The spectral characteristics of the burn scarpixels compared with the  translation - The spectral characteristics of the burn scarpixels compared with the  Indonesian how to say

The spectral characteristics of the

The spectral characteristics of the burn scar
pixels compared with the other types of pixels were concluded to be as follows: (1)
reflectances of both burn scars and water are low and flat, and that of the burn scar
is slightly higher than that of water in the near-infrared (NIR) and shortwave
infrared (SWIR) bands; (2) reflectances of vegetation and clouds are much higher
than the burn scar and vary in magnitude; (3) the burn scar, non-burnt forest and
steppe are very similar in the visible region but are distinctively different in the NIR
and SWIR regions because combustion absorbs the reflected energy in these
wavelength regions; and (4) burn scars covered with thin clouds have a similar
spectral pattern but higher reflectance than burn scars that are not covered with thin
cloud.
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The spectral characteristics of the burn scarpixels compared with the other types of pixels were concluded to be as follows: (1)reflectances of both burn scars and water are low and flat, and that of the burn scaris slightly higher than that of water in the near-infrared (NIR) and shortwaveinfrared (SWIR) bands; (2) reflectances of vegetation and clouds are much higherthan the burn scar and vary in magnitude; (3) the burn scar, non-burnt forest andsteppe are very similar in the visible region but are distinctively different in the NIRand SWIR regions because combustion absorbs the reflected energy in thesewavelength regions; and (4) burn scars covered with thin clouds have a similarspectral pattern but higher reflectance than burn scars that are not covered with thincloud.
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Results (Indonesian) 2:[Copy]
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Karakteristik spektral bakar bekas luka
piksel dibandingkan dengan jenis lain dari piksel yang disimpulkan sebagai berikut: (1)
reflectances dari kedua bekas luka bakar dan air yang rendah dan datar, dan bekas luka bakar
sedikit lebih tinggi dari air di dekat-inframerah (NIR) dan gelombang pendek
inframerah (SWIR) band; (2) reflectances vegetasi dan awan yang jauh lebih tinggi
daripada bekas luka bakar dan berbeda dalam besarnya; (3) luka bakar bekas luka, hutan non-bakaran dan
padang yang sangat mirip di daerah tampak tapi yang khas yang berbeda di NIR
daerah dan SWIR karena pembakaran menyerap energi tercermin dalam ini
daerah panjang gelombang; dan (4) bekas luka bakar ditutupi dengan awan tipis memiliki sejenis
pola spektral tetapi pantulan tinggi dari bekas luka bakar yang tidak ditutupi dengan tipis
awan.
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