Florida Coastal Everglades Long Term Ecological Research
Florida Coastal Everglades LTER - Site Information: TS/Ph6b
Site Information - TS/Ph6b

 
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tsph6b

Sampling Attributes by Project

Main project:   FCE LTER II: Coastal Oligotrophic Ecosystems Research
Contact:   Evelyn Gaiser
Sampling attributes:
  • Enclosed Leaf Surface Area  (one month)
  • Sawgrass Above-Ground Biomass  (two months)
  • Soil Bulk Density  (annually)
  • Soil Bulk Density
  • Ammonium in Porewater  (twice a year)
  • CO2 Offset  (one month)
  • Dissolved Organic Carbon in Porewater  (twice a year)
  • H2O Offset  (one month)
  • Intracellular CO2 Concentration  (one month)
  • Nitrate and Nitrite in Porewater  (twice a year)
  • Nitrate in Porewater  (twice a year)
  • Nitrite in Porewater  (twice a year)
  • Porewater Ammonia  (three times per year)
  • Porewater Nitrate  (three times per year)
  • Porewater Nitrite  (three times per year)
  • Porewater Orthophosphate  (three times per year)
  • Porewater Salinity
  • Porewater Salinity  (three times per year)
  • Porewater Sulfide  (three times per year)
  • Porewater nitrite plus nitrate  (three times per year)
  • Soil Acid Volatile Sulfide
  • Soil Chromium-Reducible Sulfide
  • Soil Extractable Iron
  • Soil Extractable Phosphorus
  • Soil Inorganic Phosphorus Step 1
  • Soil Inorganic Phosphorus Step 2
  • Soil Inorganic Phosphorus Step 3
  • Soil Inorganic Phosphorus Step 4
  • Soil Total Carbon Content  (annually)
  • Soil Total Nitrogen Content  (annually)
  • Soil Total Phosphorus
  • Soil Total Phosphorus Content  (annually)
  • Soil Total Sulfide
  • Soluble Reactive Phosphorus in Porewater  (twice a year)
  • Total Concentration of Carbon in Sawgrass  (annually)
  • Total Concentration of Nitrogen in Sawgrass  (annually)
  • Total Phosphorus Concentration in Sawgrass  (annually)
  • Boundary Layer Conductance  (one month)
  • Total Water Vapor Conductance  (one month)
  • Porewater Conductivity  (three times per year)
  • Sawgrass Culm Density  (two months)
  • Leaf Vapor Pressure Deficit  (one month)
  • Sampling Depth  (three times per year)
  • Soil Delta 13C  (four months)
  • Soil Loss On Ignition  (annually)
  • Soil pH
  • Soil pH  (twice a year)
  • Surface Water pH  (three times per year)
  • Percent Organic Carbon in Soil  (four months)
  • Percentage of Calcium Carbonate in Soil  (four months)
  • Soil %Aromatic C  (four months)
  • Soil Aromatic C  (four months)
  • Soil Cabonyl C  (four months)
  • Soil O Alkyl C  (four months)
  • Soil Percent Organics
  • Soil alkyl_C  (four months)
  • Percentage of Carbon  (annually)
  • Percentage of Hydrogen  (annually)
  • Percentage of Inorganic Carbon  (annually)
  • Percentage of Nitrogen  (annually)
  • Percentage of Organic Carbon  (annually)
  • Porewater Hydrogen Sulfide
  • Porewater Salinity  (twice a year)
  • Molar Flow Rate through Cuvette  (one month)
  • Net Assimilation Rate  (one month)
  • Water Transpiration Rate  (one month)
  • Reference Cell CO2 Mixing Ratio  (one month)
  • Reference Cell H2O Mixing Ratio  (one month)
  • Sample Cell CO2 Mixing Ratio  (one month)
  • Sample Cell H2O Mixing Ratio  (one month)
  • Soil AlkylC/O Alkyl C  (four months)
  • Soil C/N  (four months)
  • Stomatal Ratio Parameter K  (one month)
  • Stomatal Ratio Parameter K Redundant  (one month)
  • Soil Redox  (three times per year)
  • Soil Redox Corrected
  • Sawgrass Above-Ground Biomass Standard Deviation  (two months)
  • Sawgrass Culm Density Standard Deviation  (two months)
  • Air Temperature  (one month)
  • Average Air Temperature  (hourly)
  • Average Water Temperature at Deep Depth, Set 1  (hourly)
  • Average Water Temperature at Deep Depth, Set 2  (hourly)
  • Average Water Temperature at Medium Depth, Set 1  (hourly)
  • Average Water Temperature at Medium Depth, Set 2  (hourly)
  • Average Water Temperature at Shallow Depth, Set 1  (hourly)
  • Average Water Temperature at Shallow Depth, Set 2  (hourly)
  • Average Water Temperature at VDeep Depth, Set 1  (hourly)
  • Average Water Temperature at VDeep Depth, Set 2  (hourly)
  • Average Water Temperature, Set 1  (hourly)
  • Average Water Temperature, Set 2  (hourly)
  • Cuvette Block Temperature  (one month)
  • Leaf Surface Temperature  (one month)
  • Porewater Temperature
  • Porewater Temperature  (three times per year)
  • Minimum Battery Voltage  (hourly)
  • Soil Ash Weight  (annually)
  • Soil Dry Weight  (annually)
  • Soil Organic Weight  (annually)
  • Weight of Sample  (annually)

