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| Mount Field | |
|---|---|
| Name | Mount Field |
| Elevation m | 1922 |
| Range | Tarraleah Range |
| Location | Tasmania, Australia |
| Coordinates | 42°41′S 146°38′E |
Mount Field Mount Field is a mountain in the central highlands of Tasmania that rises to approximately 1,922 metres and forms a prominent landmark within the Mount Field National Park complex. It lies within a mosaic of alpine plateaus, glacial cirques and temperate rainforests that have drawn attention from explorers, naturalists and conservationists associated with institutions such as the Royal Society of Tasmania, the Australian National University and the Tasmanian Parks and Wildlife Service. The area has cultural connections to the Palawa people and scientific links to researchers from the University of Tasmania, the Commonwealth Scientific and Industrial Research Organisation and international alpine ecology programs.
Mount Field stands on the western edge of the highland plateau adjacent to valleys drained by the Sina River and tributaries of the Derwent River. The summit and surrounding ridgelines form part of the Tasmanian Wilderness World Heritage Area buffer zones and are proximal to features such as Lake Seal, Lake Dobson, and the Russell Falls catchment. Nearby localities include Hobart, New Norfolk and the township of Gordon River Road; access routes approach via the Lyell Highway and park roads maintained by the Tasmanian Parks and Wildlife Service. The mountain’s topographic prominence influences local weather patterns that affect adjacent conservation reserves and recreational areas like the Mount Field National Park visitor precinct and Lake Dobson Hut.
The mountain’s lithology records a complex history tied to the Gondwana breakup, with bedrock dominated by late Palaeozoic dolerite intrusions overlain in places by Permian sediments correlated with the Lachlan Orogeny. Evidence of Quaternary glaciation is preserved in cirques, moraines and roche moutonnées comparable to features studied in the Central Plateau Conservation Area and at Cradle Mountain. Petrographic studies conducted by teams from the University of Tasmania and the CSIRO have documented columnar dolerite jointing, basal tills and glacial erratics that correspond to ice advances mapped in the broader Tasmanian Ice Age reconstructions. Structural relations link the mountain to regional faults catalogued in surveys by the Geological Survey of Tasmania.
Mount Field experiences a montane to subalpine climate moderated by the Southern Ocean and the Roaring Forties wind belt, producing high precipitation, frequent snow in winter and rapid temperature variability. Climate data assembled by the Bureau of Meteorology and long-term records from the University of Tasmania alpine research stations show mean annual precipitation exceeding 2,000 mm at higher elevations and temperature lapse rates consistent with other Tasmanian highlands such as Cradle Mountain-Lake St Clair National Park. The mountain’s microclimates create distinct thermal gradients that influence snowpack persistence, freeze–thaw cycles and the distribution of endemic flora monitored by projects associated with the Australian Antarctic Division and alpine climate networks.
Vegetation zones range from wet sclerophyll and temperate rainforest at lower slopes to button grass moorland, alpine cushion plants and heathland on exposed ridges. Endemic and regionally significant taxa recorded on the mountain include species studied by botanists at the Tasmanian Herbarium, such as rare Richea spp., Nothofagus gunnii, and specialised alpine mosses documented in surveys by the Australian National Botanic Gardens. Faunal assemblages include populations of Tasmanian devil, Pademelon spp., and avian species like the Green Rosella and Tasmanian Thornbill, with invertebrate endemics recorded in targeted inventories conducted by the Tasmanian Museum and Art Gallery. Ecological research programs from the University of Tasmania and the CSIRO have focused on fire ecology, post-glacial succession and responses of montane communities to climate change, linking findings to broader conservation work in the Tasmanian Wilderness World Heritage Area.
The mountain sits within the traditional lands of the Palawa people, whose cultural heritage includes seasonal use of highland resources documented in ethnographic records and archaeological surveys curated by the Tasmanian Aboriginal Centre. European exploration and scientific investigation began in the 19th century with naturalists linked to the Royal Society of Tasmania and early colonial surveyors working from Hobart Town. The area gained protection following conservation campaigns involving figures associated with the Tasmanian Conservation Trust and was incorporated into managed reserves under legislation administered by the Parks and Wildlife Service Act 1993 and state agencies, with later international recognition through World Heritage listing processes coordinated by the United Nations Educational, Scientific and Cultural Organization.
Mount Field is a popular destination for walkers, bushwalkers and skiers, served by formed trails, boardwalks and the Lake Dobson ski fields operated under seasonal permits managed by the Tasmanian Parks and Wildlife Service. Recreational routes connect to landmarks such as Russell Falls, the Tall Trees Walk and alpine circuits used by visitors from Hobart and tour operators regulated by state tourism bodies like Destination Southern Tasmania. Scientific access for researchers is facilitated through permits from the Parks and Wildlife Service and collaborations with academic institutions including the University of Tasmania and the Australian Antarctic Division for long-term monitoring.
Management of the mountain’s ecosystems is guided by statutory frameworks administered by the Tasmanian Parks and Wildlife Service, in alignment with commitments under the World Heritage Convention and state conservation strategies developed with stakeholders such as the Tasmanian Conservation Trust and the Palawa community. Active programs address threats including invasive species control, fire management, visitor impact mitigation and climate-adaptation planning informed by research from the CSIRO and university partners. Adaptive management incorporates monitoring datasets from the Bureau of Meteorology and biodiversity inventories maintained by the Tasmanian Herbarium to support policy instruments and on-ground restoration projects coordinated with regional land managers.
Category:Mountains of Tasmania Category:Tasmanian Wilderness World Heritage Area