Wilbur Shelter Fire Ring--June 21, 2014

In 2010, we made some improvements at Wilbur Clearing Shelter and Campsite.  We installed more tent platforms and tent pads and rebuild the area in front of the shelter to provide a more stable platform and drain off the water.

Conditions in 2010

2010 repairs underway

Since then, we've found that hikers are pulling stones out of the wall in front of the shelter to place in the fire ring.  This makes the fire ring bigger, and the wall less secure--eventually it will collapse, and the area in front of the shelter will wash out, again.

Hikers have something about fires.  Who doesn't like to gather around a crackling blaze in the evening, sharing stories, keeping the night at bay for a while?   As a concept, this is very attractive.  In practice however, it leads to some significant management problems at heavily used A.T. overnight sites, and the reality is not so pretty.

Resource Damage:  Ever notice at some overnight sites the woods seem unusually open?  No undergrowth or branches, ground packed down with no cover?  In the worst cases, there are stumps of small trees raggedly cut off.  This is from hikers scavenging for fire wood.  At busy A.T. campsites, the forest cannot keep producing dead limbs quickly enough to supply the dry fuel needed to build fires.  Inexperienced hikers will even cut live trees to try and burn them--with less than optimal results.

Trash:  Some hikers apparently think a fire will eliminate all of their trash like some magical incinerator.  Anyone who's had to clean up a shelter site will know that things like tin-foil, plastic and tin cans won't burn (who would have thought that steel can burn?).  Instead, they get buried under the ash and coals from the next fire, and the fire ring gets bigger and taller.  More rocks are found and added.

Forest Fire:  How many times have you come to a campsite and found the fire smoldering or in some cases blazing merrily away with no one around?  It takes a lot of water and stirring to completely extinguish a fire.  Much more if there is a deep bed of ash and charcoal.  Most hikers don't bother, figuring it won't spread (after all, the area is pretty much devoid of fuel anyway, right?).  Last year, several acres of land along the A.T. in Connecticut were burnt by a fire started on the Trail (Connecticut A.T. camping rules prohibit fires).

Finally, there's the stink of not quite burnt trash and green wood that lingers in shelters and on gear for weeks at time.

So you may have gathered, I'm not a fan of fires at A.T. overnight sites.  Not to worry, it's not My A.T.  For better or worse it belongs to everyone--we just have to clean it up.  End of Lecture.

A few weeks ago, in part to keep hikers from picking stones out of the wall in front of the shelter, we installed a DCR-supplied standard steel fire ring and grate.  We dug up the old fire ring (at this point about 2ft tall) and rebuilt the wall using many of the stones from the old fire ring.

Don disposes of the last of the old fire ring.

The new ring is installed and anchored to the ground

Jim spreads mineral soil on rebuilt platform

We took left over stones and put them around the ring--lipstick on a pig in my opinion.  A heavily used site like this will require regular visits by adopters and Ridgerunners to keep the new fire ring cleared out.  It won't take long for it to be overwhelmed.

Ready for more hikers

If you hike the A.T., it is unlikely you will arrive at a site without a fire pit of some sort (except in CT).  Before you decide to make one, think about wether you really needed it, or if it's worth the price.

Bridge at Upper Goose Pond Inlet--June 28, 2014

Apologies, readers.  There's been a bit of a gap in these posts--it's been a busy spring off-Trail, it's taken a while to catch up.

The bridge crossing the inlet stream to Upper Goose Pond is about a mile or so trail south of Upper Goose Pond Cabin, adding in the walk from the road to the Cabin, this is a pretty remote project for us--so our equipment options were limited to what could be carried in.

The original stringers on the bridge were hemlock logs taken from trees nearby the stream.  Pete reports that it took 5 people to carry them to the crossing site once they were felled, limbed and debarked.  These stringers had served well for around 20 years.  Over the past few seasons however, the nails holding the planks on top started working out of the logs--a good indication that things were getting a little soft in there.

