He is known for his work on the Earth's magnetic field.

Only the specific features of the earth's magnetic field will be different.

But there's no light from the earth's magnetic field, right?

By 3.5 billion years ago, the Earth's magnetic field was established.

A significant story feature is the state of the Earth's magnetic field.

The image on the screen shows the earth's magnetic fields.

On his way back, he is caught in Earth's magnetic field, and turned to steel.

They can sense the Earth's magnetic fields, which helps them tell north from south.

The earth's magnetic fields will also be affected, they say.

The result of the wave, he said, is to push Earth's magnetic field.

The Earth's magnetic field at a given point is a vector.

During such a small scope in time, the Earth's magnetic field seems fixed.

We're already getting quite big perturbations of the Earth's magnetic field.

Very large disturbances of the Earth's magnetic field were also noted.

The Earth's magnetic field is all out of whack, just now.

This magnet's strength is much higher that the earth's magnetic field.

They are guided to the poles by the Earth's magnetic field.

The earth's magnetic field was also affected and moved northwest by more than a hundred miles.

"So you think that Einstein was trying to use the earth's magnetic field to prove his theory?"

Nonetheless, the earth's magnetic field is a much more reliable guide.

So if earth's magnetic field has a billion particles how many might one of the local gas giants have?

It will study, for instance, how the Earth's magnetic field forms a shield.

Perhaps, instead, they get their reference points from the earth's magnetic field, just as pigeons do.

Otherwise, there just isn't enough strength in the Earth's magnetic field to turn the needle.

This device measures the strength of the Earth's magnetic field in one direction.

The Earth's geomagnetic field is created because of two things.

As a result there is a decrease in the effects of geomagnetic field.

This discovery may help explain why the planet has such a strong geomagnetic field.

The geomagnetic field changes on time scales from milliseconds to millions of years.

Their amplitudes reach at most about 1% of the main internal geomagnetic field B.

Behavioral studies have also provided evidence that sharks can detect changes in the geomagnetic field.

Within this geomagnetic field 80% of Tochuina made a turn to the left or magnetic east.

"As you know, the anomaly is a region where the earth's geomagnetic field flows the wrong way.

An important application of global geomagnetic field models is in directional drilling for oil production.

The path of the well can be traced provided the geomagnetic field at the drill site is known accurately.

Mars has no global magnetic field comparable to Earth's geomagnetic field.

The magnetized bar tends to orient the assembly with the local geomagnetic field.

The species is able to detect geomagnetic fields and uses them to navigate while migrating.

Information on monitoring and modeling the geomagnetic field.

The K index uses a scale from 0 to 9 to measure the change in the horizontal component of the geomagnetic field.

It is sometimes called the geomagnetic field.

Depending on time of day, season of year, solar weather and Earth's geomagnetic field, a signal might reach around the world.

She can also generate electromagnetic pulses by mentally manipulating the Earth's geomagnetic field.

Some have suggested that a low geomagnetic field in the submerged rocks of the eastern bay may draw them into shallow waters.

Over the eons, the earth's geomagnetic field changes its orientation from time to time, and is sometimes even completely reversed.

From 1959 on, he studied, with his co-workers, the behaviour of animals placed in the geomagnetic field according to well-defined orientations.

These geomagnetic variations belong to the so-called external part of the geomagnetic field.

The geomagnetic field strength and hence precession frequency varies with location and time.

The topics of research are the geomagnetic field's temporal variations and their consequences, e.g. navigation, climate.

When such a cloud hits the Earth's magnetosphere it rattles the entire geomagnetic field, causing a magnetic storm.