48'Ji 



CATALOGUE. — METEOROLOGY, ATMOSPHERICAL ELICTRICITY. 



Bergman on horizontal lightnings. Schw. 



Abh. 1760. 62. 

 Po/?cf/c< de la nature du tonnerre. 12. Par. 



1766. 

 Ronayneon atmospherical electricity. Ph. tr. 



1772.137. 

 Cotte. A. P. 1772. i. H. 16. 



Snow serves as a conductor in storms. 

 Beccaria dell' elettricita atmosferica. 4. R. S. 

 Bertliolon on thunder. Roz. VII, 258. 

 Bertholon on atmospherical electricity. Roz. 



XX. 224. 

 Jicrthulon de I'electricite des meteores. Par. 



1787. 

 Cavallo on the electricity of the atmosphere. 



Pii.tr. 1776.407. 1777. 48. 

 Mako vom donner. 1778. 

 , Rebnarus vom blitze. 2 v. 8. Hamb. 1778. 



1794. 

 Changeux on the effects of electricity on 



tlie barometer. Rozicr. Apr. 1778. 

 Gallitzin on an electrical kite. A. Petr. II. ii. 



76. Fig. 



With precautions to prevent accidents. 



Mourgiie on thunder. Roz.XIlI. Suppl. 459. 



Poll sopra il tuono. 8. R. S. 



Deiuc Idees. II. 



Delucon lightning. Roz. XXXIX. 262. 



Deiuc to Lanietherie. Roz. Aug. 1790. 



Peluc on lightning without thunder. Roz. 



Oct. 1791. 

 Rozier on the cause of thunder. Roz. XVI. 



309. 

 Rozier on a phosphoric cloud. Roz. XVIIf. 



276. 

 Acliard on atmospherical electricity. A. Berl. 



1780. 14. 

 Achard on terrestrial electricity, k. Berl. 



1786. 13. 



In contradistinction to atmospherical. 



Uucarla on rainy winds. Roz. XVIII. 446, 



Ferris on ascending thunder. Roz. XXII. 

 197. 



Electric mists of 1783. See Clouds and Mists. 



Baldwin on the appearance of an electrical 

 kite. Am. Ac. I. 257. 



Diwisch Meteorologische electricitat. 1786. 



Oliver on lightning. Am. tr. II. 74. 



Bennet's account of atmospherical electri- 

 city. Ph. tr. 1787. 288. 

 Finds, that a candle collects more electricity than any 



point. 



Sen6bier. Rozier. March and April 1787. 



Lightning without thunder. Senebier in Ro- 

 zier. 1787. Gronau. Naturf. Fr. IX. 



Bergmann on lightning. Opusc. V. 348. 



Hervieu on a remarkable light in a storm. 

 Roz. XXXIV. 386. 



Aepinus's letter on atmospherical electricity. 

 Ed. tr. II. 213. 



Read's instrument for collecting atmospheric 

 electricity. Ph.tr. 1791. 185. 



Read's apparatus and journal of electricity. 

 Ph. tr. 1792. 225. 



Read's summary view of the electricity of the 

 earth and atmosphere. Lond. 179,5. 



Read's meteorological journal of atmospheri- 

 cal electricity. Ph. tr. 1794. 185. 



Finds, that out of 404 observations in a year, theairwas 

 positively electric in 241, negative in 156, and neutral in? 

 only. 



Read's experiments with the doubler. Ph. tr. 

 1794. 266. 



Attributes the uncertainty of the doubler wholly to at- 

 mospheric electricity ; finds all noxious and putrid ex- 

 halations,.{ind the air of close rooms, in a negative state. 



On fairy rings. Withering's bot. arr. III. 335. 

 Monthly Mag. XV. 2 19- Gilb. XVII. 3 51, 



They are formed by the agaricus orcades, or fairy rin g 

 agaric, becoming larger as the roots of the fungus spread. 



Volta to Liclitenbeig. Brugnatelli Bibl. fisi- 

 ca. Germ. Meteorologische briefe. Lei])2- 

 1793. 