Rather than cut new trees, we found some 3x8 timbers that were used in the construction of a house near the UGP Cabin.  The house was torn down a couple of years ago, and we salvaged the useful materials.  Over the winter, Jim and Pete were able to drag 3 timbers across the ice and land them near the work site.  This spring, with the Cabin opening crew, we carried them in the last 1/4 mile on the Trail.

This stringer was all used up

For our project, we stripped the deck planks off of the old stringers--the nails pulled easily from the rotting logs.  As we removed the last of the planks at the north end of the bridge, one of the stringers broke near the sill log.  We definitely got all of the use out of them.

The next challenge was to get the stringers out the stream bed.  With only three of us on the job, we were't about to lift them up and carry them off.

Pete winches the first stringer
onto the bank after Don freed it from the sill

We brought a small come-a-long (a hand powered winch) and by anchoring one end to a convenient tree, were able to drag these stringers up the bank to where we could roll them into the woods where Nature would continue to recycle them.

Stringers resting on rocks, ready for assembly

Our next challenge (after lunch) was to construct a suitable base for the new stringers.  The original sills were in worse shape than the stringers, having laid in the dirt for 20 years.  Fortunately, rocks of suitable shape and size were abundant on both sides of the stream and we were able to stack some up to support the stringers a suitable height above the stream.  The replacement stringers were carried down and landed on the rocks.


At that point, it was just a question of getting them mostly level and the ends even before re-installing the planks.

End planks temporarily attached
 to set stringers

Planking complete, Pete installs an
anchor to restrain the bridge in case
 of high water

As you can see in the photos, this stream was not a particularly challenging obstacle to hikers.  Relatively low banks, and flat bottom, it could be easily forded.  However, in the spring, and during extreme rain events, the brook does get more lively.  Many of our trail visitors in this section are not seasoned hikers, and there is the possibility that they would have trouble crossing this stream at certain times of the year.  Additionally, a bridge protects the banks and vegetation from hikers wandering up and down stream looking for a "better" crossing.  In a way, it concentrates impacts to the environment just like a designated campsite does--keeping more of the woods in a natural state un-trammeled by hikers.

Tree Work at Upper Goose Pond Cabin

April 14, 2014

They say there's nothing that AT Volunteers can't accomplish--while I have seen the truth of statement, maybe there are still some things we shouldn't undertake...

Upper Goose Pond Cabin is set on a hillside overlooking Upper Goose Pond, one of the last sizable ponds in Mass that does not have any houses built on it.  Thanks to the efforts of the National Park Service and local donors, the entire shore line of the pond is part of the A.T. Corridor.  The cabin sits in and "oak and laurel" forest surrounded by mature White Oak trees that are approaching 100ft tall.  The thing with oaks is that as the tree grows, the lower branches naturally die off, and eventually fall to the ground--or the roof of the cabin, or onto tent platforms.  

When I say "lower" branches, I'm talking about branches that are 30ft up the trunk, impossible to access from the ground in this remote area.  At your house, you'd call the tree company and they'd roll up in their bucket truck and take the branches down in a few hours.  Upper Goose Pond Cabin is about a mile from the nearest road--so you call an Arborist--a guy that climbs trees, hauls up his chainsaw and cuts off the dead branches and lowers them to the ground.  

We called on Caleb Turner, an experienced arborist from the southern Berkshires.  Earlier, on a very cold January day we met to assess the work.  We picked several trees with dead or aging branches that were over the cabin and tent platforms at the two adjacent campsites.  This week, Caleb returned while we served as the ground crew.  While ordinarily, hikers are responsible for their own safety in choosing a tentsite, because we provide platforms--"forcing" them to camp in specific locations--it's incumbent on us to remove any known hazards.

So, how do you get up 30 feet of branchless trunk?  You toss a small line with a weighted bag up to into the tree, catching a branch that's strong enough to hold your weight while climbing--just like hanging a bear bag (sort of).  Then use that small line to pull up your climbing line, then climb the rope using a prussic knot for a hand hold and grabbing the rope with your feet and pushing up a foot or two at a time.

