Greenhouse: Planning for Climate ChangeGI Pearman Csiro Publishing, 1988. 1. 1. - 752ÆäÀÌÁö It is important for the reader to understand clearly the objectives of these papers. They are not an attempt to provide accurate predictions of what is going to happen in Australia over the next few decades. Rather they represent sensitivity studies, designed to illustrate to what extent we as a nation are dependent on the climate and likely to be affected by climatic change, and attempts to develop the techniques for such sensitivity analyses. For this, the climate scenario (reproduced in the Appendix to this volume), was a key. |
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Climatic change and its impact on nature conservation in Australia | |
Possible effects of climatic change on wildlife in Western Australia | |
Potential impacts of climate change on Australias flora and fauna | |
The consequences of climatic change for seventy percent of Australia | |
Australian bushfire danger under changing climatic regimes | |
The potential impact of climate changes on Australian ski fields | |
Australian region tropical cyclones and the greenhouse effect | |
The likely impact of climate change on southwest Victorian estuaries | |
The expected sealevel rise from climatic warming in the Antarctic | |
Interactions with vegetation | |
Coastal impacts | |
Areas of Australias coast prone to sealevel inundation | |
Regional impacts of rising sea levels in coastal Australia | |
A tentative but tantalizing link between sealevel rise and coastal recession in New South Wales Australia | |
Sealevel variability and its impact within the greenhouse scenario | |
Changes in saltmarsh vegetation as an early indicator of sealevel rise | |
Designing for coastal structures in a greenhouse age | |
lessons from the holocene | |
The effects of a rapid shortterm sealevel rise on the Great Barrier Reef | |
post greenhouse | |
Possible impact of the greenhouse effect on commercial prawn populations in the Gulf of Carpentaria | |
Hydrology and water resources | |
Sediment delivery and stream behaviour with a note on wind erosion | |
Groundwater and salinity response to climate change | |
Possible impact of the greenhouse effect on salinity in Victoria Australia | |
possible changes to flooding regimes | |
The impact of the greenhouse effect on catchment hydrology and storageyield relationships in both winter and summer rainfall zones | |
The water resource implications of a drying climate in southwest Western Australia | |
Potential impact of greenhouse effect on the water resources of the River Murray | |
Potential impacts of the greenhouse effect on irrigation in northern Victoria | |
a case study of the Severn Valley | |
Planning for climatic changes in the Sydney Water Board | |
Natural environment | |
Past environmental analogues | |
Agriculture | |
The effect of climatic change on the productivity of Australian agroecosystems | |
Direct effects of higher carbon dioxide concentrations on vegetation | |
Influence of elevated atmospheric carbon dioxide on the productivity of Australian forestry plantations | |
Climatic change and Pinus radiata plantations in Australia | |
The effect of climate change on crop and pastoral production in Queensland | |
impact on the New Zealand growing season and implications for temperate Australia | |
Impacts on society | |
impact on international reinsurance | |
Insurance and the greenhouse effect | |
The energy policy implications of climate change | |
The greenhouse effect and electricity generation in New South Wales | |
Climatic influences on mosquitoborne diseases in Australia | |
Implications of climatic change for water planning in Victoria | |
potential for decisionmaking in Redcliffe Queensland | |
an environmental response | |
Planning systems and the greenhouse effect | |
Policy and legal implications of the greenhouse effect | |
the sciencepolicy debate | |
international and national policy approaches | |
Appendix | |
Referees | |
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annual aquifer areas assessment atmospheric CO2 average Barwon River beach Canberra carbon dioxide catchment climate scenarios climatic change CO2 concentration coast coastal coastline coral crops damage decrease distribution ecosystems energy environment environmental erosion estimates estuaries evaporation evapotranspiration factors Figure flooding forest fossil fuel frequency future global greenhouse effect greenhouse gases greenhouse scenario groundwater growth Gulf of Carpentaria Holocene hydrological impact increase indicate intensity inundation irrigation Lake land major mean northern occur ocean period photosynthesis Pittock planning plant possible potential precipitation predicted present problems production Queensland radiata range recharge reduced reef region response River runoff salinity saltmarshes sea level sea-level rise season sediment shoreline significant simulation soil South Wales southern species storm surges strategies streamflow studies summer rainfall surface Table temperature tidal trends tropical cyclones variability variation vegetation Victoria warming water resources Western Australia wetlands winter zone