in Agricultural Chemistry. 

 A 4.— CORN CROPS. 



457 



STATUTE ACRE, IN POUNDS. 



Incombustible Matter. 1 



~" Inorganic Matter or Asli. 



Elements. | 



Azotised. 



Unazotlsed. 







iliur. 



















, 







o 





3 

 '5 



c 



a 

 < 



O 



3 



j Casein. 



1 Fat, Oil. 





B ^ 



1 Sugar. 



Fibre and 

 Husk. 



Autlioritv. 

 ■ 



1 Number o 

 1 Analyses. 



Total Sulr 



Snnd and 

 i Silica. 



Potash. 



Soda. 



Lime. 



1 jNIagnesia. 





Alumina. 



n-.,:,l,.of I 







Chloride o 

 1 Sodium. 







0 



C 



(iO 



2 



19S 





- 



1111 

 1274 



91; 



82 



119 



23S 

 18 



Liebig . . 

 Way . . 



5 

 28 



Sorbyo 

 I'O 



0- 41 8-6 



1- 2 10-5 



4-2 

 1-0 



1-0 

 1-2 



4'2 

 4-1 





- 



0-2 

 0-2 



_ 







19*0 

 15*3 



0-04 

 0-1 



_ 





44 





17 





~ 



1031 





1713 



Boussingault 

 Way . . 



1 

 1 





0-6 11-8 

 96'8'27-2 



trace 

 3-7 



1-2 



in 



6-4 



I 



3-01 



_ 



0-6 





tl 



ace 



- 



18-8 

 4*0 



0*4 

 4-6 





- 



— 





- 



— 



- 



— 



- 



- 



- 





Boiissingault 

 Way . . 



1 



Sorby3 



6*0 

 Sorby 1 



0*3 



1 



118-3 16'1 

 40*3i 4-5 



0-7 



0-8 



14-8 

 0-9 



.J 



o-ei 



- 



1-7 



0-2 



_ 



Chi. 

 1-0 



-! - 



5*4 



2-1 



1*7 



- 



' 



66 

 130 





5 



1920 

 146S 



109 

 107 



109 

 114 



T 



315 



^Vay . , 

 liebig . . 



1 



9 



Sorby 2 



17-5'll-, 

 17-5 8-4 



0-8 

 5-8 



1-0 

 1-S 



i;;; 







1-3 

 1-3 





2-3 



0-5 



16-0 

 27-2 



1-0 



0-08 



- 





277 





59 





1384 





34S 



Fresenius . 





- 



16-8 



8-9 



s-i 



1-8 



4-8 







0'5 



: 



0-2 



20*7 



1*8 





- 





- 



- 







- 





Sprengel . 



1 



Sorby 1 

 7'8 



129-7 



6-0 



1-6 



18-4 





i 



i 



5-1 



0-30-6 



"^chir" 



2-4 



5*4 



4-0 



- 





















Fresenius . 



1 





86-7 



41-7 



1-6 



14-4 



6" 







0-3 





17-8 



6-0 



23-2 





16 



352 

 33 



256 



134 



9G 



987 



1100 

 35 



51 







487 

 524 



1 Way . . 

 Norton . , 



1 



3 



Sorby 3 

 1-6 



20-9 

 23-0 



0-0 



8-0 



1-2 



1-8 

 3-8 



4-0 

 3'o 





0*2 



0-02 



;« 



|o.= 



0-02 



14-3 

 17-2 



0-7 

 3-3 



- 



- 









- 









Boussingault 



1 



Sorbyo 

 10-6 



36-4 



8-5 





2-6 



... 





0-9 







- 



10-1 



0-7 



- 





55 





30 



z. 



1499 



- 



1930 



Norton . . 

 Liebig . . 

 1 ^\&y . . 



1 

 1 



1 



107-3 

 83-5 

 o5'8 



& 



18-7 



V9 



20*0 



20-3 



.V- 









! 2'G 









.3~0 

 3*8 



50*0 

 3*4 

 1*5 



0*1 





14S 





49 



899 



154 

 _ 



42 





Way . . 

 Liebig . . 



1 

 2 



Sorby 1 

 0'7 



2*2 

 0-1 



8-l| 0-1 

 7-11 3-7 



0- 7 



1- 5 



3-0 

 3-41 





0-2 



1 



1 0-3 









9-6 



15*8 



0*05 

 0*3 





















Herepath . 



2 



- 



1-7 



2-3 



3-4 



2-5 



2-20-005 



' 0-2 







0-5 



5-4 



0*4 



- 



- 





- 



- 







_ 

 - 



- 



Liebig . . 



1 



- 



62-8 



l(i-8 





9~1 



2*0 







ir3 





0~3 



0^, 



3-7 



0~7 



- 





559 



— 



42 



7S2 



89 



42 



2C6 



\Vay . . 



6 



5'2 



Sorbyl 

 1-3 



0-4 



23-1 



0-4 



4'b 



3-7 



1 





0-2 





-!- 



0-2: 1-0 

 /■•<i,i 



17*9 



2*5 



1*0 









44 





896 



— 



225 



Thomson . 



1 



8-7 



15*4 



G'2 



3-5 



6-0 







1-2 





] 



•o' 



23*3 



0-s 





- 

 - 



- 



- 







- 



z 

 - 





_ 

 - 

 _ 



Liebig . . 

 Way . . 



Liebig . . 



2 

 4 



] 



7~3 

 Sorby 1 

 3-5 



0-6''l7-7 

 6-9 32-1 



10-8 !4-S 



9-4 



7'0 



12-7 



3-3 



32- 1 



33- 7 



4- 8 

 7-4 



5- 9 







1-0 

 1-3 



1-9 





1-3 



1*0 



13-8 



0-3 



20*2 

 11*1 



13*2 



1-5 

 4-9 



1-9 



_ 

 34-y 



38-5 





401 





40 



928 



98 



39 



216 



^'^'ay . . 



6 



4-8 



Sorby 1 



0*6 19-3 



0-4 



» 



3-1 







0-2 



_ 



0-6 



0-4 



16*8 



2*7 







479 





56 





996 





158 



Liebig . . 



1 



1 



0-1 15-4 



4-6 



1-3 



2-9 







0-9 







1-0 



14*8 



1*9 











27 







« 



■ 



Boussingault 

 ^^'ay . . 



Liebig . . 



1 

 4 



1 



9~4 

 Sorby 1 

 5*1 



0-8 21-2 



9-7 30-: 



21-1 2.1 -s 



0-8 



-IM 



6*0 



7-1 



u-s 



Vo-l 





0-8 



3~2 

 1-4 







1-0 

 6*4 



12-4 



18*1 

 8*1 



17-8 



2*9 

 10*2 



13*2 



26~1 

 69*4 













_ 







Sprengel . 



] 





0-5 13-9 



o'S 



3-4 



1-8 







0-6 







0*7 





1*1 













_ 









Liebig . . 



1 





0-6 



9-4 



2-9 



1-5 



2-6 







0-3 







0*6 



irij 



0-S 





















Sprengel . 



1 





27-8 29-4 



1-6 



68-3 



4-9 







.J 





_ 



S-2 



19-4 



rc 













_ 









Liebig . 



1 





- 1 







-1 









1 















quantities of the various crops, grown on different f;irms with every variety of manure. It is much below the proptu tion 

 average of the whole field It is very possible, however, that the crops, when weij:hed, were not in such a dry state as the 



