ABSTRACT
Abstract ................................................................................................. 302 20.1 Introduction .................................................................................. 302 20.2 Experimental ................................................................................ 304 20.3 Research Techniques .................................................................... 304 20.4 Results and Discussion ................................................................ 306 20.5 Conslusions .................................................................................. 308 Keywords .............................................................................................. 309 References ............................................................................................. 309
ABSTRACT
It has considered the influence of hypogeomagnetic fields and high content of iron in the diet on the process of mineralization in the ontogeny of bee Apis melifera L. It has established that mineralization begins at 8-9 day larval stage in gipermagnetic and hypomagnetic fields with the conditions of increased ingress of iron into the body, whereas it begins at 10-11 day after oviposition if content of iron is natural. Variations of Earth’s magnetic field also influence on the process. The most significant manifestation of this magnetobiological effects observed in compensated geomagnetic field – ferromagnetic phase forms on 12 day.
