View This Study - Citation No: 5808
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Title | Anthropogenic electromagnetic noise disrupts
magnetic compass orientation in a migratory bird. |
Reference | Nature. , Vol. 509, Pg. 353 - 356, 2014 |
Author(s) | Engels S., Schneider N. L., Lefeldt N., Hore P. J., Mouritsen H., et al. . |
PubMed UID |
24805233 |
Project ID | 2427 |
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View This Study - Citation No: 5809
(Literature Review)
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Title | Radio waves zap the biomagnetic compass. |
Reference | Nature., Vol. 509, Pg. 574 - 575, 2014 |
Author(s) | Kirschvink J. L. |
PubMed UID |
24805230 |
Project ID | 2427 |
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View This Study - Citation No: 6457
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Title | Role of exchange and dipolar interactions in the radical pair model of the avian magnetic compass. |
Reference | Biophys J., Vol. 94, Pg. 1565 - 1574, 2008 |
Author(s) | Efimova O., Hore P. J. |
PubMed UID |
17981903 |
Project ID | 2427 |
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View This Study - Citation No: 6605
(Literature Review)
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Title | The Radical-Pair Mechanism of Magnetoreception. |
Reference | Annu Rev Biophys., Vol. 45, Pg. 299 - 344, 2016 |
Author(s) | Hore P. J., Mouritsen H. |
PubMed UID |
27216936 |
Project ID | 2427 |
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View This Study - Citation No: 7569
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Title | Arabidopsis Cryptochrome Is Responsive to Radiofrequency (RF) Electromagnetic Fields. |
Reference | Scientific Reports., Vol. 10, Pg. 11260 - , 2020 |
Author(s) | Albaqami M., Hammad M., Pooam M., Ritz T., Martino C. F., et al. . |
PubMed UID |
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Project ID | 2427 |
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View This Study - Citation No: 7697
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Title | Chemical amplification of magnetic field effects relevant to avian magnetoreception. |
Reference | Nat Chem., Vol. 8, Pg. 384 - 391, 2016 |
Author(s) | Kattnig D. R., Evans E. W., Dejean V., Timmel C. R., Hore P. J., et al. . |
PubMed UID |
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Project ID | 2427 |
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View This Study - Citation No: 7698
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Title | Polarized light modulates light-dependent
magnetic compass orientation in birds. |
Reference | Proc Natl Acad Sci U S A., Vol. 113, Pg. 1654 - 1659, 2016 |
Author(s) | Muheim R., Sjöberg S., Pinzon-Rodriguez A. |
PubMed UID |
26811473 |
Project ID | 2427 |
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View This Study - Citation No: 7718
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Title | A Putative Mechanism for Magnetoreception by Electromagnetic Induction in the Pigeon Inner Ear. |
Reference | Curr Biol., Vol. 29, Pg. 4052 - 4059, 2019 |
Author(s) | Nimpf S., Nordmann G. C., Kagerbauer D., Malkemper E. P., Landler L., et al. . |
PubMed UID |
31735675 |
Project ID | 2427 |
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View This Study - Citation No: 8551
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Title | Effect of Base Transceiver Station (BTS) waves on some blood factors in domestic pigeons: an experimental study. |
Reference | J Environ Health Sci Eng. , Vol. 19, Pg. 1827 - 1833, 2021 |
Author(s) | Akbari H., Khoramipour S., Hossaini S. KE., Mafigholami R., Moradighiasabadi B. |
PubMed UID |
34900310 |
Project ID | 2427 |
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View This Study - Citation No: 8818
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Title | Correlation Does Not Imply Causation: Decline of House Sparrow Overshadowed by Electromagnetic Radiation. |
Reference | Urban Ecosyst. , Vol. 25, Pg. 1279 - 1295, 2022 |
Author(s) | Nath A., Singha H., Lahkar B. P. |
PubMed UID |
doi.org/10.1007/s11252-022-01227-6 |
Project ID | 2427 |
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View This Study - Citation No: 8955
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Title | Effects of Phone Mast-Generated Electromagnetic Radiation Gradient on the Distribution of Terrestrial Birds and Insects in a Savanna Protected Area. |
Reference | Biologia. , Vol. 77, Pg. 2237 - 2249, 2022 |
Author(s) | Nyirenda V. R., Namukonde N., Buumba Lungu E., Mulwanda S., Kalezu K., et al. . |
PubMed UID |
doi.org/10.1007/s11756-022-01113-8 |
Project ID | 2427 |
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