. Chemical composition of forages : in relation to digestibility by ruminants. Forage plants Composition; Ruminants Feeding and feeds; Animal nutrition; Forage plants; Ruminants; Animal nutrition. When the two populations were combined to make a total of 47 samples: r = **; Y = - X; = ±; CV = The results are similar to those with total dry matter. Relation of lignin to the digestibility of nonprotein alcohol-insoluble lignin occurs in the cell wall it should have a greater effect on the nonprotein part of the alcohol-insoluble than on that entire fracti
. Chemical composition of forages : in relation to digestibility by ruminants. Forage plants Composition; Ruminants Feeding and feeds; Animal nutrition; Forage plants; Ruminants; Animal nutrition. When the two populations were combined to make a total of 47 samples: r = **; Y = - X; = ±; CV = The results are similar to those with total dry matter. Relation of lignin to the digestibility of nonprotein alcohol-insoluble lignin occurs in the cell wall it should have a greater effect on the nonprotein part of the alcohol-insoluble than on that entire fraction. The relation of lignin (in percent of the insoluble matter) to the nonprotein (carbohydrate) part of the alcohol-insoluble matter was determined on the same 36 samples of grass. The data were: Digestion coefficient of the nonprotein alcohol-insoluble matter (X), ; Av. r = ; Y = - X; = ±; CV = In the same 11 samples of alfalfa, the data were: Digestion coefficient of the nonprotein alcohol-insoluble matter (Y), ; Av. r = ; Y = - X; = ±; CV = When the two populations were combined to make a total of 47 samples: ** r = ; Y = - X; = ±; CV = A scatter diagram of these results is given in Figure O o LIGNIN 8 IN 10 12 14 16 PERCENT OF ALCOHOL - INSOLUBLE Figure of total lignin in percent of the alcohol-insoluble matter to the digestion coefficient of the nonprotein alcohol-insoluble matter. For the total population, r = **. - 29 -. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Sullivan, J. T. (Joseph Timothy), 1900-; United States. Agricultural Research Service. [Beltsville, Md. ] : U. S. Dept. of Agriculture, Agricultural Research Service
Size: 2133px × 1172px
Photo credit: © Library Book Collection / Alamy / Afripics
License: Licensed
Model Released: No
Keywords: ., bookcentury1900, booksubjectanimalnutri, booksubjectforageplants
