Australian scientists are world leaders in developing robust palaeo-environmental reconstructions from coral archives, relevant for understanding Australian climate extremes. The key issues for advancing this field are the need for high-resolution marine paleoclimate records to place the present in the context of past natural climate and sea level change, and to understand the impact of those changes on marine ecosystems. We call for sustained investment in paleoclimate science, infrastructure, and personnel to advance these critical areas of research
The Australian region spans some 60° of latitude and 50° of longitude and displays considerable re...
Australia’s marine life is highly diverse and endemic. Here we describe projections of climate chang...
Scientists from James Cook University, CSIRO and Griffith University collaborated to develop a proce...
Australian scientists are world leaders in developing robust palaeo-environmental reconstructions fr...
Palaeoclimate research relevant to marine systems in Australia includes the collection and analysis ...
Palaeoclimate research relevant to marine systems in Australia includes the collection and analysis ...
Palaeoclimate research relevant to marine systems in Australia includes the collection and analysis ...
The challenges that climate change poses for marine ecosystems are already manifesting in impacts at...
Australian conservation scientists, managers and decision makers must come to grips with anthropogen...
The challenges that climate change poses for marine ecosystems are already manifesting in impacts at...
Scientific drilling on land and sea has played a key role in advancing our knowledge of climate chan...
The Australian region spans some 60° of latitude and 50° of longitude and displays considerable regi...
The Australian region spans some 60° of latitude and 50° of longitude and displays considerable regi...
The Australian region spans some 600 of latitude and 500 of longitude and displays considerable regi...
Climate change is not being felt equally around the world. Regions where warming is most rapid will ...
The Australian region spans some 60° of latitude and 50° of longitude and displays considerable re...
Australia’s marine life is highly diverse and endemic. Here we describe projections of climate chang...
Scientists from James Cook University, CSIRO and Griffith University collaborated to develop a proce...
Australian scientists are world leaders in developing robust palaeo-environmental reconstructions fr...
Palaeoclimate research relevant to marine systems in Australia includes the collection and analysis ...
Palaeoclimate research relevant to marine systems in Australia includes the collection and analysis ...
Palaeoclimate research relevant to marine systems in Australia includes the collection and analysis ...
The challenges that climate change poses for marine ecosystems are already manifesting in impacts at...
Australian conservation scientists, managers and decision makers must come to grips with anthropogen...
The challenges that climate change poses for marine ecosystems are already manifesting in impacts at...
Scientific drilling on land and sea has played a key role in advancing our knowledge of climate chan...
The Australian region spans some 60° of latitude and 50° of longitude and displays considerable regi...
The Australian region spans some 60° of latitude and 50° of longitude and displays considerable regi...
The Australian region spans some 600 of latitude and 500 of longitude and displays considerable regi...
Climate change is not being felt equally around the world. Regions where warming is most rapid will ...
The Australian region spans some 60° of latitude and 50° of longitude and displays considerable re...
Australia’s marine life is highly diverse and endemic. Here we describe projections of climate chang...
Scientists from James Cook University, CSIRO and Griffith University collaborated to develop a proce...