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Figure MAR7 Average decadal change in surface water pH around Australia, 1880–89 to 2000–09
2016 Map Figure MAR7 Average decadal change in surface water pH around Australia, 1880–89 to 2000–09
SoE2016_mar_fig7_Annual_Mean_Change_surface_pH-01.png Interact with map Download as png Download dataset Source: Lenton et al. (2016) Figure MAR7 Average decadal change in surface water pH around Australia, 1880–89 to 2000–09 Climate change ...
Figure MAR4 Monthly averages of sea surface temperature in the South-east Marine Region, 2005–14
2016 Map Figure MAR4 Monthly averages of sea surface temperature in the South-east Marine Region, 2005–14
soe2016_mar_fig4_sea_surface_temperature_monthly_average-01.png Download as png Source: Data from ... animation . Figure MAR4 Monthly averages of sea surface temperature in the South-east Marine Region, 2005–14 Climate and ...
Figure MAR5 Decadal sea surface temperature trend per month (degrees per decade), 1982–2015
2016 Map Figure MAR5 Decadal sea surface temperature trend per month (degrees per decade), 1982–2015
SoE2016_mar_fig5__sea_surface_temperature_decadal_trend-01.png Interact with map Download as png ... and NASA
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Figure MAR5 Decadal sea surface temperature trend per month (degrees per decade), 1982–2015 Climate ...
Figure MAR43 Trend in satellite-derived surface chlorophyll concentrations along the Bonney coastline, 2000–15
2016 Map Figure MAR43 Trend in satellite-derived surface chlorophyll concentrations along the Bonney coastline, 2000–15
... Ocean Data Network Figure MAR43 Trend in satellite-derived surface chlorophyll concentrations along the Bonney coastline, 2000–15 ...
Figure ATM19 Timeseries of anomalies in sea surface temperature and temperature across land in the Australian region, 1910–2010
2016 , Graph Figure ATM19 Timeseries of anomalies in sea surface temperature and temperature across land in the Australian region, 1910–2010
Time series of anomalies in sea-surface temperature and temperature over land in the Australian region, 1910–2010
Time series of anomalies in sea-surface temperature and temperature over land in the Australian region, ...
Figure MAR6 Percentage of the Australian exclusive economic zone experiencing extreme sea surface temperatures, 1981–2016
2016 Graph... Australian exclusive economic zone experiencing extreme sea surface temperatures, 1981–2016
Percentage of the Australian exclusive economic zone experiencing extreme sea surface temperatures, 1981–2016
Percentage of the Australian exclusive ...
Figure ANT11 Monthly average surface atmospheric carbon dioxide concentrations, 1958–2015
2016 Graph Figure ANT11 Monthly average surface atmospheric carbon dioxide concentrations, 1958–2015
Monthly average surface atmospheric carbon dioxide concentration, 1958–2015.
Monthly average surface atmospheric carbon dioxide concentration, 1958–2015. Scripps ...
Figure MAR32 Regional trends in phytoplankton biomass from chlorophyll a, as measured by the Moderate Resolution Imaging Spectroradiometer (MODIS) satellite for each marine region, 2002–16
2016 Graph Figure MAR32 Regional trends in phytoplankton biomass from chlorophyll a, as measured by the Moderate ... for each marine region, 2002–16
Regional trends in phytoplankton biomass from chlorophyll a, as measured by the MODIS satellite for each marine region, 2002–16
Regional trends in phytoplankton biomass from chlorophyll a, as measured by the MODIS satellite ...
Figure ATM24 Global surface air temperature changes, 2071–2100, relative to 1981–2010, using a low-emissions to moderate-emissions scenario
2016 , Map Figure ATM24 Global surface air temperature changes, 2071–2100, relative to 1981–2010, using a ... map Download as png Download dataset Figure ATM24 Global surface air temperature changes, 2071–2100, relative to 1981–2010, using a ...
Coastal waters
2016 Report Content... et al. 2011 ). Satellites provide a means of measuring surface chlorophyll-a across extensive areas, but data are at the 1 × 1 ... term, more accurate methods should be developed to measure phytoplankton biomass and primary productivity. Efforts may be best focused on ...
The living environment: Marine and terrestrial
2016 Report Content... Antarctic food webs. They include vast numbers of bacteria, phytoplankton (single-celled plants) and zooplankton (single-celled animals), ... The high light conditions and high nutrient content in the surface waters are ideal conditions for the growth of phytoplankton. During ...
State and trends in indicators of marine ecosystem health
2016, 2011 Assessment summary... I. R., Weber, S. C. and Montoya, J. P. 2016. Elevated surface chlorophyll associated with natural oil seeps in the Gulf of Mexico.
... M. J. 2007. Intra-seasonal and inter-annual variations in phytoplankton biomass, primary production and bacterial production at North ...