Once you're up the tree, just hang on and cut off the branches...

Then it's just a question of lowering them down where we're waiting to cut them up for firewood.

After clearing the branches, it's just a quick slide down the rope and onto the next tree.  While we had a crew on site, we also felled two other trees that were overhanging the privy.  Plenty of firewood available for next year and a safer campsite in the next big storm.

Hey, We're Back!

Well it's been (still is) a long winter.  Sitting here the day before the official arrival of Spring watching the sleet come down.  We have just posted our project schedule for the season, and it can be found here:
http://tinyurl.com/2014atprojects

We've got some pretty interesting stuff lined up this season, and look forward to seeing you out there.  To help, we've started a Meetup Group, and you can check it out here:
http://www.meetup.com/Massachusetts-AT-Volunteer-Meetup/  If this is your thing, feel free to join up.  Of course, you can also just contact the leader of a project that piques your interest and join us that was as well.

There's about 40 members, and our first event of the year was our annual AT Volunteer Gathering on Feb 1st.  We had a great turnout of old and new AT folks.  At that meting, we began our project planning process for the 2014 work season.  How do we decide what to do?

First off, we gather reports from maintainers, ridgerunners and hikers over the course of the previous year as well as look at what kind of ongoing maintenance needs to be done on shelters, campsites, treadway and open areas.  Generally this list gets pretty long, but we break it down into some basic categories:

• Annual Tasks--stuff that we need to do every season.  These are things like our "Blowdown Blitz", where we inspect every section of the Trail for downed trees and large branches, then organize sawyer crews (see http://massatprojects.blogspot.com/2013/05/chainsaw-certification-its-good-thing.html ) to address each location with a significant problem--the goal is to have the Trail completely cleared by the end of May.  We also routinely have projects for mowing and clearing open fields, maintaining boundaries of AT Corridor Lands, opening and closing Upper Goose Pond Cabin, etc.
• Privies and Overnight sites--there are always privies to move, shelters to repair, or campsites that need some work.  This year, we are adding some tenting areas near Kay Wood Shelter--it's a popular site, with only a few tenting locations near the shelter.  Hikers then head down near the water supply and set up there--not the best way to keep your water clean.  We're also making improvements to the front of the Wilbur Clearing Shelter--we've tried rock walls, but people keep pulling out the rocks and adding them to the fire pit.  So we are installing a metal fire pan, and rebuilding the front area with large timbers.
• Wet Areas--no matter what we do, there always seems to be someplace that is wet or muddy.  When it's bad enough that hikers start walking around it--widening the footpath and damaging vegetation--we need to do something about it.  So bog bridges, step stones or turnpike are installed to keep folks on the straight and narrow.  We've got a number of projects including areas on Mt Greylock and Mt Race to address some perennially squishy sections of trail.
• Treadway Hardening--ever been hiking along and realize you're walking in a trench instead of a trail?  Or felt yourself sliding sideways as the footpath crosses the side of a hill?  We'll be making some rock steps, check dams and improving side-hill trail on a couple of locations this summer.
• Bridges--we had a big bridge project last year.  This year we'll be making small repairs on bridges near Mass Ave, and East Mountain.  We'll be replacing a bridge over the inlet to Upper Goose Pond.
• Upper Goose Pond Cabin--In addition to the usual seasonal opening and closing, we'll be painting the north side and prepping the cabin for a major roof replacement which will happen next season (2015)  These projects are cleverly scheduled for August, so we can take a swim in the pond in the afternoon.

We've got lots of work to do, and have opportunities for volunteers of all experience levels and interests.  If you have questions about a project, contact the leader listed on the schedule, or email me at at@amcberkshire.org.

See you out there!

Cosmo

Upper Goose Pond Cabin Closes for the Season

Shutters ready for installation

We were able to re-open the cabin for a few days after the National Park Service resumed normal operations after the shutdown of the Federal government ended (more on this, below).

