Linked from

The 26 pages that link to Intercalation, each with the reason it gives.

• Lithium-ion batteryRelated: Lithium ions move into and out of electrode host structures during ordinary cycling.

• Lunar calendarRelated: Lunisolar calendars use it to bring lunar months back toward solar seasons.

• Roman CalendarRelated: Roman officials inserted an extra month to correct seasonal drift.

• CalendarRelated: It corrects the mismatch between whole calendar units and astronomical periods.

• Synodic monthRelated: Lunisolar calendars intercalate months because twelve synodic months fall short of a year.

• Calendar reformRelated: Intercalation is the general technique behind leap-day and leap-month corrections.

• Babylonian calendarRelated: Extra months prevented the calendar’s lunar months from drifting through the seasons.

• Buddhist calendarRelated: Extra months in some traditions prevent lunar dates from drifting through the seasons.

• Japanese lunisolar calendarRelated: Extra months prevented Japanese lunar dates from drifting through the seasons.

• MonthRelated: Calendars use intercalation when ordinary month patterns drift from seasonal time.

• Persian calendarRelated: Leap days compensate for the solar year’s fractional day.

• Seleucid eraRelated: Lunisolar calendars needed intercalation while Seleucid years continued to advance.

• John B. GoodenoughRelated: Lithium ions move into and out of oxide cathodes without destroying their layered frameworks.

• History of calendarsRelated: Extra months or days corrected drift in calendars built from uneven natural cycles.

• Yi XingRelated: Lunisolar calendars require intercalation to keep lunar months aligned with the solar year.