Skip to Content

MELTING MOUNTAINS: A GLACIER IN RETREAT

View the online story and print replica, published as the A1 centerpiece on Sunday, Aug. 17, 2025, in The Seattle Times.

In the summer of 2025, I worked with Seattle Times’ Climate Lab reporters to illustrate a glacier and five alpine species in a special story about Washington’s melting mountains. Scientists recognize that snowpack is declining, replaced by rain and delayed by dry, hot summers. As snowpack disappears, glaciers are retreating and tree lines are advancing upward.

I wanted to show the anatomy of a glacier, with a couple twists. The focus needed to be what causes and accelerates ice melting. And, unlike other glacier diagrams, I thought it was important to represent a real glacier as much as possible. The diagram below is based on Mt. Rainier’s Emmon’s Glacier, the largest in the contiguous U.S.

Diagram of montane zones of life, from forest to subalpine to alpine. (Fiona Martin / The Seattle Times)

Process

Here’s some of my preliminary sketches. I used a dry brush to get a sense of the shading in the glacier sketch.

To construct the glacier cutaway, I referred to Google Earth, topographical maps, and YouTube videos by Dr. Claire Todd of CSUSB Geological Sciences. Satellite views of glaciers are inordinately detailed—and I needed to simplify to show the most important elements. The subterranean portions of the cutaway are based on features commonly found in other glaciers.

The draft sketches were reviewed by Dr. Todd, who provided expert insight and helped fine-tune the definitions.

The “montane zones of life” illustration is drawn from my previous experience sketching red cedar and Douglas firs, and personal experience visiting Rainier’s popular Paradise Valley, a prime example of subalpine habitat.

See close-ups of the alpine species illustrations here.

I rendered the final art in Procreate on the iPad, which allowed me to make changes on layers as needed. The traditional ink linework—incorporating varied line weights—tends to reproduce well in print and online, and complements the classic feel of newspaper design.

A1 print layout
A8-A9 print layout

Latest

HOW FORESTS STORE CARBON
Illustration: Trees absorb carbon dioxide from the air and turn it into sugars, using the food to grow. This process, called photosynthesis, allows plants to make their own food, storing the carbon in their tissues as they grow roots, branches and leaves. In this way, forests help fight climate change by absorbing and storing carbon pollution that is heating the planet. Big trees store the most carbon because of their mass, and long-lived species such as Douglas fir and red cedar can lock carbon away for centuries. Trees absorb carbon dioxide gas through openings in leaves or needles called stomata. Chloroplasts within leaves and needles use the energy of the sun to split water molecules drawn up through tree roots into hydrogen and oxygen, released through their stomata. Trees and other green plants create the air we breathe, and shelter and nourish life as we know it.
HOW FORESTS STORE CARBON
HUMPBACK WHALES REBOUND
HUMPBACK WHALES REBOUND
CORAL REEFS
Illustration of lion fish
CORAL REEFS
GREEN GOLD
GREEN GOLD