randy_byers: (2010-08-15)
Fanboy that I am, my latest obsession -- the Olympic peninsula -- has driven me to read books. First up was The Olympic Rain Forest: An Ecological Web by Ruth Kirk with Jerry Franklin (Seattle and London: University of Washington Press, 1992). This is a terrific large format book with many beautiful color photos and an extremely informative exploration of the rain forests on the peninsula, which as I've mentioned before are some of the rare remaining temperate rain forests on the planet. My two recent visits to the peninsula left me with proliferating questions about the forests, and this book answered a whole lot of them.

I think the last time I wrote on this topic, after my last visit, I was still grappling with how many rain forests there are out there. This book confirms that there are four main ones, each located in a river valley on the western slopes of the Olympic mountains. The four rivers are the Bogachiel, the Hoh, the Queets, and the Quinault. The geological description of the river valleys is fascinating, as well as the sense I got of how the rivers tie the forests to the ocean. Kirk writes about how these forests produce as much biomass as any tropical rain forest, and the sheer fecundity of these areas is awesome. How is it that I was blind to this nearby wonderland until now? There's a lot more mammalian wildlife out there than I imagined, from common Pacific Northwest animals like elk, deer, black bear, cougar, bobcat, otters, chipmunks, raccoons and such to relatively exotic species such as flying squirrels, martens (which can apparently travel miles through the canopy), water shrews and snow moles. Then there are the invertebrates, amphibians, fish, birds, insects, epiphytes, and fungus. The section on fungus alone was mind-blowing.

There's also a bit of human history, both of the Indian tribes who arrived on the peninsula about 12,000 years ago and of the white settlers who started really exploring the area in the 1880s. I'm curious to read more about this history as well, which I think I'll get in the book I just started, Olympic National Park: A Natural History by Tim McNulty (University of Washington Press, 2009). McNulty writes, for example, about the Seattle Press expedition of 1889, which was the most famous expedition into the heart of the Olympic mountains -- still, at that late date, terra incognita to settlers. McNulty's account of the geology of the mountains makes my brain hurt, although it's also full of fascinating details such as his description of how rivers shape the ocean floor:

As river deltas stacked higher and steeper, earthquakes regularly triggered massive collapses. Undersea landslides of sediment peeled off deltas and flowed out over the shelf onto deep ocean floors in dense riverine slurries called turbidity currents. These undersea rivers formed channels and fans across the deep ocean floor. Propelled by the density of sediment-heavy water, they flowed in some cases for hundreds of miles. The current Cascadia channel, fed by the Fraser, western Olympic and Columbia rivers, extends 1,300 miles across the Pacific Ocean basin.


"Dense riverine slurries called turbidity currents." Again, I'm getting a strong feel for how the immense downpour of rain in this area, particularly along the coast, shapes both the land and the ocean. Amazing stuff.

Meanwhile in today's Seattle Times there's an obituary that ties into all this: Carsten Lien had deep love for the Olympic Mountains. Amongst other things, Lien wrote another book that would probably be worth digging up, Olympic Battleground: The Power Politics of Timber Preservation, which the Times article describes as 'a landmark book on the forests of Olympic National Park and the fight to save them from logging.' Even more intriguing is this tidbit: 'When Mr. Lien wanted to learn how to use Microsoft Word, he taught it to himself by copying the Seattle Press edition recounting the 1889-90 Press Expedition, the first documented crossing of the Olympics, word for word. That book, "Exploring the Olympic Mountains," also brought together accounts of many other explorers' bushwhacking into the mountains he loved so well.'

Somehow I don't think my pile of books To Be Read is going to get any shorter.
randy_byers: (2009-05-10)


This is not the kind of book I typically read, but I read the first 60 pages of a copy that my brother got for Christmas and was hooked. I bought a used copy for myself. As the title indicates, this is a book about the author's hike through almost 1400 miles of wilderness areas in Oregon, starting on the southern Oregon coast and ending in Hell's Canyon on the Idaho border. Sullivan is an engaging writer, and the book is full of his observations on geology, geography, botany, zoology, ecology, history, and culture. He brings a sense of wonder to his writing that's very fetching.

