Plant litter decomposition is a crucial ecosystem process that regulates nutrient cycling, soil fertility, and plant productivity and is strongly influenced by increased nitrogen (N) deposition. Howev

NIAID Data Ecosystem30

Soil nitrate and ammonium: Herbivory by Nitrogen Interactive Effects on Community and Ecosystem Processes and Dynamics

氮肥生态效应

植物-微生物-草食动物相互作用

E172 is an herbivory experiment established by Dave Tilman in fall 2004 by enclosing in deer fences three randomly selected plots from the six replicates of each control and each treatment in the N ad

Environmental Data Initiative Repository20

Appendix A. Tables showing studies used in meta-analysis of simulated N deposition effects on leaf nutrient responses, and decay parameters, moisture, chemistry, and potential microbial enzyme activities associated with oak litter following one year and two years of decomposition at the Chronic Nitrogen Amendment Study.

氮肥生态效应

凋落物分解

Tables showing studies used in meta-analysis of simulated N deposition effects on leaf nutrient responses, and decay parameters, moisture, chemistry, and potential microbial enzyme activities associat

NIAID Data Ecosystem30

Summary of tree species’ relationships with N deposition.

氮肥生态效应

树种响应分析

Numbers in columns and rows indicate the number of species with a monotonically decreasing, flat, monotonically increasing, or unimodal growth or survival association with N deposition across the rang

Figshare2018-10-18 更新20

Appendix B. A table listing the woody biomass increments response to N deposition.

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