Influence of vegetation type on n-alkane composition and hydrogen isotope values from a high latitude ombrotrophic bog

Keyphrases

• Vegetation Type 100%
• Hydrogen Isotopes 100%
• N-alkanes 100%
• Ombrotrophic Bog 100%
• High Latitude 100%
• Leaf Wax 75%
• D-value 50%
• Isotopic Values 50%
• Fractionation Factor 50%
• Wax Composition 50%
• Bog Waters 50%
• Isotope Ratio 25%
• Surface Water 25%
• Environmental Conditions 25%
• Graminoids 25%
• Europe 25%
• Water Samples 25%
• Past Climate 25%
• Chain Length 25%
• Global Datasets 25%
• Isotopic Analysis 25%
• Surface Analysis 25%
• Modern Plants 25%
• Vegetation Sampling 25%
• Leaf Wax N-alkanes 25%
• Plant Type 25%
• Average Chain Length 25%
• Sedimentary Leaf Waxes 25%
• Composition Ratio 25%
• Past Environment 25%
• Data Compilation 25%
• Apparent Fractionation 25%
• Northern Norway 25%
• Modern Environment 25%
• Wax Component 25%
• Mannan-oligosaccharides 25%
• Subshrub 25%
• Water Isotopic Composition 25%

Earth and Planetary Sciences

• Vegetation Type 100%
• Ombrotrophic Environment 100%
• Alkane 100%
• Hydrogen 100%
• Fractionation 50%
• Europe 25%
• Isotope Ratios 25%
• Surface Water 25%
• Norway 25%
• Isotopic Composition 25%
• Isotopic Analysis 25%

Agricultural and Biological Sciences

• Vegetation Type 100%
• Marshland 100%
• Graminoid 25%
• Herbs 25%
• Surface Water 25%
• Subshrub 25%