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An experiment WM conducted to determine if concentrations of chlorophyll and basic metabolite~ (total organic nitrogm (TN), total pbospborus (TP), and total nonstructural carbohydratea (TNC)) were an indication of tbe pbysiologkal vigor of tbe 3sexual pbenotypee of fourwing saltbusb (A&&&x canescens (Pursb) NM.). Our basic hypothesis WY that make, fern&s, and plants capable of male and female sex expression (sexually IabUe) were equally vigorous as was manifeshd in chlorophyll and metabolite levels. In June, concentntionr of cbloropbyU a, b, and total cbloropbyll in tbe m8le phenotype were grater than in either tbe female or tbe labile pbenotypeo. There were no differentamong phenotypes for tbe other dates. Male plants had tbe bigbest levelr of metabolites (TN, TP, and TNC) when any difference among sexual phenotypes were significant. There were baskally no differencea in metabolite concentration between the female and labile sexual phenotypes. Rewlts indiate thd pmt of the bypotbesir should be rejected-that male, female, and sexually labile plants are equ8lly vigorous based on concentr8tionr of chlorophyll 8nd metabolites. Part of tbe bypotbesis, however, can be acceptedtba1 femaks and kbUe planti are comparable in physiological vigor. Levek of all 3 metabolitea sbowed striking trends among sampk dates, which indiated that fourwing saltbusb has tbe capability of rebuilding its kvek of metabolitea in tbe spring at tbe pbydologically co&y time of flowering. Tbir may be related to the pbotosyntbetic efficiency associated with its C-4 pbotosyntbetic patbW8Y.

Variations in Physiological Metabolites and Chlorophyll in Sexual Phenotypes of 'Rincon' Fourwing Saltbush