A novel source of atmospheric H₂: Abiotic degradation of organic material

Agriculture & Biology

• soil-atmosphere interactions 100%
• degradation 59%
• hydrogen production 55%
• plant litter 49%
• stratosphere 42%
• atmospheric chemistry 39%
• terrestrial ecosystems 30%
• thermal degradation 27%
• hydroxyl radicals 26%
• lignin content 25%
• ozone 25%
• soil organic matter 22%
• hydrogen 22%
• solar radiation 21%
• temperature 19%
• ecosystems 18%
• gases 18%
• cellulose 17%
• carbon 15%
• nitrogen 14%
• soil 12%

Earth & Environmental Sciences

• degradation 63%
• material 39%
• litter 36%
• atmosphere 34%
• source-sink dynamics 30%
• soil 24%
• atmospheric chemistry 22%
• hydroxyl radical 21%
• trace gas 20%
• loss 20%
• lignin 20%
• terrestrial ecosystem 19%
• cellulose 18%
• stratosphere 18%
• solar radiation 17%
• budget 16%
• ozone 15%
• hydrogen 15%
• organic matter 13%
• nitrogen 11%
• ecosystem 11%
• carbon 11%
• laboratory 10%
• temperature 7%