Posted tagged ‘East Fork Hood River’

Punchbowl Park Update

March 25, 2015

PunchbowlUpdate01

In late January, I posted an article on the proposed Punchbowl Park project at the confluence of the east and west forks of the Hood River. Since then, community activists have worked with Hood River County officials to move the project forward with a remarkable public outreach effort and bold vision for the new park.

Heather Staten, executive director of the Hood River Valley Residents Committee (HRVRC) and the leading force behind the project took a few minutes this week to give an update on the project, and what lies ahead for this exciting proposal.
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WyEast Blog: How did the Punchbowl Park project get started, and what is the role of the HRVRC?

Heather Staten: Hood River County and Western Rivers Conservancy, the property’s current owner, had worked unsuccessfully for several years on grants to fund acquisition of the 100-acre property as a County Park. Those efforts had flown under the radar of most local people, even those with close associations to the property. Last summer, David Meriwether, the County Administrator approached me about conducting a robust public process where we would really discover the community’s vision for the property.

My organization, the Hood River Valley Residents Committee (HRVRC), was well-placed to run such a public outreach effort. We’re Oregon’s oldest local land-use advocacy group, with a 38-year history of protecting farms, forests and special natural places. David also knew me from the campaign to reopen Hood River’s libraries when they were closed due to budget cuts. So he knew we had both the local knowledge and organizational capacity to run a really inclusive public process.

WyEast: You’ve made a real effort to involve the broader community in this planning effort. What are some of the most common themes you’re hearing?

Staten: This was a community planning effort. I can’t imagine many planning processes that involved as many people as intensely as this one. Part of it is the nature of the property–it is spectacularly beautiful. People are passionate about it so they have strong opinions. They use it, love it and want to protect it.

One of the things that was interesting to me was how people prioritized protecting the place over whatever they did there. There was real consensus that preserving the natural and ecological features of the place was the most important thing. Whenever there was choice that provided greater convenience for users but at the price of degrading the resource, the public always chose to protect the resource. For instance, they rejected campgrounds and drive up boat ramps.

Heather Staten (holding notebook) on one of her many community tours of the proposed Punchbowl Park

Heather Staten (holding notebook) on one of her many community tours of the proposed Punchbowl Park

WyEast: What makes the site special in a way that warrants a public park?

Staten: Everyone falls under the spell of the rugged wild beauty of the site and its unique and stunning combination of basalt columns, fast moving water and rich flora and fauna. It packs a lot of diversity in a relatively small site — two waterfalls, the confluence of two rivers, basalt canyon, conifer forest on the west side of the property and a really lovely Oregon white oak woodland on the east side.

There is the thrilling experience of walking along the ridge of the canyon with the water crashing far below then a very different experience down at the confluence when you stand at water level with rivers on either side of you joining together. The site provides rare and precious access to the river for anglers, kayakers, rafters and swimmers. In 15 miles, there are only a couple of legal public access points to the river.

WyEast: The proposal includes several new trails. Aren’t there already trails on the site? What would the new trails offer and how would they be built?

Staten: Until now the trail system has consisted of an old logging road and a spider web of social trails that people have created all over the ridge above the West Fork. People know about the waterfall, they can hear and see the water so they cut their own paths to get there. There are so many of these social trails that they are causing environmental damage.

The big idea is to build a new trail to go where people want to go. The new trail will run along the ridge and connect the major, stunning views and access points along the west fork offering kind of a curated experience of the river canyon. Also as part of Phase One we’ll build a forest loop through the woods.

We’ve got an even grander plan for Phase Two, a wooden footbridge over the East Fork that would link the east and west sides of the property. It will greatly expand the length of the trail system and offer a greater diversity of experience. The east side of the river is a hidden gem, with an intact Oregon white oak forest, great vistas of the confluence and river access to the main stem Hood River.

The trail building will mostly be a volunteer effort. We were lucky to meet with Trailkeepers of Oregon (TKO) several months ago — their advice has been invaluable. Trailkeepers will provide the professional expertise and tools and Hood River will provide the local volunteer muscle. It’s a model that Hood River County has used successfully for all of their mountain bike trails on county forest land.

Trail concept proposed as part of the Punchbowl Park plan

Trail concept proposed as part of the Punchbowl Park plan

[click here for a larger view]

WyEast: Punchbowl Falls has been a traditional Native American fishing site, were tribal interests involved in the park planning? If so, what sort of themes did you hear from the tribes?

Staten: The area around Punchbowl Falls, particularly the bowl just below the falls, has been a fishing site for members of the Confederated Tribes of the Warms Springs (CTWS) and their tribal ancestors for centuries. Tribal members attended the public meetings and we consulted with the manager of the CTWS hatchery program in the area.

Tribal members were concerned with interference with their fishing season and with the protection of the riparian corridor for salmon and steelhead habitat. Along with ODFW, the Tribes have been working for the last few years to restore a spring Chinook run to the Hood River. Spring Chinook used to be a very productive fishery on the Hood River but was effectively extinct by the late 1960s, a casualty of dams and detrimental logging practices.

Fishing platform at Punchbowl Falls (courtesy Heather Staten)

Fishing platform at Punchbowl Falls (courtesy Heather Staten)

In 2010, the Powerdale Dam was removed from its location downstream from the Punchbowl area, making the Hood River a free-flowing river again. It’s still early, but there are signs that the chinook run is coming back, so tribal members were concerned that any development at the park, like trail building, be done in a way that did not effect water quality.

Along with their treaty fishing rights, the tribes have some exclusive fishing rights at the property: only tribal members are permitted to fish within 200 feet of Punchbowl Falls. Sport anglers must stay downstream of that boundary, just north of where Dead Point Creek falls enters the Hood River.

WyEast: When you visit Punchbowl Falls, it’s hard not to notice the concrete fish ladder that was built in the 1950s, as it’s a bit of an eyesore. What is the long-term plan for the fish ladder?

Staten: Yes, it is an eyesore, but it is used by fish as part of the salmon recovery program. There is not yet a plan for the fish ladder. Investigating whether the fish ladder could be removed was outside the scope of this project but definitely worth further research.

Punchbowl Falls is one of the most photographed locations in Hood River County so we have seen hundreds of old photos of the falls before the fish ladder was constructed in 1959. It does kind of break your heart when you see the basalt columns on the west side of the falls that have been replaced by that concrete.

Punchbowl Falls in 1942, before construction of the fish ladder (in 1959)

Punchbowl Falls in 1942, before construction of the fish ladder (in 1959)

WyEast: Last week the Hood River County Board of Commissioners endorsed the Punchbowl Park proposal. What are the next steps?

