Search Results - "Nielson, Jeffrey R."

Comparison of optimized data-driven models for landslide susceptibility mapping by Ghayur Sadigh, Armin, Alesheikh, Ali Asghar, Bateni, Sayed M., Jun, Changhyun, Lee, Saro, Nielson, Jeffrey R., Panahi, Mahdi, Rezaie, Fatemeh

“…Locations prone to landslides must be identified and mapped to prevent landslide-related damage and casualties. Machine learning approaches have proven…”
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Estimation of soil dispersivity using soft computing approaches by Emamgholizadeh, Samad, Bahman, Kiana, Bateni, S. Mohyeddin, Ghorbani, Hadi, Marofpoor, Isa, Nielson, Jeffrey R.

“…The accurate estimation of soil dispersivity ( α ) is required for characterizing the transport of contaminants in soil. The in situ measurement of α is costly…”
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Periodic boundary layer separation and lateral intrusions observed above a sloping lakebed by Nielson, Jeffrey R., Henderson, Stephen M.

“…Lateral intrusions flowing from the boundaries of lakes and oceans might influence basin‐scale distributions of heat, chemical solutes, sediments, and…”
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Bottom boundary layer mixing processes across internal seiche cycles: Dominance of downslope flows by Nielson, Jeffrey R., Henderson, Stephen M.

“…In a stratified lake, where an internal seiche maintained an oscillating bottom boundary layer (BBL), processes including strain‐induced periodic…”
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Transport and mixing observed in a pond: Description of wind‐forced transport processes and quantification of mixing rates by Henderson, Stephen M., Nielson, Jeffrey R., Mayne, Sandra R., Goldberg, Caren S., Manning, Jeffrey A.

“…Ponds are characterized by high biodiversity, intense biogeochemical cycling, and susceptibility to anthropogenic impacts. Yet few studies have quantified the…”
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In situ flux estimates reveal large variations in methane flux across the bottom boundary layer of a eutrophic lake by D'Ambrosio, Sofia L., Henderson, Stephen M., Nielson, Jeffrey R., Harrison, John A.

“…Methane (CH4) produced in anoxic sediments plays a significant role in the carbon economy of many lakes and reservoirs. CH4 released from sediments first…”
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