Dataset title: The dataset and model code pertinent to the Everglades Peat Elevation Model (EvPEM): The salinity and inundation mesocosm experiment in freshwater and brackish water sawgrass wetlands in Florida Coastal Everglades (2015-2017). Dataset ID: doi:10.6073/pasta/4593b0279c730e136acaaf88c13e312a Dataset Creator Name: Tiffany Troxler Organization: Florida International University Email: troxlert@fiu.edu Name: Khandker Ishtiaq Organization: Florida International University Email: kishtiaq@fiu.edu Name: John Kominoski Organization: Florida International University Email: jkominos@fiu.edu Name: Benjamin Wilson Organization: Florida International University Name: Lukas Lamb-Wotton Organization: Florida International University Dataset Abstract This is an assembled data and Everglades Peat Elevation Model (EvPEMv1.0) Stella code used to estimate and simulate net ecosystem carbon balance (NECB) and peat elevation change in response to saltwater intrusion and level of inundations. Data from several studies were combined for the estimation of NECB, model parameterization, and calibration (Wilson, 2018; Wilson et al., 2018, 2019; Charles et al., 2019; Servais et al., 2020). The reported data includes aboveground net primary productivity (ANPP), belowground net primary productivity (BNPP), peat elevation change, and decomposition rates that were collected from outdoor laboratory mesocosm experiments conducted at the Florida Bay Interagency Science Center in Key Largo, Florida during 2015-17. The plant-soil monoliths were obtained from a freshwater peat and a brackish water peat marsh located within the Florida Coastal Everglades and transported to the Key Largo facility for the experimental manipulations. In experiments focused on the brackish water marsh, three experiments were carried out reflecting the combined effect of salinity, inundation, and peat exposure to air. The brackish water experiments characterized submerged (SUB), exposed (EXP), and extended depth of exposure of peat surface (EXTEXP) conditions, as we varied water depth relative to the peat surface. Each experiment was subjected to two salinity manipulations: (1) ambient (~10 ppt) porewater salinity (AMB) and (2) elevated (~20 ppt) salinity (SALT). The experimental design included six (2 X 3) treatments: (1) submerged ambient salinity (AMB.SUB), (2) submerged elevated salinity (SALT.SUB.), (3) exposed ambient salinity (AMB.EXP), (4) exposed elevated salinity (SALT.EXP), (5) exposed with extended exposure/dry-down ambient salinity (AMB.EXTEXP), and (6) exposed with extended exposure/dry-down elevated salinity (SALT.EXTEXP). The water level was kept 4 cm above the peat surface for the brackish water SUB treatments. Exposure for the EXP treatment was 4 cm below the soil surface. In EXTEXP treatment, the exposure of the peat surface varied from 0 to 20 cm for approximately 6 months in order to simulate drought, where the length of the dry-season was extended, relative to field conditions at the brackish water marsh. The EvPEMv1.0 code was exported from the Stella system dynamics software (version 1.9.2), and the detailed modeling framework of Stella can be found in Ishtiaq et al., 2022. Geographic Coverage Bounding Coordinates Geographic description: The location of the Key Largo experimental facility West bounding coordinate: -80.45188 East bounding coordinate: -80.45188 North bounding coordinate: 25.08522 South bounding coordinate: 25.08522 Geographic description: The freshwater marsh site West bounding coordinate: -80.780753 East bounding coordinate: -80.780753 North bounding coordinate: 25.435383 South bounding coordinate: 25.435383 Geographic description: The brackishwater marsh site West bounding coordinate: -80.843558 East bounding coordinate: -80.843558 North bounding coordinate: 25.220483 South bounding coordinate: 25.220483 Temporal Coverage Start Date: 2015 End Date: 2017 Data Table Entity Name: ANPP Entity Description: Aboveground net primary productivity (ANPP) data for the Freshwater (FW) and brackishwater (BW) salinity and inundation experiments. Object Name: ANPP.csv Data Format Number of Header Lines: 1 Attribute Orientation: column Field Delimiter: , Number of Records: Attributes Attribute Name: Site Attribute Label: Site Attribute Definition: FW represents the plant-soil monoliths that are collected from a freshwater sawgrass marsh for the experiment. BW represents the plant-soil monoliths that are collected from a brackishwater sawgrass marsh. Storage Type: string Measurement Scale: BW= Brackishwater FW= Freshwater Missing Value Code: Attribute Name: Experiment