This past Sunday, we closed the cabin for the season as scheduled.  

What does this entail?  If you have owned or operated a vacation home of some sort, you pretty much already know.  We need to remove materials left over from the season's operations--especially things that will not survive freezing, or are attractive to mice and other small critters.  The second consideration is (regretfully) securing the building and equipment from vandalism or improper use.  For better or worse, the Cabin is pretty easily accessible by hunters, hikers and snowmobile riders over the winter.  In the "bad old days" people would break in (typically through windows), help themselves to firewood, leave a mess behind and not treat the surroundings with respect.  This has tapered off quite a bit as we've been steadily increasing the "difficulty factor" for people breaking in over the past several years.   

Pete bolts on a shutter

All buttoned up

New shutters on front of bunkroom

Pete wades in to disconnect the floating dock.

Cabin closure is pretty much routine and consists of removing or securing in mouse-proof storage all the food and freezable liquids, storing the propane tanks away from the cabin, disconnecting the battery powered fire alarm system and installing wood shutters over the windows and doors.  

Pieces get stacked above the water line.

We also put the canoes into storage and finally, pull the dock out of the water.   This is a little easier late in the fall, as the pond is lowered over the winter to reduce the growth of weeds near the surface.  Still, it requires a bit of wading around the in chilly water, and at least four of us to get the heavy pieces above the water line.






While things are packed away, and the interior of the cabin is inaccessible,  the area is always open to visitors.  Tent platforms, privies, bear boxes and cooking areas are still available and ready for use--just like other overnight sites on the A.T.




 AT Committee members make regular winter time visits to check on conditions and perform ongoing minor maintenance.

Resting up for next year

About that "shutdown".  If the A.T. is managed by volunteers, what difference does it make if the government is in business or not?  National Parks are closed because there is no staff to operate them.  But the NPS APPA (Appalachian Trail Park Office) staff operates the AT indirectly with volunteers through ATC's 31 Trail Clubs.  The answer lies in some of the legislation regarding how Congress funds Federal agencies like the Park Service.  Seeking more information, I corresponded with Bob Proudman, ATC's Director of Conservation Operations. He said that it is our US government's legal interpretation of what constitutes closure under various national laws, principally the Anti-Deficiency Act of 1870, that prohibits volunteering.  As currently interpreted, this law stipulates that the government will not expend funds absent an appropriation from Congress or a resolution by Congress continuing a past appropriation (known as a "CR" or Continuing Resolution)

‘The Antideficiency Act prohibits federal agencies from obligating or expending federal funds in advance or in excess of an appropriation, apportionment, or certain administrative subdivisions of those funds. 31 U.S.C. §§ 1341, 1517(a). The act also prohibits agencies from accepting voluntary services. 31 U.S.C. §§ 1342." [Emphasis added].
It seems this is to prevent an agency from thwarting the intent of Congressional control by enlisting volunteers to do the work when Congress wishes the work not to take place.

While the footpath itself is pretty much impossible to close (except in more formally managed National Parks like Shenandoah or Smoky Mountains), facilities such as Upper Goose Pond Cabin (which is owned by the Park Service) are closed--even if staffed by volunteers.

So, there you have it.

       

Another Day, Another Privy

September 28, 2013

They say whenever you get two or more AT volunteers together, the talk inevitably turns to S**t.   Managing human waste is an important part of what we do as trail managers.  Elsewhere in this blog, I've discussed why we just don't want people to camp anywhere they'd like.  The consequence of this is that when we concentrate use in a few locations (to preserve the rest of the Trail from impacts), we concentrate everything people do--from cooking to sleeping.  And people's byproducts are concentrated too.  

