In recent years, the field of remote sensing of birds and insects in the atmosphere (the aerial
fauna) has advanced considerably, and modern electro-optic methods now allow the …

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 …

Assessment of biodiversity of pollinators on the landscape scale or estimation of fluxes of
disease-transmitting biting midges constitutes a major technical challenge today. We have …

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

Background In recent years, our group has developed electro-optical remote sensing
methods for the monitoring and classification of aerofauna. These methods include active …

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 use of radar as an observational tool in entomological studies has a long history, and
ongoing advances in operational radar networks and radio‐frequency technology hold …

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

The pace at which the world's ecosystems and biodiversity of, eg, pollinators decline is
currently at a rate where it is challenging to document. In recent years, our group has made …

The radar scattering characteristics of aerial animals are typically obtained from controlled
laboratory measurements of a freshly harvested specimen. These measurements are …