Florida Coastal Everglades Long Term Ecological Research
Florida Coastal Everglades LTER - Project Information
Project Information

FCE LTER II: Coastal Oligotrophic Ecosystems Research

Long-term project
Start date: 01-Dec-2006          End date: 01-Dec-2012
Contact person: Evelyn Gaiser          
Website: http://fcelter.fiu.edu
Funding organization(s):
National Science Foundation



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Sampling attributes
 •  % Humic carbon (monthly)
 •  % Non-Humic Carbon (monthly)
 •  %Carbohydrate Carbon (monthly)
 •  %Dissolved Organic Carbon (monthly)
 •  %PAR:Epiphyte light transmissions (sixty-three to seventy-five days)
 •  137Cs Concentration in Soil (variable intervals)
 •  210-Pb Concentration in Soil in Excess of Background Concentration (variable intervals)
 •  Absorbance at 254 nm (monthly)
 •  Absorbance at 254 nm (one month)
 •  Absorbance at 254 nm (seasonally (Wet and Dry))
 •  Absorbance at 254 nm (one month)
 •  Absorbance at 254 nm (monthly)
 •  Air Pressure (every thirty minutes)
 •  Air Temperature (every thirty minutes)
 •  Air Temperature (one month)
 •  Air Temperature (every thirty minutes)
 •  Algal Energetics Light Curve Slope Brown (biannually)
 •  Algal Energetics Light Curve Slope Cyanobacteria (biannually)
 •  Algal Energetics Light Curve Slope Green (biannually)
 •  Alkaline Phosphatase Activity in Water (monthly)
 •  Alkaline Phosphatase Activity in Water (biannually)
 •  Ammonium in Porewater (twice a year)
 •  Ammonium in Water (biannually)
 •  Ammonium in Water (monthly)
 •  Aquatic vegetation proxy (quarterly)
 •  Areal Periphyton Ash Weight (two months)
 •  Areal Periphyton Dry Weight (two months)
 •  Areal Periphyton Mat Coverage (two months)
 •  Average Air Temperature (hourly)
 •  Average Air Temperature (every thirty minutes)
 •  Average Barometric Pressure (every thirty minutes)
 •  Average CO2 Concentration (every thirty minutes)
 •  Average H2O Concentration (every thirty minutes)
 •  Average Horizontal Wind Speed (every thirty minutes)
 •  Average Saltwater Turbidity
 •  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)
 •  Bacteria Abundance (biannually)
 •  Bacteria Daily Production (biannually)
 •  Bacteria Hourly Production (biannually)
 •  Battery Voltage (every thirty minutes)
 •  Benthic Periphyton Cover (two months)
 •  Blubber_Delta13C (variable intervals)
 •  Blubber_Delta15N (variable intervals)
 •  Boundary Layer Conductance (one month)
 •  C20 Highly Branched Isoprenoid (quarterly)
 •  C28 n-alkene (quarterly)
 •  C29 and C17 n-alkanes (quarterly)
 •  CO2 Flux (every thirty minutes)
 •  CO2 Offset (one month)
 •  CaCO3 per Quadrant (variable intervals)
 •  Carbohydrates (monthly)
 •  Carbon to Nitrogen Ratio (quarterly)
 •  Channel 1 Alpha (biannually)
 •  Channel 1 Electron Transport Rate Max (biannually)
 •  Channel 1 Initial Slope Irradiance (biannually)
 •  Channel 2 Alpha (biannually)
 •  Channel 2 Electron Transport Rate Max (biannually)
 •  Channel 2 Initial Slope Irradiance (biannually)
 •  Channel 3 Alpha (biannually)
 •  Channel 3 Electron Transport Rate Max (biannually)
 •  Channel 3 Initial Slope Irradiance (biannually)
 •  Channel 4 Alpha (biannually)
 •  Channel 4 Electron Transport Rate Max (biannually)
 •  Channel 4 Initial Slope Irradiance (biannually)
 •  Charophyte (variable intervals)
 •  Chl a Blue (biannually)
 •  Chl a Brown (biannually)
 •  Chl a Green (biannually)
 •  Chlorophyll a in Water (biannually)