Attribute Label: Experiment Attribute Definition: Ambient data (no salinity added and submerged peat) obtained from the Salinity-Inundation experiment for the freshwater marsh were used in this study to represent freshwater ambient condition. In experiments focused on the BW marsh, three experiments (Salinity-Inundation, Salinity-Exposed and Salinity-Extended Exposed) were carried out and used in this study reflecting the combined effect of porewater salinity (ambient and elevated porewater salinity), peat surface inundation (submergence), and peat exposure (exposed and extended exposed) to air. Storage Type: string Measurement Scale: Salinity-Exposed= Salinity-Exposed experiment involves ambient (~10 ppt) and elevated (~20 ppt) porewater salinity treatments with 4 cm of peat exposure of a brackishwater peat. Salinity-Extended Exposed= Salinity-Extended Exposed experiment involves ambient (~10 ppt) and elevated (~20 ppt) porewater salinity treatments where the exposure of the brackishwater peat surface varied from 0 to 20 cm for approximately 6 months to simulate drought impact. The length of the dry-season was extended here relative to field condition at the brackishwater marsh. Salinity-Inundation= Salinity-Inundation experiment associated with the BW site involves ambient (~10 ppt) and elevated (~20 ppt) porewater salinity treatments where the water level was kept 4 cm above the brakishwater peat surface. Salinity-Inundation experiment associated with the FW site involves ambient porewater salinity (~0.5 ppt) treatment where the freshwater peat surface was kept inundated under approximately one cm of water. Missing Value Code: Attribute Name: Notation Attribute Label: Notation Attribute Definition: Notation used to refer the corresponding experiments and treatments. Storage Type: string Measurement Scale: Amb.Exp= Ambient Exposed Amb.ExtExp= Ambient Extended Exposed Amb.Sub= Ambient Submerged Salt.Exp= Salt Exposed Salt.ExtExp= Salt Extended Exposed Salt.Sub= Salt Submerged Missing Value Code: Attribute Name: Inundation Treatment Attribute Label: Inundation Treatment Attribute Definition: Indicates the varied levels of inundation/exposure of the pear surface Storage Type: string Measurement Scale: Exposed= Treatment that involves 4 cm of peat exposure of a brackishwater peat. Extended Exposed= Treatment where the exposure of the brackishwater peat surface varied from 0 to 20 cm for approximately 6 months. The length of the dry-season was extended here relative to field condition at the brackishwater marsh. Submerged= Treatment that is associated with the BW site involves 4 cm of submergence of the brackishwater peat above the peat surface. Treatment that is associated with the FW site involves one cm of submergence of the freshwater peat above the peat surface. Missing Value Code: Attribute Name: Salinity Treatment Attribute Label: Salinity Treatment Attribute Definition: Refers the different levels of porewater salinity treatments Storage Type: string Measurement Scale: Ambient= Porewater salinity treatment that is associated with the BW site involves ambient porewater salinity (~10 ppt) of the brakishwater peat. Treatment that is associated with the FW site involves ambient porewater salinity (~0.5 ppt) of the freshwater peat. Elevated= Porewater salinity treatment at the BW site involves elevated salinity (~20 ppt) manipulation of the brakishwater peat. Missing Value Code: Attribute Name: ANPP (gC/m2/year) Attribute Label: ANPP (gC/m2/year) Attribute Definition: Aboveground Net Primary Productivity in gC/m2/year. Storage Type: float Measurement Scale: Units: gramPerMeterSquaredPerYear Number Type: real Missing Value Code: Data Table Entity Name: BNPP Entity Description: Belowground net primary productivity (root in-growth) (BNPP) data for the freshwater (FW) and brackishwater (BW) salinity and inundation experiments Object Name: BNPP.csv Data Format Number of Header Lines: 1 Attribute Orientation: column Field Delimiter: , Number of Records: Attributes Attribute Name: Site Attribute Label: Site Attribute Definition: FW represents the plant-soil monoliths that are collected from a freshwater sawgrass marsh for the experiment. BW represents the plant-soil monoliths that are collected from a brackishwater sawgrass marsh. Storage Type: string Measurement Scale: BW= Brackishwater FW= Freshwater Missing Value Code: Attribute Name: Experiment Attribute Label: Experiment Attribute Definition: Ambient data (no salinity added and submerged peat) obtained from the Salinity-Inundation experiment for the freshwater marsh were used in this study to