Ground Cover - Grasses
Benchmark Value
Scoring Curve
The scoring engine could not generate a curve for this benchmark context. The primary form is Point, but the benchmark data may be missing required fields (e.g., optimal range bounds for an OptimalRange benchmark). This is typically a data quality issue in the benchmark pipeline.
Evidence & Context
In EVC 43, the high benchmark for tufted graminoids (20%) reflects the "snow-grass" swards that define the alpine landscape.
Benchmark Cover (%) of Medium Tufted Graminoid (MTG) in Sub-alpine Woodland (EVC 43)
This benchmark represents the percentage cover of medium tufted graminoids in sub-alpine woodland, reflecting the characteristic snow-grass swards that define the alpine landscape and help maintain soil temperature and protect peat and organosols from erosion.
Reflects the snow-grass swards that define the alpine landscape and maintain soil temperature and protect peat and organosols from erosion.
Sources (1)
Native Vegetation Integrity Benchmarks - Environment and Heritage, accessed April 6, 2026
View SourceSupporting Sources (22)
Additional references from the underlying research that informed this benchmark.
After the Logging - Victorian National Parks Association, accessed April 6, 2026
View SourceMacedon Ranges Shire Council (2021). Hanging Rock Environmental Management Plan Background Report.
View SourceDynamics in plant diversity and composition on Australian alpine summits over time
View SourceDisturbance gradient shows logging affects plant functional groups more than fire - Open Research Repository, accessed April 6, 2026
View SourceTERN Publications 2009-2019, accessed April 6, 2026
View SourceBioNet Vegetation Classification data standard | Environment and Heritage, accessed April 6, 2026
View SourceNSW Department of Planning and Environment. (2023). Kosciuszko Offset Strategy 2023: Alpine Sphagnum Bogs and Associated Fens.
View SourceImpact of intense disturbance on the structure and composition of wet-eucalypt forests: A case study from the Tasmanian 2016 wildfires | PLOS One, accessed April 6, 2026
View SourceFrom unburnt to salvage logged: Quantifying bird responses to different levels of disturbance severity - Threatened Species Recovery Hub, accessed April 6, 2026
View Source(PDF) Scientific Assessment of Vegetation Condition Protocols - ResearchGate
View SourceSomerville, M. et al. (2019). Function attribute benchmarks for the Biodiversity Assessment Method. NSW Department of Planning, Industry and Environment.
View SourceMeasuring native vegetation extent and condition using remote sensing technologies - The Western Australian Biodiversity Science Institute, accessed April 6, 2026
View SourceAppendix D Biodiversity Assessment Report - Transport for NSW, accessed April 6, 2026
View SourceNVIS Fact sheet MVG 2 – Eucalypt tall open forests - DCCEEW, accessed April 6, 2026
View SourceReseeding the Alpine Ash and Mountain Ash forests - Mountain Journal, accessed April 6, 2026
View SourceTasmanian Special Species Timber Review - Department of State Growth, accessed April 6, 2026
View Sourcetasveg 5.0 – metadata statement - Department of Natural Resources and Environment Tasmania, accessed April 6, 2026
View SourceFarm Forestry - Forest & Wood Products Australia
View SourceA new Vegetation Integrity metric for trading losses and gains in terrestrial biodiversity value, accessed April 6, 2026
View SourceTerrestrial Biodiversity Review - Victorian National Parks Association, accessed April 6, 2026
View SourceVAlp_EVCs_combined.docx - Environment, accessed April 6, 2026
View SourceWA Department of Biodiversity, Conservation and Attractions (2009). Forest Health Surveillance Report.
View Source