Mechanical termination of a perennial grain crop minimally impacts soil structure, carbon and carbon dioxide emissions

Earth & Environmental Sciences

• soil structure 92%
• cereal 91%
• tillage 89%
• soil carbon 86%
• carbon stock 68%
• carbon dioxide 66%
• crop 60%
• glyphosate 58%
• aggregate stability 53%
• carbon 47%
• soybean 45%
• herbicide 43%
• bulk density 40%
• soil 36%
• seed size 33%
• mowing 28%
• biological characteristics 25%
• environmental sustainability 23%
• crop production 22%
• growing season 19%
• grass 18%
• productivity 14%
• summer 12%
• method 9%
• material 8%
• effect 4%

Agriculture & Biology

• soil structure 100%
• grain crops 88%
• soil carbon 81%
• carbon dioxide 66%
• carbon sinks 61%
• carbon 55%
• tillage 48%
• plows 41%
• glyphosate 36%
• soil 34%
• no-tillage 34%
• bulk density 33%
• crops 27%
• Thinopyrum intermedium 26%
• Thinopyrum intermedium subsp. intermedium 26%
• soybeans 24%
• chiseling 24%
• new crops 21%
• environmental sustainability 20%
• agricultural productivity 20%
• mowing 20%
• perennial grasses 19%
• seed size 18%
• pesticide application 16%
• crop production 15%
• herbicides 13%
• growing season 13%
• dates (fruit) 13%
• breeds 12%
• summer 11%
• methodology 9%
• sampling 6%

Medicine & Life Sciences

• Soil 91%
• Carbon Dioxide 89%
• Carbon 83%
• glyphosate 29%
• Herbicides 24%
• Soybeans 23%
• Crop Production 17%
• Specific Gravity 12%
• Poaceae 11%
• Seeds 9%
• Mortality 4%