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• W2232236633 endingPage "8" @default.
• W2232236633 startingPage "1" @default.
• W2232236633 abstract "It is known that the geomagnetic field can influence animal migration and homing. The magnetic field detection by animals is known as magnetoreception and it is possible due to two different transduction mechanisms: the first one through magnetic nanoparticles able to respond to the geomagnetic field and the second one through chemical reactions influenced by magnetic fields. Another behavior is the magnetic alignment where animals align their bodies to the geomagnetic field. It has been observed that magnetic alignment of cattle can be disrupted near electric power lines around the world. Experimentally, it is known that alternating magnetic fields can influence living beings, but the exact mechanism is unknown. The parametric resonance model proposes a mechanism to explain that effect on living beings and establishes that, in the presence of a constant magnetic field, molecules associated with biochemical reactions inside cells can absorb resonantly alternating magnetic fields with specific frequencies. In the present paper, a review is made about animal magnetoreception and the effects of alternating magnetic fields in living beings. It is suggested how alternating magnetic fields can interfere in the magnetic alignment of animals and a general conclusion is obtained: alternating magnetic field pollution can affect the magnetic sensibility of animals." @default.
• W2232236633 created "2016-06-24" @default.
• W2232236633 creator A5033039582 @default.
• W2232236633 creator A5048616251 @default.
• W2232236633 date "2015-12-28" @default.
• W2232236633 modified "2023-10-17" @default.
• W2232236633 title "The Effect of Extremely Low Frequency Alternating Magnetic Field on the Behavior of Animals in the Presence of the Geomagnetic Field" @default.
• W2232236633 cites W1570972663 @default.
• W2232236633 cites W1575553541 @default.
• W2232236633 cites W1628775554 @default.
• W2232236633 cites W1635563208 @default.
• W2232236633 cites W1668580149 @default.
• W2232236633 cites W169643894 @default.
• W2232236633 cites W1965668174 @default.
• W2232236633 cites W1968726355 @default.
• W2232236633 cites W1970029991 @default.
• W2232236633 cites W1973440071 @default.
• W2232236633 cites W1975949637 @default.
• W2232236633 cites W1979226597 @default.
• W2232236633 cites W1979715231 @default.
• W2232236633 cites W1982531653 @default.
• W2232236633 cites W1990382617 @default.
• W2232236633 cites W1990641184 @default.
• W2232236633 cites W1994562941 @default.
• W2232236633 cites W1995117816 @default.
• W2232236633 cites W1995215100 @default.
• W2232236633 cites W1998470202 @default.
• W2232236633 cites W2004873568 @default.
• W2232236633 cites W2014005786 @default.
• W2232236633 cites W2036145275 @default.
• W2232236633 cites W2038669871 @default.
• W2232236633 cites W2043061104 @default.
• W2232236633 cites W2046023976 @default.
• W2232236633 cites W2050472287 @default.
• W2232236633 cites W2056265382 @default.
• W2232236633 cites W2058819919 @default.
• W2232236633 cites W2059045293 @default.
• W2232236633 cites W2060082893 @default.
• W2232236633 cites W2060931583 @default.
• W2232236633 cites W2061801043 @default.
• W2232236633 cites W2065218995 @default.
• W2232236633 cites W2069218646 @default.
• W2232236633 cites W2077229808 @default.
• W2232236633 cites W2080592657 @default.
• W2232236633 cites W2084374614 @default.
• W2232236633 cites W2084454066 @default.
• W2232236633 cites W2084851774 @default.
• W2232236633 cites W2085103280 @default.
• W2232236633 cites W2086067473 @default.
• W2232236633 cites W2092066034 @default.
• W2232236633 cites W2095131763 @default.
• W2232236633 cites W2096320142 @default.
• W2232236633 cites W2098711830 @default.
• W2232236633 cites W2101043797 @default.
• W2232236633 cites W2102021364 @default.
• W2232236633 cites W2102283675 @default.
• W2232236633 cites W2103476450 @default.
• W2232236633 cites W2106102120 @default.
• W2232236633 cites W2111547136 @default.
• W2232236633 cites W2111873074 @default.
• W2232236633 cites W2113607315 @default.
• W2232236633 cites W2115846283 @default.
• W2232236633 cites W2117393920 @default.
• W2232236633 cites W2123693197 @default.
• W2232236633 cites W2126063241 @default.
• W2232236633 cites W2133941631 @default.
• W2232236633 cites W2134786628 @default.
• W2232236633 cites W2134876856 @default.
• W2232236633 cites W2134930209 @default.
• W2232236633 cites W2137607040 @default.
• W2232236633 cites W2138668594 @default.
• W2232236633 cites W2142928034 @default.
• W2232236633 cites W2149571395 @default.
• W2232236633 cites W2149862337 @default.
• W2232236633 cites W2151648701 @default.
• W2232236633 cites W2154815397 @default.
• W2232236633 cites W2155532233 @default.
• W2232236633 cites W2155559532 @default.
• W2232236633 cites W2162007105 @default.
• W2232236633 cites W2163568289 @default.
• W2232236633 cites W2165055032 @default.
• W2232236633 cites W2166088782 @default.
• W2232236633 cites W2170044480 @default.
• W2232236633 cites W2415451323 @default.
• W2232236633 cites W2416828337 @default.
• W2232236633 cites W241837 @default.
• W2232236633 cites W2419126215 @default.
• W2232236633 cites W2428752573 @default.
• W2232236633 cites W2466153978 @default.
• W2232236633 cites W4212777759 @default.
• W2232236633 cites W4233601734 @default.
• W2232236633 cites W4239890884 @default.
• W2232236633 cites W4293241835 @default.
• W2232236633 cites W4300173130 @default.
• W2232236633 cites W9477026 @default.
• W2232236633 doi "https://doi.org/10.1155/2015/423838" @default.
• W2232236633 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4707359" @default.
• W2232236633 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26823664" @default.

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