Optimization of growth environment in a plant production facility using a chlorophyll fluorescence method

Medicine & Life Sciences

• Lettuce 100%
• Chlorophyll 98%
• Fluorescence 51%
• Photosynthesis 47%
• Temperature 45%
• Humidity 36%
• Photons 33%
• Growth 31%
• Air 25%

Agriculture & Biology

• lettuce 62%
• root zone temperature 47%
• fluorescence 47%
• chlorophyll 45%
• photons 32%
• environmental factors 30%
• relative humidity 27%
• carbon dioxide 24%
• photosynthesis 23%
• ambient temperature 23%
• air 20%
• plant stress 17%
• methodology 17%
• indicator species 16%
• principal component analysis 13%
• plant growth 11%

Earth & Environmental Sciences

• plant production 77%
• chlorophyll 58%
• fluorescence 55%
• environmental factor 39%
• rhizosphere 32%
• photosynthesis 30%
• relative humidity 27%
• temperature 23%
• speed 20%
• indicator 18%
• environmental stress 18%
• air 17%
• genetic algorithm 15%
• method 13%
• effect 7%
• parameter 5%