Abstract
The paper analyses capabilities of a laser reflection method for remote vegetation monitoring at eye-safe sensing wavelengths in the NIR spectral band and provides a statistical simulation of correct detection and false alarm probabilities to solve the tasks of vegetation monitoring. Shows that at the wavelengths of 1.54 и 2.03 μm, for example, the laser reflection method of sensing allows us to detect vegetation under adverse conditions with a probability of correct detection close to one and a probability of false alarm ∼ second decimal places. The laser reflection method using two sensing wavelengths in the NIR spectral band can be accepted as a basis of the vegetation monitoring method using a high-flying aircraft.
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