Insect monitoring in 3D: state -of -the -art technology in use

Insect monitoring in 3D: state -of -the -art technology in use

In a fascinating demonstration at the Niederrhein University of Applied Sciences, Professor Regina Pohle-Froßlich shows how modern digital technologies can revolutionize our perception and understanding of nature. The heart of this impressive presentation is a state -of -the -art monitoring system that makes it possible to track the movements of insects in real time. The visitors are banned while trying to interpret the colorful points on a huge screen.

"The white movements are that of the plants. The red are those of insects," explains Pohle-Fröhlich. This explanation ensures an eye-opening experience among those present, who previously considered the red markers incomprehensible. The use of two special cameras plays a crucial role. Instead of taking pictures, these cameras only record moving pixels on a radius of 0.50 to ten meters. This innovative technology allows data to collect data in real time, including the flight traces of insects, which enables 3D visualization.

The importance of modern technologies for insect research

The ability to follow the movements of insects precisely opens up new perspectives for biological research. The flight routes of different types of insects are visible on the screens. Drabs, butterflies and many other insects are presented in a way that allows scientists to analyze how many insects are in a certain area and what behavior they show.

This is not only a technical miracle, but also raises basic questions about the condition of our environment. Scientists around the world are concerned about the decline in insect populations, and technologies like this could make a decisive contribution to collecting valuable data and understanding the causes of the decline. Insect protection and the preservation of biodiversity are of increasing urgency, and the incoming analysis of insect movements could show ways how we can better protect these threatened ways of life.

In addition, this demonstration also shows how digital solutions can improve everyday life in a variety of ways. From agriculture to environmental research to urban planning projects, the digital technology offers “smart” solutions that enable far -reaching applications. The creative use of technologies could cause us to design our habitat in a new and environmentally friendly way.

The event at the Niederrhein University of Applied Sciences is not only a lesson about the possibilities of technical innovation, but also a wake -up call for rethinking in the perception of nature. With the correct use of data and technology, it is possible to gain a deep insight into the dynamics of our environment. The commitment of universities and research institutions for these technologies is crucial to find solutions to the challenges of the future.

It becomes clear that the connection between technology and nature is not only theoretical, but is already being tested in practice. Professor Pohle-Fröhlich and her team show a first step into a future in which science and technology work together to create sustainable solutions for today's and future generations. It remains exciting to see which new knowledge and innovations will emerge from such projects.