If there's a weakness, it may be that his attempts to wrestle with the meaning of wilderness are at times a bit forced, but the central metaphor -- also signaled in the title -- of the wilderness as a kind of trickster, like Coyote, is pretty powerful. For Sullivan the wilderness is that which we don't control, and he finds a compelling mystery in this -- a sense that the world is greater than humanity and is full of beautiful and fearful surprises. The one point where I actively disagreed with his perspective was at the very conclusion, where he seems to argue that individual acts of mindfulness such as dedication to recycling and to using cars as little as possible are the best we can do to preserve the environment. To my mind the environment is an issue that can only be addressed by the community, by institutions, by industry. It is a political problem -- a problem for the polis -- and thus it's appropriate that the book ends with the author on a bus pulling into Portland, the biggest metropolis in the state.

Meanwhile, I was utterly enthralled by the travelogue. I love the different landscapes of Oregon, and Sullivan's travels (ho ho) cover a wide variety of them. If you are interested in Oregon, I highly recommend this intimate portrait. Along with all the knowledge he brings about the things he sees, the account is also fascinating for the different people he encounters in the wild, from an Earth First environmental activist (the hike took place in the mid-'80s) to a guy growing pot in the Siskiyous to a small-town jewelry store owner who is trying to develop a trail in the Blue Mountains. A lot of the hike takes place in various mountain ranges -- the Siskiyous, the Cascades, the Ochocos, the Blues. The way Sullivan ties stories to the landscape is fascinating, and the final tale of Chief Joseph and the Nez Perce's famous retreat from Oregon and final defeat at the hands of the US Army as they tried to escape to Canada is utterly heartbreaking. Then again, his brief explanation of why neither the Siskiyous nor the Klamaths is an appropriate name for the mountains along the California border is pretty damned funny.

The Oregon State University Press website has details about this edition of the book.
randy_byers: (2009-05-10)


State board adds Salish Sea to region's watery lexicon

OLYMPIA — Local tribes called it Whulge. George Vancouver named it for his buddy Peter. And now yet another name for Puget Sound is nearly official: the Salish Sea.

The Washington State Board on Geographic Names Friday voted 5-1 in favor of adding Salish Sea as an approved name for the body of water encompassing Puget Sound, the Strait of Juan de Fuca, the Strait of Georgia and the many watery connections in between.


Salish Sea (Wikipedia)

The term Salish Sea is a neologism for the inland waterway stretching from Tumwater, Washington to Quadra Island, British Columbia. Its first known use was in 1988: marine biologist Bert Webber from Bellingham, Washington, proposed that U.S. and Canadian authorities officially apply this name to what its proponents describe as a large, dilute, estuarial inland sea but is really a series of interconnected straits, sounds and inlets focussed on Puget Sound, the Strait of Georgia, and adjoining waterbodies, plus the Strait of Juan de Fuca which connects the Georgia-Puget Basin to the Pacific Ocean.

The waterbody in question was the central resource of the indigenous (First Nations and Native American) Coast Salish peoples who historically and presently inhabit the area, although the basin also includes territory of the Northern Wakashan Kwakwaka'wakw and Southern Wakashan peoples (the Nuu-chah-nulth, Makah, and Ditidaht) and, formerly, that of the Chemakum (who are now extinct).
randy_byers: (Default)
So we've had ourselves a Pineapple Express raining on us for the past 24 hours. 2.74 inches of rain so far, according to the Seattle Times, with another two to three inches on the way.

As I waded through pools and puddles and rivers of water on the way to work, I was reminded of the urban hike I took with Andy and Carrie a couple weeks ago. We looked at a number of creeks that feed Lake Washington, including Thornton Creek, which is being daylighted in various areas. So this morning I thought how this area probably had dozens of creeks and streams in the old days, many of them now running through culverts under the streets. But culverts are not a very efficient way of getting all this water from the hills into the lakes. Most of the water ends up staying on the streets and other paved areas, and pavement is pretty random in the way it distributes water. It creates a complete mess, basically. There is water fricking everywhere, rather than mostly confined to streambeds.

The other thing I was thinking about as I waded to work was the article I had just read in the paper on Saturday about a recent study that shows that "Stormwater from roads, parking lots and elsewhere carries between 6.3 million and 8 million gallons of petroleum into the [Puget] Sound every year, according to a report issued Friday by the state Department of Ecology. The 1989 Valdez accident in Alaska dumped 11 million gallons." Oil isn't the only thing being washed into the Sound, and it's a huge environmental problem. Nobody knows what to do about it, as far as I can tell, although I've heard it suggested that we should run stormwater through a treatment process.

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