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February 6, 2027 — Annular Solar Eclipse — Viedma, Rio Negro, Argentina

Feb 6, 2027 at 12:13 pm
Max View in Viedma, Rio Negro
Global Event: Annular Solar Eclipse
Local Type: Annular Solar Eclipse in Viedma, Rio Negro
Begins: Sat, Feb 6, 2027 at 10:34 am
Maximum: Sat, Feb 6, 2027 at 12:13 pm 0.950 Magnitude
Ends: Sat, Feb 6, 2027 at 1:55 pm
Duration: 3 hours, 20 minutes
Annularity: 7 minutes, 10 seconds

All times shown on this page are local time.

Location

February 6, 2027 — Annular Solar Eclipse — Viedma

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The animation shows what the eclipse approximately looks like in Viedma. Stages and times of the eclipse are outlined below. All times are local time (ART) for Viedma. This calculation uses a Delta T value of 69.7 seconds.

PhaseTimeEventDirectionAltitude

Partial eclipse begins

The moment the edge of the Moon touches the edge of the Sun is called first contact.

Totality begins

The moment the edge of the Moon covers all of the Sun is called second contact.

Maximum eclipse

The deepest point of the eclipse, with the Sun at its most hidden.

Totality ends

The moment the edge of the Moon exposes the Sun is called third contact.

Partial eclipse ends

The edge of the Moon leaves the edge of the Sun.

Dark shadow on horizon

The Moon’s umbral shadow may become visible as it approaches from the west.

Corona appears

The corona—the outer part of the Sun’s atmosphere—starts to become visible.

Dark shadow sweeps in

The Moon’s umbral shadow arrives from the west and envelops the surroundings.

Diamond ring

The corona forms a ring around the dark Moon, while the Sun dazzles like a jewel.

Baily’s beads

Just before totality, beads of sunlight stream through valleys along the edge of the Moon.

Baily’s beads

Just before annularity, beads of sunlight stream through valleys along the edge of the Moon.

Annularity begins

The moment the Sun forms a ring around the Moon is called second contact.

Ring of fire

The Sun shines as a dazzling annulus (a ring shape) around the Moon.

Chromosphere

The chromosphere—a thin, red layer of the Sun’s atmosphere—is briefly visible.

Prominences

Reddish, tounge-like prominences may poke out from the Sun during totality.

Corona

During totality, the ghostly corona shines as brightly as a Full Moon.

Chromosphere

Just before the end of totality, the chromosphere briefly reappears.

Annularity ends

The moment the Sun’s ring around the Moon is broken is called third contact.

Baily's beads

A new set of Baily’s beads appears, signalling the end of annularity.

Baily’s beads

A new set of Baily’s beads appears, signalling the end of totality.

Diamond ring

Baily’s beads come together to form another dazzling jewel of sunlight.

Dark shadow sweeps out

The Moon’s umbral shadow departs toward the east.

Corona fades

The ring of the corona around the Moon disappears from view.

Dark shadow on horizon

The Moon’s umbral shadow may be visible in the distance as it retreats to the east.

Maximum eclipse

The deepest point of the eclipse, with the Sun at its most hidden.

Maximum eclipse

The deepest point of the eclipse, with the Sun at its most hidden.

Partial eclipse begins

The moment the edge of the Moon touches the edge of the Sun is called first contact.

Partial eclipse begins

The moment the edge of the Moon touches the edge of the Sun is called first contact.

Partial eclipse ends

The moment the edge of the Moon leaves the edge of the Sun is called fourth contact.

Partial eclipse ends

The moment the edge of the Moon leaves the edge of the Sun is called fourth contact.

Sunrise

The sun is rising.

Sunrise

The sun is rising.

Sunrise

The sun is rising.

Sunset

The sun is setting.

Sunset

The sun is setting.

Sunset

The sun is setting.

Temperature changes

As the Moon covers the Sun, the amount of solar energy decreases.

Temperature changes

As the Moon covers the Sun, the amount of solar energy decreases.

Temperature changes

As the Moon covers the Sun, the amount of solar energy decreases.

Sharp & blurry shadows

Shadow edges that are aligned with the Sun’s narrowing crescent become sharper.

Sharp & blurry shadows

Shadow edges that are aligned with the Sun’s narrowing crescent become sharper.

Sharp & blurry shadows

Shadow edges that are aligned with the Sun’s narrowing crescent become sharper.

Brightness of sky

As the eclipse progresses, the sky starts to become noticeably darker.

Brightness of sky

As the eclipse progresses, the sky starts to become noticeably darker.

Brightness of sky

As the eclipse progresses, the sky starts to become noticeably darker.