represent freshwater ambient condition. In experiments focused on the BW marsh, three experiments (Salinity-Inundation, Salinity-Exposed and Salinity-Extended Exposed) were carried out and used in this study reflecting the combined effect of porewater salinity (ambient and elevated porewater salinity), peat surface inundation (submergence), and peat exposure (exposed and extended exposed) to air. Storage Type: string Measurement Scale: Salinity-Exposed= Salinity-Exposed experiment involves ambient (~10 ppt) and elevated (~20 ppt) porewater salinity treatments with 4 cm of peat exposure of a brackishwater peat. Salinity-Extended Exposed= Salinity-Extended Exposed experiment involves ambient (~10 ppt) and elevated (~20 ppt) porewater salinity treatments where the exposure of the brackishwater peat surface varied from 0 to 20 cm for approximately 6 months to simulate drought impact. The length of the dry-season was extended here relative to field condition at the brackishwater marsh. Salinity-Inundation= Salinity-Inundation experiment associated with the BW site involves ambient (~10 ppt) and elevated (~20 ppt) porewater salinity treatments where the water level was kept 4 cm above the brakishwater peat surface. Salinity-Inundation experiment associated with the FW site involves ambient porewater salinity (~0.5 ppt) treatment where the freshwater peat surface was kept inundated under approximately one cm of water. Missing Value Code: Attribute Name: Notation Attribute Label: Notation Attribute Definition: Notation used to refer the corresponding experiments and treatments. Storage Type: string Measurement Scale: Amb.Exp= Ambient Exposed Amb.ExtExp= Ambient Extended Exposed Amb.Sub= Ambient Submerged Salt.Exp= Salt Exposed Salt.ExtExp= Salt Extended Exposed Salt.Sub= Salt Submerged Missing Value Code: Attribute Name: Inundation Treatment Attribute Label: Inundation Treatment Attribute Definition: Indicates the varied levels of inundation/exposure of the pear surface. Storage Type: string Measurement Scale: Exposed= Treatment that involves 4 cm of peat exposure of a brackishwater peat. Extended Exposed= Treatment where the exposure of the brackishwater peat surface varied from 0 to 20 cm for approximately 6 months. The length of the dry-season was extended here relative to field condition at the brackishwater marsh. Submerged= Treatment that is associated with the BW site involves 4 cm of submergence of the brackishwater peat above the peat surface. Treatment that is associated with the FW site involves one cm of submergence of the freshwater peat above the peat surface. Missing Value Code: Attribute Name: Salinity Treatment Attribute Label: Salinity Treatment Attribute Definition: Refers the different levels of porewater salinity treatments. Storage Type: string Measurement Scale: Ambient= Porewater salinity treatment that is associated with the BW site involves ambient porewater salinity (~10 ppt) of the brakishwater peat. Treatment that is associated with the FW site involves ambient porewater salinity (~0.5 ppt) of the freshwater peat. Elevated= Porewater salinity treatment at the BW site involves elevated salinity (~20 ppt) manipulation of the brakishwater peat. Missing Value Code: Attribute Name: BNPP (gC/m2/year) Attribute Label: BNPP (gC/m2/year) Attribute Definition: Belowground Net Primary Productivity (root in-growth) in gC/m2/year. Storage Type: float Measurement Scale: Units: gramPerMeterSquaredPerYear Number Type: real Missing Value Code: Data Table Entity Name: Elevation Change Entity Description: Peat elevation change data in cm for the Freshwater (FW) and brackishwater (BW) salinity and inundation experiments. Object Name: Elevation Change.csv Data Format Number of Header Lines: 1 Attribute Orientation: column Field Delimiter: , Number of Records: Attributes Attribute Name: Site Attribute Label: Site Attribute Definition: FW represents the plant-soil monoliths that are collected from a freshwater sawgrass marsh for the experiment. BW represents the plant-soil monoliths that are collected from a brackishwater sawgrass marsh. Storage Type: string Measurement Scale: BW= Brackishwater FW= Freshwater Missing Value Code: Attribute Name: Experiment Attribute Label: Experiment Attribute Definition: Ambient data (no salinity added and submerged peat) obtained from the Salinity-Inundation experiment for the freshwater marsh were used in this study to represent freshwater ambient condition. In experiments focused on the BW marsh, three experiments (Salinity-Inundation, Salinity-Exposed and Salinity-Extended Exposed) were carried out and used