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Lima bean (Phaseolus lunatus L.) is well adapted to the environmental and edaphic conditions of the southeastern United States (Alexander et al., 1984; McLaurin et al., 1983). The crop maintains productivity under high temperature (Smittle, 1986), so continuous production and harvest from early July through late September is possible. Mechanical harvesters make commercial production of 5 to 10 ha of fresh-market lima bean economically feasible. Bean stubble remaining after mechanical harvest initiates new growth, so we decided to investigate the potential for producing a ratoon crop from stubble after harvest. Four lima bean cultivars (Table 1) were planted in a field of Cecil sandy loam (clayey kaolinitic thermic Typic Hapludult) on 24 Apr. 1990. Preplant fertilization consisted of (kg·ha) 58N, 26P, and 48K 2-chloro-N-(2ethyl-6-methylphenyl)-N-(2-methoxy-l-methylethyl)acetamide (metolachlor) at 1.68 kg·ha was applied pre-emergence. Rainfall was supplemented with sprinkler irrigation to

Ratoon Cropping Mechanically Harvested Lima Bean Is Possible in the Southern Piedmont