Phillip Roos

Indigenous Knowledge and Climate Change

For centuries, the Aboriginal Peoples of Australia have been confronted with major ecological, geological, and climate events, and had to adapt home shelters and settlements to seasonal variations. Many of these changes have been captured in the cultural traditions of the indigenous people of Australia reflecting a harsh coastal environment. Weather patterns and climate change phenomena were gauged by the occurrence of landscape changes and recurring weather events by the acknowledgement of six seasons. Community settlements were established and relocated to adapt to the patterns of nature. This paper investigates if this ancient knowledge can provide answers for adaptation of coastal settlements to a changing climate now and in the future. Drawing upon recent published literature on predicted coastal climate change impacts in the different regions of Australia, and the review of Indigenous knowledge on settlement planning according to a six season cycle, the author explores traditional knowledge as input to a potential Climate Change Adaptation Model that considers a proposed framework, for integrating indigenous knowledge into the contemporary climate change adaptation practice and discourse.

GEODESIGN AND SIMULATION OF TWO AUSTRALIAN COMMUNITIES 2016–2050: WHAT DOES THE FUTURE HOLD ARE THEY SUSTAINABLE OR NOT?

This paper demonstrates the ability of visualization and simulation techniques to aid, and simulate current and future directions in coastal planning. Two communities examined are the coastal city of Hobsons Bay on Port Phillip Bay within the Melbourne metropolitan region and the coastal rural town of Apollo Bay, in Australia, are interrogated through a progression of projections and simulated forecasts from 2014 to 2050. The purpose is to comprehend their growth risks as it relates to their coastal edges and land use planning mechanisms in addressing these changes. The analysis uses Geographic Information Systems (GIS) associated with planning application software, and the paper offers recommendations in progressing this inquiry.

GEOGRAPHIC INFORMATION SYSTEMS AND COASTAL PLANNING IN AUSTRALIA

The objective of this paper is to demonstrate the ability of visualization and simulation techniques to aid and simulate current and future directions in coastal planning. The process of visualization will interrogate the coastal cities of Portland, Apollo Bay, Anglesea and Hobsons Bay in south-eastern Australian coastal seaboard through a progression of projections and simulated forecasts from 2014 to 2050 to see if a process(s) or methodology could help in planning the future growth of coastal settlements. The analysis uses Geographic Information Systems (GIS) associated with planning application software.

Beyond standard practice: the adaptation by design coastal communities’ workshop

The fastest regional population growth in Victoria in recent years has been in coastal areas close to Melbourne, more specifically the coastal parts of the greater Geelong region and the Great Ocean Road Coastal Region. Migration to these non-metropolitan coastal areas by city dwellers result in coastal sprawl. This coastal sprawl has devastating effects on the natural coastal environment including biodiversity and habitat loss, damage to wetlands, loss of indigenous vegetation and the introduction of developments that have no respect for ‘sense of place’, that are detrimental to the place character of these, often historical, coastal towns. Adding to these threats is the impacts of climate change and sea level rise. This paper identifies possible planning and design options reflecting community views on how to address this problem, specifically recording the outcomes of the coastal town of Port Campbell. Through a participative research process, workshops were conducted along this coast to identify the adaptation options proposed by the community members. This paper reflects the research outcomes of the Coastal Climate Change and Great Ocean Road Region research project, where an innovative Adaptation by Design Workshop process captured the views of the communities in this region and recommended future planning and design options that considered principles of sustainable design as part of adaptive planning and resilient design, thereby pushing the process of coastal planning beyond the current standard practice.