A theoretical analysis of nonlinearities and feedbacks in soil carbon and nitrogen cycles

Agriculture & Biology

• carbon cycle 72%
• nitrogen cycle 69%
• soil carbon 64%
• nitrogen 30%
• linear models 26%
• minerals 26%
• mineralization 26%
• microbial communities 25%
• microorganisms 23%
• nonlinear models 22%
• organic nitrogen 21%
• degradation 16%
• soil heterogeneity 11%
• climatic factors 10%
• microbial biomass 9%
• surpluses 9%
• microbial activity 9%
• soil temperature 9%
• soil organic matter 8%
• soil water 7%
• deterioration 7%

Earth & Environmental Sciences

• nitrogen cycle 64%
• soil nitrogen 61%
• soil carbon 54%
• carbon cycle 52%
• nonlinearity 50%
• assimilation 23%
• nitrogen 18%
• immobilization 15%
• analysis 14%
• microbial community 13%
• mineralization 11%
• organic nitrogen 11%
• mineral 11%
• decomposition 11%
• turnover 9%
• substrate 7%
• climatic factor 5%
• bifurcation 5%
• surplus 5%
• stability analysis 5%
• soil temperature 5%
• coexistence 5%
• microbial activity 5%
• soil organic matter 5%

Medicine & Life Sciences

• Nitrogen Cycle 100%
• Carbon Cycle 80%
• Soil 57%
• Nitrogen 52%
• Minerals 25%
• Linear Models 20%
• Immobilization 20%
• Microbiota 19%
• Nonlinear Dynamics 17%
• Biomass 8%