. Bulletin. Science. 44 SOUTHERN CALIFORNIA ACADEMY OF SCIENCES stratum I? â ^ â § >< § ^ 0 Predicted Values (Leaf dry weight) stratum II Predicted Values (Leaf dry weight) ^©^ Regression 95% confid. o ^ o o ^^ o ^ o/ ^ °°x o o ) o o °^^o 1^ ^^ "^"©^ Regression 95% confid. Fig. 2. Predicted vs. observed values of leaf dry weight predicted by equation (5) in terms of leaf length and width, a) Stratum I. b) Stratum II. To produce these plots we selected a random sample of 1000 leaves. the m
. Bulletin. Science. 44 SOUTHERN CALIFORNIA ACADEMY OF SCIENCES stratum I? â ^ â § >< § ^ 0 Predicted Values (Leaf dry weight) stratum II Predicted Values (Leaf dry weight) ^©^ Regression 95% confid. o ^ o o ^^ o ^ o/ ^ °°x o o ) o o °^^o 1^ ^^ "^"©^ Regression 95% confid. Fig. 2. Predicted vs. observed values of leaf dry weight predicted by equation (5) in terms of leaf length and width, a) Stratum I. b) Stratum II. To produce these plots we selected a random sample of 1000 leaves. the model given by equation (5) can be justified using the results in the theory of first order partial differential equations. We conclude that an allometric relation in the form proposed here must necessarily be considered in order to express leaf dry weight in terms of length and width measurements. The model that we present here provides a simple procedure to identify the. 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 Southern California Academy of Sciences. Los Angeles, Calif. : The Academy
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