Temperature, humidity & wind

Conditions continue to change as the amount of solar energy decreases.

Temperature, humidity & wind

Conditions continue to change as the amount of solar energy decreases.

Temperature, humidity & wind

Conditions continue to change as the amount of solar energy decreases.

Light levels & colors

Surroundings start to darken, while colors start to turn grayish.

Light levels & colors

Surroundings start to darken, while colors start to turn grayish.

Light levels & colors

Surroundings start to darken, while colors start to turn grayish.

Reaction of nature

The behavior of animals and plants starts to be affected by falling levels of light.

Reaction of nature

The behavior of animals and plants starts to be affected by falling levels of light.

Reaction of nature

The behavior of animals and plants starts to be affected by falling levels of light.

Shadow bands

Faint waves of light may be seen moving across the ground and walls.

Nature returns to normal

Animals and plants are going back to their usual behavior.

Nature returns to normal

Animals and plants are going back to their usual behavior.

Nature returns to normal

Animals and plants are going back to their usual behavior.

Light levels & temperature

The conditions of the sky and surroundings are returning to normal.

Light levels & temperature

The conditions of the sky and surroundings are returning to normal.

Light levels & temperature

The conditions of the sky and surroundings are returning to normal.

Shadow bands

Faint waves of light may reappear along the ground and walls.

Moon bites Sun

Using eclipse glasses, the eclipse starts to become visible to the eye.

Moon bites Sun

Using eclipse glasses, the eclipse starts to become visible to the eye.

Moon bites Sun

Using eclipse glasses, the eclipse starts to become visible to the eye.

Obscuration around 20%

One-fifth of the area of the Sun’s disk is covered by the Moon.

Obscuration around 20%

One-fifth of the area of the Sun’s disk is covered by the Moon.

Obscuration around 20%

One-fifth of the area of the Sun’s disk is covered by the Moon.

Obscuration around 20%

One-fifth of the area of the Sun’s disk is covered by the Moon.

Obscuration around 20%

One-fifth of the area of the Sun’s disk is covered by the Moon.

Obscuration around 20%

One-fifth of the area of the Sun’s disk is covered by the Moon.

How to use altitude & direction to find in the sky

This annular solar eclipse is fully visible in Viedma. Observers there can experience the “ring of fire” that is characteristic for this kind of solar eclipse. This is a rare and spectacular event that can only be experienced along a relatively narrow strip on the Earth's surface. The eclipse is also visible in other areas, but the Moon does not move centrally in front of the Sun there and the “ring of fire” is not visible.

How accurate is the eclipse calculation

Where to See the Eclipse

Detailed eclipse path map
3D globe map

Try our new interactive eclipse maps. Zoom in and search for accurate eclipse times and visualizations for any location.

Cloud Coverage (Feb 6)

In the past, this day was cloudy 31% of the time (since 2000).

Solar Eclipses

  1. When Is the Next Solar Eclipse?
  2. Different Types of Eclipses
  3. What Are Solar Eclipses?
  4. How Often Do Solar Eclipses Occur?
  5. Total Solar Eclipses
  6. What Happens at a Total Solar Eclipse?
  7. Partial Solar Eclipses
  8. Annular Solar Eclipses
  9. What Happens at an Annular Eclipse?
  10. Hybrid Solar Eclipses
  11. Eclipse Seasons
  12. Solar Eclipses in History
  13. Solar Eclipse Myths
  14. Magnitude of Eclipses
  15. Accuracy of Our Eclipse Calculations

Eclipses

Protect Your Eyes

  1. Never Look Directly at the Sun
  2. How to Use Eclipse Glasses
  3. Simple Pinhole Projector
  4. Eclipse Projector in a Box
  5. Binoculars / Telescope Projector

Eclipses & Transits

Protect Your Eyes! Find out how to safely watch solar eclipses here

Never look directly at the Sun without proper eye protection. You can seriously hurt your eyes, and even go blind… read more

Eclipses and Transits Visible in Viedma

Eclipse Visibility From ViedmaVisibility Worldwide
Mar 25, 2024 Penumbral Lunar EclipsePenumbral Lunar Eclipse
Sep 17–18, 2024 Partial Lunar EclipsePartial Lunar Eclipse
Oct 2, 2024 Partial Solar EclipseAnnular Solar Eclipse
Mar 14, 2025 Total Lunar EclipseTotal Lunar Eclipse
Mar 3, 2026 Partial Lunar EclipseTotal Lunar Eclipse

Note: Click on the date link for details in Viedma, or the path map image for global details.

Other eclipses visible in Viedma

Other eclipses worldwide

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