Staten: The Board of Commissioners endorsed the park proposal, committed to a budget to develop the park and authorized the County to apply for grants to fund the park’s acquisition. The Commissioners were supportive, enthusiastic and excited about the opportunity to create this park. The big deadline coming up is April 1, when we need to have our grant application in for the Local Government Grant Program of Oregon Parks and Recreation Department (OPRD).

WyEast: Anything else you’d like to add?

Staten: At the end of our presentation to the Board of Commissioners, the chair asked if anyone in the audience would like to speak. A gentleman stood up and said that whenever he went to a National Park, somewhere in experiencing the park, he felt a moment of gratitude because he realized that 100 years ago someone had the vision and the drive to save it for the public, like John Muir at Yosemite. He said that at Punchbowl, we had the opportunity to be the people that saved it for future generations. This is a park not just for us, but also for our great-great grandchildren.

WyEast: Heather, thanks for taking the time to talk about the project, and for all your work in leading this effort. It’s truly a once-in-a-lifetime opportunity, and you’ve really galvanized the community with your vision for protecting this amazing place!

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To view a copy of the Punchbowl Park plan, click here to download a PDF version.

Finally, a chance to save Punchbowl Falls!

January 31, 2015
Mount Hood rises in the distance above Punchbowl Falls

Mount Hood rises in the distance above Punchbowl Falls

After nearly 150 years in private ownership, a spectacular basalt gorge along the West Fork Hood River might finally be preserved as a new park. The second of two community meetings on the proposal is rapidly approaching, and is well worth attending if you’re interested in the future of this magnificent place:

Punchbowl Falls Community Workshop
Tuesday, February 10th – 6-7:30 pm
Hood River County Offices
601 State Street, Hood River

If you can’t make the meeting, the county has also set up an online comment forum: click here to complete the survey

About the Proposal

The centerpiece of this exciting proposal is Punchbowl Falls, a cousin to the more famous Punch Bowl Falls on Eagle Creek, in the Columbia Gorge. Both are textbook examples of a “punch bowl” waterfall, pouring into huge, circular bowls carved over the millennia by the upwelling action of the plunging waterfalls. While the more famous Punch Bowl Falls is taller, the Punchbowl Falls on the West Fork is far more powerful, and has carved a much larger amphitheater.

But first, a word about names, as much confusion exists between these waterfall cousins: the lesser-known “Punchbowl” on the West Fork is spelled as one word, while the more famous “Punch Bowl” falls on Eagle Creek uses two words. It’s subtle difference, but important, as these are the official USGS names for the waterfalls, as shown on the maps below:

PunchBowl01

The story of how Punchbowl Falls may finally be preserved for the public began in 2006, when the Western Rivers Conservancy acquired a 20-acre parcel containing the falls from West Fork from Longview Fiber (this is a company that has been aggressively clear-cutting its vast holdings in the upper West Fork watershed over the past decade at an alarming and reckless pace in recent years, so the risk to Punchbowl Falls was real).

The surrounding 82 acres that make up the balance of the Western Rivers property were purchased from Pacificorp in 2010, in tandem with the utility removing its Powerdale Dam, a few miles downstream on the main branch of the Hood River. This purchase includes the beautiful and rugged confluence of the East and West Forks of the Hood River, a powerful spot that remains surprisingly wild and pristine, given the long human presence in this area.

This acquisition marks the beginning of an ambitious effort by the Western Rivers Conservancy to acquire and restore thousands of acres of unprotected West Fork watershed that have been ravaged by relentless logging over the past 130 years, and the eventual restoration of native salmon runs to this beautiful canyon.

Peering into the huge amphitheater at Punchbowl Falls

Peering into the huge amphitheater at Punchbowl Falls

The removal of the dam and consolidation of private land in the spectacular Punchbowl Falls area are huge developments toward the long-term restoration of the Hood River riparian system.

But much work lies ahead, and the most immediate question is whether Hood River County can secure the funds to purchase the 102 acre Punchbowl Falls site from Western Rivers Conservancy for $578,000 — an asking price that is about half the value of the property.

To reach this goal, Hood River County is an application for an Oregon Parks and Recreation (OPRD) grant for purchase of this Punchbowl site. An unsuccessful application was submitted, but failed to win OPRD funding, so in this round the Hood River Valley Residents Committee (HRVRC), a local land-use advocacy group, is sponsoring community outreach activities to help broaden support for the county park proposal.

Early 1900s postcard view of salmon jumping Punchbowl Falls

Early 1900s postcard view of salmon jumping Punchbowl Falls

The area has a long history of recreation as a popular swimming and fishing, which explains why the HRVRC events thus far have had a very strong response: 60 people attended the first community workshop in January, and more than 400 responses have been submitted to the comment website.

Should Hood River County fail to secure state funding for purchase of the site in the near future, the Western River Conservancy is likely to eventually sell the property to another private conservation group, putting future public access in question. While the site has never been more protected from private development, continued public access is now very much at stake.

Early 1900s swimmers cross the falls on a giant old-growth log; note the log bridge in the background where the modern high bridge is now located (Hood River History Museum)

Early 1900s swimmers cross the falls on a giant old-growth log; note the log bridge in the background where the modern high bridge is now located (Hood River History Museum)

It’s apparently common for small communities like Hood River County to win funding on a second try from OPRD for projects like this, so your feedback and support is important in helping make the case to the State of Oregon that Punchbowl Falls and the Hood River confluence deserve to be both protected and forever open to the public as a park.

Please take the time to complete the survey if you can’t make the final county meeting in February: Punchbowl Falls Park Survey

Here’s a map of the proposal from the Hood River County website to familiarize you with the area:

PunchBowl05

Click here for a larger PDF version of the map.

A Virtual Tour of the Site

If you haven’t been to Punchbowl Falls, here’s a brief virtual tour. The visit starts at this unassuming steel gate at a large parking turnout, just before Punchbowl Road crosses a high bridge over the West Fork:

The gate at the Punchbowl Falls trailhead

The gate at the Punchbowl Falls trailhead

A short walk down a rustic service road leads to a maze of informal side paths veering off to the left, toward the imposing rim of the West Fork gorge.

The main attraction here is the massive basalt amphitheater carved by Punchbowl Falls. The walls of the canyon provide some of the best displays of columnar basalt jointing found anywhere in the region. How large is the amphitheater? The scale is hard to appreciate from photos, but Portland’s Memorial Coliseum would fit inside, with headroom to spare!

