MODIS/Terra NDVI Phenology annual L4 250m SIN Grid

공공데이터포털

The MODIS/Terra NDVI Phenology annual L4 250m SIN Grid product, with short-name MOD09Q1P_NDVI is a Gap-filled Smoothed NDVI created from the MOD09A1 8-day Surface Reflectance product. The spatial resolution is 250 meter. MOD09Q1P_NDVI is stored in Hierarchical Data Format (HDF) with sinusodial projection, same as other standard MODIS land products.

MODIS/Terra NDVI Phenology annual L4 500m SIN Grid

공공데이터포털

The MODIS/Terra NDVI Phenology annual L4 500m SIN Grid product, with short-name MOD09A1P_NDVI is a Gap-filled Smoothed NDVI created from the MOD09A1 8-day Surface Reflectance product. The spatial resolution is 500 m. MOD09A1P_NDVI is stored in Hierarchical Data Format (HDF) with sinusodial projection, same as other standard MODIS land products.

MODIS/Terra NDVI Phenology annual L4 250m SIN Grid

공공데이터포털

The MODIS/Terra NDVI Phenology annual L4 250m SIN Grid product, with short-name MOD09Q1P_NDVI is a Gap-filled Smoothed NDVI created from the MOD09A1 8-day Surface Reflectance product. The spatial resolution is 250 meter. MOD09Q1P_NDVI is stored in Hierarchical Data Format (HDF) with sinusodial projection, same as other standard MODIS land products.

MODIS/Terra EVI Phenology annual L4 500m SIN Grid

공공데이터포털

The MODIS/Terra EVI Phenology annual L4 500m SIN Grid product, with short-name MOD09A1P_EVI is a Gap-filled Smoothed EVI created from the MOD09A1 8-day Surface Reflectance product. The spatial resolution is 500 m. MOD09A1P_NDVI is stored in Hierarchical Data Format (HDF) with sinusodial projection, same as other standard MODIS land products.

MODIS/Terra Gap-Filled, Smoothed NDVI 8-Day L4 500m SIN Grid

공공데이터포털

The MODIS/Terra Gap-Filled, Smoothed NDVI 8-Day L4 500m SIN Grid product, with short-name MOD09A1G_NDVI is calculated from MODIS surface reflectance products (MOD09), at 500-m resolution. MODIS time series contains occasional lower quality data, gaps from persistent clouds, cloud contamination, and other gaps. Many modeling efforts, such as those used in NACP, that use MODIS data as input, require gap-free data. The procedure contains two algorithm stages, one for smoothing and one for gap filling, which attempt to maximize the use of high-quality data to replace missing or poor-quality observations.

MODIS/Terra Gap-Filled, Smoothed NDVI 8-Day L4 250m SIN Grid

공공데이터포털

The MODIS/Terra Gap-Filled, Smoothed NDVI 8-Day L4 250m SIN Grid product, with short-name MOD09Q1G_NDVI is calculated from MODIS surface reflectance products (MOD09), at 250-m resolution. MODIS time series contains occasional lower quality data, gaps from persistent clouds, cloud contamination, and other gaps. Many modeling efforts, such as those used in NACP, that use MODIS data as input, require gap-free data. The procedure contains two algorithm stages, one for smoothing and one for gap filling, which attempt to maximize the use of high-quality data to replace missing or poor-quality observations.

MODIS/Terra EVI Phenology annual L4 250m SIN Grid

공공데이터포털

The MODIS/Terra EVI Phenology annual L4 250m SIN Grid product, with short-name MOD09Q1P_EVI is a Gap-filled Smoothed EVI created from the MOD09A1 8-day Surface Reflectance product. The spatial resolution is 250 m. MOD09Q1P_NDVI is stored in Hierarchical Data Format (HDF) with sinusodial projection, same as other standard MODIS land products.

MODIS/Terra EVI Phenology annual L4 500m SIN Grid

공공데이터포털

The MODIS/Terra EVI Phenology annual L4 500m SIN Grid product, with short-name MOD09A1P_EVI is a Gap-filled Smoothed EVI created from the MOD09A1 8-day Surface Reflectance product. The spatial resolution is 500 m. MOD09A1P_NDVI is stored in Hierarchical Data Format (HDF) with sinusodial projection, same as other standard MODIS land products.

MODIS/Terra Gap-Filled, Smoothed EVI 8-Day L4 500m SIN Grid

공공데이터포털

The MODIS/Terra Gap-Filled, Smoothed NDVI 8-Day L4 500m SIN Grid product, with short-name MOD09A1G_NDVI is calculated from MODIS surface reflectance products (MOD09), at 500-m resolution. MODIS time series contains occasional lower quality data, gaps from persistent clouds, cloud contamination, and other gaps. Many modeling efforts, such as those used in NACP, that use MODIS data as input, require gap-free data. The procedure contains two algorithm stages, one for smoothing and one for gap filling, which attempt to maximize the use of high-quality data to replace missing or poor-quality observations.

MODIS/Terra Gap-Filled, Smoothed EVI 8-Day L4 250m SIN Grid

공공데이터포털

The MODIS/Terra Gap-Filled, Smoothed NDVI 8-Day L4 250m SIN Grid product, with short-name MOD09Q1G_NDVI is calculated from MODIS surface reflectance products (MOD09), at 250-m resolution. MODIS time series contains occasional lower quality data, gaps from persistent clouds, cloud contamination, and other gaps. Many modeling efforts, such as those used in NACP, that use MODIS data as input, require gap-free data. The procedure contains two algorithm stages, one for smoothing and one for gap filling, which attempt to maximize the use of high-quality data to replace missing or poor-quality observations.