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 …

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

This work demonstrates a new approach–Scheimpflug lidar–for atmospheric aerosol
monitoring. The atmospheric backscattering echo of a high-power continuous-wave laser …

This work proves the feasibility of a novel concept of differential absorption lidar based on
the Scheimpflug principle. The range‐resolved atmospheric backscattering signal of a laser …

Mosquito-borne diseases are a major challenge for Human health as they affect nearly 700
million people every year and result in over 1 million deaths. Reliable information on the …

We present a dual‐wavelength polarimetric measurement method to distinguish species
and sexes of disease transmitting mosquitoes in flight. By measuring co‐and de‐polarized …

Effective monitoring of flying insects is of major societal importance in view of the role of
insects as indispensable pollinators, destructive disease vectors and economically …

We present the results of, to our knowledge, the first Lidar study applied to continuous and
simultaneous monitoring of aerial insects, bats and birds. It illustrates how common patterns …

Yearly, a quarter billion people are infected and a half a million killed by the mosquito-borne
disease malaria. Lack of real-time observational tools for continuously assessing the …

Monitoring the aquatic environment and the life of free‐floating organisms remains on the
borderline of our technical capabilities. Therefore, our insights into aquatic habitats, such as …