Abstract Three-dimensional (3D) radiative transfer simulations are critical for studying the
radiometric properties of canopies. Efficient and easy-to-use 3D radiative transfer models …

Hyperspectral cameras onboard unmanned aerial vehicles (UAVs) have recently emerged
for monitoring crop traits at the sub-field scale. Different physical, statistical, and hybrid …

The maturity and affordability of light detection and ranging (LiDAR) sensors have made
possible the quick acquisition of 3D point cloud data to monitor phenotypic traits of …

Look-up table (LUT)-based canopy reflectance models are considered robust methods to
estimate vegetation attributes from remotely sensed data. However, the LUT inversion …

A modeling approach to reconstruct the annual land surface evapotranspiration from
palaeoecological data was suggested. It is based on assumption that the actual …

Основным источником энергии для многих процессов и явлений, происходящих на
земной поверхности, является солнечная радиация. От нее зависит распределение …

Краткий обзор, подготовленный Российской комиссией по атмосферной радиации,
содержит наиболее значимые результаты работ в области исследований …

A short survey prepared by the Russian Commission on Atmospheric Radiation contains the
most significant results of works in the field of atmospheric-radiation studies performed in …

Основанная на методах Монте-Карло трехмерная модель радиационного переноса
разработанадля описания отражения и рассеяния солнечной радиации внутри …

A Monte Carlo-based three-dimensional radiative transfer model has been developed to
describe the reflection and scattering of solar radiation within a spatially heterogeneous …