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Plant growth was evaluated in substrates containing varying proportions of processed poultry feather fi ber (feather fi ber). ‘Cooler Blush’ vinca (Catharanthus roseus) and ‘Orbit Cardinal’ geranium (Pelargonium ×hortorum) dry shoot and dry root weights were not signifi cantly different among plants grown in sphagnum-peat-based and perlitebased substrates containing 0% to 30% feather fi ber. ‘Pineapple Queen’ coleus (Coleus blumei) dry shoot weights were not signifi cantly different among plants grown in substrates containing 0% to 50% feather fi ber. Coleus dry root weights were not signifi cantly different among the substrates containing 0% to 40% feather fi ber. ‘Better Boy’ tomato (Lycopersicon esculentum) dry shoot weights were not signifi cantly different among the substrates containing 0% to 30% feather fi ber. Tomato dry root weights were not signifi cantly different among the substrates containing 0% to 30% feather fi ber, but tomato grown in substrates containing 40% to 60% feather fi ber had signifi cantly lower dry root weights than tomato grown in substrates containing 0% to 30% feather fi ber. ‘Salad Bush’ cucumber (Cucumis sativus) dry shoot and dry root weights were not signifi cantly different between plants grown in 0% to 50% feather fi ber, but those gown in substrates containing 60% feather fi ber had signifi cantly lower dry shoot weights than those grown in substrates containing 0% feather fi ber. Dry shoot and root weights of coleus and tomato grown in SB-300 substrate amended with 20% or 30% feather fi ber were not signifi cantly different from coleus and tomato grown in SB-300 without feather fi ber. Dry shoot and dry root weights of coleus and tomato were signifi cantly lower for plants grown in SB-300 amended with 40% feather fi ber than for plants grown in SB-300 without feather fi ber. For all species tested, plants grown in substrates containing up to 30% feather fi ber were not signifi cantly different from those grown in substrates containing 0% feather fi ber and were of marketable qualities.

Processed Poultry Feather Fiber as an Alternative to Peat in Greenhouse Crops Substrates