206 



Elba, Granat 1883 I 116. 1883 



I 



150 



Mikmlith 1883 T 17 



lixliil Uliuli J.OOO 1 1/. 



83 



I 



18 



Mineralien 



83 





364 



Plprmast. 



82 



I 



189 



Poll Ii Ht 



81 



II 



176 



P-roTinif 



82 



II 



28 



fron! Pvnfilp 



— Ö X U111C ■ . • • 



84 



II 



64 



Pvrit 



83 



II 



6 



— Pyrrhit 



83 



I 



18 



Zirkon 



82 



I 



188 



F11 hpvTiPrcr T^pv.hplinhasalt 



83 



I 



205 



Elfdalpn Phonolith 









81 TT 381 1883 II 370 



84 



II 



192 



ElsäSSj Doggsr 



80 



II 



251 



T^nr^TniTii fpvpn 



X \r 1 tl III 1 1 1 1 X *7 I C*l 1 • • • 



84 



II 



426 



— Kohlenformation 



84 



II 



222 



— (Gebweiler Thal) Por- 









t»Tivtp n TJothlipccprirlpQ 



^Jli-J L Vy LA» XI/ W 1/XIXJ.V/g \_/JLilX^ö 



81 



I 



374 



Tprh'är 1881 T 96 



X Ci Lltll . XwwX X «_7 v_7 . 









1882 T 425 TT 2R7 



83 



II 



237 



Xjlbctöö xJU tili 111g eil ? x->Icl" 









rhirmnflpri 1888 T 497 



83 



II 



253 



T^mmpt Town TVTptporitPti 



X-JlXlillCLj t/ v/ YV Ctj liit/lCUlllCU 



80 



I 



47 



Ems, Geologisches . 



82 



II 



228 



OiipIIpti nnd crpnl Pan 



W ILUli^ll LllllX eUUli -1 ' l L 



Fnval Pavin cV ('Pnv- 



i i 1 1 v cti , xtcbvi.li vi ^x «7 



84 



II 



372 









flp-T)nmp^ FiTidot 



82 



I 



23 



England, Ammoniten des 









Pia<? 1880 T 128 



81 



II 



276 



AnnpHrlpn flpv TCnlilpn« 



ixllllCllU.CH U.CI XVUlllCll 









fnvvn ü tinrn 



81 



I 



124 



TCrarhirmoflpn 81 T 292 



XJX <X\j111\J JJUU.C11 ül X ä-i<J Li» 



84 



I 



286 



rlpQ Silin* 



Uco OIlLll i • • • 



81 



II 



285 



rlpQ Tiövnn n Silnv 



Ucö X-/CVUI1 LI. Oll III 



83 



I 



326 



flamhrinm 1882 T 94-4- 



\j Cllll 1/ 1 1 Ulli lOOö X Ä^rrr« 



82 



II 



386 



npT^rifilrmnflpn 



— V^CUXlClXU UUU.CI1 • • • 



83 



I 



484 







II 



143 



Comatuliden 81 TT 289 



81 



II 



292 



r^vin ni rl du mpt» T^"a1t1p»t- 



^XXIlUlUclX Ucl XVUIllcll" 









iY>"FTiifl tlOTl 



XV/iiiiCttlUli . . • • 



81 



II 



287 



Dpvnn 1880 TT 902 



*—— X-/CVU1X J.OOU XX £i\Juj 



81 



I 



402 



T^pnp^fpllirlpn 



81 



I 



123 



— Forest bed .... 



80 



II 



389 



— Gasteropoden, d. Kreide 



80 



II 



400 



der Portlandschichter 



l 83 



I 



123 



— Graptolithen . . . 



81 



I 



134 



— Gulo luscus .... 



81 



II 



107 



— Iguanodonten . . . 



81 



I 



277 



— Jura 









1881 II 77. 1883 I 81. 



83 



I 



289 



— Kohlenformation, Flora 

 1880 II 101, 238. 



1881 II 363. 83 II 375 



— Korallen des upper- 

 greensand 80 II 115 



— Kreide 1880 II 103. 82 I 425 



England, krystalline 



Schiefer .... 1882 



II 



43 



"PI P 1 c "friPQ n 



XXclölUUclll .... 



