Katherine Hendry
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View article: Giant icebergs increase mixing and stratification in upper-ocean layers
Giant icebergs increase mixing and stratification in upper-ocean layers Open
Ice sheet mass loss is one of the clearest manifestations of climate change, with Antarctica discharging mass into the ocean via the melting of glacial ice or through calving. This calving produces icebergs which can modify ocean water pro…
View article: Politics, policies, and patient care: Rehabilitation therapists' experiences during the COVID-19 Pandemic
Politics, policies, and patient care: Rehabilitation therapists' experiences during the COVID-19 Pandemic Open
The year 2020 represents a historically turbulent period for the United States marked by the COVID-19 pandemic, a contentious political season, and heightened awareness of racism among citizens. This intersection of medicine, politics, and…
View article: Physical, biogeochemical and ecological impacts of giant icebergs: a multidisciplinary study of iceberg A68 near South Georgia, Southern Ocean  
Physical, biogeochemical and ecological impacts of giant icebergs: a multidisciplinary study of iceberg A68 near South Georgia, Southern Ocean   Open
<p>Giant icebergs can greatly impact the mass, freshwater and nutrient budgets of the ocean. They can deposit large amounts of freshwater at great distances from their origins, impacting upper-ocean stratification and mixing, and the…
View article: Benthic Silicon Cycling in the Arctic Barents Sea: a Reaction-Transport Model Study
Benthic Silicon Cycling in the Arctic Barents Sea: a Reaction-Transport Model Study Open
Over recent decades the highest rates of water column warming and sea ice loss across the Arctic Ocean have been observed in the Barents Sea. These physical changes have resulted in rapid ecosystem adjustments, manifesting as a northward m…
View article: Using the silica isotope composition of biogenic materials in marine sediments to reconstruct ocean chemistry
Using the silica isotope composition of biogenic materials in marine sediments to reconstruct ocean chemistry Open
<div><span>The silicon isotopic composition of sedimentary biogenic opal can be used to track shifts in the balance between silicon inputs to the ocean and outputs by burial. In addition to biosilicification and opal burial, th…