Photosynthesis Light and Dark Reactions
Budget: $25 – $50 USD
I’m updating my Part A Botany notes and need a concise, graduate-level resource devoted to Plant Physiology—specifically photosynthesis, with an emphasis on the light and dark reactions. The goal is to walk away with material that lets me explain each phase confidently, trace the flow of energy and electrons, and connect the underlying chemistry to real-world plant performance.
A solid treatment of the photochemical stage (PSII, the Z-scheme, cyclic vs non-cyclic photophosphorylation, chemiosmosis) should flow naturally into the biochemical stage (Calvin-Benson cycle, regeneration of RuBP, ATP/NADPH balances). Please weave in illustrative diagrams, labelled pathways, and concise tables that summarise pigments, absorption peaks, and energy yields so I can visualise the process at a glance. Where useful, reference recent journal data or classic experiments to anchor the explanation.
Deliverables
• A clearly structured PDF (≈5–7 pages) that reads like lecture notes—diagrams embedded, key equations shown, brief commentary boxes for common exam pitfalls.
• A distilled slide deck (10–12 slides, editable PowerPoint or Google Slides) I can adapt for a short teaching session.
Acceptance criteria
• Terminology is consistent with current plant-physiology texts (Taiz & Zeiger, Hopkins & Hüner, etc.).
• Diagrams are original or properly cited, resolution ≥300 dpi.
• All biochemical steps are balanced; ATP and NADPH accounting is explicit.
• Content stays focused on photosynthesis; water relations or respiration can be mentioned only where they help clarify context.
If you’ve taught plant physiology or produced similar study guides, let me know your turnaround time and any sample work you can share.
A solid treatment of the photochemical stage (PSII, the Z-scheme, cyclic vs non-cyclic photophosphorylation, chemiosmosis) should flow naturally into the biochemical stage (Calvin-Benson cycle, regeneration of RuBP, ATP/NADPH balances). Please weave in illustrative diagrams, labelled pathways, and concise tables that summarise pigments, absorption peaks, and energy yields so I can visualise the process at a glance. Where useful, reference recent journal data or classic experiments to anchor the explanation.
Deliverables
• A clearly structured PDF (≈5–7 pages) that reads like lecture notes—diagrams embedded, key equations shown, brief commentary boxes for common exam pitfalls.
• A distilled slide deck (10–12 slides, editable PowerPoint or Google Slides) I can adapt for a short teaching session.
Acceptance criteria
• Terminology is consistent with current plant-physiology texts (Taiz & Zeiger, Hopkins & Hüner, etc.).
• Diagrams are original or properly cited, resolution ≥300 dpi.
• All biochemical steps are balanced; ATP and NADPH accounting is explicit.
• Content stays focused on photosynthesis; water relations or respiration can be mentioned only where they help clarify context.
If you’ve taught plant physiology or produced similar study guides, let me know your turnaround time and any sample work you can share.