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Using an intensive vegetable production system of grain-strip windbreaks, plastic-mulch-covered planting be& installed with drip irrigation tubing, and fertigation through the drip system, >67,000 lb/ acre (75,000 kg·ha-1) of seedless watermelons were produced. A floating row cover increased the yield by 14,000 lb/ acre (16,380 kg·ha -l) by increasing earliness. The row cover also improved initial transplant survival. Earliness and the additional income generated from improved production should provide economic justification to growers considering floating row covers.

Rowcovers Improve Seedless Watermelon Yields in an Intensive Vegetable Production System