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Keyphrases
Biopolymers
100%
Coated Fiber
100%
Water Use Efficiency
71%
Polyurethane
71%
Polylactic Acid
57%
Polyamide
57%
Petroleum
42%
Wood
28%
Plastic Containers
28%
Plant Production
28%
Salvia
28%
Tung Oil
28%
Tomato
14%
High Cost
14%
Petunia
14%
Material Cost
14%
Chloroform
14%
Growers
14%
Coated Paper
14%
Crop Production
14%
End-of-life Decisions
14%
Tomato Solanum Lycopersicum
14%
Lower Limb Strength
14%
Soil Degradation
14%
Organic Solvents
14%
Material Performance
14%
Greenhouse-grown
14%
Peat
14%
Water-based
14%
Petunia Hybrida
14%
Horizontal Compression
14%
Natural Fibers
14%
Annua
14%
Improved Water
14%
Rutgers
14%
Greenhouse Production
14%
Bell Pepper
14%
Tagetes Patula
14%
Marigold
14%
Strengths Use
14%
Madness
14%
Sustainable Alternatives
14%
Salvia Splendens
14%
Coir
14%
Castor Oil Polyurethane
14%
Material Science
Biopolymer
100%
Polyurethane
75%
Polylactide
50%
Polyamide
50%
Organic Solvents
12%
Natural Fiber
12%
Food Science
Castor Oil
100%
Bell Pepper
100%
Tomato
100%
Chemical Engineering
Polyurethane
100%
Polyamide
66%
Chlorine Compounds
16%
Agricultural and Biological Sciences
Container-Grown Plants
100%
Tung Oil
25%
Castor Oil
12%
Petunia hybrida
12%