 •  Chlorophyll a in Water (monthly)
 •  Chlorophytes (quarterly)
 •  Corrected Incoming Longwave (every thirty minutes)
 •  Corrected Outgoing Longwave (every thirty minutes)
 •  Cryptophytes (quarterly)
 •  Cuvette Block Temperature (one month)
 •  Cyanobacteria (quarterly)
 •  Delta13C (variable intervals)
 •  Delta15N (variable intervals)
 •  Diatoms (quarterly)
 •  Diffuse Light Attenuation Coefficient (monthly)
 •  Dinoflagellates (quarterly)
 •  Dissolved Inorganic Nitrogen To Total Phosphorus Ratio (monthly)
 •  Dissolved Inorganic Nitrogen in Water (monthly)
 •  Dissolved Organic Carbon (monthly)
 •  Dissolved Organic Carbon in Porewater (twice a year)
 •  Dissolved Organic Carbon in Water (monthly)
 •  Dissolved Oxygen in Bottom Water (monthly)
 •  Dissolved Oxygen in Surface Water (monthly)
 •  Distance to Ecotone (variable intervals)
 •  Electron Transport Rate Maximum Brown (biannually)
 •  Electron Transport Rate Maximum Cyanobacteria (biannually)
 •  Electron Transport Rate Maximum Green (biannually)
 •  Enclosed Leaf Surface Area (one month)
 •  Epiphyte Chlorophyll a Load
 •  Epiphyte Chlorophyll a Load Mean (Fall)
 •  Epiphytic Periphyton Cover (two months)
 •  Fin_Delta13C (variable intervals)
 •  Fin_Delta15N (variable intervals)
 •  Fixed humic substance peak (seasonally (Wet and Dry))
 •  Floating Periphyton Cover (two months)
 •  Floc Density (quarterly)
 •  Floc Depth (quarterly)
 •  Fluorescence Index (monthly)
 •  Fluorescence Index (seasonally (Wet and Dry))
 •  Fresh Water Levels (hourly)
 •  Friction_Velocity (every thirty minutes)
 •  H2O Offset (one month)
 •  Halodule wrightii % Dry Weight Carbon
 •  Halodule wrightii % Dry Weight Nitrogen
 •  Halodule wrightii % Dry Weight Phosphorus
 •  Halodule wrightii Abundance
 •  Halodule wrightii Carbon:Nitrogen Ratio
 •  Halodule wrightii Carbon:Phosphorus Ratio
 •  Halodule wrightii Density
 •  Halodule wrightii Frequency
 •  Halodule wrightii Nitrogen:Phosphorus Ratio
 •  Humic Carbon (monthly)
 •  Incoming Far Infrared Short Wave Radiation (every thirty minutes)
 •  Incoming Longwave (every thirty minutes)
 •  Incoming Short Wave Solar Radiation (every thirty minutes)
 •  Initial Slope Irradiance Maximum Brown (biannually)
 •  Initial Slope Irradiance Maximum Cyanobacteria (biannually)
 •  Initial Slope Irradiance Maximum Green (biannually)
 •  Intracellular CO2 Concentration (one month)
 •  Latent Heat Flux (every thirty minutes)
 •  Leaf Surface Temperature (one month)
 •  Leaf Vapor Pressure Deficit (one month)
 •  Macroalgae Biomass per Quadrant (variable intervals)
 •  Macroalgae DryWeight per Quadrant (variable intervals)
 •  Mangrove Species Avicennia germinans Flower Dry Weight (monthly)
 •  Mangrove Species Avicennia germinans Leaf Dry Weight (monthly)
 •  Mangrove Species Avicennia germinans Propagules Dry Weight (monthly)
 •  Mangrove Species Conocarpus erectus Flower Dry Weight (monthly)
 •  Mangrove Species Conocarpus erectus Leaf Dry Weight (monthly)
 •  Mangrove Species Conocarpus erectus Propagules Dry Weight (monthly)
 •  Mangrove Species Laguncularia racemosa Flower Dry Weight (monthly)
 •  Mangrove Species Laguncularia racemosa Leaf Dry Weight (monthly)
 •  Mangrove Species Laguncularia racemosa Propagules Dry Weight (monthly)
 •  Mangrove Species Rhizophora mangle Flower Dry Weight (monthly)
 •  Mangrove Species Rhizophora mangle Fruit Embryo Dry Weight (monthly)
 •  Mangrove Species Rhizophora mangle Leaf Dry Weight (monthly)
