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January 31, 2018 — Total Lunar Eclipse — ±Ê鳦²õ, Hungary

Jan 31, 2018 at 4:58 pm
Near max in ±Ê鳦²õ
Global Event: Total Lunar Eclipse
Local Type: Penumbral Lunar Eclipse, in ±Ê鳦²õ
Began: Wed, Jan 31, 2018 at 4:54 pm
Maximum: Wed, Jan 31, 2018 at 4:57 pm -0.793 Magnitude
Ended: Wed, Jan 31, 2018 at 5:08 pm
Duration: 14 minutes

All Âé¶¹Ó³»­ shown on this page are local time.

Location

January 31, 2018 — Total Lunar Eclipse — ±Ê鳦²õ

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The animation shows what the eclipse approximately looked like in ±Ê鳦²õ. Stages and Âé¶¹Ó³»­ of the eclipse are outlined below. All Âé¶¹Ó³»­ were local time (CET) for ±Ê鳦²õ.

TimePhaseEventDirectionAltitude
11:51 am Wed, Jan 31Not directly visiblePenumbral Eclipse begins Below horizonMap direction North 359°
-27.5°
12:48 pm Wed, Jan 31Not directly visiblePartial Eclipse begins Below horizonMap direction North-northeast 13°
-26.5°
1:51 pm Wed, Jan 31Not directly visibleTotal Eclipse begins Below horizonMap direction North-northeast 29°
-22.8°
2:29 pm Wed, Jan 31Not directly visibleMaximum Eclipse Below horizonMap direction Northeast 37°
-19.4°
3:07 pm Wed, Jan 31Not directly visibleTotal Eclipse ends Below horizonMap direction Northeast 45°
-15.3°
4:11 pm Wed, Jan 31Not directly visiblePartial Eclipse ends Below horizonMap direction East-northeast 57°
-7.1°
4:54 pm Wed, Jan 31RisingMoonrise RisingMap direction East-northeast 65°
-0.2°
4:57 pm Wed, Jan 31
Maximum in ±Ê鳦²õ This is the moment when the eclipse reaches its greatest magnitude while the entire Moon is above the horizon in ±Ê鳦²õ. The true maximum point of this eclipse cannot be seen in ±Ê鳦²õ because the Moon is below the horizon at that time.
Since the Moon is near the horizon at this time, we recommend going to a high point or finding an unobstructed area with free sight to East-northeast for the best view of the eclipse.
Map direction East-northeast 66°
0.2°
5:08 pm Wed, Jan 31
Penumbral Eclipse ends The Earth's penumbra ends.
Moon close to horizon, so make sure you have free sight to East-northeast.
Map direction East-northeast 68°
1.6°

The curvature of the shadow's path and the apparent rotation of the Moon's disk is due to the Earth's rotation.

The total phase of this lunar eclipse was not visible in ±Ê鳦²õ, but it could be observed there as a penumbral lunar eclipse. A penumbral lunar eclipse can be a bit hard to see as the shadowed part is only a little bit fainter than the rest of the Moon.


Eclipses and Transits Visible in ±Ê鳦²õ

Eclipse Visibility From ±Ê鳦²õVisibility Worldwide
Jan 15, 2010 Partial Solar EclipseAnnular Solar Eclipse
Dec 21, 2010 Penumbral Lunar EclipseTotal Lunar Eclipse
Jan 4, 2011 Partial Solar EclipsePartial Solar Eclipse
Jun 15–16, 2011 Total Lunar EclipseTotal Lunar Eclipse
Dec 10, 2011 Partial Lunar EclipseTotal Lunar Eclipse
Jun 6, 2012 Venus TransitVenus Transit
Nov 28, 2012 Penumbral Lunar EclipsePenumbral Lunar Eclipse
Apr 25–26, 2013 Partial Lunar EclipsePartial Lunar Eclipse
Oct 18–19, 2013 Penumbral Lunar EclipsePenumbral Lunar Eclipse
Mar 20, 2015 Partial Solar EclipseTotal Solar Eclipse
Sep 28, 2015 Total Lunar EclipseTotal Lunar Eclipse
May 9, 2016 Mercury TransitMercury Transit
Sep 16, 2016 Penumbral Lunar EclipsePenumbral Lunar Eclipse
Feb 10–11, 2017 Penumbral Lunar EclipsePenumbral Lunar Eclipse
Aug 7, 2017 Partial Lunar EclipsePartial Lunar Eclipse
Jan 31, 2018 Penumbral Lunar EclipseTotal Lunar Eclipse
Jul 27–28, 2018 Total Lunar EclipseTotal Lunar Eclipse
Jan 21, 2019 Total Lunar EclipseTotal Lunar Eclipse
Jul 16–17, 2019 Partial Lunar EclipsePartial Lunar Eclipse
Nov 11, 2019 Mercury TransitMercury Transit

Note: Click on the date link for details in ±Ê鳦²õ, or the path map image for global details. Currently shown eclipse is highlighted.

Next total solar eclipse visible in ±Ê鳦²õ

Next annular eclipse visible in ±Ê鳦²õ

Other eclipses visible in ±Ê鳦²õ

Other eclipses worldwide