  • Subproject or related project:   Florida Coastal Everglades LTER - Mangrove Biogeochemical processes
    Contact:   Robert R. Twilley, Victor H. Rivera-Monroy
    Sampling attributes:
  • Porewater Salinity
  • Soil pH
  • Porewater Hydrogen Sulfide
  • Soil Redox Corrected
  • Porewater Temperature

  • Subproject or related project:   Pools of Phosphorus, Iron and Sulfur in soils from FCE LTER sites
    Contact:   Randy Chambers
    Sampling attributes:
  • Soil Bulk Density
  • Soil Acid Volatile Sulfide
  • Soil Chromium-Reducible Sulfide
  • Soil Extractable Iron
  • Soil Extractable Phosphorus
  • Soil Inorganic Phosphorus Step 1
  • Soil Inorganic Phosphorus Step 2
  • Soil Inorganic Phosphorus Step 3
  • Soil Inorganic Phosphorus Step 4
  • Soil Total Phosphorus
  • Soil Total Sulfide
  • Soil Percent Organics
  • Percentage of Carbon  (annually)
  • Percentage of Hydrogen  (annually)
  • Percentage of Inorganic Carbon  (annually)
  • Percentage of Nitrogen  (annually)
  • Percentage of Organic Carbon  (annually)
  • Weight of Sample  (annually)

  • Subproject or related project:   The Southern Everglades Integrated Monitoring and Science Program
    Contact:   Daniel Childers
    Sampling attributes:
  • Sawgrass Above-Ground Biomass  (two months)
  • Soil Bulk Density  (annually)
  • Ammonium in Porewater  (twice a year)
  • Dissolved Organic Carbon in Porewater  (twice a year)
  • Nitrate and Nitrite in Porewater  (twice a year)
  • Nitrate in Porewater  (twice a year)
  • Nitrite in Porewater  (twice a year)
  • Soil Total Carbon Content  (annually)
  • Soil Total Nitrogen Content  (annually)
  • Soil Total Phosphorus Content  (annually)
  • Soluble Reactive Phosphorus in Porewater  (twice a year)
  • Total Concentration of Carbon in Sawgrass  (annually)
  • Total Concentration of Nitrogen in Sawgrass  (annually)
  • Total Phosphorus Concentration in Sawgrass  (annually)
  • Sawgrass Culm Density  (two months)
  • Soil Loss On Ignition  (annually)
  • Soil pH  (twice a year)
  • Porewater Salinity  (twice a year)
  • Sawgrass Above-Ground Biomass Standard Deviation  (two months)
  • Sawgrass Culm Density Standard Deviation  (two months)
  • Soil Ash Weight  (annually)
  • Soil Dry Weight  (annually)
  • Soil Organic Weight  (annually)

  • Subproject or related project:   Monitoring the effects of modified water delivery in the Southern Everglades; Integrated Taylor Slough and C-111 Basin Research
    Contact:   Daniel Childers
    Sampling attributes:
  • Sawgrass Above-Ground Biomass  (two months)
  • Soil Bulk Density  (annually)
  • Ammonium in Porewater  (twice a year)
  • Dissolved Organic Carbon in Porewater  (twice a year)
  • Nitrate and Nitrite in Porewater  (twice a year)
  • Nitrate in Porewater  (twice a year)
  • Nitrite in Porewater  (twice a year)
  • Soil Total Carbon Content  (annually)
  • Soil Total Nitrogen Content  (annually)
  • Soil Total Phosphorus Content  (annually)
  • Soluble Reactive Phosphorus in Porewater  (twice a year)
  • Total Concentration of Carbon in Sawgrass  (annually)
  • Total Concentration of Nitrogen in Sawgrass  (annually)
  • Total Phosphorus Concentration in Sawgrass  (annually)
  • Sawgrass Culm Density  (two months)
  • Soil Loss On Ignition  (annually)
  • Soil pH  (twice a year)
  • Porewater Salinity  (twice a year)
  • Sawgrass Above-Ground Biomass Standard Deviation  (two months)
  • Sawgrass Culm Density Standard Deviation  (two months)
  • Soil Ash Weight  (annually)
  • Soil Dry Weight  (annually)
  • Soil Organic Weight  (annually)
  • Other LTER sites:
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    National Science Foundation logo This material is based upon work supported by the National Science Foundation through the Florida Coastal Everglades Long-Term Ecological Research program under Cooperative Agreements #DEB-1237517, #DBI-0620409, and #DEB-9910514. Any opinions, findings, conclusions, or recommendations expressed in the material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.
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