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Component-specific dynamics of riverine mangrove CO 2 efflux in the Florida coastal Everglades

Tiffany G Troxler,Jordan G Barr,Jose D Fuentes,Victor Engel,Gordon H Anderson,Christopher Sanchez,David Lagomasino,Rene M Price,Stephen E Davis

Agricultural and Forest Meteorology（2015）

Cited 46|Views15
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Abstract
•Black mangrove pneumatophores contributed the largest average CO2 flux.•Tidal inundation reduced soil CO2 flux.•Flooding increased the partial pressure of CO2 observed in the overlying surface water.•Below-canopy components contributed between 45% and 65% of total ecosystem respiration.•Scaling chamber-based flux was useful to constrain mangrove ecosystem respiration.
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Key words
pCO2,Pneumatophore,Course woody debris,Carbon,Budget,Peat
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