Search Results for Victoria. Department of Natural Resources and Environment.

Vicmap Imagery - Satellite represents a suite of Statewide image mosaic products. The initial image products will be satellite mosaics, but future image products may also include aerial photograph mosaics. The mosaics are characterised predominantly by their spatial resolution, which determines the scale at which they can be used. For satellite and aerial photograph mosaics, the spatial resolution also determines the level of detail of land cover features that are discernible.

"This report is concerned with the consturction materials, methods and styles of government buildings constructed in Victoria during the nineteenth century and up to the end of World War II. These include courts, customs houses, defence buildings, government employees' residences, government offices, police buildings, post offices, powder magazines, prisons, psychiatric hospitals, railway stations, and schools." --page 1.

These guidelines have been designed to meet the needs of people involved in the planning, design or management of urban land uses or stormwater drainage systems. They provide guidance in key areas such as environmental performance objectives, water sensitive urban design and flow management.

Fire retardant chemicals are classified as either short-term or long-term retardants. Short-term retardants are used in direct suppression of flames but do not have significant flame retardant properties after the water contained in them has evaporated. Long-term retardants remain effective when the water carrying them has evaporated. A fireline of long-term retardant may hold a fire for up to 18 hours or more, but usually needs to be supported by ground crews to construct a mineral earth trail to secure the fire. Retardants can be applied from the air in fire situations where it is not possible to rapidly deploy any other suppression technique.

Samples of infauna from find medium and coarse sands collected from depths of 10 metres, 20 metres and 40 metres along the entire coast of Victoria have been examined.

This report details predictive models of hollow incidence for state forests in central and eastern Victoria. Models are based on the hollows component of the state-wide forest resource inventory (SFRI). A two-stage methodology was used at both the tree- and standlevel which in its first-stage generated a statement of the probability of hollows presence, and in its second-stage estimated the size of hollows at the tree-level, and the density of hollows at the stand-level. Separate models were developed for forests dominated by E. delegatensis, E. regnans, and E. obliqua. Remaining forests were grouped into a mixed forests category.