Modeling finger development and persistence in initially dry porous media

Earth & Environmental Sciences

• capillary pressure 61%
• persistence 60%
• porous medium 60%
• wetting 41%
• drainage 31%
• water retention 30%
• modeling 29%
• atmospheric pressure 26%
• hydraulic conductivity 25%
• perturbation 22%
• wetting front 18%
• Richards equation 18%
• hysteresis 14%
• water 12%
• gravity 10%
• simulation 6%
• parameter 4%

Agriculture & Biology

• porous media 100%
• unsaturated hydraulic conductivity 47%
• drainage 42%
• wetting front 24%
• Richards' equation 24%
• water 23%
• air 18%
• hysteresis 17%
• water flow 15%
• gravity 15%