Magnetic orientation in animals

Autor*innen

• Roswitha Wiltschko

Parameter

• Biologie
• Naturwissenschaften

Mehr zum Buch

Biological effects of magnetic fields have been extensively studied across various animals and plants, encompassing a wide range of intensities, frequencies, and impulse shapes. Research has reported effects at the cellular level, including biochemical processes, growth, development, physiological interactions, sensory input, reflexes, and rhythm control. Additionally, numerous magnetically induced behavioral changes have been documented. The volume of literature on this topic has rapidly increased, now exceeding what can be covered in a single volume. Most reviews tend to specialize in specific aspects or types of fields and effects. For instance, one review provides an overview of the biological effects of steady magnetic fields, while another focuses on extremely low frequency magnetic fields and their in vitro effects. Other works have examined the concept of 'electromagnetic smog' and its potential impacts on human health. Additionally, various papers summarize research on electromagnetic fields across a spectrum of frequencies, discussing tissue interactions and neuroendocrine changes associated with these fields. This growing body of work reflects the complexity and significance of understanding the biological implications of magnetic fields.

• Sprache: Englisch
• Erscheinungsdatum: 1995