81 



Ol 



TT 

 il 



9^.9 



jJX <xcu<xlllUI IbL/ilc X/Ul- 









TY1 fit lATIPn 



81 



Ol 



TT 

 Ii 



9RQ 



TAQGilo T^Tic*n'70"n 



XUööllC x xldll/jKZLi . 



ftl 

 Ol 



II 



134 



Silur 



81 



O x 



T 



1 



409 



Stilhit 



89 

 Oi£ 



II 



25 



Tprtiär 1881 TT90 1883 









T 88 266 



84 



I 



251 



— Trias 



81 



I 



123 



TVi lnlTitpn rlpv TTnlilür». 



XXllUUltCll LltJX XVUllltJiX 









formation 1884 II 255, 



84 



II 



256 



TVicrnniPn 



~~ XllgUlllCli .... 



81 

 o ± 



II 



421 



VpvtpViY'atp'n 



V CltCUIciLCll .... 



84 



Ott 



II 



107 



'nlpiQtnpänp A?U^ivl"»oltV>ioT*D 



LMClöLv/OdllC VV 11 Ut51LJJ.lt?! C 



89 



IX 



129 



— ^wpisrhalpi'' dpv Knhlp 



80 



II 



112 



Tv i"iT\öl eil PlTYl SsViPi'Tn ATiVnrln c 

 1 lr 5 O^JcilllUpiiyiUö 





II 



121 



XJl UC11UU1 1, Ocl IJcllLlll . 



84 

 o-± 



II 



367 



T^iVipcipp VpT*l"iitiflnnfP mit 



JJllCöCCj V Ci UlllU. tlllg 1111 L 



rl PTVi 1 InfnvinQOD 



U.C111 Wlltdl lUöC" ... 









89 



II 



218 



ErzP'phirP'p A nnrihvllit. 



81 



I 



180 



— melilithführende Basalt€ 



83 



I 



168 



l f\w et i r^Tn pvq *f p i ki i-iliYn 



l^UllglUlllcl d/LU III Vjillil- 









mPT"or>liipfpv 



lllci ot^lllclcl .... 



80 



II 



57 



TTÜrlnoit 



84 

 o* 



II 



< i 



Mplilithliacalt 



XYXClllltilUcl&cXlL ... 



PP 

 iii) 



II 



427 



— . "Rntil in i-irPaf Pin pn 



XlUtll III VTcoLclllCll . 



81 



Ol 



I 



227 



— altkry stalline Schiefer 



84 



II 



49 



— Titanmineralien in 









Amphiboliten . . . 



80 



I 



95 



— Zinnbergbau . . . 



80 



II 



339 



Eschholtzbai, Eismassen 



82 



II 



402 



Esino, Riesenoolith . . 



80 



I 



191 



Eskdale, fossile Pflanzen 



84 



II 



269 



Essen, Pharetronen . . 



84 



II 



125 



Essey la cöte, Basalt 



BB 



II 



433 



Estherville, Meteorit 









1880 I 177. 1881 I 29. 



1882 I 175. 



83 



I 



383 



Estland, Diluvium . . . 



81 



II 



256 



— fossile Säugethiere 



81 



II 



258 



Etampes, Tertiär . . . 



84 



II 



243 



Etzlithal, Mineralien . . 



82 



I 



353 





81 



II 



24 



Euganeen, Olivingabbro 

 und Syenit .... 









84 



II 



140 



Eulengehirge, Feldspäthe 



84 



II 



323 



Eureka-Distrikt, geol. Bau 



84 



II 



187 



Europa, Central-, geolo- 

 gische Karte .... 









84 



I 



338 



— Mammuth .... 



82 



I 



111 



— Vertebraten der ver- 









schiedenen Formationen 



82 



I 



275 



— praehistorisch . . . 



84 



II 



180 



Ewatingen, Lias 80 1 192. 



80 



I 



225 