Looking into the Punchbowl from the east

Looking into the Punchbowl from the east

The curving concrete structure to the right of the falls is a fish ladder constructed in 1957 to improve fish passage (though early photos clearly show fish climbing the falls). A closer look at the fish ladder reveals a dilapidated wooden staircase attached to the basalt columns on the far wall of the canyon. The stairs appear to have been added at the time the fish ladder was constructed:

A rickety staircase descends the west wall of the canyon to the fish ladder

A rickety staircase descends the west wall of the canyon to the fish ladder

An even closer look shows the staircase to be in a serious state of disrepair, and a potentially dangerous hazard to the many swimmers who flock to the Punchbowl in summer:

That last step to the fish ladder is a doozy..!

That last step to the fish ladder is a doozy..!

This is an example of the kind of feedback to include when you comment on the park proposal — for example, simply removing the stairs, and perhaps removing or modifying the fish ladder (below) could help it blend these features with the natural surroundings and make the area safer for visitors.

Downstream view of the fish ladder…

Downstream view of the fish ladder…

….and the upstream view

….and the upstream view

A look downstream from above Punchbowl Falls reveals another waterfall cascading into the gorge from the west. This is the falls on Dead Point Creek, which flows from the high slopes of Mt. Defiance into the Hood River:

Downstream view from above the Punchbowl to Dead Point Falls

Downstream view from above the Punchbowl to Dead Point Falls

The structures above Dead Point Falls are part of a fish hatchery built by the State of Oregon in 1920. The state sold the hatchery at some point in the past, and it is now owned by Troutlodge, a private company that grows and markets fish eggs from several hatcheries in the western states. The hatchery has also been on the market over the past year, but (unfortunately) is not part of the park proposal at this time. Perhaps this could be a second phase of a county park purchase?

Walking downstream along the canyon rim, Dead Point Falls comes into full view. The falls and the canyon wall below the hatchery are fully within the lands owned by the Western Rivers Conservancy, and part of the park proposal:

Dead Point Falls

Dead Point Falls

A closer look at the Dead Point Falls shows a second tier spilling in from the right side. This is the outflow from the hatchery ponds, located behind the buildings that can be seen from the canyon rim, and makes for a unique waterfall:

Dead Point Falls

Dead Point Falls

One of the buildings in the 1920 fish hatchery complex on Dead Point Creek

One of the buildings in the 1920 fish hatchery complex on Dead Point Creek

After visiting a series of waterfall viewpoints along the canyon rim, the network of boot paths curves back to the primitive service road, which descends gently toward the confluence of the West and East Forks of the Hood River — about 1/2 mile downstream from the trailhead.

The confluence is a remarkable place where two powerful rivers collide, creating an enormous gravel bar that makes for a fine lunch spot for taking in the scene. The West Fork enters the confluence at a leisurely pace, emerging from a deep pool between basalt buttresses. The East Fork (shown below) makes a more raucous entrance, roaring around a sharp bend in a series of steep rapids as it tumbles toward the West Fork.

The confluence of the East and West Forks

The confluence of the East and West Forks

The confluence area is fully contained within the Western Rivers Conservancy property, and would be part of a future park. The conservancy holdings include the west (far) wall of the canyon for another mile downstream from this spot, and about the first half-mile of the east wall of the canyon beyond the East Fork is included.

After returning to the trailhead parking area, it’s worth taking a few minutes to walk down Punchbowl Road to the dizzying concrete bridge that spans the upper gorge. There’s plenty of room to safely walk on the bridge, but the side walls are low enough that you’ll want to keep an eye on young kids and pets on a leash.

The dizzying view into Punchbowl Gorge from the bridge

The dizzying view into Punchbowl Gorge from the bridge

From the bridge vantage point, the West Fork corkscrews through a narrow gorge carved into spectacular basalt formations. The gorge area surrounding the bridge is also within the Western Rivers Conservancy holdings, and part of the park proposal.

The proposed park site also has trail access in the Winans community, located on the east side of the East Fork, where Iowa Street joins the Dee Highway, north of the Dee junction. This trail is much less traveled than those in the Punchbowl Falls area, and mainly used for fishing access to the area below the confluence.

How to find Punchbowl Falls?

If you would like to visit the area after reading this virtual tour, simply follow the Dee Highway from Hood River to the old mill town of Dee, forking to the right and following signs to Lost Lake. Immediately after crossing the East Fork in Dee, head right at a sprawling 3-way intersection, then go straight at another 3-way junction, onto Punchbowl Road. Watch for a large parking area on the right after a short distance, just before the road crosses the high bridge over the Punchbowl gorge.

Restoring the Sahalie Falls Bridge

November 2, 2013
East Fork Bridge at Sahalie Falls as it appears from the modern Loop Highway

East Fork Bridge at Sahalie Falls as it appears from the modern Loop Highway

After years of delay and public agency wrangling, the long-awaited restoration of the East Fork Bridge at Sahalie Falls (henceforth simply called the “Sahalie Falls Bridge” in this article) began this summer. The project is advancing under a division of the Federal Highway Administration (FHWA) responsible for roads on public lands, and is scheduled for completion this year.

The Sahalie Falls Bridge was constructed as part of the final leg of the Mount Hood Loop Highway in the late 1920s. The bridge was completed in 1928, and is the most dramatic nod to the Samuel Lancaster’s Columbia River Highway on the Mount Hood portion of the loop highway.

Construction of the East Fork Bridge in 1928 (USFS)

Construction of the East Fork Bridge in 1928 (USFS)

The structure was designed by federal lands bridge engineer H.R. Angwin as a graceful arch, spanning the East Fork directly in front of Sahalie Falls, with decorative railings and sidewalks built to allow travelers to stop and take in the inspiring views.

Complementing the idyllic setting is a cobblestone-faced drinking fountain, installed at the east end of the bridge. The fountain once provided a continuous supply of ice-cold mountain water to visitors, and was one of three original stone fountains placed along the Mount Hood portion of the old loop highway.

Sparkling new Sahalie Falls bridge and fountain in the early 1930s

Sparkling new Sahalie Falls bridge and fountain in the early 1930s

The bridge carried loop highway traffic well into the 1950s, until the modern-day Highway 35 was built, bypassing this section of the old road. The new “straightened” highway not only deprived travelers of seeing Sahalie Falls, it also skipped the mountain views across beautiful Hood River Meadows, just east of the falls on the old road.

Today, this bypassed section of the old highway remains open to the public (when snow-free) and will be drivable again once the bridge restoration is complete.

Who was H.R. Angwin?

One of the mysteries of the old bridge at Sahalie Falls is the life of the designer and builder, Henry Raymond (H.R.) Angwin. Public records show him to be the Senior Bridge Engineer in the San Francisco office for the U.S. Bureau of Public Roads from the 1930s through the 1950s. Over the span of his career, Angwin designed dozens of bridges in the western states.

