Ensemble HYDRUS-2D modeling to improve apparent electrical conductivity sensing of soil salinity under drip irrigation

Agriculture & Biology

• soil salinity 88%
• microirrigation 84%
• electrical conductivity 74%
• salinity 61%
• irrigation management 46%
• irrigated soils 30%
• water salinity 26%
• irrigation 25%
• irrigation water 21%
• solutes 21%
• monitoring 20%
• case studies 18%
• water content 15%
• soil electrical conductivity 14%
• clay loam soils 14%
• consultants 14%
• saline soils 13%
• hydraulic conductivity 12%
• irrigation scheduling 12%
• agricultural soils 12%
• irrigation systems 11%
• arid zones 11%
• soil 11%
• bulk density 10%
• leaching 10%
• rhizosphere 9%
• soil sampling 9%
• spatial distribution 9%
• texture 8%
• protocols 7%
• salts 7%
• extracts 5%
• water 4%

Earth & Environmental Sciences

• drip irrigation 100%
• soil salinity 90%
• electrical conductivity 70%
• irrigation 58%
• salinity 37%
• modeling 31%
• water salinity 16%
• soil 16%
• solute 13%
• monitoring 12%
• water content 11%
• clay loam 9%
• saline soil 9%
• irrigation system 8%
• semiarid region 7%
• agricultural soil 7%
• rhizosphere 7%
• bulk density 7%
• hydraulic conductivity 6%
• simulation 6%
• protocol 6%
• leaching 5%
• texture 5%
• salt 5%
• spatial distribution 5%
• parameter 5%
• sensor 5%
• water 4%
• sampling 4%
• distribution 2%