Hierarchical Bayesian scaling of soil properties across urban, agricultural, and desert ecosystems

Agriculture & Biology

• agroecosystems 85%
• soil properties 79%
• inorganic carbon 78%
• deserts 75%
• ecosystems 59%
• land use 57%
• soil chemistry 54%
• residential areas 54%
• organic carbon 43%
• soil 30%
• phosphorus 29%
• metropolitan areas 26%
• ecologists 23%
• global change 23%
• turf grasses 23%
• soil organic carbon 22%
• agricultural soils 22%
• urban areas 20%
• soil nutrients 20%
• total nitrogen 20%
• managers 19%
• pollution 17%
• prediction 13%

Earth & Environmental Sciences

• urban ecosystem 100%
• agricultural ecosystem 92%
• soil property 69%
• desert 66%
• ecosystem 46%
• inorganic carbon 46%
• soil chemistry 33%
• organic carbon 30%
• residential area 27%
• land use 26%
• soil 22%
• agricultural land 21%
• phosphorus 19%
• city 14%
• soil nutrient 14%
• agricultural soil 13%
• metropolitan area 12%
• residence time 11%
• environmental change 11%
• budget 11%
• urban area 10%
• pollution 8%
• policy 8%
• nitrogen 7%
• prediction 6%
• distribution 4%

Medicine & Life Sciences

• Ecosystem 88%
• Soil 86%
• Carbon 52%
• Bayes Theorem 21%
• Phosphorus 18%
• Budgets 10%
• Nitrogen 8%
• Nutrients 7%