The succession of soil Collembola communities in spruce forests of the High Tatra Mountains five years after a windthrow and clear–cut logging

The succession of soil Collembola communities in spruce forests of the High Tatra Mountains five years after a windthrow and clear–cut logging

https://ift.tt/2E21mXs

Publication date: 15 February 2019

Source: Forest Ecology and Management, Volume 433

Author(s): Peter Čuchta, Dana Miklisová, Ľubomír Kováč

Abstract

A study focusing on the succession of soil Collembola communities was carried out in the High Tatra Mountains (Slovakia), five years after a windthrow. Two separate areas were studied within the mountain range: a peripheral foothill area and an inland mountain valley. Each area contained three stands (sites) under different management treatments: an intact reference forest stand, a non-extracted windthrown forest stand and an extracted windthrown forest stand. The impact of windthrow and the ensuing forestry practices in both areas was still apparent after the disturbance period. The communities in the inland mountain valley were affected by windthrow more negatively in terms of abundance. However, species richness seemed to remain better preserved there than in the foothills and was unaffected by colonisation by species from the surrounding habitats. A temporary increase in species richness observed early after the disturbance disappeared, and the negative effect of clear-cutting and subsequent extraction of the fallen wood on the communities, affecting their abundance, decreased in severity over time. The impact of both logged and unlogged regimes on Collembola communities was obvious, especially in the valley. Moreover, we observed the clear response of some species to windthrow and forest practices. Several considerably abundant species, e.g. Folsomia penicula and Tetracanthella fjellbergi, were sensitive to deforestation by windthrow and clear cutting. Our study documented that Collembola can be used as an indicator mesofauna group in assessments of disturbance-induced changes in soil environments of mountain spruce forests.

Superforest

via ScienceDirect Publication: Forest Ecology and Management https://ift.tt/2zaqiu8

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