Globally, glaciers and icefields contribute significantly to sea level rise. Here we show that
ice loss from Juneau Icefield, a plateau icefield in Alaska, accelerated after 2005 AD. Rates …

Sustained mass loss from Himalayan glaciers is causing supraglacial debris to expand and
thicken, with the expectation that thicker debris will suppress ablation and extend glacier …

Abstract Machine learning image classification algorithms offer a potential for effective and
efficient classification of remotely sensed images covering glaciated areas. The Columbia …

Climate change is driving the loss of alpine glaciers globally, yet investigations about the
water quality of rivers stemming from them are few. Here we provide an overview …

Globally, mountain glaciers and ice caps are losing dramatic volumes of ice. The resultant
sea‐level rise is dominated by contributions from Alaska. Plateau icefields may be …

Glaciers are retreating across the Canadian Rocky Mountains. As this ice volume is lost,
trace elements, nutrients, and other contaminants, accumulated from millennia of …

We present an approach for extracting quantifiable information from archival aerial
photographs to extend the temporal record of change over a region of the central eastern …

Plateau icefields are large stores of freshwater, preconditioned to enhanced mass loss due
to their gently sloping accumulation areas. Accurate modelling of their mass balance is …

Our study focuses on assessing trends of hydroclimatic variables and their impact on the
runoff regime in the Athabasca River basin in two periods (from the beginning of monitoring …

Proglacial systems are among the most dynamic landscapes on Earth and are important
habitats and sources of nutrients. They are predominantly shaped by the interplay of …