Publications by authors named "Khadijah K Homolka"

Wildfires produce solid residuals that have unique chemical and physical properties compared to unburned materials, which influence their cycling and fate in the natural environment. Visual burn severity assessment is used to evaluate post-fire alterations to the landscape in field-based studies, yet muffle furnace methods are commonly used in laboratory studies to assess molecular scale alterations along a temperature continuum. Here, we examined solid and leachable organic matter characteristics from chars visually characterized as low burn severity that were created either on an open air burn table or from low-temperature muffle furnace burns.

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Article Synopsis
  • Understanding cross-scale interactions is crucial for predicting coastal system responses to global change, necessitating cohesive and transferable datasets.
  • The EXCHANGE Consortium, a collaborative network of researchers, collected data from 52 coastal terrestrial-aquatic interfaces (TAIs) in Fall 2021 to analyze ecosystem control points.
  • Samples included soils, surface waters, and sediments from various coastal regions, with initial measurements focusing on water quality, geochemical properties, and physicochemical characteristics.
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