Wowo Sunrise & Sunset Timetable

Mount Emei Golden Summit

China • Sichuan

One of the Four Sacred Buddhist Mountains of China. The Golden Summit offers breathtaking views of the sunrise and seas of clouds.

Coordinates 29.5256°N, 103.3368°E
Elevation 3079m
Timezone Asia/Shanghai (China Standard Time, UTC +08:00)
Today 2026-06-07
Sunrise 06:06 63° (ENE)
Sunset 20:04 297° (WNW)
Civil Dawn 05:39
Civil Dusk 20:31
Day Length 13h 58m
Solar Altitude at Noon 83.2°
Tomorrow 2026-06-08
Sunrise 06:06 63° (ENE)
Sunset 20:05 297° (WNW)
Civil Dawn 05:39
Civil Dusk 20:32
Day Length 13h 59m
Solar Altitude at Noon 83.3°

Sun Path Today

06:06 20:04 --:-- --:--

AI Quick Answer

  • What time is sunrise in Mount Emei Golden Summit today? Sunrise is at 06:06 (Dawn starts at 05:39).
  • What time is sunset in Mount Emei Golden Summit today? Sunset is at 20:04.
  • What time is sunrise in Mount Emei Golden Summit tomorrow? Tomorrow's sunrise is at 06:06.
⛰️

Mount Emei Golden Summit sits at an elevation of 3079m. Our astronomical model corrects for horizon depression, shifting sunrise approx. 15 minutes earlier than sea level.

Pro Tips:

Plan to arrive at least 30 minutes before sunrise to capture the magnificent "blue hour" twilight. Pair this schedule with our cloud cover widget on the right. Clear skies (<30% cloud) are perfect, while partial clouds (30%-70%) are ideal for colorful glow.

Monthly Timetables

January Timetable February Timetable March Timetable April Timetable May Timetable June Timetable July Timetable August Timetable September Timetable October Timetable November Timetable December Timetable
January Timetable February Timetable March Timetable April Timetable May Timetable June Timetable July Timetable August Timetable September Timetable October Timetable November Timetable December Timetable

Cloud Cover Forecast

Loading weather forecast...

Cloud cover < 30% is ideal for sunrise and sunset photography.

Frequently Asked Questions

How does elevation affect sunrise and sunset?

For every 1,000 meters of elevation increase, the actual sunrise occurs about 4 to 5 minutes earlier, and sunset is delayed by 4 to 5 minutes due to horizon depression. Our site includes altitude corrections.

Which season is best for viewing sunrise?

Autumn and winter usually offer lower humidity and higher visibility, making dramatic sunrises more likely. Pair with our cloud cover forecast for the best experience.

Which timezone are the sun times and trajectory calculated in?

All sunrise, sunset, and solar trajectory times are calculated and displayed in the spot's local timezone (including automatic adjustments for Daylight Saving Time). The real-time position of the sun/moon on the trajectory is also based on the current local time at the attraction's location.

How does the cloud cover forecast help in sunrise and sunset photography?

Low cloud cover (<30%) means clear skies and direct sunlight. Moderate cloud cover (30%-70%) is ideal for catching golden hours and colorful dramatic clouds. High cloud cover (>80%) indicates overcast skies, which usually block the sunrise/sunset view.

What do Civil Dawn and Civil Dusk mean?

Civil Dawn is when the sun's center is 6 degrees below the horizon in the morning. It marks the start of the "blue hour" when there is enough light to distinguish objects. Civil Dusk is the same angle in the evening when natural light fully fades.

What is solar azimuth and how do I use it with a compass?

Azimuth is the direction measured clockwise from true north (North is 0°, East is 90°). By finding the sunrise azimuth angle on your compass, you can project exactly where the sun will rise relative to the local landscape.

Are the times automatically adjusted for Daylight Saving Time (DST)?

Yes. The system automatically reads the standard IANA timezone database for each spot and adjusts calculations according to whether DST is active on the selected date, showing the actual local clock time.

Why do different tools calculate slightly different sunrise and sunset times?

Slight differences of 1-3 minutes are caused by: 1) variations in the astronomical refraction models; 2) precision of the GPS coordinates; 3) elevation. Many tools ignore elevation, while our system calculates altitude corrections for mountain attractions.