Flying insects are of utmost importance in ecology and for human living conditions. Certain
species serve as indispensable pollinators to ensure the availability of food stuffs, while …

The recent several years we developed the Scheimpflug lidar method. We combined an
invention from the 19 th century with modern optoelectronics such as diode lasers and …

During the past decade, the authors have developed and applied optical remote sensing
instrumentation for in situ remote surveillance and quantification of the aerofauna. The …

A violet Scheimpflug lidar system employing a 1-W 407-nm multimode laser diode is
developed for remote sensing of atmospheric aerosols. The laser beam of the laser diode …

Minimizing insecticide use, preventing vector diseases and facilitating biodiversity
assessments are suitable applications of recent advances in photonic insect surveillance …

Atmospheric dual-band Scheimpflug lidar is demonstrated at 980 and 1550 nm. Signals are
compared during three weather conditions, and the spatio-temporal resolution of the …

A dual-wavelength Scheimpflug lidar system, utilizing a 4-W 808-nm and 1-W 407-nm
multimode laser diodes as light sources and two CMOS sensors as detectors, is developed …

A joint Chinese-Swedish field campaign of Scheimpflug continuous-wave lidar monitoring of
rice-field flying pest insects was pursued in very hot July weather conditions close to …

The alarming decline in global insect populations and diversity calls for improved monitoring
methods with species specificity. Conventional trap** techniques are labor-intensive and …