Yearly intake of 137Cs from various dietary components by the ‘selected’ population of Arctic Sweden

Yearly intake of 137Cs from various dietary components by the ‘selected’ population of Arctic Sweden
Yearly intake of 137Cs from various dietary components by the ‘selected’ population of Arctic Sweden

Annual radiation doses to critical groups from the Loviisa and Olkiluoto NPP’s

Annual radiation doses to critical groups from the Loviisa and Olkiluoto NPP’s
Annual radiation doses to critical groups from the Loviisa and Olkiluoto NPP’s

Collective doses from the Loviisa and Olkiluoto NPP’s

Collective doses from the Loviisa and Olkiluoto NPP’s
Collective doses from the Loviisa and Olkiluoto NPP’s

Discharges of principle beta-gamma emitters in liquid effluent from Sellafield, 1952-1992

Discharges of principle beta-gamma emitters in liquid effluent from Sellafield, 1952-1992
Discharges of principle beta-gamma emitters in liquid effluent from Sellafield, 1952-1992

Discharges of principle alpha emitters in liquid effluent from Sellafield, 1952-1992

Discharges of principle alpha emitters in liquid effluent from Sellafield, 1952-1992
Discharges of principle alpha emitters in liquid effluent from Sellafield, 1952-1992

Comparison of doses to critical groups for Sellafield discharges from 1952 to 1993

Comparison of doses to critical groups for Sellafield discharges from 1952 to 1993
Comparison of doses to critical groups for Sellafield discharges from 1952 to 1993

Collective dose rates from European nuclear fuel reprocessing plants based on releases up to 1986

Collective dose rates from European nuclear fuel reprocessing plants based on releases up to 1986
Collective dose rates from European nuclear fuel reprocessing plants based on releases up to 1986

Collective dose commitment from nuclear fuel reprocessing activities

Collective dose commitment from nuclear fuel reprocessing activities
Collective dose commitment from nuclear fuel reprocessing activities

An example of a positive feedback loop Warming leads to a decrease in sea ice cover which in turn leads to a decrease in albedo over the ocean, the result of which is further warming and further decreases in the sea ice cover

An example of a positive feedback loop Warming leads to a decrease in sea ice cover which in turn leads to a decrease in albedo over the ocean, the result of which is further warming and further [..]
An example of a positive feedback loop Warming leads to a decrease in sea ice cover which in turn leads to a decrease in albedo over the ocean, the result of which is further warming and further decreases in the sea ice cover

The hydrologic balance in the Arctic is highly dynamic on the seasonal time scale with large and rapid ice melts in the spring On land, this ice and snow melting results in large rapid floods and surges in rivers

The hydrologic balance in the Arctic is highly dynamic on the seasonal time scale with large and rapid ice melts in the spring On land, this ice and snow melting results in large rapid floods and [..]
The hydrologic balance in the Arctic is highly dynamic on the seasonal time scale with large and rapid ice melts in the spring On land, this ice and snow melting results in large rapid floods and surges in rivers

Locations of upper-air meteorological monitoring stations in the Arctic Meteorological station density for surface observations is greater for inland areas of the Arctic, while observations of any kind are sparse over the Arctic Ocean

Locations of upper-air meteorological monitoring stations in the Arctic Meteorological station density for surface observations is greater for inland areas of the Arctic, while observations of any [..]
Locations of upper-air meteorological monitoring stations in the Arctic Meteorological station density for surface observations is greater for inland areas of the Arctic, while observations of any kind are sparse over the Arctic Ocean

Seasonal and annual average surface temperature trends (°C per decade) over the northern hemisphere

Seasonal and annual average surface temperature trends (°C per decade) over the northern hemisphere
Seasonal and annual average surface temperature trends (°C per decade) over the northern hemisphere

Lower tropospheric temperatures since 1979, from satellite monitoring High variability is characteristic of the Arctic region due to its isolation from the moderating influences of warm, lower latitude, ocean currents

Lower tropospheric temperatures since 1979, from satellite monitoring High variability is characteristic of the Arctic region due to its isolation from the moderating influences of warm, lower [..]
Lower tropospheric temperatures since 1979, from satellite monitoring High variability is characteristic of the Arctic region due to its isolation from the moderating influences of warm, lower latitude, ocean currents

Lower stratospheric temperature record since 1979

Lower stratospheric temperature record since 1979
Lower stratospheric temperature record since 1979

Lower stratospheric (ca 120-40 hPa) Arctic temperature trends (°C per decade, January 1979 to February 1996), as monitored by MSUs on polar orbiting satellites

Lower stratospheric (ca 120-40 hPa) Arctic temperature trends (°C per decade, January 1979 to February 1996), as monitored by MSUs on polar orbiting satellites
Lower stratospheric (ca 120-40 hPa) Arctic temperature trends (°C per decade, January 1979 to February 1996), as monitored by MSUs on polar orbiting satellites



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