7/6/97 to 7/11/97

Cast of Characters

Rough Overview by Day

Pithy Summary

Although the weather was so awful, with all suffering from low-grade hypothermia at the end, and never even seeing the mountain above us, all participants (except Janet) felt they learned a great deal and that the course was worthwhile. I was extra lucky to tent with Paul, who in many asides and observations taught a tremendous amount of information on keeping warm and dry, and maintaining health in the mountains. The course objectives were met, with an additional skill learned: camping in wet, wintery conditions. The main drawback to the bad weather is that we got less time to practice each new skill. Hence, I must carefully outline what I’ve learned so I can practice it myself.

Information Sources

More detailed notes

Lessons, by day:


harness, helmet, belay devices, rope (mountaineer’s coil, static vs. dynamic), figure-8 knot. Rapelling w/ Munter hitch. Quiet feet, moving on rock, mantelling, stemming, hand/foot jamming. Use legs more than arms. Shift weight from one foot to another before each move. Mt. Erie top-roping. Belaying w/ Stitch plate belay device. Anchors w/ Coer’de’lete, friends, tapers, proper/improper placement. On rock you want at least 3 anchors.


Drive and pack-in to base camp at 6000 ft. Operating stove.


Late start. Walking on snow. Confident stride, duckwalk, step-kicking, walking diagonally up slope, kicking footholds moving from in-balance to out-of-balance position.

Use of ice-axe in above, as well as turning to make a switchback. Walking down slope w/ plunge step. Glissading, w/ standing glissade emphasised as preferable. For steep snow ascent, drive axe shaft in directly in front of you, pull yourself up on it. You can go down in this position too.

Ice axe self arrest, from all positions. Also, without axe trials.

Moved to Paul’s tent tonight. Learned hot water bottle usage, method of keeping things dry.

How to always wake with dry socks with only two pair.

Stove can be brought into tent to warm it…but be careful for carbon monoxide.


Snow anchors. Pickets can be placed vertical in ice or hard snow, only if it takes effort to pound it in. Pickets are normally placed horizontal in trench. Rule of thumb: dig trench to elbow level. Rule of thumb for picket trenches and fluke placement: place protection perpendicular to slope, then back off 10 degrees upslope.

Tie sling around picket, attach locking carabiner, gate skyward.

Remember that flukes must be set before usage. Put axe shaft into locking carabiner attached to fluke cord and pull hard. Verify that fluke goes into slope rather than coming up and out. The fluke is a dynamic anchor, picket and bollard are static.

The bollard should be at least 3 by 5 feet, teardrop shaped, with overhanging lip at top to keep rope from slipping up.

With backup anchors, use a cor-de-lete preferably to distribute load. If you don’t have this, use a sling with a twist in it. Tie a knot in the sling to make the anchor set unidirectional. You want at least 2 anchors on snow.

After lunch, we learned that for a rope team in the northwest, you want about 30 feet between members, with the extra rope at each end in equal amounts. The rope team leader should prepare the rope, spacing the figure-8 knots evenly. Everyone should attach their prussiks to either the uphill or downhill side of the rope, resulting in a 50 percent chance that they will have to be moved in case of a fall requiring prussiking.

Walk with rope on downhill side, ice-axe on uphill side. Slow down at the top of a hill to avoid wasting your followers.

We went to an ice-fall and donned crampons. Step-in Moser crampons were used on my Scarpa boots. French technique for walking on ice learned. Feet pointed downhill, bend body at knees to keep weight distributed evenly over feet. Shuffle step or delicately cross one foot over the other. Ice-axe can be used for balance in horizontal or vertical position. In horizontal position, be sure to really slam the spike into the ice wall, holding your hand at the feurrule. In Pieolet Romp, slam pick into ice ahead of you when descending, then “banister” down the shaft until you grip axe at head.

French technique really uses the thigh muscles, rest on your haunches when required.

Simulated crevasse fall practice. Dangle at end of rope with prussiks attached:

Ice-screw placement requires chipping away of rotten ice to solid layer. Place in perpendicular to slope, then up 10 degrees. Use pick to create a small starter-hole. Remember, that the ice around the screws melts only hours after placement due to friction.


Late start due to weather (again!), and guide John didn’t arrive at camp until 10:30 AM. We learned pulley-based crevasse rescue, needed when the victim can neither be hauled out nor prussik out. Our mechanism was to first construct a Z pulley (3:1 mech. advantage), then attach a C pulley (2:1) onto it, giving a 6:1 mech. advantage. You need 2 flukes, 2 pulleys, your prussiks, a sling or a cor-de-lete, about 4 locking and 4 non-locking carabiners, and your ice-axe to set this up.

It is very important to drop into self arrest when a sharp tug is felt on the rope. Dig in with your heels! Hold the weight with your feet while your hands set up the anchors. When pulling the C/Z pulley rope, use your whole body and esp. legs to haul…don’t use your back…you’ll tire out.

Stove problems were solved today, and Paul’s method of keeping a lighter working was seen to be very valid. He keeps it on a cord around his neck next to his skin…keeping the lighter dry and warm.


The summit climb was cancelled at 12:30 this morning due to heavy rain. We woke early and were on the glacier by 7. Paul and John fell into crevasses several times, requiring either a haul-out rescue, or in one case a pulley rescue (only Z I think).

Technique for crossing snow bridges: keep rope tight on tester, when tester wants to move forward a step, follower takes a step forward. Tester probes with axe, may go on all fours to distribute weight.

When walking around crevasses, the followers make two parallel paths to avoid too many crossings on one possibly hidden crevasse.

When stopping to rest on a glacier, stopping next to a crevasse is preferred, since there is unlikely to be another crevasse right next to it. Parties come together by passing slack rope through their prussiks. This skill should be practiced while walking, as it can be awkward.

Some crevasses can be stepped over, others can be jumped. When jumping, get some slack rope, and say “1,2,3, Jump!!” On Jump, entire team should jump. The slack rope the jumper carries should make up for delay before other team members jump. Stamp out a starting platform if needed, belayed from behind. Be sure to jump at least a foot in from the edge, as snow might crumble away there if any less. Do not fall after jump, try to stand gracefully.

You can climb down into crevasses to cross them. I did this, ending 8 feet in on a small snowbridge. This bridge crumbled when I weighted it, and belay from above was helpful. Eventually, I got out!! The rest of the team followed. Later, we made some big jumps.

When crossing a glacier, try to move from compression zone to compression zone, as these are the safest, most crevasse-free areas. They can be found below a hill and on the inside of a curve. Remember that new snow covers crevasses, and is not consolidated, so it is more dangerous to travel a glacier after a covering layer of snow.

At 12:30 we broke camp and headed down to the van. Paul recommended some books, and suggested I become a Wilderness First Responder, able to set broken legs, etc. Nick got a lesson in digging a snow pit to check the stability of a slope. We were going to dig one of these on the Roman Wall had we commenced the climb.