Question

What is the ideal temperature, light intensity, & CO2 level for photosynthesis.
Temperature has a max of 50
Light intensity is measured in percentage and has a max of 100%
CO2 level is measured in ppm and has a max of 500 ppm

Answers

Answered by GPT-4o mini
The process of photosynthesis in plants is influenced by various environmental factors, including temperature, light intensity, and carbon dioxide (CO2) levels. Here are the ideal conditions for each factor:

1. **Temperature**:
- The optimal temperature for photosynthesis generally ranges between **20°C to 30°C (68°F to 86°F)**. In some cases, certain plants may tolerate temperatures up to **50°C (122°F)**, but prolonged exposure to such high temperatures can stress most plants and lead to decreased photosynthetic efficiency.

2. **Light Intensity**:
- The ideal light intensity for photosynthesis can vary by plant species, but it is typically around **50-70%** of full sunlight for many plants. However, some high-light-adapted species can perform well at up to **100%** light intensity. Too much light can lead to photo-inhibition.

3. **CO2 Level**:
- The atmospheric CO2 concentration ideally should be around **400-700 ppm** for optimal photosynthesis, with levels approaching **1000 ppm** often cited for increased growth in certain plants. However, levels above **500 ppm** can vary in effect depending on the plant species and their tolerance.

In summary:
- **Temperature**: 20-30°C (maximum allowable: 50°C)
- **Light Intensity**: 50-70% (maximum allowable: 100%)
- **CO2 Level**: 400-700 ppm (maximum allowable: 500 ppm)

Keep in mind that while these ranges provide a general guideline, individual plant species may have specific requirements and tolerances that differ.

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