Matches in Nanopublications for { ?s ?p <https://doi.org/10.18710/V6B2HV> ?g. }
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- Cladonia%20rangiferina%2Fstygia%20supported%20the%20highest%20Collembola%20density. obtainsSupportFrom V6B2HV assertion.
- Collembola%20density%20in%20lichen%20increased%20with%20lichen%20water%20holding%20capacity. obtainsSupportFrom V6B2HV assertion.
- Collembola%20abundance%20in%20soil%20was%20highest%20beneath%20Cladonia%20rangiferina%2Fstygia. obtainsSupportFrom V6B2HV assertion.
- The%20ratio%20of%20Collembola%20in%20lichen%20to%20soil%20increased%20with%20lichen%20water%20holding%20capacity. obtainsSupportFrom V6B2HV assertion.
- Oribatida%20density%20in%20lichen%20increased%20with%20lichen%20water%20holding%20capacity. obtainsSupportFrom V6B2HV assertion.
- Cladonia%20rangiferina%2Fstygia%20had%20on%20average%2069%25%20higher%20water%20holding%20capacity%20than%20other%20lichen%20species. obtainsSupportFrom V6B2HV assertion.
- All%20lichens%20reduced%20average%20soil%20temperature%20compared%20to%20bare%20soil. obtainsSupportFrom V6B2HV assertion.
- There%20were%20twice%20as%20many%20freeze-thaw%20cycles%20in%20bare%20soil%20compared%20to%20soil%20beneath%20lichen%20species. obtainsSupportFrom V6B2HV assertion.
- Element%20availability%20was%20higher%20in%20bare%20soil%20compared%20to%20soil%20covered%20with%20lichens. obtainsSupportFrom V6B2HV assertion.
- Availability%20of%20Ca%2C%20Mg%2C%20and%20Zn%20was%20lower%20in%20soil%20beneath%20Cladonia%20rangiferina%2Fstygia%20than%20below%20Flavocetraria%20nivalis. obtainsSupportFrom V6B2HV assertion.
- Element%20availability%20increased%20with%20average%20soil%20temperature. obtainsSupportFrom V6B2HV assertion.
- Element%20availability%20increased%20with%20the%20number%20of%20freeze-thaw%20cycles. obtainsSupportFrom V6B2HV assertion.