nature of EMR and EMS
Answers
Explanation:
EMR:-
• The foundation of remote sensing technology is based on the
measurement and interpretation of the patterns of EMR.
• EMR is a dynamic form of energy. EMR transmit cross space in
the wave form and in the speed of light.
• The whole range of EMR is called spectrum.
• EMR is characterized by wavelength and frequency. Different
wavelengths or frequencies indicates different portion of EMR.
• EMR interact with atmosphere. The atmosphere causes
significant absorption and/or scattering of the wavelength, such
as Rayleigh (molecular) scattering, Mie (non-molecular)
scattering, and non-selective scattering.
• EMR also interact with the surface materials in the form of
absorption, reflection, and transmission.
• Consider the reasons of interaction between EMR and the
atmosphere, atmospheric windows will have to be used for
remote sensor design and ground information detection.
EMS:-
The atmosphere essentially
The atmosphere essentially “closes down” in certain portions
The atmosphere essentially “closes down” in certain portions of the spectrum while
The atmosphere essentially “closes down” in certain portions of the spectrum while “atmospheric windows” exist in
The atmosphere essentially “closes down” in certain portions of the spectrum while “atmospheric windows” exist in other regions that transmit
The atmosphere essentially “closes down” in certain portions of the spectrum while “atmospheric windows” exist in other regions that transmit incident energy effectively to the
The atmosphere essentially “closes down” in certain portions of the spectrum while “atmospheric windows” exist in other regions that transmit incident energy effectively to the ground.
The atmosphere essentially “closes down” in certain portions of the spectrum while “atmospheric windows” exist in other regions that transmit incident energy effectively to the ground. It is within these windows that
The atmosphere essentially “closes down” in certain portions of the spectrum while “atmospheric windows” exist in other regions that transmit incident energy effectively to the ground. It is within these windows that remote sensing systems must
The atmosphere essentially “closes down” in certain portions of the spectrum while “atmospheric windows” exist in other regions that transmit incident energy effectively to the ground. It is within these windows that remote sensing systems must function.
The atmosphere essentially “closes down” in certain portions of the spectrum while “atmospheric windows” exist in other regions that transmit incident energy effectively to the ground. It is within these windows that remote sensing systems must function. The combined effects of
The atmosphere essentially “closes down” in certain portions of the spectrum while “atmospheric windows” exist in other regions that transmit incident energy effectively to the ground. It is within these windows that remote sensing systems must function. The combined effects of atmospheric absorption,
The atmosphere essentially “closes down” in certain portions of the spectrum while “atmospheric windows” exist in other regions that transmit incident energy effectively to the ground. It is within these windows that remote sensing systems must function. The combined effects of atmospheric absorption, scattering, and reflectance reduce
The atmosphere essentially “closes down” in certain portions of the spectrum while “atmospheric windows” exist in other regions that transmit incident energy effectively to the ground. It is within these windows that remote sensing systems must function. The combined effects of atmospheric absorption, scattering, and reflectance reduce the amount of solar irradiance
The atmosphere essentially “closes down” in certain portions of the spectrum while “atmospheric windows” exist in other regions that transmit incident energy effectively to the ground. It is within these windows that remote sensing systems must function. The combined effects of atmospheric absorption, scattering, and reflectance reduce the amount of solar irradiance reaching the Earth’s surface.