Oakland Tribune Sunday, September 30, 1917

BETROTHALS HOME WEDDING

In a picturesque setting of pink, Miss Neville Stevenson became the bride last night of Henry Raymond Angwin. Eighty relatives [witnessed the] ceremony read by Dr. John Stevenson and William Angwin.

The bride wore a smart frock of white and silver with a conventional tulle veil and orange blossoms, and carried a shower bouquet of lilies of the valley. Her attendant, Miss [Mabel] Gustaffson, blonde as the bride is dark, was in pretty contrast to pink satin and tulle. The bride’s gown was taupe broadcloth with a chic taupe hat white fox furs accenting the tulle.

Mr. and Mrs. Angwin [will] leave for an extended trip through the east, visiting the interesting cities en route. The bride is the daughter of Mr. and Mrs. A. V. Stevenson, whose home on Newton Street was the scene of the pretty service. Returning to Oakland, the young people will take an apartment in the Piedmont.

H.R. Angwin was born in 1889, graduated from Oakland High School in California in January 1907, and married Neville Stevenson ten years later, in 1917. They had been married 52 years when H.R. Angwin died in 1969. Neville Angwin died twelve years later, in 1981.

The Angwins had at least two children, Joy and Robert. Joy died as an infant, and is buried at Mountain View Cemetery in Oakland with her parents.

Mountain View Cemetery in Oakland, resting place of the Angwins (Wikimedia)

Mountain View Cemetery in Oakland, resting place of the Angwins (Wikimedia)

Cemetery marker for Henry, Neville and Joy Angwin (BillionGraves.com)

Cemetery marker for Henry, Neville and Joy Angwin (BillionGraves.com)

H.R. Angwin designed and built a number of familiar Oregon bridges during his tenure as a federal bridge engineer. The East Fork Bridge at Sahalie Falls was one of his first, completed in 1928. Two years later, Angwin designed and built the larger, and equally graceful Salmon River Bridge in Lincoln County. This hard-working gem also survives today, carrying heavy traffic on Highway 18 to the Oregon Coast.

H.R. Angwin's Salmon River Bridge in Lincoln County

H.R. Angwin’s Salmon River Bridge in Lincoln County

Several other Angwin bridges are scattered across Oregon, but most notable in the Mount Hood area are the steel truss bridges built along the Clackamas River Highway in the 1950s: Carter Bridge, Armstrong Bridge, Whitewater Bridge and Cripple Creek bridge all continue to carry traffic today.

(Author’s note: sadly, not much has been written about H.R. Angwin’s long career as a federal bridge builder, so this part of the article is included in hopes of improving awareness of his contributions, and perhaps inspiring further accounts of life)

The 2013 Restoration Project

Frost damage to the railings on the Sahalie Falls Bridge in 2009

Frost damage to the railings on the Sahalie Falls Bridge in 2009

The Sahalie Falls Bridge had begun to show signs of serious deterioration by the late 1990s, and by the mid-2000s, whole chunks of the north railing were breaking loose — sadly, helped along by vandals pulling at the exposed rebar.

Railing Damage on the East Fork Bridge in 2009

Railing Damage on the East Fork Bridge in 2009

By 2008, the Oregon Department of Transportation (ODOT) had blocked vehicle access to the bridge, and a project was proposed in the state highway budget to restore the bridge. The original ODOT restoration project later evolved to become a FHWA project by 2011.

The restoration focuses on three areas of needed repair: (1) rebuilding the approach abutments on both ends of the bridge, (2) replacing the heavily damaged north railing cap and (3) restoring the footing on the historic fountain at the east end of the bridge (there may be other repairs planned, but there is little information available for this project, so this list covers the repairs underway as of October of this year).

Construction at the old bridge was finally in full swing in September 2013

Construction at the old bridge was finally in full swing in September 2013

Restoring the bridge abutments involves pouring new reinforced concrete footings at each end of the bridge span and improving surface drainage at the west end to direct storm runoff away from the bridge. The gravel pullouts at both ends of the bridge also appear due for grading and resurfacing as part of the project, as they currently serve as construction staging areas.

The following images show the recent drainage work at the west end, along the approach to the west bridge abutment (as of mid-October), including a recently installed culvert (under the wet fill in the first photo) to address the drainage issues apparent in the earlier 2009 photo (second photo):

Major drainage work is underway as part of reconstructing the west bridge abutment

Major drainage work is underway as part of reconstructing the west bridge abutment

Repeated repairs to the abutment and debris washed onto the roadway is apparent in this 2009 view of the west approach to the bridge

Repeated repairs to the abutment and debris washed onto the roadway is apparent in this 2009 view of the west approach to the bridge

Repairs to the north railing cap extend for the full length of the bridge, with the new cap seated on original concrete railings. As of mid-October, the forms for the new cap had been constructed and were ready to be poured, presumably with concrete, topped by sand mortar. The next series of images show more detail of the railing cap replacement:

Forms in place for pouring a new cap along the north railing

Forms in place for pouring a new cap along the north railing

The forms for the new caps are secured from below with screw clamps

The forms for the new caps are secured from below with screw clamps

Close-up view of the wood forms constructed for the new railing cap

Close-up view of the wood forms constructed for the new railing cap

A peek inside the railing caps (below) shows careful attention to original design details, including quarter-round trim along the outer edges. New reinforcing rods are wired to the original rebar posts embedded in the rails.

When the new caps are poured, masons will use a screed (board) cut with a low arch to repeat the slightly curved top seen in the original cap. The plastic sheeting attached to the forms will be secured over the newly poured caps to slow the curing process to ensure a strong set.

A peek into the railing cap forms shows careful attention to original design details

A peek into the railing cap forms shows careful attention to original design details

In a nearby pile of demolition rubble, chunks of the old railing cap show the quarter round detail that follows the outer edge of the caps

In a nearby pile of demolition rubble, chunks of the old railing cap show the quarter round detail that follows the outer edge of the caps

The south railing is not part of the restoration project, apparently because of its relatively sound condition

The south railing is not part of the restoration project, apparently because of its relatively sound condition

The third element of the Sahalie Falls Bridge project is replacement of a portion of the concrete footing that supports the historic cobble-faced fountain. In the 2009 photo (below) you can see where a section of the fountain base facing the East Fork (behind the fountain) had sunk toward the creek over time, threatening the stability of the fountain.

The sunken east abutment and partially sunken footing on the old fountain can be seen in this 2009 view

The sunken east abutment and partially sunken footing on the old fountain can be seen in this 2009 view

The bowl and rim of the old fountain were restored at some point in the more recent past, and are not part of the current project. The fountain is one of three that survive along the loop highway. The fountain at Buzzard Point still functions, while the fountains at Sahalie Falls and Sherwood Campground (below) are no longer operational and simply serve as rain basins.

