Monitoring animal activities help assess the effects of environmental conditions and
anthropogenic factors on various species. Entomology-related monitoring methods based …

Insects play crucial roles in ecosystems, and how they disperse within their habitat has
significant implications for our daily life. Examples include foraging ranges for pollinators, as …

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 …

There are hundreds of thousands of moth species with crucial ecological roles that are often
obscured by their nocturnal lifestyles. The pigmentation and appearance of moths are …

Flight velocity measurement is an important aspect of insect research that can aid insect
identification and facilitate studies and monitoring of insect movements. We propose a novel …

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 molecular laser-radar system, based on the Scheimpflug principle, has been constructed
and demonstrated for remote sensing of atmospheric CO_2 concentrations using Differential …

A portable unmanned Mie-scattering Scheimpflug lidar system has been designed and
implemented for atmospheric remote sensing. The Scheimpflug lidar system employs a …

In this paper, we use a novel spectral polarimetric optical tomographic imaging goniometer
to investigate the scattering properties of Anopheles malaria mosquitoes to aid in their …

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 …