Title: Light, CO2, Temperature, Relative Humidity and Photosynthesis | Manic Botanix
Headings: 
The Relationship between Light, CO2, Temperature and Relative Humidity in Photosynthesis
Light and rate of photosynthesis
Energy = Energy
Carbon dioxide and rate of photosynthesis
Air Temperature and rate of photosynthesis
Heat and Photorespiration
Heat Stress in Plants
Daytime versus Night Temperatures – Thermoperiod DIF
Relative Humidity and Photosynthesis
Low Humidity Also Reduces Photosynthesis
References

Content: If only a few of the buckets can catch water then all of the buckets will only be partially filled. The cumulative process of plants trapping light and storing light as chemical energy is similar to this. If you like, a plant’s leaves are a series of buckets that we wish to fill with chemical energy within a given timeframe; the leaves that receive the light distribute chemical energy throughout the plant for storage. This means that the more leaves that are able to trap light, the better the photosynthetic potential. Therefore: Light color + light intensity + surface area of plant exposed to light = chemical energy potential. We’ll be covering a great deal more information on light later in the book so let’s leave that one there for now. Carbon dioxide and rate of photosynthesis
Light provides the energy for photosynthetic pigments to convert carbon dioxide (CO 2) and water into sugars and oxygen. As light intensity increases, up to a point where the machinery of photosynthesis – the chloroplast – can no longer convert the light into chemical energy, the amount of sugar increases and thus, more energy is available for plant growth and maintenance.