The bowl and rim of the fountain were restored at some point in the more recent past

The bowl and rim of the fountain were restored at some point in the more recent past

The three historic Mount Hood Loop fountains, compared

The three historic Mount Hood Loop fountains, compared

[Click here for a larger comparison photo]

This view shows the new concrete footing in place on downslope side of the old fountain

This view shows the new concrete footing in place on downslope side of the old fountain

Crews saved this piece of the old fountain footing -- perhaps to be repurposed as a bench?

Crews saved this piece of the old fountain footing — perhaps to be repurposed as a bench?

Once the restoration project is complete, the Sahalie Falls section of the old loop will re-open to traffic. For the past decade or so, the route has been signed as one-way at the west end, where it connects to the Bennett Pass interchange, so the best way to explore the old highway is follow the signs to Hood River Meadows, then turn left onto the old road before reaching the Meadows resort parking.

Celebrating the Historic Sahalie Falls Bridge

Now that the restoration work is finally underway, the stage is set for some much-needed visitor improvements to the Sahalie Falls area. The view of the falls from the historic bridge is missed by too many travelers, and the odd near-miss with the Umbrella Falls trail (just 100 yards from the bridge, but with no trail connection) has resulted in some messy boot paths formed by hikers attempting to see Sahalie Falls.

This proposal would address both issues, and make it easier to visit the old bridge and falls, whether as a spur from nearby hiking trails, or simply by pulling off Highway 35.

Sahalie Falls trail proposals

Sahalie Falls trail proposals

[Click here for a large map]

The first part of the proposal is a short hiking spur from the bridge to the nearby Umbrella Falls Trail. This would be a very simple trail to build, and could easily be constructed by volunteers. It would not only provide a safe way for hikers to view the falls, but would also allow for the various boot paths along this slope to be decommissioned, and some of the trampled vegetation to be restored.

The pullout on Highway 35 at Sahalie Falls is wide enough to easily allow for roadside parking and a new trailhead

The pullout on Highway 35 at Sahalie Falls is wide enough to easily allow for roadside parking and a new trailhead

The second part of the proposal is an accessible loop trail that would allow the elderly, disabled and families with small children to experience the East Fork in a new way.

The trailhead for the new loop would be at the east end of an existing pullout on Highway 35, where the historic highway bridge can be seen from the modern loop road. The first leg of the new loop trail would follow the East Fork to the base of little-known Lower Sahalie Falls, a charming waterfall hidden in the canyon beneath the historic bridge.

Lower Sahalie Falls

Lower Sahalie Falls

From here, the new accessible loop trail would cross the East Fork in front of the lower falls and gently traverse up the west slope of the canyon to the west bridge approach. Once at the old highway grade, the new path would cross the historic bridge, providing a view back to the trailhead pullout on Highway 35.

View down the East Fork to Highway 35 from the historic Sahalie Falls Bridge

View down the East Fork to Highway 35 from the historic Sahalie Falls Bridge

Visitors to the bridge inevitably cross to admire the views from both sides, so an accessible route would probably warrant a marked crossing at the two bridgeheads, where people using mobility devices could most safely access the sidewalks.

After enjoying the views from the bridge, visitors would continue past the east end to a resumption of the new loop trail, following the east leg back to the trailhead. The total distance of the accessible loop would be about 0.3 miles with a very modest elevation gain of about 60 feet.

View of Sahalie Falls from the historic loop highway bridge

View of Sahalie Falls from the historic loop highway bridge

Accessible trails are often paved, but for this new route, a better option would be fine gravel, mostly because it would provide better traction in an often wet environment. But the proposed loop is also within the deposit zone for winter highway snow removal that sends a lot of grit used to sand icy roads far into the adjacent forest. A gravel trail surface could actually be enhanced by these annual deposits, where a paved surface would require sweeping to remove winter gravel.

What Would it Take?

As with all proposals in this blog, the Sahalie Falls accessible trail concept relies on the U.S. Forest Service — and in this case, Oregon Department of Transportation — acknowledging the need for more recreational and interpretive opportunities in the Gorge and on Mount Hood.

While the proposed spur connection to the Umbrella Falls trail could be built by volunteers, the proposed accessible loop trail would be a major endeavor that could only be accomplished by the Forest Service in conjunction with ODOT.

The original USGS survey marker at the east end of the bridge has been uncovered from years of debris

The original USGS survey marker at the east end of the bridge has been uncovered from years of debris

The added twist in this proposal is the need for an accessible trail, something in very short supply in our region despite a rapidly growing elderly and disabled population. Oregon State Parks and Recreation has made great strides in responding to this need in recent years, but the Forest Service lags behind badly, with few accessible facilities built in the last 30 years.

Fortunately, a new guide for designing accessible trails has recently been developed by the Access Recreation project, an ad-hoc organization formed to develop better design guidelines for public agencies involved in trail-building.

SahalieFallsBridge28

The guidelines are now available on the Access Oregon website, and cover everything from trail surface and slope recommendations to best practices for signage and trailside amenities that address the needs of elderly and disabled trail users. It’s a great resource for trail advocates and public agencies, alike — and could help shape new trail options on Mount Hood!

New Lidar Maps of Mount Hood

December 26, 2011

The age of the microprocessor has ushered in a revolution in the fields of cartography and geosciences. After all, few could have imagined streaming Google Earth imagery over a worldwide web when the first air photos were being scanned and digitized in the 1980s.

The latest innovation on the geo-data front promises still more detailed geographic information than has ever been available before: Lidar (light detection and ranging) is a new technology that uses aircraft-mounted lasers to scan the earth at an astonishing level of detail. The resulting data can be processed to create truly mind-boggling terrain images that are rocking the earth sciences.

The Oregon Department of Geology & Mineral Industries (DOGAMI) has kicked off a project to develop a statewide lidar database. The effort began with a pilot project in the Portland metropolitan region in 2006, expanding to become a statewide effort in late 2007. Some of the first available imagery encompasses the Mount Hood region, including the Columbia River Gorge. The following map shows DOGAMI’s progress in lidar coverage (in gray) as of 2011:

A New Way to See Terrain

Lidar imagery has a “lunar” look, thanks to its tremendous detail and the ability for lidar new technology to “see through” forest vegetation. This view of Larch Mountain, for example, immediately reveals the peak to be the volcanic cone that it is, complete with a blown-out crater that was carved open by ice-age glaciers:

Move closer to the Larch Mountain view, and even more detail emerges from the lidar imagery. In the following close-up view, details of the Larch Mountain Road and parking area can be seen, as well as some of the hiking trails in the area:

The Oregon lidar imagery includes elevation contour data, and for hikers and explorers using the new information to plan outings, this is probably an essential layer to include. Here is the previous close-up image of Larch Mountain with elevation data shown:

The contours are not simply a rehash of USFS ground-survey data, but instead, derived from the lidar scans. In this way, the contours are as direct a reflection of the lidar data as the shaded relief that gives the images their 3-D drama.

