22 Liquid Manure. 



Both the soil and subsoil, it will be seen, contain a large pre- 

 ponderance of clay ; they are both very stiff, but when improved, 

 I am informed, are very productive. The chemical analyses of 

 these soils furnished the following results : 



Subsoil. Surface-soil. 



Moisture 9-46 3*91 



Organic matter and water of combination 4*87 4'80 



Oxides of iron and alumina 17*38 7"85 



Phosphoric acid "06 -04 



Carbonate of lime T02 2*08 



Sulphate of lime '13 -15 



jnesia '92 , , Q9 



Alkalies and loss '45 / 



Insoluble siliceous matter (chiefly clay) 65*71 80*85 



100-00 100-00 



The surface soil exhibited bits of chalk, flint, and burnt clay ; it 

 had evidently been dressed with burnt clay at some time or other. 

 Equal parts of surface and subsoil were mixed with liquid 

 manure from Tiptree Hall Farm ; soil and liquid were repeatedly 

 agitated and then left to settle for three days, after that period 

 the clear liquid was drawn off and analyzed as before. The 

 filtered liquid manure had the following general composition per 

 gallon : 



* Water and volatile ammonia compounds 69,954*92 



fOrganic matters 5*46 \ AK.(\Q 



Mineral matters 39'62 / 



70,000-00 



*Containing ammonia . . . . r 1 55 



{Containing nitrogen 2*02 



Equal to ammonia '24 



The residue which was left on evaporation to dryness, on 

 analysis was found to contain in 100 parts : 



Organic matter 12-11 



Containing nitrogen ('44) 



Mineral matters 87*89 



Consisting of : 



Soluble silica 3*57 



Insoluble siliceous matter (suspended clay) 3'57 



Oxide of iron *71 



Lime 17*30 



Magnesia 6*27 



Potash 8-65 



Soda 1-16 



Chloride of sodium 20'24 



Phosphoric acid 4-99 



Sulphuric acid .. , 12*40 



Carbonic acid and loss 9-03 



100-00 



