Observations of planet Earth from space are a critical resource for science and society.
Satellite measurements represent very large investments and United States (US) agencies …

Protecting the future of forests relies on our ability to observe changes in forest health. Thus,
develo** tools for sensing diseases in a timely fashion is critical for managing threats at …

Airborne hyperspectral imagery provides detailed spatial and spectral information that can
be used for tree species classification, but its application in practical forest inventories over …

The increasing number of satellite missions provides vast opportunities for continuous
vegetation monitoring, crucial for precision agriculture and environmental sustainability …

We introduce a new unified atmospheric–topographic correction approach that estimates
surface geometry directly from the radiance measurement. Surface topography influences …

Global spectroscopic missions, such as NASA's Surface Biology and Geology, will observe
coastal environments and must account for the optical properties of both land and sea …

Hyperspectral remote sensing has emerged as an efficient tool to quantify the spatial and
temporal variations in crop foliar nutrients, thus reducing the burden on in-situ tissue …

Permafrost landscapes in the Arctic are highly vulnerable to warming, with rapid changes
underway. High-resolution remote sensing, especially aerial datasets, offers valuable …

Detection and monitoring invasive species can provide valuable ecological information to
guide management decisions. Multispectral imagery remote sensing may be an ideal tool to …

The US wine and grape industry loses $3 B annually due to viral diseases including
grapevine leafroll-associated virus complex 3 (GLRaV-3). Current detection methods are …