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Acta Geochimica, 2021
Isotopic signature is a powerful tool to discriminate methane (CH4) source types and constrain regional and global scale CH4 budgets. Peatlands on the Qinghai-Tibetan Plateau are poorly understood about the isotopic signature of CH4 due to the limited experimental conditions.
Qian Guo +7 more
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Isotopic signature is a powerful tool to discriminate methane (CH4) source types and constrain regional and global scale CH4 budgets. Peatlands on the Qinghai-Tibetan Plateau are poorly understood about the isotopic signature of CH4 due to the limited experimental conditions.
Qian Guo +7 more
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Accumulation of organic carbon over the past 200 years in alpine peatlands, northeast China
Environmental Earth Sciences, 2014Peatlands are widely distributed throughout northeast China and form a large carbon (C) pool. The main types include plain wetlands and alpine peatlands. Compared to the former, the historical development and C dynamics of the alpine peatlands are still not well understood.
Kunshan Bao +3 more
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2023
Geomorphic and vegetation patterns within peatlands are strictly related, and reflect the interactions among topography, hydrogeology, and climate. Vegetation patterns are closely related to soil moisture, drainage patterns, bulk density and carbon content, and the spatial distribution of different plant species as well as the spatial variability of ...
Sonia Silvestri +4 more
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Geomorphic and vegetation patterns within peatlands are strictly related, and reflect the interactions among topography, hydrogeology, and climate. Vegetation patterns are closely related to soil moisture, drainage patterns, bulk density and carbon content, and the spatial distribution of different plant species as well as the spatial variability of ...
Sonia Silvestri +4 more
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Ionic regulation in an alpine peatland in the Bogong High Plains, Victoria, Australia
Environmental Chemistry, 2009Environmental context. Australian alpine peatlands are thought to have an important role in maintaining water quality in the associated headwater streams. This study has confirmed that these peatlands can significantly modify stream water through a range of mechanisms, including: nutrient uptake, salt sequestering, and the export of organic carbon ...
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Mapping Italian Alpine Peatlands Using Multisource Satellite Imagery and Machine Learning Approach
While we are aware that the Italian Alps host thousands of small peatlands, the precise estimate remains uncertain due to the absence of a comprehensive map. These ecosystems are extremely valuable because, in addition to storing large amounts of organic carbon, they provide many other ecosystem services.Qiqi Li, Manudeo Singh, Sonia Silvestri
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Journal of Hydrology, 2019
Abstract Climate change and gullies (and ditches) on peatlands are well known factors altering peat hydrology. Yet, exactly how this alteration emerges from interaction of these factors with groundwater dynamics is still not fully understood. In this study, we tackled this issue by coupling field measurement with model simulation using Visual MODFLOW.
Zhiwei Li, Peng Gao, Hanyou Lu
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Abstract Climate change and gullies (and ditches) on peatlands are well known factors altering peat hydrology. Yet, exactly how this alteration emerges from interaction of these factors with groundwater dynamics is still not fully understood. In this study, we tackled this issue by coupling field measurement with model simulation using Visual MODFLOW.
Zhiwei Li, Peng Gao, Hanyou Lu
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Biodiversity and plant growth-promoting traits of yeasts from alpine peatlands [PDF]
Peatlands are waterlogged areas where the rate of biomass production is greater than the rate of decomposition, thus resulting in the formation of peat, a complex material that consists of partly fossilized plant residues. Peatlands can be found in the arctic, boreal, temperate and tropical zones, and support a unique biodiversity in terms of plants ...
Michele Avesani +5 more
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