Native Animals History and Science
Native Insects of Victoria: Ancient Pollinators, Story-Beings, and Ecological Engineers
Victoria’s native insects form one of the most diverse and ancient living communities on Earth. With over 30,000 described species, they include butterflies, bees, beetles, ants, moths, grasshoppers, and dragonflies — each playing a vital role in maintaining ecological balance (CSIRO 2020). For Indigenous peoples, insects are not merely small creatures but beings of story, rhythm, and transformation — teachers of observation and custodians of seasonal knowledge. Their presence, movement, and sounds have long informed ceremony, navigation, and the reading of Country. Insects also predate mammals and birds by hundreds of millions of years, forming the backbone of terrestrial ecosystems since the Paleozoic Era. Their survival through mass extinctions, ice ages, and colonisation reflects both resilience and interconnectedness within Victoria’s natural and cultural landscapes.
Deep-Time and Cultural Timeline
The evolutionary story of Victoria’s native insects reaches far beyond human memory.
During the Carboniferous Period (≈320 million years ago), giant ancestors of modern dragonflies and cockroaches thrived in humid swamps. Through the Mesozoic Era, flowering plants evolved, leading to the co-evolution of bees, beetles, and butterflies — species that would later define the Australian bush (Yeates et al. 2003).
By the Pleistocene epoch (2.6 million–10,000 years ago), insects had adapted to Australia’s dry, variable climates. Their rhythms became embedded in Indigenous ecological knowledge: the emergence of bogong moths marked seasonal migrations, and ant behaviour was read as a sign of approaching weather changes.
For more than 40,000 years, Indigenous communities across Victoria have observed and integrated insect life into songlines, art, and subsistence practices. After colonisation, however, land clearing, pesticide use, and introduced species disrupted these ancient ecological relationships.
Ecological Roles
Native insects are the foundation of Victoria’s ecosystems, performing essential environmental services that sustain both biodiversity and agriculture:
Pollinators: Native bees, hoverflies, and beetles pollinate wildflowers, orchids, and crops (Bishop 2019).
Decomposers: Dung beetles, termites, and native cockroaches recycle nutrients, enriching soils.
Predators and Prey: Dragonflies, wasps, and mantises regulate pest populations, while insects themselves provide food for birds, reptiles, and mammals.
Ecosystem engineers: Termite mounds and ant nests influence soil aeration and seed dispersal (Andersen 2000).
These processes have evolved over millions of years, shaping Victoria’s grasslands, forests, and wetlands.
Insects in Indigenous Knowledge and Story
In Indigenous traditions of Victoria, insects are viewed as messengers and makers— beings who reveal the interconnectedness of life and law (Clarke 1997).
Bogong Moth (Agrotis infusa): Central to gatherings of the Taungurung and Dja Dja Wurrung, whose ancestors travelled to alpine regions to harvest and celebrate the moths during summer. These gatherings were social, spiritual, and ecological events, guided by the movement of the moths (Flood 1983; Clarke 1997).
Ants and Termites: Observed as builders and signalers. Their nesting behaviour and migration patterns were read as indicators of rain, drought, or seasonal change.
Bees and Honey Ants: Symbolic of sweetness, communication, and industriousness. Honey was collected with ceremony, always leaving enough for the colony to survive — reflecting law and reciprocity (Howitt 1904).
Cicadas and Crickets: Their songs marked transitions of the seasons, aligning with harvesting times for yam daisies, fish, and grains.
For Indigenous peoples, each insect holds a moral and ecological lesson, teaching balance, awareness, and the importance of observation in maintaining Country.
Insects on Wadawurrung Country
Across Wadawurrung Country, from the coastal dunes of the Bellarine Peninsula to the volcanic plains of Ballarat and the You Yangs, insects remain central to ecological health and cultural story.
Bees and Wasps: Native blue-banded bees (Amegilla) and paper wasps contribute to pollination of bushland species such as tea-trees and wattles.
Ants: Integral to seed dispersal of local wildflowers — the murnong (yam daisy) and orchids rely on ant transport for regeneration.
