This Coordinated Imagery Program project represents a 10 cm relaxed accuracy 4-band RGBI aerial photography capture over the Rosedale bushfire affected areas. The photography will primarily be used by DELWP and CFA for bushfire damage assessment.

The 2017-19 River condition audit project has been undertaken to supplement and compare mapping undertaken in DELWPs 2009-10 Index of Stream Condition (ISC) assessment. The Department of Environment, Land, Water, Planning (DELWP) has developed a methodology to assess aspects of river condition using remote sensing data, specifically LIDAR and aerial photography. This project collects LiDAR and imagery for a subset of rivers mapped in the original 2009-10 ISC survey. In addition to supporting the generation of physical form and ripartian vegetation metrics, the data has been used to identify change over time. LiDAR and imagery was captured for 70 rivers across nine CMAs over two seasons (2017-18 and 2018-19). Goulburn Broken CMA rivers were captured in the first season, so the data is from 2017-18. Remote sensing data collected includes LiDAR data at four points per m² and 12.5cm aerial photography. These were used to derive a range of standard and non-standard physical form and riparian vegetation raster datasets. The project was managed on a CMA by CMA basis with all source and derived datasets being organised this way.

The 2017-19 River condition audit project has been undertaken to supplement and compare mapping undertaken in DELWPs 2009-10 Index of Stream Condition (ISC) assessment. The Department of Environment, Land, Water, Planning (DELWP) has developed a methodology to assess aspects of river condition using remote sensing data, specifically LIDAR and aerial photography. This project collects LiDAR and imagery for a subset of rivers mapped in the original 2009-10 ISC survey. In addition to supporting the generation of physical form and ripartian vegetation metrics, the data has been used to identify change over time. LiDAR and imagery was captured for 70 rivers across nine CMAs over two seasons (2017-18 and 2018-19). Corangamite CMA rivers were captured in the second season, so the data is from 2018-19. Barwon River was added later using LiDAR data flown 5th January 2017 and aerial imagery flown 12th January 2017. Remote sensing data collected includes LiDAR data at four points per m² and 12.5cm aerial photography. These were used to derive a range of standard and non-standard physical form and riparian vegetation raster datasets. The project was managed on a CMA by CMA basis with all source and derived datasets being organised this way.

Captured as part of the 2018-19 CIP, this project covers Central Goldfields and Mount Alexander Local Government Areas with 3 band (RGB) 15cm high accuracy photography. This project area straddles the MGA54/MGA55 zone boundary. Central Goldfields data is in delivered in MGA54 projection, and Mount Alexander data is delivered in MGA55 projection.

This is a derived dataset that delineates the current Bioregional Conservation Status of EVCs within the modeled 1750 EVC dataset. The dataset is derived from a combination of both Victorian bioregions (VBIOREG100) and the modeled 1750 EVC dataset (NV1750_EVC), with an assigned conservation status on the basis of unique Bioregion EVC units. The dataset underpins the implementation of Victoria's Native Vegetation Management Framework, and the preparation of Regional Vegetation Plans in addition to other biodiversity planning. The dataset requires upgrading when either of the two input datasets change. Note erratum under Data Quality-Completeness-Classification

Boreholes that are available to the public (from Minerals and Petroleum's database) and Petroleum Wells that are available to the public (from Minerals and Petroleum's DbMap database) Collected for Earth Resources within DSDBI

Captured as part of the 2018-19 CIP, this project is for 7.5cm relaxed accuracy photography over several Local Government Areas within Melbourne during Winter 2019.

Oil and gas facilities, oil and/or gas pipelines, oil and or/gas fields and the Petroleum Act Graticule. Collected for Earth Resources within DSDBI

DELWP runs a Planned Burns Program across the state with the purpose of reducing bushfire risk by reducing fuel loads across the landscape. The sites for this project are scattered across the Wimmera region and have all been burnt and are ready for capture. Acquisition of up to 20cm four band RGBI aerial photography and production of relaxed accuracy ortho-rectified true and false colour IR imagery products will be required. The imagery will be used by DELWP for fire severity and extent mapping of the Planned Burn sites. This project is for capture in Spring and is a precursor for a potential three-year project. This project will utilise a ¿Dedicated Resource¿ where Landair Surveys will dedicate, assign and mobilised to capture the Wimmera Regional sites for the Spring timeframe. A price structure has been provided as well as indicative price for the total project area.

This Coordinated Imagery Program project represents LiDAR capture over Birregurra township and also covering an area west of the township including part of the Atkin Creek and Barwon River. This data will primarily be used for the Birregurra Flood Study.