âKutsch, Bahn, Heinemeyer, CUP 2009â - JULES

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MILLENNIA: topography150NorthEastSouthWest1. Temperature2. Runoff3. ErosionPeat depth (cm)1005000°valleytop2.5° 7.5° 17.5° 2.5°valleyAspect (°)bottomModel vs. Site dataModel vs. Site dataTerrain informationElevation (m) Slope (°) Aspect (°) SOC (kgC m -2 ) SOC (kgC m -2 ) Peat Depth (cm) Peat Depth (cm)500-700 0-5 N 131.86 121.37 240.02 233.50500-700 0-5 S 124.66 66.77 227.28 151.00500-700 5-10 N 129.18 76.46 235.34 145.33500-700 5-10 S 103.78 42.43 190.48 87.00500-700 10-25 N 91.21 51.97 168.54 105.00500-700 10-25 S 22.25 29.40 37.01 65.50
MILLENNIA: future C dynamicsTemperature rise (+2 or +4°C)Precipitation change (±25 % mm)C StocksC fluxesSoil Carbonwarm & wetwarm & drywarm & dryCO 2Water TableCH 4warm & wet
Page 1 and 2: “Kutsch, Bahn, Heinemeyer, CUP 20
Page 3 and 4: Current models & peatCurrently, we
Page 5 and 6: MILLENNIA peat modelMAT (°C)876543
Page 7: MILLENNIA: SOC agePeat depth (cm)28
Page 11 and 12: Major UK Soil TypesRendzinas Brown
Page 13 and 14: Thank you !Acknowledgements:RSPB, C
Page 15 and 16: ‘Breaking down’ flux components

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âKutsch, Bahn, Heinemeyer, CUP 2009â - JULES