Fire and renewal: Traditional burning practices sustained insect habitats, allowing cyclical regeneration of food webs that supported birds, reptiles, and small mammals.
Cultural respect: Wadawurrung Elders continue to share knowledge of insect activity as environmental indicators — for instance, ant mounds rising before rain or dragonfly swarms signalling freshwater abundance.
Colonial Impacts and Modern Threats
European colonisation transformed Victoria’s insect world.
Land clearing, agriculture, and chemical pesticides drastically reduced insect diversity, while introduced honeybees outcompeted native species for nectar. Draining of wetlands, pollution, and urbanisation further fragmented habitats (Yeates et al. 2003).
By the mid-20th century, once-common butterflies like the Eltham Copper (Paralucia pyrodiscus lucida) had become critically endangered due to habitat loss (Clarke & O’Dwyer 2000). The story of insects under colonial disruption mirrors that of many other species — one of loss, resilience, and the need to restore ecological relationships.
Modern Science and Conservation
Contemporary research highlights both the fragility and resilience of Victoria’s insect fauna:
Biodiversity hotspot: Victoria hosts thousands of endemic species, many still undescribed.
Citizen science: Programs such as the Wild Pollinator Count and iNaturalist Victoria engage communities in monitoring insect health.
Restoration ecology: Indigenous burning, replanting of native flora, and pesticide reduction support pollinator recovery (CSIRO 2020).
Climate change response: Shifts in flowering seasons and rainfall are altering insect life cycles — scientists and Traditional Owners collaborate to integrate traditional seasonal calendars with modern ecology (Bishop 2019).
These efforts reflect a shared recognition that insect recovery is essential for sustaining both ecological systems and cultural continuity.
Symbolism and Meaning
Indigenous symbolism: Insects represent adaptability, diligence, and collective harmony. Their life cycles embody transformation — a metaphor for renewal and responsibility to Country.
Global context: Across cultures, insects have symbolised rebirth, order, and communication between worlds.
Modern meaning: In an era of biodiversity crisis, insects remind us of unseen connections — that even the smallest life forms sustain the greatest webs of existence.
Conclusion
Native insects of Victoria are more than pollinators or prey — they are ancient beings who weave the fabric of life. For Indigenous communities, they remain teachers of observation, balance, and respect. For science, they are indicators of ecological health and resilience.
From the hum of the cicada to the flight of the bee, insects speak the language of Country — one that tells of time, change, and renewal. Protecting them is not only an environmental duty but a cultural and moral commitment to honouring the oldest ecosystems on Earth.
References
Andersen, A.N. (2000). The Ants of Northern Australia: A Key Ecological Group in an Arid Environment. CSIRO Publishing, Melbourne.
Bishop, A. (2019). Pollinators of the Australian Bush. CSIRO Publishing, Canberra.
Clarke, I.D. (1997). “The Aboriginal Cosmic Landscape of Southern Australia.” Records of the South Australian Museum, 30(1): 1–14.
Clarke, G.M. & O’Dwyer, C. (2000). “Genetic variability and population structure of the endangered Eltham Copper butterfly.” Biological Conservation, 96(2): 197–208.
CSIRO (2020). Insect Biodiversity and Ecosystem Health in Australia. CSIRO Publishing, Melbourne.
Flood, J. (1983). Archaeology of the Dreamtime. Collins, Sydney.
Howitt, A.W. (1904). The Native Tribes of South-East Australia. Macmillan, London.
Yeates, D., Harvey, M. & Austin, A. (2003). New Directions in Invertebrate Systematics and Biodiversity. CSIRO Publishing, Melbourne.
Written, Researched and Directed by James Vegter 16/09/2025
Magic Lands Alliance
Sharing the truth of Indigenous and colonial history through film, education, land and community.
Copyright of MLA – 2025
Magic Lands Alliance acknowledge the Traditional Owners, Custodians, and First Nations communities across Australia and internationally. We honour their enduring connection to the sky, land, waters, language, and culture. We pay our respects to Elders past, present, and emerging, and to all First Peoples communities and language groups. This article draws only on publicly available information; many cultural practices remain the intellectual property of communities.