Seasonal figures below use a 2025 reference year. Choose a date in the planner above for that day’s times, golden hour, twilight, and daylight milestones.
Sunrise & Sunset in Graham Today
The live calculator above computes sunrise, sunset, solar noon, day length, golden hour, and each twilight boundary for the current calendar date in Graham, Washington. It runs in your browser from the city-center coordinates and the America/Los_Angeles timezone, so the answer stays current even though this page is a permanent static file.
Times are rounded to the nearest minute. They model a standard, unobstructed horizon; mountains, buildings, elevation, weather, and unusual atmospheric refraction can move the sunrise or sunset you actually observe by a few minutes.
Daylight Through the Year in Graham
Graham lies at 47.03°N, high enough in latitude that residents feel the seasons clearly in the length of the day. Between the summer and winter solstice, daylight in Graham changes by 7h 24m.
On the summer solstice around June 21, Graham receives 15h 54m of daylight — the longest day of the year. By the winter solstice around December 21, that shrinks to 8h 30m, the shortest day. At the spring and autumn equinoxes, day and night are nearly equal at about 12h 11m, as they are everywhere on Earth.
The reason is the Earth's axial tilt of roughly 23.44 degrees. In summer the Northern Hemisphere leans toward the Sun, so Graham sees the Sun climb high and trace a long arc across the sky. In winter the hemisphere leans away, the Sun stays low, and the days are short. The change is fastest near the equinoxes — in Graham the sunset can shift by two to three minutes per day in March and September — and slowest near the solstices, when it barely moves for weeks.
The Sun's Path Over Graham
Where the Sun sits in the sky over Graham depends on the season, and the contrast between summer and winter is set by the city's latitude of 47.03°N. On the summer solstice the midday Sun reaches 66.4° above the horizon in Graham, its highest point of the year. On the winter solstice the midday Sun only reaches 19.6°, sitting much lower in the southern sky and casting long shadows even at noon.
Those roughly 47 degrees separating the summer and winter midday Sun are exactly what give Graham its seasons. A high summer Sun delivers its energy almost straight down, warming the ground efficiently and producing intense midday light. A low winter Sun spreads the same energy across a wider area and filters it through more atmosphere, which is why winters are cooler and the light feels softer and warmer in tone.
Through the day the Sun rises in the east, swings through the southern sky, and sets in the west. Around the summer solstice it rises and sets well to the north of due east and west; around the winter solstice it rises and sets to the south. The exact bearing for any moment — along with the Sun's current altitude and ESE-to-WSW arc — is shown live in the tracker at the top of this page.
Earliest and Latest Sunrises and Sunsets in Graham
It is natural to assume Graham sees its latest sunset on the longest day of the year, but it does not. The latest sunset actually falls around June 25 at about 9:09 PM, while the earliest sunset comes around December 10 at roughly 4:20 PM — noticeably before the December solstice.
On the morning side, the earliest sunrise in Graham is around June 15 at 5:13 AM, and the latest sunrise around January 1 at 7:55 AM. These dates drift away from the solstices because of two effects working together: the equation of time, which comes from the Earth's tilt and its slightly elliptical orbit, and the clock shift of daylight saving time. The result is that solar noon itself wanders earlier and later by up to about 16 minutes over the year, pulling the sunrise and sunset extremes onto dates that surprise most people.
Below the Sun's path, twilight extends the usable light at each end of the day. Civil twilight (Sun 0–6° below the horizon) keeps Graham bright enough for most outdoor activity; nautical twilight (6–12°) is when the brighter stars and the sea horizon are both visible; and astronomical twilight (12–18°) is the final fade to true darkness. The live calculator above lists today's calculated boundaries for all three.
How Daylight Saving Time Moves Sunrise and Sunset in Graham
Graham, Washington changes its clocks twice a year, and both changes are visible in this page's numbers. On the second Sunday in March, Graham springs forward and the evening changes overnight: sunset jumps from about 6:05 PM on Saturday to about 7:07 PM on Sunday. The price is paid at dawn — sunrise slips from around 6:35 AM back to 7:33 AM, so mornings turn dark again just as they were brightening.
