Guiding the Honeybee Navigation System Using the Second-Harmonic Line Width of 456 nm Nd:GdVO4 Laser to Prevent CCD Phenomenon

Fatemeh Mohammadi (1) , Mohammad Amin Bozorgmanesh (2)

1 UOK - University of Kurdistan [Sanandaj - Iran]
2 Islamic Azad University Shiraz branch

Today, one of the biological problems is electromagnetic pollution in the environment. The intensity of electromagnetic radiation is so pervasive that it is now known as a form of latent and silent pollution. The study of the biological effects of these waves on the growth and development of living insects - such as bees - are considered by many scientific communities around the world. However, the response of honey/wild bees to traps designed to selectively stimulate bee light receptors by fluorescent light indicated that selective arousal of the blue light receptor type was highly attractive. In this paper, to selectively stimulate the blue light receiver in bee species in order to guide the bee navigation system to return to its hive and prevent the colony collapse disorder (CCD) phenomenon, high-efficiency continuous laser emission by second-harmonic line width of 456 nm Nd:GdVO4 laser is proposed.

Mots clés: Electromagnetic Waves; Colony Collapse Disorder (CCD) Phenomenon; Bee Navigation System; Nd:GdVO4 Laser; Fluorescent Blue Light

Domaines: Optique / photonique; Zoologie des invertébrés; Zootechnie

Fatemeh Mohammadi, Mohammad Amin Bozorgmanesh. Guiding the Honeybee Navigation System Using the Second-Harmonic Line Width of 456 nm Nd:GdVO4 Laser to Prevent CCD Phenomenon. Fifth International Conference on Science and Technology of Electrical, Computer and Mechanical Engineering of Iran, May 2021, Téhéran, Iran. ⟨hal-03278156v2⟩