The Northern Lights—or Aurora Borealis—are produced when solar wind, eruptions of electrified particles from the sun, collide with Earth's magnetic field. These magnetic storms can also damage satellites and other telecommunications installations. In a new scientific field, researchers at the EISCAT base are pioneering space meteorology, to forecast the weather in space. In the period 2000-1, increased solar activity led to particularly intense light displays.

The Northern Lights—or Aurora Borealis—are produced when solar wind, eruptions of electrified particles from the sun, collide with Earth's magnetic field. These magnetic storms can also damage satellites and other telecommunications installations. In a new scientific field, researchers at the EISCAT base are pioneering space meteorology, to forecast the weather in space. In the period 2000-1, increased solar activity led to particularly intense light displays.

The Northern Lights—or Aurora Borealis—are produced when solar wind, eruptions of electrified particles from the sun, collide with Earth's magnetic field. These magnetic storms can also damage satellites and other telecommunications installations. In a new scientific field, researchers at the EISCAT base are pioneering space meteorology, to forecast the weather in space. In the period 2000-1, increased solar activity led to particularly intense light displays.

The Northern Lights—or Aurora Borealis—are produced when solar wind, eruptions of electrified particles from the sun, collide with Earth's magnetic field. These magnetic storms can also damage satellites and other telecommunications installations. In a new scientific field, researchers at the EISCAT base are pioneering space meteorology, to forecast the weather in space. In the period 2000-1, increased solar activity led to particularly intense light displays.

The Northern Lights—or Aurora Borealis—are produced when solar wind, eruptions of electrified particles from the sun, collide with Earth's magnetic field. These magnetic storms can also damage satellites and other telecommunications installations. In a new scientific field, researchers at the EISCAT base are pioneering space meteorology, to forecast the weather in space. In the period 2000-1, increased solar activity led to particularly intense light displays.

The Northern Lights—or Aurora Borealis—are produced when solar wind, eruptions of electrified particles from the sun, collide with Earth's magnetic field. These magnetic storms can also damage satellites and other telecommunications installations. In a new scientific field, researchers at the EISCAT base are pioneering space meteorology, to forecast the weather in space. In the period 2000-1, increased solar activity led to particularly intense light displays.

Using a terrella, a miniature model earth, in a vacuum chamber, physicist Kristian Birkeland creates an artificial aurora of color, replicating the effects of solar wind. The University of Tromsø stored this early experiment from 1913.

The Northern Lights—or Aurora Borealis—are produced when solar wind, eruptions of electrified particles from the sun, collide with Earth's magnetic field. These magnetic storms can also damage satellites and other telecommunications installations. In a new scientific field, researchers at the EISCAT base are pioneering space meteorology, to forecast the weather in space.

Using a high frequency dish as large as a football ground, EISCAT's observers record data from space.

The Northern Lights—or Aurora Borealis—are produced when solar wind, eruptions of electrified particles from the sun, collide with Earth's magnetic field. These magnetic storms can also damage satellites and other telecommunications installations. In a new scientific field, researchers at the EISCAT base are pioneering space meteorology, to forecast the weather in space.

The Northern Lights—or Aurora Borealis—are produced when solar wind, eruptions of electrified particles from the sun, collide with Earth's magnetic field. These magnetic storms can also damage satellites and other telecommunications installations. In a new scientific field, researchers at the EISCAT base are pioneering space meteorology, to forecast the weather in space. In the period 2000-1, increased solar activity led to particularly intense light displays.

Using a high frequency dish as large as a football ground, EISCAT's observers record data from space.

The Northern Lights—or Aurora Borealis—are produced when solar wind, eruptions of electrified particles from the sun, collide with Earth's magnetic field. These magnetic storms can also damage satellites and other telecommunications installations. In a new scientific field, researchers at the EISCAT base are pioneering space meteorology, to forecast the weather in space. In the period 2000-1, increased solar activity led to particularly intense light displays.

Using a high frequency dish as large as a football ground, EISCAT's observers record data from space.

The Northern Lights—or Aurora Borealis—are produced when solar wind, eruptions of electrified particles from the sun, collide with Earth's magnetic field. These magnetic storms can also damage satellites and other telecommunications installations. In a new scientific field, researchers at the EISCAT base are pioneering space meteorology, to forecast the weather in space. In the period 2000-1, increased solar activity led to particularly intense light displays.

The Northern Lights—or Aurora Borealis—are produced when solar wind, eruptions of electrified particles from the sun, collide with Earth's magnetic field. These magnetic storms can also damage satellites and other telecommunications installations. In a new scientific field, researchers at the EISCAT base are pioneering space meteorology, to forecast the weather in space. In the period 2000-1, increased solar activity led to particularly intense light displays.

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