Index Catalog // ScholarsArchive@OSU

Creator:: Cole, Ryan P.
Abstract:: The extent and severity of wildfires in forested regions are increasing throughout many regions on the planet, including western North America. High-severity wildfires directly affect soils and vegetation by altering soil hydraulic properties, reducing soil organic matter, exporting carbon and nitrogen, and killing trees and understory vegetation. These impacts can...
Resource Type:: Masters Thesis
Full Text:: : 10.1016/j.catena.2016.01.027. Schmeer SR, Kampf SK, MacDonald LH, Hewitt J, Wilson C. 2018. Empirical

Creator:: McCredie, Katherine E.
Abstract:: Understanding the magnitude and longevity of wildfire effects in forested watersheds and subsequent impacts to downstream aquatic ecosystems and communities requires congruent investigation into post-fire aquatic and terrestrial processes. However, results from wildfire studies are often confounded by pre- and post-fire land management actions and based on either hydrologic or...
Resource Type:: Masters Thesis
Full Text:: mineralizable N (14-d PMN), and active C in mineral soil. Interestingly, pre-fire stand age had no effect on

Creator:: Nicholas, Jonah
Abstract:: Headwater streams represent the majority of the drainage area of a river network and provide many critical functions supporting aquatic and terrestrial ecosystem health. The riparian zones that surround these streams are transitional areas between terrestrial and stream ecosystems, which provide key habitat for aquatic and terrestrial organisms, especially during...
Resource Type:: Masters Thesis
Full Text:: stream network (70–80% of catchment drainage area) (MacDonald and Coe, 2007; Richardson, 2019; Sidle

ScholarsArchive@OSU