Refer to FORMB100 (Forest Management Boundaries) - Product version ANZVI0803003301

This dataset comprises a number of areas across Victoria which have been identified from the synthesis of geophysical data, topography, groundwater and other datasets to improve the understanding of how geological structures may control groundwater flow. Types of either Major or Other have been assigned to thirteen impact areas occurring predominantly in the north and west of the state. Major areas have been studied in detail as part of a report for the Secure Allocations Future Entitlements (SAFE) project called Potential Influences of Geological Structures on Groundwater Flow Systems (2012). Areas defined as Other contain geological structures of suspected impact and require detailed analysis.

Energy use profiles support effective planning and targeting of energy saving and decarbonising energy supply programs and community engagement. The Department of Sustainability and Environment (DSE) has developed energy consumption profiles for Victorian Local Government Areas. This tool transforms postcode-level source data provided by the Victorian energy distributors into consumption profiles across the municipality. It provides a profile of energy use by SLA for households across the municipality. Year to year comparisons can show changing patterns of energy use for households and on a per capita and per household basis. The tool also has the capacity to incorporate Commercial and Industrial energy use and trends over time.

The Cliff_RiskScore_ShortTerm_to_2040 dataset evaluates the likelihood and consequence of cliff instability to support risk management in areas with coastal cliffs. This includes the classification of risk across the determined timeframes and climate change scenarios. The dataset provides a second-pass, regional assessment providing a top-down coastal compartment view of risk which. The outputs of second-pass risk assessments can be used to support discussion among stakeholders regarding coastal erosion and instability risks, broader climate change risks and the development of adaptation pathways within Victoria’s coastal compartments. However, it should be noted that this assessment has been undertaken at a high level (regional/state-wide scale) and is not appropriate for local scale planning. The data from this assessment may be superseded by local scale and site-specific assessments undertaken by a suitably qualified and experienced practitioner. The assessment is based on available data, tools and understanding of coastal processes. Further information is contained in the study report "Victorian Coastal Cliff Assessment - Stage 2 Risk Assessment", Tonkin and Taylor, September 2023.

Refer to FORMB100 (Forest Management Boundaries) - Product version ANZVI0803003301

Groundwater Entitlement Density is a density distribution surface of bore entitlement volume in ML/km2 across the state of Victoria.This includes the groundwater entitlement density for licensed entitlement bores and for stock and domestic bores. It is recognised that stock and domestic bores do not actually have a "licensed entitlement", however a proxy entitlement was assigned to each bore, equal to 2ML per bore per year. Licensed Entitlement bore information was sourced from Southern Rural Water, Goulburn Murray Water and Grampians-Wimmera-Mallee Water, for all metered bores. Unmetered licensed entitlement bore information was sourced from the Victorian Water Register. Stock and domestic (S&D) bore locations were derived from the Victorian Groundwater Management System (GMS).

The ASCCIE_2100_1_1mSLR dataset is a digital dataset consisting of multiple spatial layer outputs from modelled erosion scenarios. The dataset is recommended for use at the statewide / regional scale along the Victorian coastline. Application of the data should be guided by the accompanying Victorian Coastal Cliff Assessment technical reports and expert advice. The product is not suitable for individual property scale assessments. Further information is contained in the study report "Victorian Coastal Cliff Assessment", Tonkin and Taylor, Sep 2023. Consolidated shorelines, which include soil and rock cliffs, are not able to rebuild following periods of erosion but rather are subject to a one-way process of degradation. ASCCIEs typically have two components: • Toe Erosion A gradual retreat of the cliff toe caused by weathering, marine and bio-erosion processes. This retreat will be affected by global process such as sea level rise and potentially increased soil moisture. Future cliff toe position based on historical erosion rates with a factor applied to allow for the effect of future sea level rise. • Cliff Instability Episodic instability events are predominately due to a change in loading or material properties of the cliff or yielding along a geological structure. In soft cliffs, instability causes the cliff slope to flatten to a slope under which it is “stable” (geo-mechanically). Soil cliff slope instabilities are influenced by processes that erode and destabilise the cliff toe, including marine processes, weathering and biological erosion or change the stress within the cliff slope. Most of the hard cliffs are stable at very steep angles. Instability events may range from small-scale instabilities (block or rock falls) or discontinuities, to cliff slope instability cause by large-scale and deep-seated mass movement. The latter mode of failure in hard cliffs is rare.

This dataset comprises interpreted faults for the Top Wangerrip Group, Otway Basin. Based on previously acquired seismic data, faulting was identified for both the Top and Base Wangerrip Group. The initial interpretation was undertaken by 3D Geo for Southern Rural Water in 2011. The dataset was compiled by GHD to inform the report 'Potential Influences of Geological Structures on Groundwater Flow Systems' for DEPI's Secure Allocation Future Entitlements (SAFE) Project.

This layer is part of Vicmap Lite and contains point features delineating geographic features from which key geographic landmarks can be labelled. Vicmap Lite datasets are suited for use between scales of 1: 250,000 and 1 : 5 million. The point features were sourced from GEO_POINT_LABEL. The level of attribute information and the number of features has been simplified to suit the 1: 250,000 - 1 : 5 million scale range. The concept of a Scale Use Code has been introduced to help control the level of detail displayed. THIS DATASET WAS LAST UPDATED IN AUGUST 2008

Copy of the VicRoads Declared Roads, from Open Data Hub Replicated in the VSDL for the purpose of displaying in VicPlan only Will be updated approx quarterly Downloaded from: https://vicroadsopendata-vicroadsmaps.opendata.arcgis.com/datasets/principal-bicycle-network-pbn/explore contact mapping@transport.vic.gov.au