472 Tabulated Results of Analyses 



C 4.— SOILING AND HAY CROPS. 













General Division. 



ENTIRE COMPOSITION 









. Tons, 





In Natural State. 



Organic or 













































a 

 o 



j 





% 









Ultimate Elements. 







Proximate 















































er Ac: 





Authority- 



< 























Azotised. 

















1 







o . 











.2 











Species. 



Parts. 



1 Produce 



[ When Ci 





! Number 



Water. 



Organic : 



Ash. 



Authority. 



1 Number 

 1 Analyse: 



1 Carbon. 



1 Hydroge 



1 Oxygen. 



s 



0) 



o 



1 Ammon 



Authority. 



P 











Soiling \ 

 [ 



6-5 

 - 



July; 



Boussingault 

 Johnston . 

 Liebig . . 



3 

 ? 

 2 



I0f)2n 



10920 

 10920 



3419 

 8321 

 3276 



221 

 319 

 364 



Boussingault 



1 



1716 



189 



1456 



57 



69 



Sir H. Davy 



2 









Meadow •< 







































Gra.«ses. 







Hay . 1 



2~0 



July' 



-\ 



Boussingault 

 .Tohnston . 

 Liebig . . 



.3 



? 

 2 



628 

 628 

 028 



3618 

 3516 

 3466 



228 

 336 

 386 



Boussingault 



1 



1818 



202 



1536 



60 

 - 



73 



Johnston . 



? 







r 



Soiling 1 



6~5 



Jidy 



Way . . 



1 



10920 



3386 



254 





























Hay. 1 



2 



July 



Thomson . 

 vv ay . . 

 Way . . 



1 

 1 

 1 



10920 

 520 

 588 



34X2 

 3682 

 3642 



208 

 278 

 250 



Thomson . 



] 



1690 



221 



1456 



68 



82 



Sir H. Davy 



1 

















Thomson . 



1 



694 



3562 



224 



Tliomson . 



. 1 



1752 



228 



1510 



71 



86 















r 





1 



-1 



Way . . 



2 



10920 



3348 



292 



Boussin gault 



1 



1716 



189 



1371 



74 



89 



Sir H. Da^-y 



2 









"Red . 



Soiling-j 



6*5 



Tulyj 



Lawes . . 

 Liebig . . 



1 

 1 



10920 

 10920 



3348 

 3230 



292 

 410 



Lawes . . 



1 



- 



- 



- 



76 



92 









Trefoils. 





Clover, j 



r 



- 



_ 



Way . . 



2 



586 



3584 



310 



Boussingault 



1 



1838 



192 



1474 



79 



96 



Johnston . 



? 







1 

 1 



I 



Hay . 1 



2 



July 



Lawes . . 

 Liebig . . 



1 

 1 



958 

 716 



3240 

 3342 



2S2 

 422 



Lawes . . 



1 



- 









- 



80 



97 





- 









White f 

 Clover. I 



Soiling 

 Hay . 







































- 









r 

 1 



Sainfoin ^ 



\ 



Soiling 1 

 Hay . 1 



6~5 

 2 





Way . . 



Sprengel . 

 Way . . 

 W'ay . . 

 Sprengel . 



1 



1 

 1 

 1 

 1 



10920 



10920 

 506 

 550 

 628 



3406 



3393 

 3722 

 3()74 

 3595 



234 



247 

 252 

 256 

 256 



- - 











- 





Sir H. Davy 



1 





;aminous Pi 







Soiling { 



6-5 





Sprengel . 



1 



10920 



3263 



377 



Boussingault 



1 









44 



53 



Sir H.Davy 



1 







Lucerne 











































I 



Hay . { 



2 





Sprengel . 



1 



672 



3414 



394 



Boussingault 



1 









46 



56 













Vetches ^ 



Hay 





































a. The quantity of ingredients in the soilinii and hay crop would be the same per acre, supposing the latter to contain 

 relative amount of ingredient when present only in small proportions ; this arises from only calculatinf? to one decimal, 



For instance. 



Now, supposinsr these latter numbers to be multiplied by 10, the result would be 1 and 2, or one double the amount of 

 have explained the above in order tli it a superQcial observer might not imagine that it was a mistake in the calculation ; 



