Effect of salvage-logging on post-fire tree establishment and ground cover vegetation in semi-natural hemiboreal forests

Fire is a common disturbance in boreal forests causing changes in biological diversity at various spatial scales. In the past 100 years, forest management has limited fire outbreaks, but in the future, the fire-affected forest area is expected to increase in many regions due to climate change. Burne...

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Main Authors: Kārkliņa, Annija, Brūmelis, Guntis, Dauškane, Iluta, Elferts, Didzis, Freimane, Lāsma, Kitenberga, Māra, Lībiete, Zane, Matisons, Roberts, Jansons, Āris
Format: Article
Language:English
Published: Finnish Society of Forest Science 2020-01-01
Series:Silva Fennica
Online Access:https://www.silvafennica.fi/article/10334
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author Kārkliņa, Annija
Brūmelis, Guntis
Dauškane, Iluta
Elferts, Didzis
Freimane, Lāsma
Kitenberga, Māra
Lībiete, Zane
Matisons, Roberts
Jansons, Āris
author_facet Kārkliņa, Annija
Brūmelis, Guntis
Dauškane, Iluta
Elferts, Didzis
Freimane, Lāsma
Kitenberga, Māra
Lībiete, Zane
Matisons, Roberts
Jansons, Āris
author_sort Kārkliņa, Annija
collection DOAJ
description Fire is a common disturbance in boreal forests causing changes in biological diversity at various spatial scales. In the past 100 years, forest management has limited fire outbreaks, but in the future, the fire-affected forest area is expected to increase in many regions due to climate change. Burned forests are typically salvage-logged, but the effect of this type of management versus natural regeneration on biological diversity is not well understood, particularly the mid-term effect to tree establishment and understory vegetation composition and diversity. Various management methods were used after a large fire in 1992 in a peatland-forest complex and neighbouring managed forests, which created an experimental setup for study of the effect of management after fire in the Sliteres National park, northwestern Latvia. Understory vegetation was described in plots using a design of four forest and three management types: natural regeneration (unmanaged) and managed sites with salvage logging followed by no further human intervention and salvage logging with planting. Post-fire management had different effect in each forest type. Species richness was higher in forest types with salvage logging than in natural regenerated sites on rich wet and rich dry forest types, but not for the poor forest types. Tree regeneration was generally greater in salvage-logged stands, but differed between forest types. Species composition was related to tree regeneration and canopy openness. In contrast to other studies, salvage logging had a positive mid-term effect to ground vegetation diversity and tree establishment in the studied stands, implying potential for concomitant management and conservation of ground cover vegetation in semi-natural stands.
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spelling doaj.art-18e542de86e746948ca35c453f5df0832022-12-21T20:40:57ZengFinnish Society of Forest ScienceSilva Fennica2242-40752020-01-0154510.14214/sf.10334Effect of salvage-logging on post-fire tree establishment and ground cover vegetation in semi-natural hemiboreal forestsKārkliņa, AnnijaBrūmelis, GuntisDauškane, IlutaElferts, DidzisFreimane, LāsmaKitenberga, MāraLībiete, ZaneMatisons, RobertsJansons, ĀrisFire is a common disturbance in boreal forests causing changes in biological diversity at various spatial scales. In the past 100 years, forest management has limited fire outbreaks, but in the future, the fire-affected forest area is expected to increase in many regions due to climate change. Burned forests are typically salvage-logged, but the effect of this type of management versus natural regeneration on biological diversity is not well understood, particularly the mid-term effect to tree establishment and understory vegetation composition and diversity. Various management methods were used after a large fire in 1992 in a peatland-forest complex and neighbouring managed forests, which created an experimental setup for study of the effect of management after fire in the Sliteres National park, northwestern Latvia. Understory vegetation was described in plots using a design of four forest and three management types: natural regeneration (unmanaged) and managed sites with salvage logging followed by no further human intervention and salvage logging with planting. Post-fire management had different effect in each forest type. Species richness was higher in forest types with salvage logging than in natural regenerated sites on rich wet and rich dry forest types, but not for the poor forest types. Tree regeneration was generally greater in salvage-logged stands, but differed between forest types. Species composition was related to tree regeneration and canopy openness. In contrast to other studies, salvage logging had a positive mid-term effect to ground vegetation diversity and tree establishment in the studied stands, implying potential for concomitant management and conservation of ground cover vegetation in semi-natural stands.https://www.silvafennica.fi/article/10334
spellingShingle Kārkliņa, Annija
Brūmelis, Guntis
Dauškane, Iluta
Elferts, Didzis
Freimane, Lāsma
Kitenberga, Māra
Lībiete, Zane
Matisons, Roberts
Jansons, Āris
Effect of salvage-logging on post-fire tree establishment and ground cover vegetation in semi-natural hemiboreal forests
Silva Fennica
title Effect of salvage-logging on post-fire tree establishment and ground cover vegetation in semi-natural hemiboreal forests
title_full Effect of salvage-logging on post-fire tree establishment and ground cover vegetation in semi-natural hemiboreal forests
title_fullStr Effect of salvage-logging on post-fire tree establishment and ground cover vegetation in semi-natural hemiboreal forests
title_full_unstemmed Effect of salvage-logging on post-fire tree establishment and ground cover vegetation in semi-natural hemiboreal forests
title_short Effect of salvage-logging on post-fire tree establishment and ground cover vegetation in semi-natural hemiboreal forests
title_sort effect of salvage logging on post fire tree establishment and ground cover vegetation in semi natural hemiboreal forests
url https://www.silvafennica.fi/article/10334
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