Sentence examples for airborne remote sensing fields from inspiring English sources
FMCW SAIS has been developed with both acoustic source and electromagnetic wave in airborne remote sensing fields, such as reconnaissance, concealed target detection, robotic sensing, non-destructive testing, gas flow measurements, mine detection, surveillance, and so on [5].
Co-incident field and airborne remote sensing data were acquired in May and September 2002 over an important UK raised bog (Cors Fochno).
This article details how field knowledge of the spectral properties of Sphagnum spp., airborne remote sensing data and a range of image analysis approaches, may be combined to provide a suitable proxy for near-surface wetness.
High spatial resolution hyper-spectral imagery (CASI) and light detection and ranging (LiDAR) imagery acquired for the tidal River Carron and Forth estuary, Scotland, were used in conjunction with field surveys to assess the feasibility of monitoring hydromorphology and human alterations with satellite and airborne remote sensing data.
For decades, satellite and airborne remote sensing instruments have been observing environmental changes that impact biodiversity.
BioI am interested in scientific methods for satellite and airborne remote sensing applications in water resources, disaster response and agriculture.
The National Ecological Observatory Network NEONN) published this week airborne remote sensing data including full waveform and discrete return LiDAR data and LiDAR derivatives (DTM, DSM, CHM) as well as corresponding hyperspectral data, orthophotos, and field data on vegetation strucutre, foliar chemistry and ASD field spectra.
The integrated system of Strapdown Inertial Navigation System (SINS) and Global Positioning System (GPS) has become widely-applied equipment in airborne remote sensing for getting the motion information.
The method presented is a multivariate constrained version of the popular LAMBDA method and it is tested on data collected during an airborne remote sensing campaign.
This paper addresses differential global positioning system (DGPS /inertial measurement unit (IMU) integration-based geolocation system developed for airborne remote sensing cameras.