Climate change
2016 Report Content... as the oceans absorb heat from the atmosphere, sea surface temperatures are continuing to increase. Waters in the South-east and ... species are showing poleward shifts in distribution, with phytoplankton communities off the east coast of Australia observed to have ...
Pressures affecting the coastal environment
2016, 2011 Assessment summary... pressure. Additionally, the component 'Freshwater inflow; surface and groundwater run-off' is now assessed as three separate components: ... pressure. Additionally, the component 'Freshwater inflow; surface and groundwater run-off' is now assessed as three separate components: ...
Marine regions
2016 Report Content... East Australian Current ( EAC ; Figure MAR3 ). Surface currents associated with the Hiri Current form the quasi-stationary ... York. Bax NJ, Burford M, Clementson L & Davenport S (2001). Phytoplankton blooms and production sources on the south-east Australian ...
State and trends of the Antarctic environment 2016
2016 At a glance... of the Antarctic environment are changing. The Antarctic surface and lower atmosphere are warming, with the strongest temperature ... vast numbers of marine microorganisms, including bacteria, phytoplankton and zooplankton. Changes to the marine environment, including ...
Anthropogenic ocean warming and ocean acidification, superimposed on natural climate variations, pose risks to Australia’s marine ecosystems and their habitats, communities and species groups
2016 Key Finding... and their habitats, communities and species groups
Sea surface temperatures are continuing to increase, with surface ocean warming during the 21st century occurring at approximately ...
Livability: Natural environment
2016 Report Content... standards ( Parks Victoria 2015 ). In i-Tree analysis, land surface cover was estimated for 139 local government areas in urban and ... regions
Categories of land cover by urban regions Hard surface Tree Shrub Grass and bare ground Toowoomba 130.1 3095.8 546.3 9235 ...
Overall, habitats, communities and species groups assessed in the 2016 state of the environment report are in good condition, with stable or improving trends
2016 Key Finding2016 Of those habitats, communities and species groups for which timeseries are available, many are in good condition or improving following historical impacts. Key indicators of marine health, such as primary productivity, trophic processes and algal blooms, are also mostly considered to...
Australia’s marine environment is influenced by the cycles of several natural climate phenomena, including the El Niño–Southern Oscillation, the Indian Ocean Dipole and the Southern Annular Mode
2016 Key Finding... of these climate phenomena change rainfall patterns, sea surface temperatures, surface winds and oceanic currents. These changes can influence the degree of ...
Overview of state and trends of the Antarctic environment
2016 Report Content... against a backdrop of climatic variability. Annual average surface temperatures throughout Antarctica have generally increased in the past ... vast numbers of marine microorganisms, including bacteria, phytoplankton and zooplankton. Changes to the marine environment, including ...
The physical environment: The cryosphere
2016 Report Content... compute gains or losses over time. A second method monitors surface elevation changes to determine losses (lowering elevation) or gains ... have had impacts on the marine ecosystem, particularly on phytoplankton communities ( Montes-Hugo et al. 2009 ). The opposite is true in ...
Climate and system variability
2016 Report Content... ), rainfall patterns (affecting ocean salinity), surface winds, oceanic currents and tidal regimes, which can influence the ... Harrison PJ & Robb M (2015b). Precipitation as a driver of phytoplankton ecology in coastal waters: a climatic perspective. Estuarine, ...
Risks to the Antarctic environment 2016
2016 At a glance... is particularly important. As the atmosphere warms, surface waters warm, which increases stratification and limits gas exchange of ... Effect of ocean acidification on iron availability to marine phytoplankton. Science 327:676–679. Munday PL, Dixson DL, McCormick MI, ...
Increased pollution
2016 Report Content... to land clearing in catchments, the increase of land surface under hard surfaces, especially in more urbanised areas, can lead to an ... motor vehicles, construction activities, erosion and surface degradation, spills, and leachates. Oils, surfactants and litter also ...
Australia is warming
2016 Key Finding... 3 warmest springs on record. Without mitigation, a surface temperature increase of 3.7–4.8 °C above 1850–1900 temperatures ...
Pressures affecting Antarctic marine species
2016, 2011 Assessment summary...
Topics
Pressures on the marine environment Sea surface temperature Surface warming may increase stratification, increase exposure to UVB ...
Outlook for the marine environment 2016
2016 At a glance... to focus biodiversity monitoring. From November to May, the surface waters of the Bonney Coast are blown offshore by south-easterly winds ... the surface water. The sunlit nutrients fuel an explosion of phytoplankton that sustains a seasonal abundance of marine life, from ...
Overview of state and trends of the marine environment
2016 Report Content... increasing water temperatures, generated the highest sea surface temperatures across the Reef on record, resulting in extensive coral ...
State and trends of the marine environment 2016
2016 At a glance... oxygen, carbon, turbidity, currents, chlorophyll a, phytoplankton and zooplankton at 7 key locations (originally 9) around the ...
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