Devise a Sampling Matrix to Ensure Systematic and Comprehensive Sampling of Lysimeter and Demarcation of Voxels
2:49
Microbiology Sample Collection
4:10
Geochemistry and Hydrology Sample Collection
7:14
Results: Excavation of Voxels and Representative Sample Analysis
8:42
Conclusion
Transkript
Studying Coevolution of Hydrological and Biogeochemical processes in the subsurface of natural landscapes can enhance the understanding of coupled earth system processes. The overall goal of this method is to excavate a soil Lysimeter to understan
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This study presents an excavation method for investigating subsurface hydrological, geochemical, and microbiological heterogeneity of a soil lysimeter. The lysimeter simulates an artificial hillslope which was initially under homogeneous condition and had been subjected to approximately 5,000 mm of water over eight cycles of irrigation in an 18-month period.