in Agricultural Chemistry, 531 



L 1.— TEEES. 



% 



PORTION PER CENT. 



Combustible Matter. 



































Elemen 



s. 











Inorganic Matter or Ash. 















Azotised. 



Unazotised. 







hur. 

















Oxide of 











'5 



1 Albumen 



1 Gluten. 



1 Casein. 



1 Fat, Oil. 



1 Starch. 



Gum, 

 Dextrine, 

 Pectin e. 



1 Sugar. 



1 Fibre and 

 Hu.sk. 



Authority. 



j N umber 0 



Total Sulp 



3 _ 

 |J 



1 Potash. 



0 



CO 



Lime. 



Magnesia. 



Alumina. 



Oxide of 



til 

 SI 



Ox 



0 

 "p. 



B 



" z 



Carbonic A 



















Liebig . . 



1 





1-3 



19*2_ 



0*5 



63*6 



7*5 





1*7 







0*5 



4*9 



0*9 



? 



















Liebig . . 



1 





2-1 



20*8 



8*4 



28*7 



9*2 





0*0" 







trace 



7*7 



.3*3 



p 



















Liebig . . 



1 



- 



20-0 



7*5 



14*5 



42*0 



5*1 



- 



0-.2 



- 





0*6 



3*3 



0*8 



p 



,__ 



- 

 















- 



__ 





Berthier , 



1 





3*7 



'~11 



*3 



35*9 



3*7 





3*4 





0*08 



1 



4*1 



0*8 



34*4 



















Liebig . , 

 Berthier . 



1 

 1 



- 



0-5 

 I'l 



5-7 



3 



3*8 



5 



50*6 

 47*5 



3*0 

 0*8 



— 



0*4 



— 



7*2 



C 

 0 



0*02 



hi. 

 *03 



2*3 

 - 



0*8 

 0*3 



? 



37*8 



i- 

















De Saussure 



1 



- 



14-5 



27 



*4 



16*7 



3*6 



- 



1*8 



- 





p 



10*9 



? 



25*1 - 



|i 



1 

















Liebig . . 







3-1 



21*9 



13*7 



47*8 



7*7 





1*2 









3*3 



1*3 





r 

















Liebig . . 



\ 





8-8 



2*2 



10*1 



72*7 



3*2 





0*8 









1*6 



0*6 







- 



- 



- 



- 



- 



- 



- 



Liebig . 

 Hertwig 



1 



- 



3"0 

 17*3 



2*8 



' 1* 



16*0 



9 



31*7 

 38*6 



19*8 

 2*4 



0*6 



3*5 

 0*6 



18*2 





1*5 



1*6 

 7*1 





29*7 



















Hertwig . 



1 





11*6 



' IC 



■5 



36*8 



3*1 



0*2 



0*5 









4*7 



0*9 



31*7 





















1 





3*6 



15*2 



7*3 



27*0 



24*5 





4*3 



13*2 





0*9 



1 *9 



1*8 



? 



















Liebig . . 



1 





1*1 



11*8 



2*0 



47*3 



8*4 





0*6 







0*2 



2*3 



1*0 





















Hertwig . 



1 





9*2 





0 



37*5 



17*1 



0*3 



0*3 









2*7 



1 



? 



29*6 











































,1 

























Berthier 



1 





4*8 



12-7 



43*8 



2*5 



_ 



0*4 



2*9 



0-03 



3*6 j 





2S-7 































































- 



Berthier . 



1 





7*5 



10 



1 



13*6 



3*2 





3*0 





0* 



07 



1*5 



1*2 



28* S 



















Liebig . . 



1 





5*3 



35*8 



5*2 



29*9 



4*2 





3*0 







1*5 



4*9 



5*3 1 



p 



v 

















Liebig . . 



1 





2*3 



I(i*l 



4*5 



30*8 



8*0 





1*2 





~i 



2*2 



4*0 



0*8 



? 



















De Saussure 



1 





3*3 



32*6 



18*3 



3*3 



- 



•5 







? |10*1 



? I 



29*9 



















De Saussure 



1 





4*0 



18*8 



55*1 



1*0 



- 



*5 





- 1 



J 



3*2 1 



? 



36*4 



















De Saussure 



1 





1*5 



2S 



5 



n*4 



1*4 



- 



•5 







p j 



4*2 







one-third), as they have all been calculated without it. It is certainly truo that, theoTctically speakintr,the Inorganic Matter 

 are present, always contains it, it becomes necessary to calculate its anuninr iu onler to obtain the actual quantities of the 



■aL,'e of the part; the leaves and twigs, for instance, containing much more than the stem. h. The specific gravity ot" 



.jof the tree. c. The analyses by De Saussure are only an approximation to the trutli, as h'^ lias not separated the Alkaline 



^calculated as Carbonate of Lime; as, however incorrect this method is, I thon^jlit it less likely to lead to error than sjivinij 

 "1 place, it was not practically required ; .ind secondly, it would be almost impossible to give a fair average of tlie consiituents, 

 itable were made on those that fell in autumn. 



2 o 2 



i 



