Sun and Moon Yesterday in Red Level, Alabama, United States
Sunrise, sunset, moonrise, moonset and weather forecast

Sun Yesterday and Moon Yesterday

Example: Pedley | Anaheim | Lake Los Angeles

Moonrise and Moonset Yesterday

Moonrise
23:23:00PM

Moonset
09:37:00AM

Moonise Tonightnavigate_next Moonise Tomorrownavigate_next

Sunrise and Sunset Yesterday

Sunrise
06:34:00AM

Sunset
17:27:00PM

Today's Sunset navigate_next Sunise Tomorrownavigate_next

Yesterday and Next Moon Phase

Waning Gibbous Moon
Current Phase

50.15% Last Quarter Moon
09th Feb, 06:44:00AM

Current Moon Phasenavigate_next

Permalink :https://www.oorth.com/astronomy/united-states/red-level/2026-02-07/open_in_new

< 06th Feb, 2026 | Today >

Trending :

Penumbral Lunar Eclipse on May 5th and 6th, 2023

Moon Phase Calendar February 2026

Full Moon
01st Feb, 14:10:00PM

Last Quarter Moon
09th Feb, 04:44:00AM

New Moon
17th Feb, 04:02:00AM

First Quarter Moon
24th Feb, 04:29:00AM

Moon phase calendar for February 2026 navigate_next

Yesterday Sun Position

Sun Position

It achive maximum altitude of 60° at noon.
X-Axis: Horizontal axis indicates time passing from 00:00 hours to 24:00 hours.
Y-Axis: Vertical axis indicates altitude -90 degree to +90 degree.
The graph show sun altitude with time during a day. Horizontal line is the line showing horizan. Sun rise, Solar Noon and Sun set are shown as vertical line crossing the line of horizan.
Between -6° to sunrise it is Civil twilight
Between -12° to -6° it is Nautical twilight
Between -18° to -12° it is Astro twilight

Solar Twilight for Yesterday

Night

00:00AM-05:12
18:49-00:00AM

Astronomical Twilight

05:12-05:41
18:21-18:49

Nautical Twilight

05:41-06:09
17:52-18:21

Civil Twilight

06:09-06:34
17:27-17:52

Solar Day

06:34-17:27
10:53 long

Solar Noon

12:01

Next Seven Day Solar Calendar

February 2026	Rise	Set	Noon	Duration	Astro Twilight		Nautical Twilight		Civil Twilight
Date	Rise	Set	Noon	Duration	Start	End	Start	End	Start	End
7th	06:34:00AM	17:27:00PM	12:01:00PM	10:53	05:12:00AM	05:41:00AM	05:41:00AM	06:09:00AM	06:09:00AM	06:34:00AM
7th	06:34:00AM	17:27:00PM	12:01:00PM	10:53	18:21:00PM	18:49:00PM	17:52:00PM	18:21:00PM	17:27:00PM	17:52:00PM
8th	06:34:00AM	17:28:00PM	12:01:00PM	10:54	05:12:00AM	05:40:00AM	05:40:00AM	06:09:00AM	06:09:00AM	06:34:00AM
8th	06:34:00AM	17:28:00PM	12:01:00PM	10:54	18:21:00PM	18:50:00PM	17:53:00PM	18:21:00PM	17:28:00PM	17:53:00PM
9th	06:33:00AM	17:29:00PM	12:01:00PM	10:56	05:11:00AM	05:40:00AM	05:40:00AM	06:08:00AM	06:08:00AM	06:33:00AM
9th	06:33:00AM	17:29:00PM	12:01:00PM	10:56	18:22:00PM	18:51:00PM	17:54:00PM	18:22:00PM	17:29:00PM	17:54:00PM
10th	06:32:00AM	17:30:00PM	12:01:00PM	10:58	05:10:00AM	05:39:00AM	05:39:00AM	06:07:00AM	06:07:00AM	06:32:00AM
10th	06:32:00AM	17:30:00PM	12:01:00PM	10:58	18:23:00PM	18:51:00PM	17:55:00PM	18:23:00PM	17:30:00PM	17:55:00PM
11th	06:31:00AM	17:31:00PM	12:01:00PM	10:59	05:10:00AM	05:38:00AM	05:38:00AM	06:06:00AM	06:06:00AM	06:31:00AM
11th	06:31:00AM	17:31:00PM	12:01:00PM	10:59	18:24:00PM	18:52:00PM	17:55:00PM	18:24:00PM	17:31:00PM	17:55:00PM
12th	06:30:00AM	17:31:00PM	12:01:00PM	11:01	05:09:00AM	05:37:00AM	05:37:00AM	06:06:00AM	06:06:00AM	06:30:00AM
12th	06:30:00AM	17:31:00PM	12:01:00PM	11:01	18:24:00PM	18:53:00PM	17:56:00PM	18:24:00PM	17:31:00PM	17:56:00PM
13th	06:29:00AM	17:32:00PM	12:01:00PM	11:03	05:08:00AM	05:36:00AM	05:36:00AM	06:05:00AM	06:05:00AM	06:29:00AM
13th	06:29:00AM	17:32:00PM	12:01:00PM	11:03	18:25:00PM	18:54:00PM	17:57:00PM	18:25:00PM	17:32:00PM	17:57:00PM

Yesterday Moon Position

Next Seven Day Moon Calendar

February 2026	Rise	Set	Rise	Meridian Passing	illumination
Date	Rise	Set	Rise	Meridian Passing	illumination
7	-	09:37:00AM	23:23:00PM	04:04:00AM	69.9%
8	-	10:07:00AM	never rise	04:48:00AM	60.4%
9	00:20:00AM	10:41:00AM	-	05:34:00AM	50.6%
10	01:19:00AM	11:20:00AM	-	06:21:00AM	41%
11	02:16:00AM	12:05:00PM	-	07:13:00AM	31.6%
12	03:11:00AM	12:56:00PM	-	08:05:00AM	22.8%
13	04:01:00AM	13:52:00PM	-	08:56:00AM	15%

Sun and Moon Yesterday in Red Level, Alabama, United States Sunrise, sunset, moonrise, moonset and weather forecast