Appendix C. Correlations coefficients (r) between invertebrate abundance and lichen traits.

Correlations coefficients (r) between invertebrate abundance and lichen traits

Appendix G. Nematode families encountered across the 27 lichen species.

Nematode families encountered across the 27 lichen species

Data files_Egelkraut etal 2018_Functional Ecology

This data file provides the dry weights of two phytometer species, Betula nana and Potentilla crantzii, which were grown in different soils, under controlled conditions for 2,5-3 months. Next to above and below ground weight, we also assessed colonization of the roots by mycorrhizas; ectomycorrhiza on B. nana roots, and vesicular-arbuscular mycorrhiza in P. crantzii roots. Lastly, concentrations of mineral N and P are provided

Appendix B. Overview of the carbon-based secondary compounds in the 27 lichen species.

Overview of the carbon-based secondary compounds in the 27 lichen species

Appendix E. Springtail species encountered across the 27 lichen species.

Springtail species encountered across the 27 lichen species

Appendix D. Correlation coefficients (r) between invertebrate community characteristics and lichen traits.

Correlation coefficients (r) between invertebrate community characteristics and lichen traits

Appendix F. Mite taxa encountered across the 27 lichen species.

Mite taxa encountered across the 27 lichen species

Appendix A. Overview of the 27 lichen species included in our study.

Overview of the 27 lichen species included in our study

Appendix C. Results from ANOVA testing the effects of climate-change treatments on extracellular enzyme activities in plant community soils and in plant-specific soils.

Results from ANOVA testing the effects of climate-change treatments on extracellular enzyme activities in plant community soils and in plant-specific soils

Appendix B. Enzyme activities in plant community soils and in plant-specific soils.

Enzyme activities in plant community soils and in plant-specific soils