Visibility of Jumadal Al-Aakherah Crescent 1446 AH
- When to Observe Jumadal Al-Aakherah Waxing (NEW) Crescent ?
- Jumadal Al-Aakherah Waxing (NEW) Crescent Observation Results
- The OFFICIAL First Day in Different Countries
- When to Observe Jumadal Al-Aula Waning (OLD) Crescent ?
- Jumadal Al-Aula Waning (OLD) Crescent Observation Results
When to Observe Jumadal Al-Aakherah Waxing (NEW) Crescent ?
The geocentric conjunction (Geocentric New Moon) will occur Inshalla on (Sunday 01 December 2024) at 06:21 UT.
Sighting the new crescent on (Sunday 01 December 2024) and (Monday 2 December 2024) is shown in the below graphs using the program Accurate Times by Mohammad Odeh according to Odeh criterion. Where:-
- It is impossible to see the crescent from the areas located under the red color. Because either the Moon on this day sets before the Sunset and/or the topocentric conjunction occurs after the Sunset.
- The crescent is expected to be seen by optical aid only from the areas located under the blue color.
- The crescent is expected to be seen by optical aid from the areas located under the magenta color. In these areas the crescent could be seen by naked eye if the atmospheric conditions are superb and the observer is experienced.
- The crescent is expected to be easily visible by naked eye from the areas located under the green color.
- The crescent cannot be seen from uncolored areas, even though the Moon sets in these locations after the Sunset and the topocentric conjunction occurs before the Sunset, but the Moon is not sufficiently illuminated in order to be seen as crescent even by optical aid.
- Kindly notice that the below graph shows the possibility of seeing the crescent from areas between 60 degrees north of Equator down to 60 degrees south of Equator.
According to the Universal Hejric Calendar (UHC), which is based on the calculated crescent visibility, the start of this month in the Eastern Region will be on Monday 02 December 2024 and in the Western Region will be on Monday 02 December 2024. Kindly notice that the UHC is a pre-calculated calendar, which adopts a certain criterion to start the new Hejric month. Your country/organization might adopt different criterion to start the new Hejric month. So it is highly advised to read the UHC website before giving any judgment.
- Results of seeing the crescent, and the first day of the month in different countries will be added here Inshalla as we receive the reports from ICOP's members. If you wish to be a member in ICOP, or to know more about it, kindly click here.
Jumadal Al-Aakherah Waxing (NEW) Crescent Observation Results
The OFFICIAL First Day in Different Countries
When to Observe Jumadal Al-Aula Waning (OLD) Crescent ?
The geocentric conjunction (Geocentric New Moon) will occur Inshalla on (Sunday 01 December 2024) at 06:21 UT.
Sighting the OLD crescent on (Sunday 01 December 2024) and (Saturday 30 November 2024) is shown in the below graphs using the program Accurate Times by Mohammad Odeh according to Odeh criterion. Where:-
- It is impossible to see the OLD crescent from the areas located under the red color. Because either the Moon on this day rises after the Sunrise and/or the topocentric conjunction occurs before the Sunrise.
- The crescent is expected to be seen by optical aid only from the areas located under the blue color.
- The crescent is expected to be seen by optical aid from the areas located under the magenta color. In these areas the crescent could be seen by naked eye if the atmospheric conditions are superb and the observer is experienced.
- The crescent is expected to be easily visible by naked eye from the areas located under the green color.
- The crescent cannot be seen from uncolored areas, even though the Moon rises in these locations before the Sunrise and the topocentric conjunction occurs after the Sunrise, but the Moon is not sufficiently illuminated in order to be seen as crescent even by optical aid.
- Kindly notice that the below graph shows the possibility of seeing the crescent from areas between 60 degrees north of Equator down to 60 degrees south of Equator.
