Okay, here's a breakdown of photosynthesis into (subject, predicate, object) triples.  Keep in mind that this is simplified; the process is incredibly complex, and many steps could be further subdivided.

**Fundamental Overview:**

*   Sunlight,  provides,  energy
*   Plants, perform, photosynthesis
*   Photosynthesis, converts, light energy
*   Photosynthesis, uses, water
*   Photosynthesis, uses, carbon dioxide
*   Photosynthesis, produces, glucose
*   Photosynthesis, produces, oxygen

**Details on Location and Organelles:**

*   Chloroplasts, perform, photosynthesis
*   Thylakoids, contain, chlorophyll
*   Chlorophyll, absorbs, light
*   Grana, are, stacks of thylakoids
*   Stroma, surrounds, thylakoids
*   Enzymes, reside, in the stroma

**Light-Dependent Reactions (Simplified):**

*   Light, excites, electrons
*   Electrons, move along, electron transport chain
*   Electron transport chain, generates, ATP
*   Electron transport chain, reduces, NADP+
*   Water, donates, electrons
*   Water, releases, oxygen
*   ATP, stores, energy
*   NADPH, carries, electrons
*   Photolysis, splits, water

**Light-Independent Reactions (Calvin Cycle - Simplified):**

*   Carbon dioxide, enters, Calvin Cycle
*   RuBP, binds, carbon dioxide
*   Rubisco, catalyzes, CO2 fixation
*   ATP, provides, energy
*   NADPH, provides, electrons
*   G3P (glyceraldehyde-3-phosphate), is, produced
*   G3P, is used, glucose synthesis
*   RuBP, is, regenerated

**Additional & More Specific Triples:**

* Photosystems,  absorb, photons
* Photosystem II, oxidizes, water
* Photosystem I, reduces, NADP+
* Chemiosmosis, drives, ATP synthesis
* Proton gradient, powers, ATP synthase
* ATP synthase, produces, ATP from ADP and inorganic phosphate
* Plants, store, glucose
* Glucose, combines, into starch
* Starch, sustains, plants
* Environmental factors, influence, photosynthesis rate
* Stomata, regulate, gas exchange
* Guard cells, control, stomata opening

**Important Considerations:**

*   **Scope:** These triples drastically simplify the complex biochemical pathways. Many intermediary molecules and steps are omitted for clarity.
*   **Specificity:**  "Plants" is a broad subject. Further triples could specify individual molecules, enzymes, or even the specific location of a component (e.g., *Thylakoid membrane, contains, specific proteins*).
*   **Context:** The choice of subject, predicate, and object can vary depending on the specific focus. For example, instead of "Water, releases, oxygen", one could say "Photolysis, produces, oxygen".

This list provides a starting point. To be truly exhaustive, one would need to delve into the detailed biochemistry of each step and break down each sub-reaction into corresponding triples.
