. Distribution of roots of certain tree species in two Connecticut soils. Roots (Botany); Trees; Soils. i in a 05^ 2 â **\ i ^05. ; 10 s "S -^^^ X 0 IS |20 15 20 25 25 30 30 L-tn i i .JBl&gi. Figure 13. Upper left, central rool mass of white ash tree grow inKr iii Merrimac loamy sand and, upper right, in Charlton fine sandj loam. Lower left, central rool mass ol red oak tree growing in Merrimac loamy sand and, lower right, in Charlton fine sandy loam. tree than in Charlton soil, and main branch roots turned more sharply downward. Rool crowns were more shallow in Charlton soil, and Lat
. Distribution of roots of certain tree species in two Connecticut soils. Roots (Botany); Trees; Soils. i in a 05^ 2 â **\ i ^05. ; 10 s "S -^^^ X 0 IS |20 15 20 25 25 30 30 L-tn i i .JBl&gi. Figure 13. Upper left, central rool mass of white ash tree grow inKr iii Merrimac loamy sand and, upper right, in Charlton fine sandj loam. Lower left, central rool mass ol red oak tree growing in Merrimac loamy sand and, lower right, in Charlton fine sandy loam. tree than in Charlton soil, and main branch roots turned more sharply downward. Rool crowns were more shallow in Charlton soil, and Lateral roots did noi <j into deeper layers of the soil in the immedi- ate vicinity of the rool crowns. In white pine small branches were very numerous, with n lew exceptions. One of the rool crowns shown. 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 Garin, George Illichevsky, 1902-. New Haven : Connecticut Agricultural Experiment Station
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