What this template does
Good geology studying is not about finding more hours — it is about placing the right practice at the right distance from each other. This template takes the techniques that actually build skill, retrieval practice and spaced practice, and turns them into a fixed weekly cadence so your child never has to decide on a tired Tuesday night whether or how to study. The decision is already made; they just work the row.
The week is anchored to two fixed points: Concept Day, when a new idea is taught, and Field & Lab Day, when that idea is put to the test with specimens in hand. Everything else is short, spaced problem-solving placed at the moments memory needs reinforcing — one day out, three days out, and again on the weekend.
The seven-day cycle
Below is the full cycle. The exact weekdays will shift with your child's schedule — what matters is the spacing, not the calendar. Print it and write your own days into the first column.
| Day | Focus | What to do (15–30 min) |
|---|---|---|
| Day 1 — Concept Day | Encode the method | That evening, close the notes and redo two of the day's worked problems from a blank page. Reopen the notes and mark, in a different color, exactly where the setup broke down. The errors are your study list. |
| Day 2 — +1 quick recall | First retrieval | No worked examples. Work two fresh specimens or map readings of the same type cold, taking each one through the key or the column step by step. Whatever you stumble on, mark it for the weekend. |
| Day 3 — rest / light | Let it settle | Optional 5-minute fact pass — the Mohs hardness scale, mineral streak colors, or the eras of geologic time on flashcards. Let a little forgetting happen; it makes the next retrieval stronger. |
| Day 4 — +3 Field & Lab prep | Connect concept to bench | Work the key or the map-reading steps again, then write a one-line prediction: what will tomorrow's specimens show — the streak, whether it fizzes under dilute acid, the order of the layers — and why? Walk in with a call to test. |
| Day 5 — Field & Lab Day | Test the prediction | Do the science. Keep the field notebook live, with sketches and careful observations. That night, finish the write-up while it is fresh — did the specimen match your predicted call? |
| Day 6 — weekend spaced review | Interleave the units | Mix this week's work with earlier units in one short set — a mineral ID next to a cross-section reading next to an epicenter triangulation. Honest self-testing only, no peeking at answers. |
| Day 7 — preview & reset | Prime next week | Skim ahead to the next concept for 10 minutes so Day 1 lands on prepared ground. Reset the planner. |
How to use it
Three rules make the cycle work, and all three are about discipline rather than effort:
- Always close the solution first. Every box above starts with solving — producing the answer on a blank page before checking the worked example. If your child reads the solution first, the box has failed no matter how long they sit with it.
- Keep each session short. Fifteen to thirty honest minutes beats two distracted hours. The power is in the spacing between sessions, not the length of any one.
- Protect the +1 and +3 retrievals. These are the days students skip, and they are the most important. Solving a problem just as you begin to forget the setup is the single mechanism that converts a lesson into a durable skill.
Why the spacing beats cramming
It is tempting to compress all of this into one long session the night before a test — same total minutes, less hassle. But skill does not work that way. The struggle to reconstruct a setup you have half-forgotten is what strengthens it, and that half-forgetting only happens across days. A crammed session feels productive because the method stays fluent and familiar; a spaced session feels harder because you keep having to rebuild the setup — and the rebuilding is the learning.
The discomfort of spaced problem-solving is not a sign it is going badly. It is the sign it is working.
For the reasoning behind these techniques and how to run them well — working specimens by hand, the dichotomous key, drawing the stratigraphic column, interleaving units — read the companion guide, how to study geology. This planner is simply that guide, scheduled.