The reverse comes on the first Sunday in November, when clocks fall back: sunset drops from about 5:52 PM to 4:51 PM in a single day — the abrupt start of the early-dusk season — while sunrise brightens from around 7:53 AM to 6:54 AM.
Nothing astronomical happens on either date — the Sun keeps its slow seasonal drift, and only the clock label shifts. But because the change lands all at once instead of a minute or two a day, these two Sundays produce the most noticeable "sunset whiplash" of the year in Graham. (Times shown are for a typical year; the exact clock times vary by a few minutes depending on where the statutory Sunday falls.)
Golden Hour & Blue Hour Photography in Graham
For photographers in Graham, Washington, the planner shows your selected date's morning and evening golden-hour and blue-hour windows. Choose Today, Tomorrow, or a date in the calendar; all clock times are calculated in Graham's local timezone.
Golden "hour" is a misnomer — its length in Graham depends on the season, because it lasts as long as the Sun takes to climb from the horizon to 6° (or descend back). Around the equinoxes it runs about 40 minutes; near the June solstice, when the Sun rises and sets at a shallower angle, it stretches to roughly 48 minutes, and near the December solstice it lasts about 52 minutes.
Golden hour gives warm tones, long soft shadows, and directional light that flatters landscapes and portraits alike. Blue hour — when the Sun sits 4–6° below the horizon — delivers an even, cool-toned sky that balances beautifully against artificial lights, which is why it's the classic window for cityscape and architecture shots. Sunrise sessions have a practical edge in Graham: the air is usually calmer and clearer than at sunset, and locations are emptier.
Solar Energy Potential in Graham
Under clear skies, Graham, Washington receives about 4.5 peak sun hours per day averaged across the year — from roughly 1.1 in December up to 8.1 in June. One peak sun hour equals one hour of sunlight at full intensity (1 kW/m²), the standard unit for estimating solar panel output.
Because Graham sits at 47.0°N, a fixed, south-facing panel captures the most energy over the year when tilted at roughly 47° from horizontal — about equal to the latitude. If you adjust the tilt seasonally, flatten to about 32° in summer, when the Sun rides high, and steepen to about 62° in winter, when it stays low.
These are theoretical clear-sky values computed from Graham's solar geometry — they show the shape of the year and the ceiling on production, not a forecast. Actual output depends on local cloud cover, temperature, shading, and equipment, so treat the figures as an upper bound and the month-to-month pattern as the reliable part. The seasonal swing is real and unavoidable: in December the Sun is above the horizon for fewer hours and sits lower in the sky, spreading its energy across more atmosphere and more ground.
How Graham Compares
Daylight in Graham swings 7h 24m between the June and December solstices. The median across the 1,847 cities on this site is 5h 16m, so the seasons move the clock 2h 8m further in Graham than in a typical American city. By that measure Graham ranks 51st of 1,847 nationally, and 41st of the 52 Washington cities listed here — counting from the largest swing down.
Graham sits about 2.3° west of 120°W — the meridian Pacific Time is built around. Longitude alone therefore puts mean solar noon roughly 9 minutes after clock noon in standard time, so the Sun runs behind the clock here, which is why evenings hold light later than the time zone would suggest. This offset is fixed by geography, but it is not the whole story: the equation of time moves true solar noon up to about 16 minutes either side of the mean across the year, which is why the solar-noon figure at the top of this page drifts from month to month.
About Sun Times in Graham
Graham, Washington, has an estimated urban-area population of 35,079. Its primary county or equivalent is Pierce; its center is at 47.03°N, 122.28°W. Clocks here follow Pacific Time, which is the timezone all sunrise, sunset, golden-hour and twilight times on this page are shown in.
Because these times are computed from Graham's city-center coordinates rather than a regional average, they can differ by a few minutes from a neighboring town to the east or west — the Sun reaches places farther east first. For planning away from the city center, compare the nearby-city pages and allow for the local terrain and horizon in the Pierce area.