Saginaw, Minnesota, USA
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Astronomy Information

 Star Chart

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  Earth'Sky Meteor
  Tonight Tonight's
  Star Chart
Sky Map
Click here for icon meanings
Star Chart Courtesy of: Fourmilab





Is Sun Up?:

Sunlit Earth

13.2% Illuminated
Moon Age: 3 days

Dawn: 6:23am
Sunrise: 6:53am
Sunset: 5:52pm
Dusk: 6:22pm
Length of Day: 10:58 hrs

It is Currently:

Moonrise: 8:53am
Moonset: 9:58pm

Solar Cycle for

Vernal Equinox
Start of Spring
Summer Solstice
Start of Summer
Autumn Equinox
Start of Fall
Winter Solstice
Start of Winter
Start of Spring First day of Summer First day of Fall First day of Winter
March 19, 2020 10:50 pm CDT
Easter: April 12, 2020
June 20, 2020 4:44 pm CDT Sept. 22, 2020 8:31 am CDT Dec. 21, 2020 4:02 am CST

Current Solar System View and Solar Activity

New Moon
New Moon
Waxing Crescent
Waxing Crescent
First Quarter
First Quarter
Waxing Gibbous
Waxing Gibbous
Full Moon
Full Moon
Waning Gibbous
Waning Gibbous
Last Quarter
Last Quarter
Waning Crescent
Waning Crescent

Sky Viewing Forecast For Stargazing

Stargazing ForecastChart

Color Key

Worse                          Better                          Best Sky (including Wind)
Worse                          Best                          Worse Ground

Chart Courtesy of: Clear Dark Sky

Phenomenal FREE Planetarium software with Satellite Tracking Stellarium

Astronomy Fact
A new star is born in our galaxy every 18 days.

Stellar Neighbors

Click on any star for more details.

Stellar Map Courtesy of: Hyperphysics

Space Track-Satellite Passes

International Space Station View Look Angles ESV Ground Trace

Notes about viewing ESVs:
When using lookangles, choose passes with high magnitudes; less than 6.0. ("Looks" are local time.)
Best viewing is when ESV is in Earth's penumbra; on the map, it's the solid line during night.
Dotted line on map denotes ESV is dark, in Earth's umbra (shadow).
Objects in orbit have to maintain a speed of at least 17,500mph, therefore ESVs traverse the sky noticeably different than aircraft.
ESVs appearing to blink are either tumbling rocket bodies, or spinning payloads with deployed solar arrays.
High-Eccentricity objects have a more ellongated orbit. Ground trace looks like a backwards C.
Regression-Ground traces will move West with each orbit due to Earth's rotation.