Jeans, J[ames] H[opwood]. The 

 stability of a spherical nebula. (Ab- 

 stract.) London, Proc. E. See, 68, 

 19U1, (i.34-455). 



Poincare, H[enri]. Sur la stabilite 

 <]e I'ecpiilibre des figures pyriformes 

 affectees par iine masse fluide'en rota- 

 tion. London, Proc. R. Soc, 69, 1901, 

 (148-149). 



16j 1790 



1720 Movement of the Poles on 

 the Surface of the Earth. 



Chandler, ,S[eth] C. Chaii;,res ia the 

 annual elliptical component of the 

 polar motion. Astr. J., Boston, Mass., 

 21, 1901, (65-71). 



1610 Figure of the Earth, its 

 Oceans and Atmosphere. 



Payne, W[illiani] ^^'[allace]. Attrac- 

 tion and figure of the Earth. II and 

 III. Pop. Astr., Northfield, ilimi., 9, 

 1901, (7-13, 117-123J. 



Pomcare, H. Piapport sur le projet 

 de revision de Tare du nieridien de 

 Quito. Aunu. Bur. lougit., Paris, 1901, 

 (B. 1-37). 



Schott, C. A. The figure of the Earth. 

 Xature, London, 63. 1901, (408-410). 



1640 Figure of the Planets. 



Bryan, G. II. The kinetic theory 

 of plauetaiy atmospheres. London, 

 Pliil. Trans. R. Soc, 196, 1901, (1-24) 



1680 



Figure of Comets 

 Meteoric Streams. 



and 



BredicMn, T. Sur la con.ete ISOO I. 

 (Swiftj. St. Peterburg, Bull. Ac. .Sc 

 (Ser. 5), 14, 1901, (483-502, av. 2 pi.).' 

 [0600]. 'II 



1700 PERTURBED ROTATION • 

 REACTION OX OTHER BODIES. ' 



Christiaji. Isaac E. Tidal friction 

 and planetary rotations. Pop. Astr 

 Xorthfield, il'inn., 9, 1901, (194-196). 



Woodward, R[obert] S[impson]. The 

 effects of secular cooling and meteoric; 

 • lust on the length of the terrestrial 

 day. Astr. J., Boston, Mass., 21, lUOl, 

 (169-175). 



1710 Precession and Nutation 

 of the Earth. 



Poincari, If. Sur la theorie de la 

 J. recession. Paris, C.-R. Acad, sci., 132, 

 1901 (50-55). 



■ On a new component of 



the polar motion. Astr. J., Boston, 

 Mass., 21, 1901, (79-80). 



On the new component of 



the i^olar motion. Astr. J., Boston, 

 Mass., 21, 1901, (109-112, with pi.). 



1730 Libration of the Moon. 



Lorenzoni, Giuseppe. Sulle lihrazioui 

 apparent! deUa luna, appunti e schia- 

 rimenti storici. Yenezia, Atti 1st. ven., 

 60, 1901, (91-140). 



1750 THEORY OF TIDE.S. 



Bbrgen, C. Ueber den gegenwartigen 

 Stand der Gezeitenlbrsclnmg imd die 

 Xothweudigkeit ihrer Ausdehnung auf 

 dem freien Ocean. Verh. intern. Geog.- 

 Congr., 7, (1899;, 2, Berlin, 1901, (13i- 

 147). [J 41 X95]. 



Hatt. Indications au sujet d'un ap- 

 l^areil a predire les marees. Paris, 

 C.-R. Acad, sci., 133, 1901, (913). 



Spindler, I. Calcid des marees (fin.). 

 (Russ.) Zap. gidrograf., St. Peter- 

 burg, 23, 1901, (32-125). 



1770 COXSTITUTIOX OF THE 

 SOLAR SYSTEM. 



1790 Origin. Stability, Develop- 

 ment of the Solar System. 



Ball, 6;r Robert Stawell. The E.-rth's 

 Beginning. Xew York, London [etc.] 

 (Cassell and Co.), 1901, (xii -f 384. 

 with pi.) 19i cm. 



Dubois, Eug[ene]. The amount of 

 the circulation of the carbonate of limo 

 and the age of the Earth. Amsterdam, 

 Proc. Sci. K. Akad. Wet., 3, 1901, 

 (43-62. llG-130) (English); Amster- 

 dam, Versl. Wis. Xat. Afd. K. Akad. 

 Wet., 9, 1901, (12-28, 90-105) (Dutch). 

 [H 10 28]. 



Kobl, Gustave. Sur im cas d'in- 

 Ptabilite possible. Bui. astr., Paris, 18, 

 1901, (219-221). 



