The Science of Sustainability

Outdoor Labs: The UC Natural Reserve System

  • share this article
  • Facebook
  • Email

A young buck, unafraid of visitors, munches under old apple trees at the Angelo Reserve. Photos by Andrew Alden

When I pulled in at the Angelo Coast Range Reserve nearly five hours' drive to Mendocino County, I knew I was deep in the woods, but what I saw there told me something more about the place—the outside world is really shut out. A family of deer was feasting from old apple trees as two visiting children and their camera-wielding parents looked on at close range.

The hills and woods and meadows and streams of Angelo aren't quite like your average piece of back country: the Coast Range hills are drilled with wells and probes, the Douglas-fir and oak-madrone woods are wirelessly networked, the river-terrace meadows are dotted with flags and sensors, and the South Fork Eel River holds experimental nets and cages as well as aquatic life. The Angelo Reserve is a stage for 21st-century research that turns the very outdoors into a scientific laboratory. And it's just one of 38 such stages in the UC Natural Reserve System that sample nearly all of California's biomes.

I was at Angelo with a group of science writers to hear about some of the research projects going on. While the University of California runs it, the Reserve System serves many institutions. At Angelo, for instance, the U.S. Geological Survey has a stream-gauge station on Elder Creek, a National Natural Landmark.

The heart of the reserve is the South Fork Eel River, part of the large Eel River watershed. The river not only provides salmon habitat, but also is California's largest sediment provider to the Pacific after the Bay Area. Biologists can tinker with all the ecological variables they can handle, from the members of the food web to the nutrients in the water. They can erect shades to restrict sunlight or screens to keep out predators, and they can add and subtract sediments from the streambed. And the untouched riverbanks minimize pollution and other distortions from human activities. UC Berkeley professor Mary Power described some of the intricate trials her group has been carrying out in the Eel River.

I found it charming in a nerdy way to see the river populated with dozens of little experiments as I hiked along the streambed. Of course, I was mostly noticing the rocks. There's underground research at Angelo, too, like the wirelessly networked watershed my group saw during our visit. The power comes from solar panels in the treetops, and the data is beamed live to Berkeley. UC Berkeley professor Bill Dietrich showed us around the installation.

The intensive focus on this little watershed promises to pay off on the scale of whole rivers. What intrigued me is that it's shedding light on the zone of undisturbed but decayed rock—saprolite—between sound bedrock and the soil.

This zone is turning out to be important in ways that the trees have always known about, but not us. Some trees seem to rely on the saprolite while others, even in the same biome, ignore it. Saprolite is a new variable that belongs in global climate models, and the data from Angelo is giving us the first outlines of its meaning.

The other 37 sites in the UC Natural Reserve System have their own stories, and having now seen two of them (the other is the White Mountain Research Center, where I tested drugs for science) my appetite is roused to learn more.

Related

Explore: , , , , , , , ,

Category: Biology, Blog, Geology, Water

  • share this article
  • Facebook
  • Email
Andrew Alden

About the Author ()

Andrew Alden earned his geology degree at the University of New Hampshire and moved back to the Bay Area to work at the U.S. Geological Survey for six years. He has written on geology for About.com since its founding in 1997. In 2007, he started the Oakland Geology blog, which won recognition as "Best of the East Bay" from the East Bay Express in 2010. In writing about geology in the Bay Area and surroundings, he hopes to share some of the useful and pleasurable insights that geologists give us—not just facts about the deep past, but an attitude that might be called the deep present. Read his previous contributions to QUEST, a project dedicated to exploring the Science of Sustainability.