What are you seeing?Here you see when to look at the plant again and compare it with the previous one.
Why it mattersIt doesn't mean "apply something automatically" — it means "look at what changed" since last time.
How to think about itStart with the big ideas: first the next moment of observation, and then what specifically to look at.
Very simple exampleIf a plant changes stages, Yolia can change what it considers important to observe, even if only a few days have passed.
What are you seeing?The calendar organizes longitudinal observations, phenological windows, and recalibration points throughout the case.
Why it mattersConnecting these elements avoids losing sight of WHEN what to observe changes, not just WHAT to observe.
How to think about itReview timing, what to observe, current stage, and the criteria that would mark a stage transition.
Very simple exampleA phenological window that has already closed can make an observation that was previously a priority irrelevant.
What are you seeing?The advanced reading adds the recalibration mechanisms at play and separates the observed data from the point at which it is decided to recalibrate.
Why it mattersA tracking schedule should be traceable and proportional to actual stage changes, not an arbitrary fixed schedule.
How to think about itDistinguishes variable, mechanism, interaction, uncertainty, limitation, and what evidence would trigger a real recalibration.
Very simple exampleA stage change can advance or delay the next recalibration point, even if the original calendar said another date.