Long-term insect herbivory slows soil development in an arid ecosystem

Keyphrases

• Herbivore 100%
• Arid Ecosystems 100%
• Soil Development 100%
• Insect Herbivory 100%
• Soil C Accumulation 60%
• Cinder 40%
• N Accumulation 40%
• Litterfall 40%
• Arizona 20%
• Woodland 20%
• Tree Resistance 20%
• Removal Experiment 20%
• Piñon-juniper Woodlands 20%
• Nitrogen N 20%
• Plant Growth 20%
• Carbon-nitrogen 20%
• Soil C Flux 20%
• Tree Growth 20%
• Carbon Pools 20%
• Soil nutrients 20%
• Soil Surface 20%
• N Flux 20%
• Fertility Islands 20%
• C Input 20%
• Litter Input 20%
• Carbon C 20%
• Nutrient-poor 20%
• Signal-to-noise 20%
• Efflux 20%
• Tree Level 20%
• Plant Development 20%
• Primary Succession 20%
• Volcanic Eruption 20%
• Herbivore Impact 20%
• Background Level 20%
• Impact on Plants 20%
• Nutrient Flux 20%
• Noise Problem 20%
• Annual Litterfall 20%
• Nutrient Pools 20%
• Soil Carbon 20%
• Natural Variation 20%
• Direct Examination 20%
• Arid Systems 20%
• Herbivory Tolerance 20%

Agricultural and Biological Sciences

• Annuals 100%
• Tree Growth 50%
• Plant Growth 50%
• Soil Carbon 50%
• Juniper 50%
• Soil Nutrient 50%
• Plant Development 50%
• Growth and Development 50%
• Primary Succession 50%