Editing Photosynthesis (section)

== Evaluating (Judgment / Evaluation) ⚖️ ==
Assessing efficiency, trade-offs, and long-term implications.

=== Evaluation frameworks & tools ===
* Quantum efficiency (ratio of photons absorbed to electrons transported).
* Net primary productivity metrics.
* Water-use efficiency and light-use efficiency analyses.

=== Maturity & adoption models ===
* Agricultural and ecological applications well established.
* Synthetic-biology adaptations emerging but experimental.
* Increasing role in carbon sequestration strategies.

=== Key benefits & limitations ===
* Benefits: renewable energy capture, ecosystem support, atmospheric regulation.
* Limitations: low theoretical conversion efficiency, environmental sensitivity.

=== Strategic decision criteria ===
* Choosing crop types suited to local climate (C₃ vs. C₄ vs. CAM).
* Evaluating cost–benefit of enhanced lighting or CO₂ supplementation.
* Assessing ecological safety for engineered organisms.

=== Holistic impact analysis ===
* Ecosystem: underpins global food webs and biodiversity.
* Climate: essential for CO₂ drawdown and oxygenation.
* Technology: informs development of artificial photosynthesis and sustainable agriculture.
* Future trajectory shaped by synthetic biology, controlled-environment agriculture, and climate pressures.

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[[Category:Biology]]
[[Category:Plant Physiology]]
[[Category:Biochemistry]]