in this study reflecting the combined effect of porewater salinity (ambient and elevated porewater salinity), peat surface inundation (submergence), and peat exposure (exposed and extended exposed) to air. Storage Type: string Measurement Scale: Salinity-Exposed= Salinity-Exposed experiment involves ambient (~10 ppt) and elevated (~20 ppt) porewater salinity treatments with 4 cm of peat exposure of a brackishwater peat. Salinity-Extended Exposed= Salinity-Extended Exposed experiment involves ambient (~10 ppt) and elevated (~20 ppt) porewater salinity treatments where the exposure of the brackishwater peat surface varied from 0 to 20 cm for approximately 6 months to simulate drought impact. The length of the dry-season was extended here relative to field condition at the brackishwater marsh. Salinity-Inundation= Salinity-Inundation experiment associated with the BW site involves ambient (~10 ppt) and elevated (~20 ppt) porewater salinity treatments where the water level was kept 4 cm above the brakishwater peat surface. Salinity-Inundation experiment associated with the FW site involves ambient porewater salinity (~0.5 ppt) treatment where the freshwater peat surface was kept inundated under approximately one cm of water. Missing Value Code: Attribute Name: Notation Attribute Label: Notation Attribute Definition: Notation used to refer the corresponding experiments and treatments. Storage Type: string Measurement Scale: Amb.Exp= Ambient Exposed Amb.ExtExp= Ambient Extended Exposed Amb.Sub= Ambient Submerged Salt.Exp= Salt Exposed Salt.ExtExp= Salt Extended Exposed Salt.Sub= Salt Submerged Missing Value Code: Attribute Name: Inundation Treatment Attribute Label: Inundation Treatment Attribute Definition: Indicates the varied levels of inundation/exposure of the pear surface. Storage Type: string Measurement Scale: Exposed= Treatment that involves 4 cm of peat exposure of a brackishwater peat. Extended Exposed= Treatment where the exposure of the brackishwater peat surface varied from 0 to 20 cm for approximately 6 months. The length of the dry-season was extended here relative to field condition at the brackishwater marsh. Submerged= Treatment that is associated with the BW site involves 4 cm of submergence of the brackishwater peat above the peat surface. Treatment that is associated with the FW site involves one cm of submergence of the freshwater peat above the peat surface. Missing Value Code: Attribute Name: Salinity Treatment Attribute Label: Salinity Treatment Attribute Definition: Refers the different levels of porewater salinity treatments. Storage Type: string Measurement Scale: Ambient= Porewater salinity treatment that is associated with the BW site involves ambient porewater salinity (~10 ppt) of the brakishwater peat. Treatment that is associated with the FW site involves ambient porewater salinity (~0.5 ppt) of the freshwater peat. Elevated= Porewater salinity treatment at the BW site involves elevated salinity (~20 ppt) manipulation of the brakishwater peat. Missing Value Code: Attribute Name: Elevation Change (cm after 1 year of treatment) Attribute Label: Elevation Change (cm after 1 year of treatment) Attribute Definition: Measured changes in peat elevation for for different experiments and treatments Storage Type: float Measurement Scale: Units: centimeterPerYear Number Type: real Missing Value Code: Data Table Entity Name: Decompostion Rates_Salinity-Inundation_Salinity-Exposed Entity Description: Decomposition rates (per day) measured for the Salinity-Inundation and Salinity-Exposed experiments Object Name: Decompostion Rates_Salinity-Inundation_Salinity-Exposed.csv Data Format Number of Header Lines: 1 Attribute Orientation: column Field Delimiter: , Number of Records: Attributes Attribute Name: Site Attribute Label: Site Attribute Definition: FW represents the plant-soil monoliths that are collected from a freshwater sawgrass marsh for the experiment. BW represents the plant-soil monoliths that are collected from a brackishwater sawgrass marsh. Storage Type: string Measurement Scale: BW= Brackishwater FW= Freshwater Missing Value Code: Attribute Name: Experiment Attribute Label: Experiment Attribute Definition: Ambient data (no salinity added and submerged peat) obtained from the Salinity-Inundation experiment for the freshwater marsh were used in this study to represent freshwater ambient condition. In experiments focused on the BW marsh, decomposition rates obtained from the Salinity-Exposed experiment are reported in this data file. Storage Type: string Measurement Scale: Salinity-Exposed= Salinity-Exposed experiment