 •  Mangrove Species Rhizophora mangle Propagules Dry Weight (monthly)
 •  Mangrove Species Rhizophora mangle Stipules Dry Weight (monthly)
 •  Mangrove Total Dry Weight (monthly)
 •  Mangrove Wood Dry Weight (monthly)
 •  Maximum Emission Intensity (seasonally (Wet and Dry))
 •  Maximum Emission Intensity (monthly)
 •  Maximum Wavelength (monthly)
 •  Maximum Wavelength (seasonally (Wet and Dry))
 •  Maximum Wavelength (monthly)
 •  Minimum Battery Voltage (hourly)
 •  Miscellaneous Mangrove Materials Dry Weight (monthly)
 •  Molar Flow Rate through Cuvette (one month)
 •  Muscle_Delta13C (variable intervals)
 •  Muscle_Delta15N (variable intervals)
 •  Name of Vegetation Type (sawgrass or slough) (variable intervals)
 •  Net Assimilation Rate (one month)
 •  Net Far Infrared Long Wave Radiation (every thirty minutes)
 •  Net Irradiance (every thirty minutes)
 •  Net Longwave Irradiance (every thirty minutes)
 •  Net Short Wave Solar Radiation (every thirty minutes)
 •  Net Shortwave Irradiance (every thirty minutes)
 •  Net Total Solar Radiation (every thirty minutes)
 •  Nitrate and Nitrite in Porewater (twice a year)
 •  Nitrate and Nitrite in Water (monthly)
 •  Nitrate and Nitrite in Water (biannually)
 •  Nitrate in Porewater (twice a year)
 •  Nitrate in Water (monthly)
 •  Nitrate in Water (biannually)
 •  Nitrite in Porewater (twice a year)
 •  Nitrite in Water (monthly)
 •  Nitrite in Water (biannually)
 •  Nitrite in Water (monthly)
 •  Nitrogen to carbon ratio (seasonally (Wet and Dry))
 •  Non-Humic Carbon (monthly)
 •  Number of Thalassia testudinum Leaves Per Short Shoot
 •  Number of seed equivalents (including sum of seed fragments) (variable intervals)
 •  Nymphaceae (variable intervals)
 •  Nymphoides (variable intervals)
 •  Other Sedges (variable intervals)
 •  Outgoing Longwave (every thirty minutes)
 •  Panel Temperature (every thirty minutes)
 •  Peak 1 at Maximum Emission Intensity (one month)
 •  Peak 1 at Maximum Emission Intensity (seasonally (Wet and Dry))
 •  Peak 1 at Maximum Emission Intensity (monthly)
 •  Percent 285 (monthly)
 •  Percent 285 (seasonally (Wet and Dry))
 •  Percent Organic Carbon in Soil (four months)
 •  Percent Organic Matter (quarterly)
 •  Percentage of Calcium Carbonate in Soil (four months)
 •  Percentage of Carbon (annually)
 •  Percentage of Hydrogen (annually)
 •  Percentage of Inorganic Carbon (annually)
 •  Percentage of Nitrogen (annually)
 •  Percentage of Organic Carbon (annually)
 •  Percentage of protein-like material (high molecular weight fraction) (seasonally (Wet and Dry))
 •  Percentage of the maximum emission intensity of the First Peak (monthly)
 •  Periphyton Ash Free Dry Mass Production (bimonthly)
 •  Periphyton Ash Free Dry Weight Accumulation (two months)
 •  Periphyton Dry Weight Production (bimonthly)
 •  Periphyton Gross Production per Mass (annually)
 •  Periphyton Net Carbon Production (annually)
 •  Periphyton Net Primary Productivity (six to eight weeks during wet season)
 •  Periphyton Net Primary Productivity Standard Deviation (six to eight weeks during wet season)
 •  Periphyton Net Respiration per Mass (annually)
 •  Periphyton Respiration Rate (six to eight weeks during wet season)
 •  Periphyton Respiration Rate Standard Deviation (six to eight weeks during wet season)
 •  Periphyton Total Phosphorus (two months)
 •  Periphyton Total Phosphorus (bimonthly)
 •  Periphyton Total carbon concentration in % dry weight (two months)
