3D characterization of the subsurface redox architecture in complex geological settings

Volume: 693, Pages: 133583 - 133583
Published: Nov 1, 2019
Abstract
Nitrogen (N) leaching caused by agricultural activities is one of the major threats to the aquatic ecosystems and public health. Moving from the agricultural soils through the subsurface and reemerging to the surface water, N undergoes various biogeochemical reactions along pathways in the subsurface, which occur heterogeneously in space and time. Thus to improve our understanding on the fate and distribution of N in the aquatic environment,...
Paper Details
Title
3D characterization of the subsurface redox architecture in complex geological settings
Published Date
Nov 1, 2019
Volume
693
Pages
133583 - 133583
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