There are some caveats to the new lidar technology: while it is possible to see most roads and even some trails in great detail, in many areas, lidar doesn’t pick up these features at all. Lidar also edits most vegetation out of the scene, though the state does provide topographic overlays for vegetation.
DOGAMI is now streaming the lidar data over its Lidar Data Viewer website, finally putting the new imagery in the eager hands of the general public. For this article, I’ll focus on the highlights of my first “tour” of the Mount Hood and Columbia River Gorge areas covered by the project so far — a familiar landscape viewed through the “new eyes” of lidar.

Seeing the Landscape with “New Eyes”

The first stop on the lidar tour is the Nesmith Point scarp face, a towering wall of cliffs that rise nearly 4,000 feet above Ainsworth State Park, near the rural district of Dodson. The Nesmith fault scarp has always been difficult to interpret from USGS topgraphic maps, with a maze of confusing contour lines that do little to explain the landscape. Air photos are even less helpful, with the steep, north-facing slopes proving nearly impossible to capture with conventional photography.

The lidar coverage of the Nesmith scarp (above) reveals the origin of the formation: a massive collapse of the former Nesmith volcano into the Columbia River, probably triggered by the Bretz Floods during the last ice age.

The Nesmith scarp continues to be one of the most unstable places in the Gorge. Over the millennia, countless debris flows have rushed down the slopes toward the Columbia, forming a broad alluvial fan of layered debris where traffic rushes along I-84 today. In February 1996, the most recent in this ancient history of debris flows poured down the canyons and across the alluvial fan, destroying homes and closing both I-84 and the railroad for several days.

Lidar provides a new tool for monitoring unstable terrain like the Nesmith scarp, and may help in preventing future loss of life and public infrastructure when natural hazards can be more fully understood.

The ability to track detailed topographic changes over time with lidar is the focus of the next stop on the lidar tour: the Reid Glacier on Mount Hood’s rugged west face. As shown in the lidar image, above, bands of crevasses along the Reid Glacier show up prominently, and for the first time this new technology will allow scientists to monitor very detailed movements of our glaciers.

This new capability could not have come at a better time as we search for answers in the effort to respond to global climate change. In the future, annual lidar scans may allow geologists and climate scientists to monitor and animate glaciers in a way never possible before.

Moving to Mount Hood’s south slopes on the lidar tour, this image shows the junction of US 26 and Highway 35, which also happens to be built on the alluvial fan formed by the Salmon River, just below its steep upper canyon.

Unlike the nearby White River, the Salmon has had relatively few flood events in recent history. To the traveling public, this spot is simply a flat, forested valley along the loop highway. Yet, the lidar image shows dozens of flood channels formed by the Salmon River over the centuries, suggesting that the river has temporarily stabilized in its current channel — but not for long.

DOGAMI geologists are already examining the lidar imagery for these clues to “sleeping” calamities: ancient landslides, fault lines and flood zones concealed by a temporary carpet of our ever-advancing forests.

The lidar images reveal a similar maze of flood channels at our next stop, where glacial Newton and Clark creeks join to form the East Fork Hood River. This spot is a known flood risk, as Highway 35 is currently undergoing a major reconstruction effort where debris flows destroyed much of the highway in November 2006.

While the highway engineers are confident the new highway grade will hold up to future flood events, the above lidar image tells another story: with dozens of flood channels crossing the Highway 35 grade, it seems that no highway will be immune to floods and debris flows in this valley.

The new lidar images also provide an excellent tool for historical research. The following clip from below Cloud Cap Inn on Mount Hood’s north side is a good example, with the lidar image clearly showing the “new”, gently graded 1926 road to Cloud Cap criss-crossing the very steep 1889 wagon (or “stage”) road it replaced:

The Cloud Cap example not only highlights the value of lidar in pinpointing historic features, but also in archiving them. In 2008, the Gnarl Fire swept across the east slopes of Mount Hood, leaving most of the Cloud Cap grade completely burned. Thus, over time, erosion of the exposed mountain slopes may erase the remaining traces of the 1889 wagon road, but lidar images will ensure that historians will always know the exact location of the original roads in the area.

Moving north to the Hood River Valley, the value of lidar in uncovering geologic secrets is apparent at Booth Hill. This is a spot familiar to travelers as the grade between the upper and lower Hood River valleys. Booth Hill is an unassuming ridge of forested buttes that helps form the divide. But lidar reveals the volcanic origins of Booth Hill by highlighting a hidden crater (below) that is too subtle to be seen on topographic maps — yet jumps off the lidar image:

Another, nearby geologic secret is revealed a few miles to the south, near the Mount Hood Store. Here, an enormous landslide originates from Surveyors Ridge, just south of Bald Butte, and encompasses at least three square miles of jumbled terrain (below):

Still more compelling (or perhaps foreboding) is the fact that the Bonneville Power Administration (BPA) chose this spot to build the transmission corridor that links The Dalles Dam to the Willamette Valley. The lidar image shows a total of 36 BPA transmission towers built on the landslide, beginning at the upper scarp and ending at the toe of the landslide, where a substation is located.

As with most of the BPA corridor, the slopes under the transmission lines have been stripped of trees, and gouged with jeep tracks for powerline access. Could these impacts on the slide reactivate it? Lidar will at least help public land agencies identify potential natural hazards, and plan for contingencies in the event of a disaster.

Mount Hood Geologic Guide and Recreation Map

You can tour the lidar data on DOGAMI’s Lidar Data Viewer, but for portability, you can’t beat the new lidar-based recreation map created by DOGAMI’s Tracy Pollock. The new map unfolds to 18×36”, and is printed on water-resistant paper for convenient use in the field.

Side A of the new map focuses on the geology of Mount Hood, with a close-up view of the mountain and most of the Timberline Trail:

(click here for a larger version)

Side B of the map has a broader coverage, and focuses on recreation. Most hiking trails and forest roads are shown, as well as the recent Mount Hood area wilderness additions signed into law in 2009:

(click here for a larger version)

You can order printed copies of this new map for the modest price of $6.00 from the DOGAMI website, or pick it up at DOGAMI offices. It’s a great way to rediscover familiar terrain through the new lens of lidar.

