Hybrid Genetic Programming and Multiverse-based Optimization of Pre-Harvest Growth Factors of Aquaponic Lettuce Based on Chlorophyll Concentration

Medicine & Life Sciences

• chlorophyll a' 100%
• Lettuce 90%
• Chlorophyll 88%
• Photosynthesis 51%
• Intercellular Signaling Peptides and Proteins 46%
• Humidity 40%
• Light 32%
• Carbon Dioxide 24%
• chlorophyll b 23%
• Xylem 19%
• Air 18%
• Temperature 16%
• Chloroplasts 16%
• Weights and Measures 14%
• Farms 13%
• Growth 11%
• Ascorbic Acid 11%
• Nutrients 9%
• Respiration 9%
• Food 8%

Agriculture & Biology

• aquaponics 88%
• lettuce 56%
• growth factors 54%
• chlorophyll 41%
• humidity 24%
• carbon dioxide 22%
• photosynthesis 21%
• air temperature 17%
• leaves 12%
• swarms 11%
• nutrient management 11%
• Lactuca sativa 10%
• xylem vessels 10%
• leaf mass 10%
• white light 10%
• root shoot ratio 10%
• agricultural products 10%
• stomata 9%
• management systems 9%
• food production 9%
• light intensity 8%
• chloroplasts 7%
• ascorbic acid 7%
• farms 6%
• crops 5%

Engineering & Materials Science

• Chlorophyll 91%
• Intercellular Signaling Peptides and Proteins 86%
• Genetic programming 66%
• Photosynthesis 52%
• Atmospheric humidity 30%
• Carbon dioxide 21%
• Vitamins 17%
• Nutrients 14%
• Crops 12%
• Air 12%
• Farms 11%
• Particle swarm optimization (PSO) 9%
• Temperature 9%
• Genetic algorithms 8%