Please help me translate it accurately

These two segments** show observations of the Earth through different wavelengths of light, from which the different details can be clearly seen. The first part uses a red-green-blue filter, and the second step uses an infrared-green-blue filter.

**Provided by: Donald JLindler, Sigma Space Corporation GSFC, Epoch Dixi Scientific Group.

These two segments** show the Earth as seen through different wavelengths of light, which explains why different differences are visible. The first way is to use a red-green-blue filter, and the second is to use infrared blue-green light.

Epoch Dixi Scientific Group.

Please enter the two videos you want to translate showing the Earth observing different wavelengths of light, which is why different details are visible. The first version featured a red-green-blue filter; Second, an infrared Gree blue. Video Credit:

The two videos show the Earth observing different wavelengths of light, which is why different details are visible. The first version featured a red-green-blue filter; Second, infrared-green-blue.

Film credit: Director JLindler, Sigma Space GSFC ; The epoch-making scientific DIXI team.

These two clips show observations of the Earth at different wavelengths of light, and the different details can be clearly seen from here. The first part uses a red-green-blue filter, and the second step uses an infrared-green-blue filter.

These two videos illustrate that the Earth absorbs different wavelengths of light, which is why the differences in detail are obvious. The first note uses a red-green-blue color filter, while the second uses an infrared green-blue color filter. Video Credit:

Director JLindler, Sigma Space GSFC ; The epoch-making scientific DIXI team.

Two videos show that the earth is observed at different light wavelengths, which is why the difference in detail is visible. The first version uses a red-green-blue filter; seconds, infrared green blue.

Video credit: