Environmental controls over Holocene carbon accumulation in Distichia muscoides-dominated peatlands in the eastern Andes of Colombia

Keyphrases

• Colombia 100%
• Andes 100%
• Peatland 100%
• Carbon Accumulation 100%
• Environmental Control 100%
• Distichia muscoides 100%
• C Accumulation Rate 100%
• Distichiasis 80%
• Mineral Sediments 80%
• C Accumulation 60%
• Northern Andes 40%
• Andean Peatlands 40%
• Hydroclimate Change 40%
• High Andes 20%
• High Elevation 20%
• Cushion Plants 20%
• Colombian Andes 20%
• Peat Core 20%
• Late Holocene 20%
• Sediment Deposition 20%
• Carbon C 20%
• Sierra Nevada 20%
• Snow 20%
• Geographic Context 20%
• C Dynamics 20%
• Temporal Context 20%
• Change Control 20%
• Glacial Sediments 20%
• Diurnal Temperature 20%
• Mineral nutrients 20%
• Exponential Function 20%
• Landscape Features 20%
• Paleoecological 20%
• Vegetation Dynamics 20%
• Regional Synthesis 20%
• Rising Temperature 20%
• Autogenic 20%
• Temperature Contrast 20%
• Cushion Peatlands 20%
• Alpine Tundra 20%
• Sediment Accumulation Rate 20%
• Microclimate Data 20%
• Future Warming 20%
• Sediment Deposits 20%
• Tropical Mountains 20%
• Peatland Vegetation 20%
• Warm Period 20%

INIS

• carbon 100%
• colombia 100%
• control 100%
• accumulation 100%
• andes 100%
• peatlands 100%
• sediments 60%
• minerals 50%
• elevation 30%
• vegetation 30%
• data 20%
• synthesis 10%
• deposition 10%
• decomposition 10%
• nutrients 10%
• dynamics 10%
• climates 10%
• mountains 10%
• lakes 10%
• deposits 10%
• precipitation 10%
• alps 10%
• peat 10%
• acceleration 10%
• melting 10%
• ice 10%
• nevada 10%
• microclimates 10%
• snow 10%
• tundra 10%

Earth and Planetary Sciences

• Colombia 100%
• Environmental Management 100%
• Andes 100%
• Holocene 100%
• Peatland 100%
• Accumulation Rate 66%
• Nevada 11%
• Glacial Deposit 11%
• Microclimate 11%
• Vegetation Dynamics 11%
• Regional Synthesis 11%