Around 4:00pm, a skier was attempting to cross, with skis off, the stream between the upper section of the John Sherburne Ski Trail and Hermit Lake Shelters when he broke through a snow bridge and fell into the stream. He was in about chest-deep and holding onto the snow to avoid being sucked under by the current. After a couple minutes a bystander was able to pull him up and out, but he was thoroughly soaked and quite cold. He was brought into the Snow Ranger cabin to dry out and warm up. This person is fortunate that he was not pulled under by the current, and that a bystander was able to pull him out before the cold water sapped him of his strength. Very warm weather and rain early in the week had severely undermined and weakened snow bridges, as well as contributed to high water and strong currents in the rivers and streams. This incident could have been avoided had the person stayed on the Sherburne Ski Trail instead of attempting a shortcut to Hermit Lake.
2:30pm: Skier fell while skiing Right Gully. He suffered a blow to his calf muscle causing significant swelling. This person was assessed, treated, and transported to Pinkham by snowmobile.
At 2:30pm, the AMC Visitor Center received notification of a hiker on the Tuckerman Ravine Trail with signs and symptoms including shortness of breath, dizziness, and fatigue. One Snow Ranger responded on snowmobile. A bystander had been staying with the patient while her hiking partner had gone to summon help at the Visitor Center. The patient was assessed on scene and transported to Pinkham Notch Visitor Center, where he was released to his friends after being advised to seek further medical care. The patient was an active 26 year-old male with no history of medical problems. He reported having consumed approximately 2 quarts of fluids through the day, which was spent climbing up through Right Gully and down the Lion Head Winter Route. Although there may have been an underlying medical condition that caused the discomfort, it is likely that dehydration was a contributing factor.