The Newton Clark Moraine

November 26, 2011

Mount Hood and the Newton Clark Moraine from Bennett Pass Road

Tucked on the remote east shoulder of Mount Hood is the Newton Clark Moraine, the largest glacial formation on the mountain, and one of its most prominent features. Yet this huge, snaking ridge remains one of Mount Hood’s least known and most mysterious landmarks.

At over three miles in length, and rising as much as a thousand feet above the glacial torrents that flow along both flanks, the Newton Clark Moraine easily dwarfs the more famous moraines along the nearby Eliot Glacier.

East Face Detail with Newton Clark Moraine

How big is it? The Newton Clark Moraine contains roughly 600 million cubic yards of debris, ranging from fine gravels and glacial till to house-sized boulders. This translates to 950 million tons of material, which in human terms, means it would take 73 million dump truck loads to haul it away.

Backcountry skiers often call the moraine “Pea Gravel Ridge”, which is a poor choice of words, as pea gravel is something you would expect in tumbled river rock. The Newton Clark Moraine is just the opposite: a jumble of relatively young volcanic debris, some of it located where it fell in Mount Hood’s eruptive past, some of it moved here by the colossal advance of the Newton Clark Glacier during the last ice age.

Newton Clark Moraine

As a result, the rocks making up the moraine are sharp and raw, not rounded, and the debris is largely unsorted. Giant boulders perch precariously atop loose rubble, making the moraine one of the most unstable places on the mountain.

In recent years, erosion on Mount Hood has been accelerating with climate change. Sections of the Newton Clark Moraine are regularly collapsing into Newton and Clark creeks, creating massive debris flows that have repeatedly washed out Highway 35, below.

2006 Newton Creek Washout on Highway 35 (USFS)

Today, an ambitious Federal Highway Administration project is underway to rebuild and — supposedly — prevent future washouts on Highway 35 at Newton Creek and the White River. But given those 73 million dump truck loads of debris located upstream on Newton Creek, it’s likely that nature has different plans for the area as climate change continues to destabilize the landscape.

Something a Little Different

Most glacial moraines on Mount Hood are lateral moraines, formed along the flanks of glaciers, or terminal moraines formed at the end of a glacier. The Newton Clark Moraine is different: it is a medial moraine, meaning that it formed between two rivers of ice.

(Wikipedia)

As shown in this schematic (above), medial moraines are more common in places like Alaska or Chile, where much larger glaciers flow for miles, like rivers. When these glaciers merge, a medial moraine is often created, marked by the characteristic stripe of rock that traces the border between the combined streams of ice.

At the surface of a glacier, only the top of a medial moraine is visible. Only upon a glacier retreating can the full size of a medial moraine be appreciated. In this way, the height of the Newton Clark Moraine is a reasonable estimate of the height (or depth) of the ancestral Newton Clark Glacier during the most recent ice age advance — the crest of the moraine approximates the depth of the former glacier.

The Newton Clark Prow

The Newton Clark Moraine is even more unique in that the two bodies of ice that formed the moraine flowed from the same glacier. Like the modern Newton Clark Glacier, the much larger ice age ancestor also began as a single, wide body of ice on Mount Hood’s east flank, but then split as it flowed around the massive rocky prow that now marks the terminus to the glacier.

The outcrop is typical of the stratovolcanoes that make up the high peaks of the Cascades. Stratovolcanoes are formed like a layer cake, with alternating flows of tough, erosion-resistant magma and loose ash and debris deposits. The Newton Clark Prow is a hard layer of magma in the “cake” that is Mount Hood, with looser layers of volcanic ash and debris piled above and below.

Newton Clark Prow detail from Gnarl Ridge

In fact, without this broad rib of volcanic rock to shore up its eastern side, the very summit of Mount Hood might well have been further eroded during the series of glacial advances that have excavated the peak.

Similar rocky outcrops appear elsewhere on the mountain, forming Mississippi Head, Yocum Ridge, Barrett Spur and the Langille Crags. Hikers visiting Gnarl Ridge know the Newton Clark Prow from the many waterfalls formed by glacial runoff cascading over its cliffs.

(Click here for a larger version)

The much softer and less consolidated rock below the prow made it easy for the ice age ancestor of the Newton Clark to scour away the mountain. This action created the huge alpine canyons that Clark and Newton creeks flow through today, as well as the enormous U-shaped valley of the East Fork Hood River.

A Glimpse into the Ice Age

While today’s Newton Clark Glacier flows a little over a mile down the east face of the mountain, its giant ice age ancestor once flowed more than 12 miles down the East Fork valley (today’s Highway 35 route), nearly to the junction of today’s Cooper Spur road. At its peak, the ancestral glacier was more than 1,200 feet deep as it flowed down the valley.

If you were to walk along the crest of the Newton Clark Moraine at that time (as suggested in the illustration, below), you would have likely been able to walk directly across the ice to Gnarl Ridge or today’s Meadows lifts, as the Clark and Newton Creek valleys were filled to the rim with rivers of ice.

Ancestral Newton Clark Glacier Extent

(Click here for a larger version)

This most recent ice age is known to scientists as the Fraser Glaciation, and extended from about 30,000 years ago until about 10,000 years ago. At its peak, the zone of perpetual snow was as low as 3,400 feet, though probably closer to 4,000 feet in the area east of Mount Hood.

This means the deflation zone — the point in its path when a glacier is melting ice more quickly than snowfall can replace — was probably somewhere near the modern-day Clark Creek Sno-Park, or possibly as low as the Gumjuwac Trailhead, where today’s Highway 35 crosses the East Fork.

Below this point, the ancestral glacier would have changed character, from a white jumble of cascading ice to one covered in rocky debris, yet still flowing toward its terminus at roughly at modern-day confluence of the East Fork with Polallie Creek (the map below shows a very generalized estimate of the ancestral glacier)

Geologists believe the Fraser-era glacial advances followed the path of earlier glaciers in their flow patterns. With the Newton-Clark glacier, scientists have found traces of at least two previous glacial advances from even more ancient glacial periods that extended far down the East Fork Valley prior to the Fraser Glaciation. This helps explain the magnitude of the glacial features in the East Fork valley, having been repeatedly carved into an enormous U-shaped trough by rivers of ice over the millennia.

Ancestral Newton Clark Glacier extending down the East Fork valley

(Click here for a larger version)

The timing of the Fraser Glaciation is even more fascinating, as it coincides with the arrival of the first humans in the Americas. It was during this time — at least 15,000 years ago, and likely much earlier — that the first nomadic people crossed the Bering Straight and moved down the Pacific Coast.

