This paper describes recent applications of vertical-looking radar to monitor migratory insect movements at high altitude, and of harmonic radar to record the flight paths of low-flying insects. Examples are given of how these radars have revealed novel information about the flight of bees, butterflies, moths and carabid beetles. The paper also briefly mentions some technical innovations designed to improve the performance of these radars
Introduction: The Australian plague locust Chortoicetes terminifera is animportant pest of crops thr...
An automatic monitor of insect migration has been developed by the UK's Natural Resources Instit...
<div><p>Understanding the characteristics and drivers of dispersal is crucial for predicting populat...
This paper describes recent applications of vertical-looking radar to monitor migratory insect movem...
Radar has been applied to the study of insect migration for almost 40 years, but most entomological ...
Radar is at the forefront for the study of broad‐scale aerial movements of birds, bats and insects a...
Radar has been used to study insects in flight for over 40 years and has helped to establish the ubi...
The flight patterns of bees have been studied for over 100 years, but due to their small size, bees ...
Abstract An innovative scanning harmonic radar has been recently developed for tracking insects in c...
Aeroecology is an emerging interdisciplinary science focused on the study of airborne organisms with...
Aeroecology is an emerging interdisciplinary science focused on the study of airborne organisms with...
Over the last 30 years, harmonic radars have been effective only in tracking insects flying at low a...
Insect migration provides major ecosystem services, and sometimes, migratory pests cause serious cro...
This thesis describes the construction of a mobile Insect Monitoring Radars(IMR) and investigations ...
Migratory animals are affected by various factors during their journeys, and the study of animal mov...
Introduction: The Australian plague locust Chortoicetes terminifera is animportant pest of crops thr...
An automatic monitor of insect migration has been developed by the UK's Natural Resources Instit...
<div><p>Understanding the characteristics and drivers of dispersal is crucial for predicting populat...
This paper describes recent applications of vertical-looking radar to monitor migratory insect movem...
Radar has been applied to the study of insect migration for almost 40 years, but most entomological ...
Radar is at the forefront for the study of broad‐scale aerial movements of birds, bats and insects a...
Radar has been used to study insects in flight for over 40 years and has helped to establish the ubi...
The flight patterns of bees have been studied for over 100 years, but due to their small size, bees ...
Abstract An innovative scanning harmonic radar has been recently developed for tracking insects in c...
Aeroecology is an emerging interdisciplinary science focused on the study of airborne organisms with...
Aeroecology is an emerging interdisciplinary science focused on the study of airborne organisms with...
Over the last 30 years, harmonic radars have been effective only in tracking insects flying at low a...
Insect migration provides major ecosystem services, and sometimes, migratory pests cause serious cro...
This thesis describes the construction of a mobile Insect Monitoring Radars(IMR) and investigations ...
Migratory animals are affected by various factors during their journeys, and the study of animal mov...
Introduction: The Australian plague locust Chortoicetes terminifera is animportant pest of crops thr...
An automatic monitor of insect migration has been developed by the UK's Natural Resources Instit...
<div><p>Understanding the characteristics and drivers of dispersal is crucial for predicting populat...