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Record ozone loss during 2006 over South Pole

2 October 2006

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HI-RES GIF (Size: 4974 KB)

2006 ozone hole as measured by the SCIAMACHY instrument onboard Envisat.

Credits: KNMI/TEMIS

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HI-RES GIF (Size: 18 KB)

The ozone loss at 12:00 GMT of each day from GOME (1996-2002) and SCIAMACHY (2003-2006) Assimilated Ozone Fields. The ozone loss is the amount of ozone in megaton necessary to fill the ozone hole to 220 Dobson units (DU) over the whole area. DU stands for the total thickness of ozone in a given vertical column if it were concentrated into a single slab at standard temperature and atmospheric pressure – 400 DUs is equivalent to a thickness of four millimetres, for example.

Credits: KNMI/TEMIS

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HI-RES GIF (Size: 22 KB)

The size of the Antarctic ozone hole at 12:00 GMT of each day from GOME (1996-2002) and SCIAMACHY (2003-2006) Assimilated Ozone Fields. The size of the ozone hole is the area on the globe in million square km of ozone column values below 220 Dobson units (DU). DU stands for the total thickness of ozone in a given vertical column if it were concentrated into a single slab at standard temperature and atmospheric pressure – 400 DUs is equivalent to a thickness of four millimetres, for example.

Credits: KNMI/TEMIS

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HI-RES PDF (Size: 19 KB)

HI-RES TIFF (Size: 24 KB)

The depth of the Antarctic ozone hole at 12:00 GMT of each day from GOME (1996-2002) and SCIAMACHY (2003-2006) Assimilated Ozone Fields. The depth of the ozone hole is the lowest ozone column value in Dobson Units (DU) for latitudes below 30° South. DU stands for the total thickness of ozone in a given vertical column if it were concentrated into a single slab at standard temperature and atmospheric pressure – 400 DUs is equivalent to a thickness of four millimetres, for example.

Credits: KNMI/TEMIS

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Envisat artist's impression

Observing the Earth