Calendar Wiki
(revised categories)
(The original article is deleted!)
 
(7 intermediate revisions by 3 users not shown)
Line 1: Line 1:
{{Wikipedia}}
 
 
[[Image:Newearthcalsmall.JPG|right|360px|thumb|The New Earth Calendar.]]
 
[[Image:Newearthcalsmall.JPG|right|360px|thumb|The New Earth Calendar.]]
 
The '''New Earth Calendar''' is a proposal for [[calendar reform]] by James A. Reich providing for a perpetual 364-day [[year]] of 13 identical [[month]]s of 28 [[day]]s each. Every five years with certain exceptions, a "[[Leap week calendar|leap week]]" would be added after December 28th, to bring the year into alignment with the solar cycle.
 
The '''New Earth Calendar''' is a proposal for [[calendar reform]] by James A. Reich providing for a perpetual 364-day [[year]] of 13 identical [[month]]s of 28 [[day]]s each. Every five years with certain exceptions, a "[[Leap week calendar|leap week]]" would be added after December 28th, to bring the year into alignment with the solar cycle.
Line 71: Line 70:
 
* [http://www.hermetic.ch/cal_stud/palmen/lweek2.htm New year tables], which can be used to work out NEC new year relative to Gregorian new year.
 
* [http://www.hermetic.ch/cal_stud/palmen/lweek2.htm New year tables], which can be used to work out NEC new year relative to Gregorian new year.
 
[[Category:Leap Week Calendars]]
 
[[Category:Leap Week Calendars]]
[[Category:Proposed calendars]]
+
[[Category:Week starts Monday]]
  +
[[Category:Reformed Gregorian calendars]]
  +
[[Category:400-year leap cycle]]
  +
[[Category:13*28]]
  +
[[Category:End-of-year leap]]

Latest revision as of 16:20, 2 June 2019

Newearthcalsmall

The New Earth Calendar.

The New Earth Calendar is a proposal for calendar reform by James A. Reich providing for a perpetual 364-day year of 13 identical months of 28 days each. Every five years with certain exceptions, a "leap week" would be added after December 28th, to bring the year into alignment with the solar cycle.

The months are named the same as they are in the Gregorian calendar, except that a new month called Luna is inserted between June and July. Each month begins on a Monday and ends on a Sunday.

Each month would be displayed in the following way:

Mon Tue Wed Thu Fri Sat Sun
1 2 3 4 5 6 7
8 9 10 11 12 13 14
15 16 17 18 19 20 21
22 23 24 25 26 27 28

Leap week rule and New Year[]

Years whose number is divisible by five have a leap week, except that years divisible by 40 have a leap week only if they were divisible by 400 as well.

Years are scheduled so that the new year would coincide with the Gregorian new year for 2001 or any other Gregorian year beginning Monday in the 21st century.

Features and benefits[]

  • The calendar is perpetual. It never changes from year to year.
  • Each month, and each week, begins on a Monday and ends on a Sunday
  • Because a date in one year will occur on the same weekday in all years to come, business, government, educational institutions and other similar organizations would be able to schedule once and rely on the same dates in future years.
  • Weekdays are tied to specific days of the month every month, every year.
  • Four equal business quarters of 91 days/13 weeks
  • Does not ignore "off-calendar" days as other proposals do. All days are accounted for in leap years.

See also[]

External links[]