Preservation of biomolecules in sub-fossil plants from raised peat bogs - A potential paleoenvironmental proxy

Keyphrases

• Ketones 100%
• Macrofossils 100%
• Subfossil 100%
• Fossil Plants 100%
• Alkyl Side Chains 100%
• Biomolecules 100%
• Biopolymers 100%
• Raised Peat Bog 100%
• Paleoenvironmental Proxies 100%
• Analytical Pyrolysis 50%
• Pyrolysis-gas Chromatography-mass Spectrometry (Py-GC/MS) 50%
• Oxidative Degradation 50%
• Esters 50%
• Lignin 50%
• Chemical Composition 50%
• Peat Bog 50%
• Peat 50%
• Polysaccharide 50%
• Chemical Modification 50%
• Paleoenvironmental Reconstruction 50%
• Paleoenvironmental 50%
• Methoxyphenols 50%
• Sedges 50%
• Paleohydrology 50%
• Holocene Peat 50%
• P-coumaric Acid 50%
• Dry Phase 50%
• Botanical Analysis 50%
• Seasonal Drought 50%
• Eriophorum Vaginatum 50%
• Cellulose Modification 50%
• Bog Hydrology 50%
• Peat Profile 50%
• Pyrolytic 50%
• Pentosan 50%
• Upper Holocene 50%
• Demethylation 50%
• Methoxy Group 50%
• Decomposition Mechanism 50%
• Ferulic Acid 50%
• Depth Increment 50%
• Polyphenol Fraction 50%

Earth and Planetary Sciences

• Peatland 100%
• Biopolymer 100%
• Analytical Pyrolysis 50%
• Holocene 50%
• Gas Chromatography Mass Spectrometry 50%
• Pyrolysis Gas Chromatography 50%
• Paleoenvironmental Reconstruction 50%
• Paleohydrology 50%
• Polysaccharide 50%