Research outputs

Planned, draft and published outputs include:

  1. Overview of Climate Change Impacts and Adaptation research for the Victorian component of the Southern Slopes Region Climate Adaptation Resources Inventory.
  2. Climate Change Impacts and Adaptation Planning for the Southern Slopes Region: Scoping Report - Victoria.
  3. Options, Opportunities and Barriers for Carbon Sequestration in Vegetation and Soils in the SSC. 
  4. Planning for climate change in NRM using a pathways approach.

Links to published outputs are provided under RELATED RESOURCES.

Related resources

About Southern Slopes

The Southern Slopes Cluster (SSC) covers an area of almost 225,000 km2 across Tasmania, Victoria and New South Wales. It comprises the nine natural resource management regions of south-eastern Australia that share a cool maritime climate. These are:

  1. the five Victorian coastal Catchment Management Authorities (CMAs); Glenelg Hopkins, Corangamite, Port Philip/ Westernport, West Gippsland and East Gippsland;
  2. the three Tasmanian Natural Resource Management (NRM) organisations; NRM North, NRM South and Cradle Coast NRM, and
  3. the NSW South East Local Land Services (SE LLS).
Map of the cluster showing that it covers two areas: Tasmania and southern Victoria and south-eastern New South Wales.

Download map (3.3 MB)

Key Messages & Issues

The SSC lies within the ‘mid-latitudes’ of the global climate system and experiences a range of climate influences and drivers. In combination with the diverse land forms, these climate drivers result in a many different bioclimatic zones. The Cluster includes many of the coolest, high-altitude regions of Australia as well as the extensive basalt plains of western Victoria and lowland coastal regions. In summary:

1. Annual mean temperatures range from  8°C -14°C.

2. Annual mean precipitation ranges from  around 400 – 3700mm.

3. Vegetation types, hydrology regimes and land-uses vary greatly across the SSC.

The NRM organisations across the Cluster are working closely with researchers to identify likely climate change impacts and options for adaptation across each NRM/CMA region. A pathways approach to climate change adaptation is being developed to help ensure that the adaptation strategies that are incorporated into NRM planning are robust across a range of futures whilst being flexible enough to be adjusted if needed.

An adaptation pathways approach accommodates an uncertain future and recognises that there is rarely (if ever) a singular, optimal solution, especially in NRM where trade-offs between public and private benefits and short-term and long-term outcomes are commonplace.

Photograph looking across a sparsely vegetated waterbody towards hills covered in Eucalypt woodlands.

Background to Research

Since the commencement of  the SSC partnership project in early 2013, representatives from all Stream 1 SSC NRM organisations and Stream 2 researchers have met regularly, both formally and informally, to identify and prioritise what climate change impacts and adaptation information is required for NRM planning and its implementation.  An iterative approach to developing useful information and building the capacity to apply it well has been targeted to develop robust plans and processes for climate change adaptation and mitigation. The intended outcome is a legacy of information and approaches for future NRM planning, strategy development and implementation.  

To date, this process has involved;

  • developing and testing a framework for analysis of regional planning needs and capacities.
  • developing strong linkages with NRM planners and other projects across the SSC and other clusters
  • analysis of regions/CMA catchment plans and strategies with climate impacts and adaptation lens.
  • undertaking interviews across NRM regions and analysing results to understand needs and capacity.
  • targeted synthesis of currently available climate impacts and adaptation information.
  • production of a first pass report on adaptation options and pathways.
  • undertaking workshops to prioritise options for science and adaptation interventions in later stages of project, and more recently,
  • defining and commencement of four sub-projects and arranging associated sub -contracting as follows:
  1. Sub project 1: Developing Frameworks for  Adaptation Pathways
  2. Sub project 2: Spatial adaptation priorities for NRM implementation
  3. Sub project 3: Climate Change Impacts Synthesis and Assessment
  4. Sub project 4: Learning and knowledge brokering for NRM adaptation