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DTSTART;VALUE=DATE:20260807
DTEND;VALUE=DATE:20260810
DTSTAMP:20260331T153237Z
CREATED:20260102T182412Z
LAST-MODIFIED:20260331T153237Z
UID:15978-1786060800-1786319999@mountwashington.org
SUMMARY:Climb to the Clouds
DESCRIPTION:2026 is an exciting year for the Mt. Washington Auto Road. In addition to the milestone of celebrating 120 years of being family-owned and operated\, the return of a crowd-favorite signature event–Climb to the Clouds–newly dubbed “The Paul Giblin Memorial Climb to the Clouds Hillclimb” is slated for August 7–9\, 2026. This a car race from the base of the Mt. Washington Auto Road to the summit. Tickets will be available in early 2026. For more information on tickets\, volunteering\, spectating\, and lodging\, visit mt-washington.com/hillclimb. 
URL:https://mountwashington.org/event/climb-to-the-clouds/
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DTSTART;VALUE=DATE:20260810
DTEND;VALUE=DATE:20260812
DTSTAMP:20260706T160251Z
CREATED:20260706T160156Z
LAST-MODIFIED:20260706T160251Z
UID:17050-1786320000-1786492799@mountwashington.org
SUMMARY:LENE x HEAT Heliophysics Professional Development for Educators
DESCRIPTION:Learning Ecosystems Northeast (LENE) is pleased to announce a professional development event coming up this summer. This event\, held August 10 & 11 at and around Mount Washington Observatory (MWOBS)\, will give you the opportunity to learn more about the Sun-Earth system and how to share this knowledge with your learners. \nAt this event\, MWOBS and educators from NASA HEAT will conduct workshops designed to engage you directly with Sun science in various forms. On Day 1 (held on the summit of Mount Washington\, with transport provided)\, educational workshops are expected to center around weather\, climate\, and connections to the Sun. Day 2\, held at MWOBS’s offices in North Conway\, is expected to be a rapid progression through the Helio Club Study Unit. This collection is geared towards a middle school audience. \nOvernight accommodations for those travelling 70miles or more will be provided between Day 1 and Day 2. Rooms will be double occupancy. \nMeals will be provided during workshop hours. A $200 stipend will be available for those that attend the full workshop. Click Here to Register!  \nDay 1 address- 1 Mt Washington Auto Rd\, Gorham\, NH 03581 \nDay 2 address- 2779 White Mountain Highway\, North Conway NH 03860 \nPlease reach out to Keri Moskowitz with any questions- kmoskowitz@gmri.org
URL:https://mountwashington.org/event/lene-x-heat-heliophysics-professional-development-for-educators/
LOCATION:Mount Washington Observatory Offices\, 2779 White Mountain Highway\, North Conway\, NH\, 03860\, United States
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DTSTART;TZID=America/New_York:20260812T190000
DTEND;TZID=America/New_York:20260812T200000
DTSTAMP:20260729T173856Z
CREATED:20260729T173650Z
LAST-MODIFIED:20260729T173856Z
UID:17116-1786561200-1786564800@mountwashington.org
SUMMARY:Science in the Mountains: Summer 2026 Research Round-Up at Mount Washington Observatory
DESCRIPTION:Register for the Zoom Here \nAlex Libby\, Aspen Medvec\, Aubrey Palmer\, Kristen Mihalcik; Mount Washington Observatory Summer Summit Interns  \nJoin us on Zoom or in person at the Observatory’s administrative offices in North Conway Village to learn all about the current research investigations that cover a range of fascinating topics: \nHow Do Hikers Interpret the Hazards of Mount Washington? \nThe Observatory’s Higher Summits Forecast communicates a range of dangerous hiking hazards\, but how do hikers really interpret these? Is a “moderate\,” “heightened\,” or “elevated” risk of hypothermia worse? Using a survey\, this project tested hundreds of language combinations on the people who read our forecast\, setting the record straight on what language is confusing versus clear\, helping to improve the Higher Summits Forecast Discussion.  \nCharacterizing Atmospheric Environments Favorable for Mountain Wave-Associated Turbulence Near Mount Washington \n“Mountain waves” are a severe atmospheric disturbance that occurs when strong winds flow perpendicular to mountain ranges\, resulting in significant turbulence downwind of mountains posing hazards to aviation. This research investigates how well near surface observations and vertically derived profiles can be used to characterize conditions favorable for mountain wave- associated turbulence near Mount Washington.  \nAtmospheric River Occurrence and Associated Fall-Season Precipitation as a Function of Madden-Julian Oscillation Phase in Northern New England \nAn Atmospheric River (AR) is essentially a “river in the sky” that can produce massive amounts of localized precipitation throughout the United States. The Madden-Julian Oscillation (MJO) is an area of enhanced thunderstorm activity that originates over the Indian Ocean\, Maritime Continent\, and Pacific Ocean. As this area of thunderstorms moves around the tropics\, heat is released into the atmosphere\, creating large-scale waves that eventually propagate into North America. In response\, storm tracks and the jet stream change\, thus\, influencing whether ARs can form and how they travel. While ARs commonly occur around the West Coast of the U.S\, approximately 30-35% of annual precipitation over the broad eastern United States (EUS) can be attributed to AR activity\, and ARs are responsible for more than 60% of extreme precipitation events and over 70% of flood events across the EUS (Dong et al. 2024). This study examines whether certain MJO phases are associated with more frequent atmospheric rivers and whether these ARs produce greater watershed-averaged precipitation.  \nCan PACE-Derived Vegetation and Pigment Indices Track Fall Foliage Progression Across Selected Forested Areas of the White Mountains? \nFall foliage progression is difficult to monitor consistently across the White Mountains as assessments often rely on PhenoCam visuals and eyewitness reports. This project uses NASA’s PACE satellite vegetation and pigment indices to test whether changes in greenness\, chlorophyll\, carotenoid\, and anthocyanin signals can capture the seasonal transition from green canopy to peak color to leaf-off. By comparing PACE-derived index trends with Bartlett PhenoCam observations from 2024 and 2025\, this work evaluates whether satellite data can serve as a useful proxy for tracking fall foliage progression in northern New England. 
URL:https://mountwashington.org/event/science-in-the-mountains-summer-2026-research-round-up-at-mount-washington-observatory/
LOCATION:Mount Washington Observatory Offices\, 2779 White Mountain Highway\, North Conway\, NH\, 03860\, United States
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