Does this mean that the earliest humans in the region might have camped at the base of Mount Hood’s enormous ice age glaciers, perhaps hunting for summer game along the outflow streams? No evidence exists to show just how far humans pushed into Mount Hood’s prehistoric valleys, but scientists now believe people have lived along the Columbia River for at least 10,000 years, and the oral histories of some tribes in the region are also believed to extend back to that time.

How to See It

The best way to see and appreciate the Newton Clark Moraine is along the Timberline Trail where it follows Gnarl Ridge. This route offers a wide-open view across Newton Canyon to the moraine. You can also see the active geology at the headwaters of Newton Creek, where the slopes of the moraine continue to change every winter. On a breezy day, you might also notice sulfur fumes blowing over the summit from the crater — a reminder that Mount Hood is still very much a living volcano today.

Mount Hood and the Newton Clark Moraine (on the left) from Gnarl Ridge

You can follow a detailed hike description to Gnarl Ridge from the Portland Hikers Field Guide at the following link:

Portland Hikers Field Guide: Gnarl Ridge Hike

Another way to see the moraine is from rustic Bennett Pass Road. In summer, you can walk or bike along the old road from Bennett Pass, and there are several viewpoints across the East Fork valley to the headwaters and the Newton Clark Moraine. In winter, you can park as the Bennett Pass Sno-Park and ski or snowshoe to one of the viewpoints — a popular and scenic option.

The most adventurous way to visit is to simply hike the crest of the moraine, itself. This trip is only for the most fit and experienced hikers, as the final segment is off-trail, climbing high above the Timberline Trail. The reward is not only close-up look at the mountain from atop the moraine, but also a rare look at a series of spectacular waterfalls that can only be seen from this vantage point.

Whatever option you choose, you’ll have unique glimpse into Mount Hood’s past — and possibly its future — through one of the mountain’s most unusual geologic features.

They paved paradise, put up a parking lot…

April 20, 2009
The sprawling Mount Hood Meadow parking lot is a sea of cars in ski season

The sprawling Mount Hood Meadow parking lot is a sea of cars in ski season

First-timers arriving at the Mount Hood Meadows resort in winter are greeted with a handsome view of the broad southeast face of the mountain — framed by a giant, mall-sized parking lot. Since the resort first opened in 1967, the parking lot has been a continued bone of contention for mountain defenders.

The original 6-acre lot covers what were once mountain meadows and groves of ancient subalpine fir and mountain hemlock. Growth rings in trees cut on nearby ski slopes show the cleared forest to have been upwards of 200 years old, and among the oldest alpine trees on the mountain. The lot has since been augmented by a 3-acre overflow lot in the forests below, and the 5-acre Hood River Meadows satellite lot built in the late 1970s. The resort master plan calls for another 8 acres of parking, which would bring the total for Meadows to an equivalent of 22 city blocks of high-elevation pavement.

A visual comparison of the main Meadows lot (center) to Elk Cove, on Mount Hood's north side and a similar footprint in downtown Portland.

A visual comparison of the main Meadows lot (center) to Elk Cove, on Mount Hood's north side and a similar footprint in downtown Portland.

But the deed is done, and Meadows has begun to respond to pressure to minimize expansion of the lot to the extent that buses are now used to transport a few skiers. But the long-term solutions must include variable fees on parking and lift tickets that help even out the demand to park at the resort, and prevent the huge weekend crowds that drive parking pressures (as well as highway congestion).

This will surely be fought by the resort operators, but they’re running their business on leased, public land. You and I own the parking lot, and the land under the lodge and every lift tower the resort operators have constructed. So it’s fair to say “enough is enough” as the land owners. And enough IS enough for the Meadows resort. From this point forward, the operation should focus on reducing parking, not expanding it.

What would pricing do to help manage parking? Done correctly, and in tandem with lift ticket prices, variable pricing would distribute traffic on Highways 26 and 35 in a way that prevents traffic jams on weekends, and pressure to expand these routes for a few skiers. It would also reduce lift lines, and pressure on lodge facilities. But most of all, it would allow the parking lot at Meadows to stop growing — an eventually, be reduced in size.

Ski buses at Meadows are lost in the sea of automobiles - a fact that must change in order to reclaim some of the paved areas, and restore sustainability to the resort.

Ski buses at Meadows are lost in the sea of automobiles - a fact that must change in order to reclaim some of the paved areas, and restore sustainability to the resort.

Why should the current lot be reduced in size? Because the design of the main lot has a substantial impact on the headwaters of the East Fork Hood River, which flows around the east perimeter of the parking area, then plunges over lovely Umbrella Falls — just 300 feet from the south edge of the lot.

As might be expected, the splash pool of the falls is littered with debris tossed out by skiers, then blown into the stream by snowplows. Worse, sand and gravel blown from the roads is rapidly silting the stream, filling once-deep alpine pools with sediments that the natural stream flow cannot hope to keep pace with.

New innovations in urban parking lot management provide good examples for the Meadows resort to follow, including bioswales and pervious paving designed to contain and treat runoff. These concepts could be applied immediately, and with proven results. Across the country, storm water mitigation is being designed into new parking lots, and retrofitted into existing lots to protect water supplies.

A more permanent solution would be an undergound, structured lot that wouldn’t require plowing, and wouldn’t add any surface runoff to the stream system. A working example is the lot under Capitol Mall, in Salem — few visitors realize that the lush gardens and fountains framing Oregon’s Capitol dome are actually the roof of a parking structure. In the long term, this could provide the best solution for Meadows, and would be welcomed by skiers who now tromp through grimy parking lot slush and rows of muddy cars to reach the lodge.

Lovely Umbrella Falls splashes just a few hundred feet from the Meadows resort. Sadly, the falls is littered with parking lot debris blown by snow plows.

Lovely Umbrella Falls splashes just a few hundred feet from the Meadows resort. Sadly, the falls is littered with parking lot debris blown by snow plows.

The Meadows resort operates under a permit from the U.S. Forest Service, and can be clearly be regulated into these changes, based simply on environmental considerations. But the political reality is that the resort would likely need an economic incentive to rehabilitate the lot.

One option is to simply subsidize the development of structured parking, in tandem with an a pricing program and meaningful transit to the resort. This has been done at some of Portland’s suburban light rail stations, for example, with marked success. Another option would be to allow Meadows its long sought after overnight lodging in exchange for a major upgrade to its parking lots and transportation program, and a parking lot lid would be an excellent spot for new lodging.

In the end, undoing the parking lot damage is part of adopting a new ethic for the Meadows resort that goes beyond what is now largely a token marketing facade of “sustainability.” It’s time to expect more from the corporate tenants of our public lands.


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