Peatlands are sources of bioaccumulating neurotoxin methylmercury (MeHg) that is linked to
adverse health outcomes. Yet, the compounding impacts of climate change and reductions …

Hydraulic conductivity function for frozen soils (HCFF) is crucial for accurately simulating the
water transfer process in cold regions, impacting hydrological states and frost heave …

Climate warming exacerbates the degradation of the mountain cryosphere, including glacier
retreat, permafrost degradation, and snow cover reduction. These changes dramatically alter …

Climate change is reducing the amount, duration, and extent of snow across high‐latitude
ecosystems. But, in landscapes where persistent winter snow cover develops, experimental …

Despite the unique hydrological properties exhibited by frozen soil, its characteristics are
often oversimplified in most distributed hydrological models, resulting in major errors in …

Snowpacks are changing in northeastern North America as the regional climate warms, yet
the relative influence of changes in precipitation compared to changes in ablation on …

Snow plays a significant role in hydrological studies in cold climates because of its
importance for runoff and recharge, provision of water for water supply and energy …

Using data collected from six headwater peatland catchments at the Marcell Experimental
Forest in northern Minnesota, I assessed the relationship between variability in annual …

Our project aimed to guide the representations of peatland hydrology and water-carbon
feedbacks within Earth System Models, by improving process understanding and …