Two practical contexts per day. All contexts are optional hypothetical purposes unless an actual activity/source is explicitly encountered. They do not supply local ecosystem data, cultural authority, prior learner work, product success or viewer reactions. Days 25/30 contexts are only after the held first response and give no worked fresh answer.
Day 21
Museum label
For a hypothetical learning display, choose F1. Model caption: “Listed Forest Red Gum leaves can feed caterpillars; F1, Table 1, Forest Red Gum row.” Draw leaves→C, not C→leaves. This is a factual/model label, not a claimed museum installation or actual visitor response.
Library reference
Make a private notebook reminder from F3: caterpillars→Squirrel Glider. A reader might ask what the arrow means; answer transfer through feeding, not where the glider travels. Actual reading is recorded only if it occurs.
Day 22
Game design
In a proposed offline web game, mark E→G “pollen/nectar/sap,” while E→C says “leaves.” A generic “plant food” token risks hiding resource differences. Build/use a token only if locally suitable; no played game or player reaction is invented.
Animation storyboard
Plan a short labelled animation: sunlight enters producer as energy only; C→G transfers matter and chemical energy. A moving arrow can represent transfer but does not show an observed feeding event. The storyboard is useful without a screen or rendered output.
Day 23
Garden planning
For a hypothetical garden explainer, trace soil mineral nutrients→plant material→dead material/decomposition→soil. Add sunlight as a separate energy input. Do not infer a real garden's nutrient amount, compost success or glider habitat benefit.
Aquarium education
For a proposed visitor explanation, use a generic producer/consumer/heat energy path and a separate carbon dioxide matter cycle. This is a process model, not a claim about any actual tank species, water quality or animal care outcome.
Day 24
Conservation newsletter
A hypothetical newsletter says fewer insects might reduce glider food, with F4/F5 alternatives represented. Better caption: “Effects depend on available amounts and time.” Remaining arrows do not prove compensation or a local conservation outcome.
Robotics simulation
A proposed model toggles “fewer caterpillars” and leaves other food links visible. It cannot output a trustworthy population count from arrow number alone. Ask what quantities and rules a simulation would need; no executable program or system output is claimed.
Day 25
Study corner
After the independent FW-C response, a learner may keep their own exact path/condition as a private study reference. Do not supply a completed FW-C example before the response or label later taught work independent.
Peer planning
After first responses, learners may plan to compare two different justified FW-C predictions with a willing person. Discussion remains optional and source-specific; no peer view/feedback or actual comparison is assumed.
Day 26
Outdoor-sign proposal
For an imagined sign, choose more L as a model input. G may face greater predation if encounter/predation rates and other conditions permit. The sign does not describe an actual reserve or justify feeding/removing animals.
Board-game rules
A proposed rule “fewer G always doubles C” is unjustified. Replace with a conditional pathway: lower glider predation could ease one pressure on C if other pressures stay similar. No doubling count, actual game trial or universal trophic rule follows.
Day 27
News editing
For a hypothetical headline “all gliders safe because sap exists,” trace F5 then question amount/access. A useful alternative is “sap is one listed resource; effect remains conditional.” Correcting a draft does not record an actual published news item.
Town-planning discussion
A hypothetical planning conversation asks whether a remaining resource path guarantees unchanged population. Compare sufficient versus insufficient resources, delay and other pressures. This model alone does not authorise a real development decision or claim local ecological assessment.
Day 28
Photo-caption check
An educator-approved photo, if genuinely available, might show a tree feature without showing feeding. Caption only the encountered feature/time/view; use F5 separately for the documented diet account. No image, identification or observation is invented here.
Podcast script
A proposed script cites the historical NSW report as August 2008, not 2024 because of its host folder. Correct wattle resource to sap. A script can be kept without a voice recording, broadcast or listeners; source facts remain bounded.
Day 29
Household explanation
Choose a private one-page or oral reference about why plants need energy input as well as matter. Use G1/G3 and an original trace. No family account, household measurement, actual teaching or learner disclosure is required.
Travel information plan
For an imagined visitor guide, explain one ordinary feeding possibility with a source locator and a model-change caveat. Do not attach an invented place, cultural meaning, wildlife encounter or visitor success; an actual place needs independent local approval and evidence.
Day 30
Revision card
After the held first FW-D response, keep one actual learner-selected mechanism/unknown on a private revision card. A later teaching revision is separate from the first response; no completed answer is supplied before the check.
Science club proposal
After first responses, plan a willing discussion of competing pathways in FW-D. One chosen component is enough, and different justified conditional predictions may be compared. No club attendance, member agreement or model run is presumed.