50 years of Himalayan glacier mass balance monitoring: recommendations in honour of IYGP 2025

Since the first glacier-wide mass balance measurement on Gara Glacier (India) in 1974, researchers have monitored 38 glaciers across the Himalaya.These glaciers show a mean wastage of -0.62 0.33 m w.e. a -1 , equivalent to a cumulative mass loss of -23.95 1.44 m w.e. over 1974-2023.The wastage strongly increased from -0.31 0.34 m w.e. a -1 pre-2000 to -0.66 0.33 m w.e. a -1 post-2000, indicating an acceleration of ~9 cm w.e. per decade since 1974.Only seven (Chhota Shigri, Hoksar, Mera, Pokalde, Rikha Samba, West Changri Nup, and Yala) glaciers meet the WGMS definition of benchmark glaciers, characterized by at least 10 years of continuous mass-balance observations.Glacier-wide mass balance analysis with geodetic estimates identifies Mera and Rikha Samba as representative of the central Himalaya, while Chhota Shigri for the western Himalaya.To honour the International Year of Glaciers' Preservation (IYGP) 2025, it is recommended to (i) use standardize methodologies for estimating random errors in glacier-wide mass balances, (ii) reanalyse mass balance series spanning ~10 years (iii) expand monitoring to underexplored regions like the Karakoram, Sikkim, Zanskar, and the Bhutanese Himalaya, (iv) continue monitoring of benchmark glaciers which is vital for understanding the climate change response.

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Publication Details

Journal
Journal of Glaciology
Published
2026-01-01
DOI
https://doi.org/10.1017/jog.2026.10151
Primary Topic
Cryospheric studies and observations
Type
article
Field-Weighted Citation Impact
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article

50 years of Himalayan glacier mass balance monitoring: recommendations in honour of IYGP 2025

Journal of Glaciology
Cryospheric studies and observations
article

50 years of Himalayan glacier mass balance monitoring: recommendations in honour of IYGP 2025

article en

Abstract

Since the first glacier-wide mass balance measurement on Gara Glacier (India) in 1974, researchers have monitored 38 glaciers across the Himalaya.These glaciers show a mean wastage of -0.62 0.33 m w.e. a -1 , equivalent to a cumulative mass loss of -23.95 1.44 m w.e. over 1974-2023.The wastage strongly increased from -0.31 0.34 m w.e. a -1 pre-2000 to -0.66 0.33 m w.e. a -1 post-2000, indicating an acceleration of ~9 cm w.e. per decade since 1974.Only seven (Chhota Shigri, Hoksar, Mera, Pokalde, Rikha Samba, West Changri Nup, and Yala) glaciers meet the WGMS definition of benchmark glaciers, characterized by at least 10 years of continuous mass-balance observations.Glacier-wide mass balance analysis with geodetic estimates identifies Mera and Rikha Samba as representative of the central Himalaya, while Chhota Shigri for the western Himalaya.To honour the International Year of Glaciers' Preservation (IYGP) 2025, it is recommended to (i) use standardize methodologies for estimating random errors in glacier-wide mass balances, (ii) reanalyse mass balance series spanning ~10 years (iii) expand monitoring to underexplored regions like the Karakoram, Sikkim, Zanskar, and the Bhutanese Himalaya, (iv) continue monitoring of benchmark glaciers which is vital for understanding the climate change response.

Journal of Glaciology
International Centre for Integrated Mountain Development (NP), Indian Institute of Technology Indore (IN)
Climate action
Openalex Percentile: Top 7%
Cryospheric studies and observations
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50 years of Himalayan glacier mass balance monitoring: recommendations in honour of IYGP 2025 · Journal of Glaciology (2026) | TGRS Research Map | TGRS