Hyperion (a hyperspectral sensor) and the Advanced Land Imager (ALI)(a multispectral
sensor) are carried on the National Aeronautics and Space Administration's Earth Observing …

Hyperion, a hyperspectral sensor, and the Advanced Land Imager (ALI) are carried on
NASA's EO-1 satellite. The Evaluation and Validation of EO-1 for Sustainable Development …

Airborne and spaceborne imaging spectroscopy applied to measuring foliar chemistry has
received considerable attention in the literature. Typically, results are based on data …

The world's forests generate oxygen and store carbon, mitigating global climate change.
Monitoring the health of these forests is an international priority, which benefits from the use …

The spectrums of one type of object under different conditions have the same features (up,
down, protruding, concave) at the same spectral positions, which can be used as primary …

Hyperspectral remote sensing can provide forest information products for applications in
forest inventory, forest chemistry, and the Kyoto Protocol. One of the forest information …

The potential for direct detection of chemicals on vegetation and for detecting vegetation
stress and damage from exposure was reviewed within the context of the proposed …

The forest biome is vital to the health of the earth. Canada and the United States have a
combined forest area of 4.68 Mkm 2. The monitoring of these forest resources has become …

Precise geometric correction of EO-1's Hyperion data is essential to link ground spectral
data and satellite hyperspectral data. Two scenes have been selected from sites of the …

The chemical and moisture composition of conifer foliage in the Greater Victoria Watershed
District (GVWD), Vancouver Island, Canada, was explored using hyperspectral remote …