Exploring relationships between enzyme activities and leaf litter decomposition in a wet tropical forest

Agriculture & Biology

• stoichiometry 92%
• tropical forests 87%
• plant litter 85%
• microbial enzymes 73%
• extracellular enzymes 64%
• enzyme activity 54%
• microbial communities 52%
• degradation 50%
• deterioration 44%
• enzymes 37%
• cellulose 1,4-beta-cellobiosidase 36%
• aminopeptidases 33%
• nutrients 33%
• microbial growth 30%
• microbial biomass 30%
• fungal growth 29%
• beta-glucosidase 28%
• acid phosphatase 27%
• interspecific variation 26%
• nutrient content 24%
• ecosystems 20%
• testing 10%

Earth & Environmental Sciences

• enzyme activity 87%
• tropical forest 82%
• enzyme 66%
• decomposition 59%
• litter 44%
• stoichiometry 38%
• allocation 31%
• plant species 21%
• microbial community 19%
• interspecific variation 17%
• rate 15%
• nutrient 15%
• nutrient content 13%
• ecosystem process 13%
• phosphatase 13%
• loss 12%
• substrate 8%
• acid 7%
• biomass 7%
• resource 6%
• test 4%

Medicine & Life Sciences

• Forests 98%
• Enzymes 45%
• Nutrients 21%
• glycyl aminopeptidase 19%
• Microbiota 16%
• Cellulose 1,4-beta-Cellobiosidase 14%
• Glucosylceramidase 11%
• Biomass 10%
• Acid Phosphatase 9%
• Ecosystem 9%
• Growth 8%
• Regression Analysis 5%