Comparing the short- and long-term impacts of subsurface drainage installation on soil physical and biological properties

Agriculture & Biology

• subsurface drainage 100%
• soil physical properties 72%
• drainage systems 38%
• soil quality 33%
• organic carbon 29%
• preferential flow 29%
• soil properties 27%
• carbon 17%
• bulk density 17%
• nutrients 16%
• water 15%
• poorly drained soils 14%
• saturated hydraulic conductivity 12%
• waterways 12%
• organic nitrogen 11%
• indicator species 9%
• drainage 9%
• growers 8%
• sampling 6%
• nitrogen 5%

Earth & Environmental Sciences

• physical property 49%
• drainage 47%
• nutrient loss 34%
• drainage system 27%
• soil 27%
• health 25%
• soil property 24%
• aggregate stability 23%
• preferential flow 21%
• organic carbon 21%
• bulk density 17%
• carbon 15%
• sampling 10%
• organic nitrogen 10%
• long-term change 9%
• bioindicator 9%
• waterway 9%
• agricultural production 9%
• water 8%
• hydraulic conductivity 8%
• water depth 7%
• timescale 6%
• nitrogen 5%