In some places on the AT (I'll refrain mention any specific places, but the state begins with a "T"), trail visitors are asked to "disperse" their waste and bury it in "catholes" about 6" below the ground's surface.  This works well for quick decomposition of the waste, but in an area around a shelter or campground, the available real estate for this activity is quickly used up--and not all hikers are skilled in making their deposits.  Add to this the intense traffic the A.T. generates and pretty soon the whole area around the shelter smells like an outhouse (well, it actually IS the outhouse).

The solution then, is to concentrate the deposition of waste in a place that does not impact the water supply, nor unduly degrade the hiking experience with odors and insects.  At most A.T. overnight sites in Mass (and now, elsewhere in New England) we have chosen to use "mouldering" type privies, where the waste is contained above ground and decomposed relatively quickly by aerobic bacteria and other critters.  At some overnight sites, where there is lower use, more room, and soils are easier to dig, we may choose to retain the traditional "Pit Privy".  Essentially a hole in the ground over which rests a toilet seat (and usually an small building to protect the user from weather and offer some privacy).

There are two problems with this: 1) The hole fills up. 2) The stuff does not decompose.  Burying waste in the ground slows decomposition, as oxygen-using organisms aren't present throughout the mass of waste.  Anaerobic critters take much longer to do their thing.  Old privy pits may remain essentially unchanged for years.

OK, enough talk.  In Mass, of 14 overnight sites we have three with pit privies.  About every 3-5 years, another pit needs to be dug and the old one covered with dirt.  This week it was Shaker Campsite.  Last dug in July of 2009, it was full pretty much to the top.

Step 1:  Pick spot for new hole.  This should be close to the current one, but not on top of an old hole or too far away (privies are heavy).  

Step 2: Dig the new hole.  We tipped the outhouse onto it's back so we could re-caulk the area where the vent pipe comes through the roof, and so some dirt from the new hole can be used to cap the old one.

Steve starts the digging

Don's turn to dig

Step 3: Keep digging.  The deeper the hole, the longer it will last.  Every shovel full of dirt we take out of the hole is 2-3 more deposits the hole will hold.  Eventually, the hole becomes so deep that the dirt can't be lifted out--about 31/2 feet deep is pretty much the limit.  The outhouse must completely cover the hole, so the hole measures about 3ft x 3ft.  The outhouse is 4ft x 4ft.

Steve is just about there

Not quite to China, but here's another 4 years of capacity

Don finishes up the caulking on the vent pipe.

Step 4: Move the outhouse.  No pictures here as all three of us were involved.  Important considerations: 1) Don't step into the old hole. 2) Don't step into the new hole.  Pile rocks on top of the cap of the recently covered hole to alert the next crew that this is not the place to dig a new one.

Nopel Patio Hardening

 September 14, 2013

Several of our shelters have a raised platform (or "patio") under the front overhang because of the slope of the ground where the shelter has been sited.  Picnic tables are placed under the overhang, not only for hiker's convenience, but to deter fires from being built directly in front of the shelter--so this patio needs to be reasonably level, pitched slightly for drainage.

Rock walls, or occasionally, wooden cribs are constructed, then filled with mineral soil taken from nearby borrow pits.  Because the patio is somewhat protected from the weather, the mineral soil never gets very wet and can be easily tracked into the shelter by hikers--especially when their boots are already wet.  Locations with sandy subsoils are particularly prone to this problem.  Earlier, we addressed the same issue at Wilcox South shelter  This post goes into a little more detail.

To remedy this, after the original patio has been used for a couple of years, we consolidate the mineral soil by mixing in cement and spread the mixture evenly over the surface and water it lightly.  The chemical reaction in the cement helps bond the dirt together creating a more durable surface.  Because the top coat has little structural strength, the soil underneath must be well-compacted. 

It starts with dirt.  Don harvests from the borrow pit.

3 parts mineral soil to one part cement.  Jim mixes small batches of the dry ingredients

 

 

 

 

Dry mix is spread over well-compacted patio surface

Low spots are filled and lightly tamped with a rake

Jim and Steve use a screed board to make a smooth, flat surface

Surface is lightly watered

It sits for about a day while the mixture sets and dries.