Multi-disciplinary approaches to monitoring and understanding mechanisms at active, degraded and restored blanket bog locations.

Research output: Contribution to conferencePoster

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Abstract

Here we use a variety of methods to build a conceptual understanding of processes that occur at active, degraded and restored locations on a blanket bog. The Garron Plateau contains the most extensive area of intact blanket bog in Northern Ireland, with an area of over 4650 ha. Stable isotope analysis in the solid, liquid and gas phases indicates that the active location suggests a closed system with limited isotopic fractionation, limited water movement and decomposition. The degrading location has a lower level of humification, and is depleted in 13C in the solid phase due to ingression of vascular plants. The restored location has high humification and enrichment of 13C and 15N in the solid phase, and D in the liquid phase. 13C and 18O in the gas phase and 18O in the liquid phase are depleted, as a result of microbially mediated gas production and rewetting. Principal component analysis of the chemistry also helped define processes at each location. Geo-electrical profiles at each location determined the normalized chargeability (ratio of resistivity and chargeability) and was compared with organic composition analysis of the solid and liquid phases. Results show that the degrading location is undergoing high rates of decomposition and loss of organic matter into the interstitial water, whereas the opposite is true for the active location
Original languageEnglish
Publication statusPublished - Oct 2019
EventIUCN UK Peatland Programme Conference 2019 - Belfast , United Kingdom
Duration: 08 Oct 201911 Oct 2019

Conference

ConferenceIUCN UK Peatland Programme Conference 2019
CountryUnited Kingdom
CityBelfast
Period08/10/201911/10/2019

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blanket bog
liquid
humification
monitoring
decomposition
rewetting
isotopic fractionation
vascular plant
gas
gas production
electrical resistivity
principal component analysis
porewater
stable isotope
plateau
organic matter
water
analysis

Cite this

Doherty, R., McAnallen, L., Kirmizakis, P., & Ogle, N. (2019). Multi-disciplinary approaches to monitoring and understanding mechanisms at active, degraded and restored blanket bog locations.. Poster session presented at IUCN UK Peatland Programme Conference 2019, Belfast , United Kingdom.
Doherty, Rory ; McAnallen, Laura ; Kirmizakis, Panagiotis ; Ogle, Neil. / Multi-disciplinary approaches to monitoring and understanding mechanisms at active, degraded and restored blanket bog locations. Poster session presented at IUCN UK Peatland Programme Conference 2019, Belfast , United Kingdom.
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title = "Multi-disciplinary approaches to monitoring and understanding mechanisms at active, degraded and restored blanket bog locations.",
abstract = "Here we use a variety of methods to build a conceptual understanding of processes that occur at active, degraded and restored locations on a blanket bog. The Garron Plateau contains the most extensive area of intact blanket bog in Northern Ireland, with an area of over 4650 ha. Stable isotope analysis in the solid, liquid and gas phases indicates that the active location suggests a closed system with limited isotopic fractionation, limited water movement and decomposition. The degrading location has a lower level of humification, and is depleted in 13C in the solid phase due to ingression of vascular plants. The restored location has high humification and enrichment of 13C and 15N in the solid phase, and D in the liquid phase. 13C and 18O in the gas phase and 18O in the liquid phase are depleted, as a result of microbially mediated gas production and rewetting. Principal component analysis of the chemistry also helped define processes at each location. Geo-electrical profiles at each location determined the normalized chargeability (ratio of resistivity and chargeability) and was compared with organic composition analysis of the solid and liquid phases. Results show that the degrading location is undergoing high rates of decomposition and loss of organic matter into the interstitial water, whereas the opposite is true for the active location",
author = "Rory Doherty and Laura McAnallen and Panagiotis Kirmizakis and Neil Ogle",
year = "2019",
month = "10",
language = "English",
note = "IUCN UK Peatland Programme Conference 2019 ; Conference date: 08-10-2019 Through 11-10-2019",

}

Doherty, R, McAnallen, L, Kirmizakis, P & Ogle, N 2019, 'Multi-disciplinary approaches to monitoring and understanding mechanisms at active, degraded and restored blanket bog locations.', IUCN UK Peatland Programme Conference 2019, Belfast , United Kingdom, 08/10/2019 - 11/10/2019.

Multi-disciplinary approaches to monitoring and understanding mechanisms at active, degraded and restored blanket bog locations. / Doherty, Rory; McAnallen, Laura; Kirmizakis, Panagiotis; Ogle, Neil.

2019. Poster session presented at IUCN UK Peatland Programme Conference 2019, Belfast , United Kingdom.

Research output: Contribution to conferencePoster

TY - CONF

T1 - Multi-disciplinary approaches to monitoring and understanding mechanisms at active, degraded and restored blanket bog locations.

AU - Doherty, Rory

AU - McAnallen, Laura

AU - Kirmizakis, Panagiotis

AU - Ogle, Neil

PY - 2019/10

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N2 - Here we use a variety of methods to build a conceptual understanding of processes that occur at active, degraded and restored locations on a blanket bog. The Garron Plateau contains the most extensive area of intact blanket bog in Northern Ireland, with an area of over 4650 ha. Stable isotope analysis in the solid, liquid and gas phases indicates that the active location suggests a closed system with limited isotopic fractionation, limited water movement and decomposition. The degrading location has a lower level of humification, and is depleted in 13C in the solid phase due to ingression of vascular plants. The restored location has high humification and enrichment of 13C and 15N in the solid phase, and D in the liquid phase. 13C and 18O in the gas phase and 18O in the liquid phase are depleted, as a result of microbially mediated gas production and rewetting. Principal component analysis of the chemistry also helped define processes at each location. Geo-electrical profiles at each location determined the normalized chargeability (ratio of resistivity and chargeability) and was compared with organic composition analysis of the solid and liquid phases. Results show that the degrading location is undergoing high rates of decomposition and loss of organic matter into the interstitial water, whereas the opposite is true for the active location

AB - Here we use a variety of methods to build a conceptual understanding of processes that occur at active, degraded and restored locations on a blanket bog. The Garron Plateau contains the most extensive area of intact blanket bog in Northern Ireland, with an area of over 4650 ha. Stable isotope analysis in the solid, liquid and gas phases indicates that the active location suggests a closed system with limited isotopic fractionation, limited water movement and decomposition. The degrading location has a lower level of humification, and is depleted in 13C in the solid phase due to ingression of vascular plants. The restored location has high humification and enrichment of 13C and 15N in the solid phase, and D in the liquid phase. 13C and 18O in the gas phase and 18O in the liquid phase are depleted, as a result of microbially mediated gas production and rewetting. Principal component analysis of the chemistry also helped define processes at each location. Geo-electrical profiles at each location determined the normalized chargeability (ratio of resistivity and chargeability) and was compared with organic composition analysis of the solid and liquid phases. Results show that the degrading location is undergoing high rates of decomposition and loss of organic matter into the interstitial water, whereas the opposite is true for the active location

M3 - Poster

ER -

Doherty R, McAnallen L, Kirmizakis P, Ogle N. Multi-disciplinary approaches to monitoring and understanding mechanisms at active, degraded and restored blanket bog locations.. 2019. Poster session presented at IUCN UK Peatland Programme Conference 2019, Belfast , United Kingdom.