involves ambient (~10 ppt) and elevated (~20 ppt) porewater salinity treatments with 4 cm of peat exposure of a brackishwater peat. Salinity-Inundation= Salinity-Inundation experiment associated with the BW site involves ambient (~10 ppt) and elevated (~20 ppt) porewater salinity treatments where the water level was kept 4 cm above the brakishwater peat surface. Salinity-Inundation experiment associated with the FW site involves ambient porewater salinity (~0.5 ppt) treatment where the freshwater peat surface was kept inundated under approximately one cm of water. Missing Value Code: Attribute Name: Notation Attribute Label: Notation Attribute Definition: Notation used to refer the corresponding experiments and treatments. Storage Type: string Measurement Scale: Amb.Exp= Ambient Exposed Amb.Sub= Ambient Submerged Salt.Exp= Salt Exposed Salt.Sub= Salt Submerged Missing Value Code: Attribute Name: Inundation Treatment Attribute Label: Inundation Treatment Attribute Definition: Indicates the varied levels of inundation/exposure of the pear surface. Storage Type: string Measurement Scale: Exposed= Treatment that involves 4 cm of peat exposure of a brackishwater peat. Submerged= Treatment that is associated with the BW site involves 4 cm of submergence of the brackishwater peat above the peat surface. Treatment that is associated with the FW site involves one cm of submergence of the freshwater peat above the peat surface. Missing Value Code: Attribute Name: Salinity Treatment Attribute Label: Salinity Treatment Attribute Definition: Refers the different levels of porewater salinity treatments. Storage Type: string Measurement Scale: Ambient= Porewater salinity treatment that is associated with the BW site involves ambient porewater salinity (~10 ppt) of the brakishwater peat. Treatment that is associated with the FW site involves ambient porewater salinity (~0.5 ppt) of the freshwater peat. Elevated= Porewater salinity treatment at the BW site involves elevated salinity (~20 ppt) manipulation of the brakishwater peat. Missing Value Code: Attribute Name: Aboveground litter decompostion rate Attribute Label: Aboveground litter decompostion rate Attribute Definition: Aboveground litter decomposition rate (per day) for the Salinity-Inundation and Salinity-Exposed treatments. The rates were estimated by regressing the proportion of ash-free dry mass (AFDM) remaining with time assuming an exponential function. Storage Type: float Measurement Scale: Units: perDay Number Type: real Missing Value Code: Attribute Name: Belowground root decompostion rate Attribute Label: Belowground root decompostion rate Attribute Definition: Belowground root decomposition rates (per day) for the Salinity-Inundation and Salinity-Exposed treatments. The rates were estimated by regressing the proportion of ash-free dry mass (AFDM) remaining with time assuming an exponential function. Storage Type: float Measurement Scale: Units: perDay Number Type: real Missing Value Code: Data Table Entity Name: Decompostion_Salinity-Extended Exposed Entity Description: Aboveground leaf and belowground root decomposition in gC/m2/year measured in the Salinity-Extended Exposed experiment Object Name: Decompostion_Salinity-Extended Exposed.csv Data Format Number of Header Lines: 1 Attribute Orientation: column Field Delimiter: , Number of Records: Attributes Attribute Name: Site Attribute Label: Site Attribute Definition: BW represents the plant-soil monoliths that are collected from a brackishwater sawgrass marsh. Storage Type: string Measurement Scale: BW= Brackishwater Missing Value Code: Attribute Name: Experiment Attribute Label: Experiment Attribute Definition: Salinity Extended Exposed experiment indicating the effect of porewater salinity (ambient vs elevated) for the extended exposure of the BW peat surface. Storage Type: string Measurement Scale: Salinity-Extended Exposed= Salinity-Extended Exposed experiment involves ambient (~10 ppt) and elevated (~20 ppt) porewater salinity treatments where the exposure of the brackishwater peat surface varied from 0 to 20 cm for approximately 6 months to simulate drought impact. The length of the dry-season was extended here relative to field condition at the brackishwater marsh. Missing Value Code: Attribute Name: Notation Attribute Label: Treatment Attribute Definition: Notation used to refer the corresponding experiments and treatments. Storage Type: string Measurement Scale: Amb.ExtExp= Ambient Extended Exposed Salt.ExtExp= Salt Extended Exposed Missing Value Code: Attribute Name: Inundation Treatment Attribute Label: Inundation Treatment