Sounds good. He walks one direction. I walk the other. A low fog obfuscates the shoreline. Adam disappears, leaving only me and the sea. There's something patently unwelcoming about Cape Perpetua that goes beyond the dangers of craggy chasms and basalt flows. The fissures of volcanic rock make the waves frothy and violent, crashing the tides against the shore in a chaotic churn. On a cloudy day, the ocean is gray enough to vanish into the horizon, making the interjection of black rock and restless waters seem lonely and isolated. Cold, even at the height of summer. My research station is tucked into a cave. It looks like a simple outcropping to the naked eye, allowing me to conduct my research without the curious snooping or clomping feet of tourists. From my rudimentary assessment, my cave seems to lead to a robust system of tunnels that thread beneath the surrounding coastline. However, I haven't explored it. I'm a marine biologist, not a cave diver nor spelunker, and I feel that me squeezing my ass through a crack in the wall would do nothing to further the understanding of cave ecosystems. Additionally, the thought makes me queasy. A partial collapse of the cave's ceiling allows a steady stream of light to illuminate my tide pool. It's deep, directly in the center of it. A dark pit of water. It appears to be a sinkhole of some kind. My steps are careful atop the thick blanket of mussels and snails, and I sigh in relief when I see my makeshift desk of driftwood and rocks intact. The basin of water is populated with common intertidal life. Barnacles, sea lettuce, green-tipped anemones, loose strands of kelp. There are a few urchin corpses lying around, a hearty meal for some variety of marine creature, and I almost take a picture to show Adam the carnage. I don't, though. At the end of the day, I'm not here for him. I'm here for my starfish. Clusters of sea stars dot the tide pool. They're a kaleidoscope of purple and orange layered atop each other in heaps of limbs. I watch them carefully in order to observe signs of sea star wasting disease. Once infected, sea stars suffer from abnormally twisted arms, deflation of limbs, white lesions, arm loss, and body disintegration. They die over the course of days, most commonly a week. While the search for a cause and a cure remains ongoing, there's evidence that suggests the wasting disease is an infection that leads to an inability to absorb adequate oxygen, leading ultimately to suffocation. While sea stars cannot infect each other, the bacteria can contaminate clusters quickly. and as infected stars decay, the corpses exacerbate the rot