Restoration of a terrestrialized soak lake of an Irish raised bog: Results of Field Experiments
Restoration of a terrestrialized soak lake of an Irish raised bog: Results of Field Experiments
Soaks (areas of mesotrophic/minerotrophic vegetation within acid bog) add to the overall heterogeneity and biodiversity of raised bog landscapes due to the presence of flora and fauna communities not typically associated with acid bog systems. A field experiment was set up to investigate the potential to restore the minerotrophic and aquatic communities that previously occurred within a soak of an oceanic raised bog in Ireland, which has recently undergone acidification with the expansion of acid bog type vegetation. Three different treatments, control (intact sphagnaceous raft), permeable (sphagnaceous raft removed), and enclosed (sphagnaceous raft removed and plots isolated from surrounding surface water influence) were applied to a total of six plots (each measuring 4 × 4 m), each treatment consisting of two replicates. Within 3 years a sphagnaceous raft with similar vegetation to the surroundings had developed in both permeable plots, while aquatic communities similar to those that occurred at the site in the past had established within the enclosed pots. Our results show that with manipulation of local hydrology it is possible to recreate conditions suitable for aquatic plant communities that once characterized the site. The results also give an insight into the likely processes responsible for the initial terrestrialization of the entire soak over the past century. Application of the results in relation to the site and the widespread practice of restoring bog vegetation on degraded peatlands are discussed.
Acidification, Fen, Floating raft, Methane, Minerotrophic, Wetland restoration
261-272
Crushell, Patrick H.
215c3511-ab8c-4317-b01d-8c2b6b64c617
Smolders, Alfons J P
c325f688-2c1c-46e6-b88d-84cc3e38d9cd
Schouten, Matthijs G C
b956b925-4c42-4725-b3e9-f2d44bd50e93
Robroek, Bjorn J M
06dcb269-687c-41db-ab73-f61899617f92
van Wirdum, Geert
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Roelofs, Jan G M
a4b040d2-97cc-4761-ab7a-c4a2e06bb734
March 2011
Crushell, Patrick H.
215c3511-ab8c-4317-b01d-8c2b6b64c617
Smolders, Alfons J P
c325f688-2c1c-46e6-b88d-84cc3e38d9cd
Schouten, Matthijs G C
b956b925-4c42-4725-b3e9-f2d44bd50e93
Robroek, Bjorn J M
06dcb269-687c-41db-ab73-f61899617f92
van Wirdum, Geert
4f3fd413-47a1-4f92-ab91-9b6d2e960b44
Roelofs, Jan G M
a4b040d2-97cc-4761-ab7a-c4a2e06bb734
Crushell, Patrick H., Smolders, Alfons J P, Schouten, Matthijs G C, Robroek, Bjorn J M, van Wirdum, Geert and Roelofs, Jan G M
(2011)
Restoration of a terrestrialized soak lake of an Irish raised bog: Results of Field Experiments.
Restoration Ecology, 19 (2), .
(doi:10.1111/j.1526-100X.2009.00576.x).
Abstract
Soaks (areas of mesotrophic/minerotrophic vegetation within acid bog) add to the overall heterogeneity and biodiversity of raised bog landscapes due to the presence of flora and fauna communities not typically associated with acid bog systems. A field experiment was set up to investigate the potential to restore the minerotrophic and aquatic communities that previously occurred within a soak of an oceanic raised bog in Ireland, which has recently undergone acidification with the expansion of acid bog type vegetation. Three different treatments, control (intact sphagnaceous raft), permeable (sphagnaceous raft removed), and enclosed (sphagnaceous raft removed and plots isolated from surrounding surface water influence) were applied to a total of six plots (each measuring 4 × 4 m), each treatment consisting of two replicates. Within 3 years a sphagnaceous raft with similar vegetation to the surroundings had developed in both permeable plots, while aquatic communities similar to those that occurred at the site in the past had established within the enclosed pots. Our results show that with manipulation of local hydrology it is possible to recreate conditions suitable for aquatic plant communities that once characterized the site. The results also give an insight into the likely processes responsible for the initial terrestrialization of the entire soak over the past century. Application of the results in relation to the site and the widespread practice of restoring bog vegetation on degraded peatlands are discussed.
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Published date: March 2011
Keywords:
Acidification, Fen, Floating raft, Methane, Minerotrophic, Wetland restoration
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Local EPrints ID: 413686
URI: http://eprints.soton.ac.uk/id/eprint/413686
ISSN: 1061-2971
PURE UUID: 858b1997-ee62-46f3-a849-8bf25b52d697
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Date deposited: 31 Aug 2017 16:31
Last modified: 15 Mar 2024 15:02
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Author:
Patrick H. Crushell
Author:
Alfons J P Smolders
Author:
Matthijs G C Schouten
Author:
Bjorn J M Robroek
Author:
Geert van Wirdum
Author:
Jan G M Roelofs
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