Shooting the Milky Way Over the Hudson Valley

There's a particular kind of silence that settles over the Catskills after midnight. The last hikers have long since retreated to their tents, the wind drops to almost nothing, and the only sound is the occasional rustle of something small moving through the underbrush at the edge of the clearing.

I'd driven up from Brooklyn that afternoon — four hours with gear stacked across the back seat — chasing a forecast window that promised sub-Bortle-4 skies and less than 20% humidity. These windows are rare in the Hudson Valley, where summer haze and light pollution from the metro area conspire against you most nights.

The Setup

I was shooting with a Sony A7IV and a Sigma 14mm f/1.8 Art — a lens that has become almost essential for this kind of work. Wide enough to pull in a meaningful swath of sky, fast enough to keep exposures short and stars sharp. I brought a sturdy Gitzo tripod and an L-bracket that let me rotate between landscape and portrait without disturbing the head position.

The key insight I've come to after years of chasing dark skies: the foreground matters as much as the sky itself. A compelling Milky Way photograph is never just about the stars. It's about the relationship between the light above and the earth below.

Patience as Technique

I arrived at the clearing at 9pm — two hours before the galactic core would clear the eastern ridge. That time isn't wasted. It's essential. I walked the clearing, tested compositions in the dying blue hour light, noted where the tree line would frame the core, experimented with a small campfire as a foreground light source.

By 11:30pm, the core was rising and I was ready. I shot 200 frames over the next three hours, adjusting exposure slightly as the core climbed higher and atmospheric distortion decreased. The final image was a blend of three frames: one for the sky, one for the foreground with a longer exposure, one for the transition zone between the two.

The grain in the final image is intentional. I find that the noise patterns from high-ISO film photography and high-ISO digital share something honest — a record of the camera straining to see what the eye cannot.

Next up: a deep dive into blending techniques for astrophotography composites.