside Varroa’s recognised Australian hosts.

Government and Scientific Basis

Australian Government: Varroa mite and Australian native bees

Australian Museum: Nomia bee biology

The Australian Government currently identifies Varroa as a parasite of European and Asian honeybees. It expressly states that Australian native bees are not affected.

The Australian Museum confirms that most Nomia species nest in the ground and build individual brood cells.

Diversification, Not Replacement

European honeybees remain essential to Australian agriculture.

Nomia does not seek to displace managed honeybee pollination. Nor does it diminish the value of Australia’s beekeeping industry.

Instead, the program will develop an additional pathway with different biology.

A stronger national system should combine:

  • healthy and well-managed European honeybees
  • effective Varroa monitoring and control
  • protection of existing native pollinators
  • native pollination capacity where evidence supports it
  • crop-specific pollination planning
  • secure on-farm habitat and forage

Therefore, Australia should protect honeybees while it tests credible alternatives.

What Nomia Will Build

Nomia will create practical biological infrastructure.

It will not operate as a simple bee-release project.

Purpose-Built Nesting Environments

Nomia will build engineered soil habitats for nesting and breeding trials.

The program will test soil structure, moisture, temperature and other key conditions.

Year-Round Floral Resources

Structured flowering systems will provide pollen and nectar across the seasons.

As a result, researchers can measure forage use and seasonal needs.

Controlled Trial Environments

Protected environments will help the program control important variables.

Therefore, each trial can produce clearer and more useful evidence.

Continuous Monitoring

Nomia will record environmental and biological data.

The program can then link nesting results with soil, moisture, temperature and habitat conditions.

Crop Pollination Trials

Nomia will test suitable bee populations on defined crops and flowering periods.

In addition, the trials will use suitable comparison areas.

Repeatable Methods

Nomia will convert successful methods into clear operating specifications.

Independent experts and future sites can then review and repeat those methods.

How the Program Will Work

  1. Identify

    First, Nomia will identify suitable species, habitat needs, forage needs and local risks.

  2. Establish

    Next, the program will develop stable nesting and breeding populations in controlled environments.

  3. Measure

    The program will record nesting, emergence, reproduction, survival, forage use and dispersal.

    It will also record the conditions that may affect those results.

  4. Validate

    Nomia will test whether the bees provide measurable pollination.

    The trials will include controlled settings and real farm conditions.

  5. Compare

    The program will compare pollination activity, crop response, cost and reliability against defined baselines.

  6. Replicate

    Nomia will repeat successful methods at other sites.

    This step will show whether the results can be reproduced.

  7. Expand

    Finally, Nomia will support wider deployment only when independent evidence justifies it.

What Nomia Will Measure

Nomia will not define success by the number of bees released.

Nor will it define success by the amount of infrastructure built.

Instead, the program will measure:

  • nesting establishment and site retention
  • adult survival and reproductive success
  • brood-cell construction and emergence
  • population growth across generations
  • forage supply and seasonal continuity
  • flower visits and pollination activity
  • crop response against suitable comparison areas
  • supported pollination cost per hectare
  • environmental and biosecurity performance
  • repeatability across sites and seasons

These measures will show whether the method works in practice.

Evidence Before Claims

Expansion Must Follow Evidence

Nomia will not assume that every native bee suits every crop or region.

It will not claim that a nesting habitat automatically creates useful pollination.

In addition, Nomia will not promise a predetermined increase in crop yield.

Instead, the program must establish:

  • which species can thrive under managed conditions
  • which habitats support successful nesting
  • whether populations remain near the trial site
  • which crops receive useful pollination
  • whether crop response can be measured
  • what the system costs to build and operate
  • whether other sites can repeat the method
  • where the approach fails

Negative results will also matter.

They will stop weak methods from moving into larger trials. Therefore, expansion will follow evidence rather than hope.

Why Purpose-Built Infrastructure Matters

A native pollination program cannot rely on uncontrolled releases.

Soil, moisture, temperature, forage and predators can all change the result.

Pesticides and seasonal conditions can also affect survival and nesting.

Therefore, Nomia will measure and refine these factors through purpose-built infrastructure.

soil type and structure
soil moisture at several depths
temperature and seasonal change
salinity and irrigation response
nesting orientation and shelter
flowering continuity
predator and pest pressure
agricultural chemical exposure
emergence timing
dispersal and site retention

As a result, the program can explain why a trial succeeds or fails.

This approach offers a stronger basis for replication than informal observation alone.

An Australian-Controlled Capability

Nomia aims to keep the knowledge, breeding capability and operating methods in Australia.

The program will develop:

  • Australian native bee expertise
  • locally adapted nesting and forage systems
  • Australian field-performance data
  • repeatable habitat specifications
  • regional breeding capability
  • clear monitoring and reporting methods
  • practical deployment models for farms

The goal is a durable national capability, not a one-off demonstration.

From Pilot Program to National Network

The first program will answer the main biological and operating questions.

If the evidence supports expansion, the model can progress through:

Controlled Establishment and Breeding
Crop-Specific Field Trials
Independent Scientific Review
Regional Replication Trials
Commercial Farm Partnerships
Standard Operating Methods
Distributed Native Pollination Network

Each stage will have clear evidence requirements and approval gates.

Therefore, results will control the pace and scale of expansion.

Expansion will follow evidence. It will not precede it.

What Success Would Mean

Success would not eliminate Varroa.

It would not remove the need for European honeybees.

Instead, Australia would gain another pollination capability supported by field evidence.

Potential benefits include:

  • greater diversity in Australia’s pollination system
  • less reliance on managed honeybee hive supply
  • stronger native pollinator habitat
  • better knowledge of native bee biology
  • new options for participating growers
  • better pollination data and monitoring
  • greater resilience during hive-supply disruption

However, these remain program objectives.

Field trials must prove them.

The Strategic Choice

Australia can continue to rely heavily on a system under permanent Varroa pressure.

Alternatively, it can protect honeybees while it builds and tests native capability.

Nomia proposes the second path.

Protect what Australia depends on. Develop what Australia already possesses. Expand only what the evidence proves.

Help Build Australia’s Native Pollination Capability

Australia should build pollination resilience before a national shortage becomes a national emergency.

Nomia welcomes growers, researchers, technical partners and supporters who share that objective.

Government Evidence: The Damage Is Already Being Felt

Government authorities have documented serious threats to farm productivity, food production and Australia’s agricultural economy.

View the evidence below.

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