Eclipses visible in 35°22'22.6"N, 24°28'44.1"E

Mar 14, 2025 at 6:33 am

Max View in 35°22'22.6"N, 24°28'44.1"E

Global Event:	Total Lunar Eclipse
Local Type:	Penumbral Lunar Eclipse, in 35°22'22.6"N, 24°28'44.1"E
Begins:	Fri, Mar 14, 2025 at 5:57 am
Maximum:	Fri, Mar 14, 2025 at 6:33 am -0.539 Magnitude
Ends:	Fri, Mar 14, 2025 at 6:36 am
Duration:	39 minutes

March 14, 2025 — Total Lunar Eclipse — 35°22'22.6"N, 24°28'44.1"E

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The animation shows what the eclipse approximately looks like in 35°22'22.6"N, 24°28'44.1"E. Stages and times of the eclipse are outlined below. All times are local time (EET) for 35°22'22.6"N, 24°28'44.1"E.

Time	Phase	Event	Direction	Altitude
5:57 am Fri, Mar 14		Penumbral Eclipse begins The Earth's penumbra start touching the Moon's face. Moon close to horizon, so make sure you have free sight to West.	268°	7.2°
6:33 am Fri, Mar 14		Maximum in 35°22'22.6"N, 24°28'44.1"E This is the moment when the eclipse reaches its greatest magnitude while the entire Moon is above the horizon in 35°22'22.6"N, 24°28'44.1"E. The true maximum point of this eclipse cannot be seen in 35°22'22.6"N, 24°28'44.1"E 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 West for the best view of the eclipse.	273°	0.4°
6:36 am Fri, Mar 14	Setting	Moonset Setting	273°	-0.2°
7:09 am Fri, Mar 14	Not directly visible	Partial Eclipse begins Below horizon	278°	-7.4°
8:26 am Fri, Mar 14	Not directly visible	Total Eclipse begins Below horizon	289°	-22.2°
8:58 am Fri, Mar 14	Not directly visible	Maximum Eclipse Below horizon	295°	-28.2°
9:31 am Fri, Mar 14	Not directly visible	Total Eclipse ends Below horizon	301°	-33.9°
10:47 am Fri, Mar 14	Not directly visible	Partial Eclipse ends Below horizon	320°	-45.5°
12:00 noon Fri, Mar 14	Not directly visible	Penumbral Eclipse ends Below horizon	345°	-52.3°

How to use altitude & direction to find in the sky

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

Cloud Coverage (Mar 14)

In the past, this day was cloudy 47% of the time (since 2000).

Countdown until eclipse begins

720Days 20Hrs 46Mins 15Secs

35°22'22.6"N, 24°28'44.1"E Eclipse Countdown

Lunar Eclipses

Eclipses and Transits Visible in 35°22'22.6"N, 24°28'44.1"E

Eclipse Visibility From 35°22'22.6"N, 24°28'44.1"E		Visibility Worldwide
	May 5, 2023 Penumbral Lunar Eclipse	Penumbral Lunar Eclipse Europe, Asia, Australia, Africa, Pacific, Atlantic, Indian Ocean, Antarctica
	Oct 28–29, 2023 Partial Lunar Eclipse	Partial Lunar Eclipse Europe, Asia, Australia, Africa, North America, Much of South America, Pacific, Atlantic, Indian Ocean, Arctic, Antarctica
	Sep 18, 2024 Partial Lunar Eclipse	Partial Lunar Eclipse Europe, Much of Asia, Africa, North America, South America, Pacific, Atlantic, Indian Ocean, Arctic, Antarctica
	Mar 14, 2025 Penumbral Lunar Eclipse	Total Lunar Eclipse Europe, Much of Asia, Much of Australia, Much of Africa, North America, South America, Pacific, Atlantic, Arctic, Antarctica
	Sep 7, 2025 Total Lunar Eclipse	Total Lunar Eclipse Europe, Asia, Australia, Africa, West in North America, East in South America, Pacific, Atlantic, Indian Ocean, Arctic, Antarctica
Note: Click on the date link for details in 35°22'22.6"N, 24°28'44.1"E, or the path map image for global details. Currently shown eclipse is highlighted.

All eclipses 1900-2199

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