Attribute Definition: Indicate the level of inundation/exposure of the peat surface Storage Type: string Measurement Scale: Extended Exposed= Treatment where the exposure of the brackishwater peat surface varied from 0 to 20 cm for approximately 6 months. The length of the dry-season was extended here relative to field condition at the brackishwater marsh. Missing Value Code: Attribute Name: Salinity Treatment Attribute Label: Salinity Treatment Attribute Definition: Refers the different levels of porewater salinity treatments. Storage Type: string Measurement Scale: Ambient = Porewater salinity treatment that is associated with the BW site involves ambient porewater salinity (~10 ppt) of the brakishwater peat. Elevated= Porewater salinity treatment at the BW site involves elevated salinity (~20 ppt) manipulation of the brakishwater peat. Missing Value Code: Attribute Name: Root Decomposition (gC/m2/year) Attribute Label: Root Decomposition (gC/m2/year) Attribute Definition: Belowground root decomposition (gC/m2/year) for the Salinity- Extended Exposed treatments. The final remaining mass of the organic matter in the litter bag was measured after one year of measurements without the intermittent time-step measurements. Storage Type: float Measurement Scale: Units: gramPerMeterSquaredPerYear Number Type: real Missing Value Code: Attribute Name: Leaf litter decomposition (gC/m2/year) Attribute Label: Leaf litter decomposition (gC/m2/year) Attribute Definition: Aboveground leaf decomposition (gC/m2/year) for the Salinity- Extended Exposed treatments. The final remaining mass of the organic matter in the litter bag was measured after one year of measurements without the intermittent time-step measurements. Storage Type: float Measurement Scale: Units: gramPerMeterSquaredPerYear Number Type: real Missing Value Code: Methods Method Step Description The method description and data related to this publication is available in following references: Wilson, B. J., S. Servais, S. P. Charles, S. E. Davis, E. E. Gaiser, J. S. Kominoski, J. H. Richards, and T. G. Troxler. 2018. Declines in Plant Productivity Drive Carbon Loss from Brackish Coastal Wetland Mesocosms Exposed to Saltwater Intrusion. Estuaries and Coasts 41:2147-2158. Wilson, B. J., S. Servais, S. P. Charles, V. Mazzei, E. E. Gaiser, J. S. Kominoski, J. H. Richards, and T. G. Troxler. 2019. Phosphorus alleviation of salinity stress: effects of saltwater intrusion on an Everglades freshwater peat marsh. Ecology 100. Wilson, B. J. 2018. Drivers and mechanisms of peat collapse in coastal wetlands. Florida International University, FIU Electronic Theses and Dissertations. Charles, S. P., J. S. Kominoski, T. G. Troxler, E. E. Gaiser, S. Servais, B. J. Wilson, S. E. Davis, F. H. Sklar, C. Coronado-Molina, C. J. Madden, S. Kelly, and D. T. Rudnick. 2019. Experimental Saltwater Intrusion Drives Rapid Soil Elevation and Carbon Loss in Freshwater and Brackish Everglades Marshes. Estuaries and Coasts 42:1868-1881. Lee, D., B.J. Wilson, S. Servais, V. Mazzei, and J. Kominoski. 2019. The Salinity and phosphorus mesocosm experiment in freshwater sawgrass wetlands: Determining the trajectory and capacity of freshwater wetland ecosystems to recover carbon losses from saltwater intrusion (FCE LTER), Florida, USA from 2015 to 2018 ver 2. Environmental Data Initiative. https://doi.org/10.6073/pasta/a269722318964f74cb5cabf87f0d3fb3 (Accessed 2022-02-18). The EvPEMv1.0 modeling framework, parametrization, calibration, and applications are available in the following reference: Ishtiaq, K.S., Troxler, T.G., Lamb-Wotton, L., Wilson, B,J., Charles, S.P., Davis, S.E., Kominoski, J.S., Rudnick, D.T., and Sklar, F.H. 2022. Modeling net ecosystem carbon balance and loss in coastal wetlands exposed to sea level rise and saltwater intrusion. Ecological Applications (in revision). Distribution Online distribution: https://pasta.lternet.edu/package/data/eml/knb-lter-fce/1237/2/9a2e3f9fc5a38f5831065088ee9a75bf Intellectual Rights Publications citing this dataset Ishtiaq, Khandker S., Tiffany G. Troxler, Lukas Lamb‐Wotton, Benjamin J. Wilson, Sean P. Charles, Stephen E. Davis, John S. Kominoski, David T. Rudnick, and Fred H. Sklar. 2022. Modeling net ecosystem carbon balance and loss in coastal wetlands exposed to sea-level rise and saltwater intrusion. Ecological Applications 32: DOI: 10.1002/eap.2702 Dataset Keywords saltwater intrusion peat collapse NECB Modeling Peatland elevation change decomposition primary productivity Dataset Contact Name: Kristin Vanderbilt Position: FCE LTER Information Manager Email: krvander@fiu.edu