 •  Periphyton Total nitrogen concentration in % dry weight (two months)
 •  Photosynthetically Active Irradiance (every thirty minutes)
 •  Photosynthetically Active Irradiance Incident (every thirty minutes)
 •  Photosynthetically Active Irradiance Reflected (every thirty minutes)
 •  Plant Total Organic Carbon (one month)
 •  Plant Total phenol concentration (one month)
 •  Plant Total sugar concentration (one month)
 •  Plasma_Delta13C (variable intervals)
 •  Plasma_Delta15N (variable intervals)
 •  Porewater Ammonia (three times per year)
 •  Porewater Conductivity (three times per year)
 •  Porewater Hydrogen Sulfide
 •  Porewater Nitrate (three times per year)
 •  Porewater Nitrite (three times per year)
 •  Porewater Orthophosphate (three times per year)
 •  Porewater Salinity (three times per year)
 •  Porewater Salinity
 •  Porewater Salinity (twice a year)
 •  Porewater Sulfide (three times per year)
 •  Porewater Temperature
 •  Porewater Temperature (three times per year)
 •  Porewater nitrite plus nitrate (three times per year)
 •  Precipitation (every thirty minutes)
 •  Precipitation (daily)
 •  Precipitation (every thirty minutes)
 •  Protein derived T1 (seasonally (Wet and Dry))
 •  Quantum Yield Mean (biannually)
 •  Quantum Yield SUM (biannually)
 •  Radiometer_Temperature (every thirty minutes)
 •  RedBloodCells_Delta13C (variable intervals)
 •  RedBloodCells_Delta15N (variable intervals)
 •  Reference Cell CO2 Mixing Ratio (one month)
 •  Reference Cell H2O Mixing Ratio (one month)
 •  Reflected Far Infrared Short Wave Radiation (every thirty minutes)
 •  Reflected Short Wave Solar Radiation (every thirty minutes)
 •  Saltwater Secchi
 •  Saltwater Surface Salinity
 •  Saltwater Surface Temperature
 •  Saltwater Surface Temperature (variable intervals)
 •  Sample Cell CO2 Mixing Ratio (one month)
 •  Sample Cell H2O Mixing Ratio (one month)
 •  Sample Weight (variable intervals)
 •  Sampling Depth (three times per year)
 •  Sawgrass (variable intervals)
 •  Sawgrass Above-Ground Biomass (two months)
 •  Sawgrass Above-Ground Biomass Standard Deviation (two months)
 •  Sawgrass Culm Density (two months)
 •  Sawgrass Culm Density Standard Deviation (two months)
 •  Scytonemin (quarterly)
 •  Seagrass Canopy Water Temperature
 •  Seagrass Carbon Stable Isotope
 •  Seagrass Nitrogen Stable Isotope
 •  Seagrass Species Name
 •  Sensible Heat Flux (every thirty minutes)
 •  Silica in Water (biannually)
 •  Silicate to Dissolved Inorganic Nitrogen Ratio (monthly)
 •  Silicon Dioxide in Water (monthly)
 •  Skin_Delta13C (variable intervals)
 •  Skin_Delta15N (variable intervals)
 •  Slope Ratio (monthly)
 •  Soil %Aromatic C (four months)
 •  Soil Acid Volatile Sulfide
 •  Soil AlkylC/O Alkyl C (four months)
 •  Soil Aromatic C (four months)
 •  Soil Ash Weight (annually)
 •  Soil Bulk Density
 •  Soil Bulk Density (variable intervals)
 •  Soil Bulk Density (annually)
 •  Soil C/N (four months)
 •  Soil Cabonyl C (four months)
 •  Soil Chromium-Reducible Sulfide
 •  Soil Collection Depth (variable intervals)
 •  Soil Delta 13C (four months)
 •  Soil Depth Interval (variable intervals)
 •  Soil Dry Weight (annually)
 •  Soil Eh (twice a year)
 •  Soil Extractable Iron
 •  Soil Extractable Phosphorus
 •  Soil Heat Flux (every thirty minutes)
 •  Soil Inorganic Phosphorus Step 1
 •  Soil Inorganic Phosphorus Step 2
 •  Soil Inorganic Phosphorus Step 3
 •  Soil Inorganic Phosphorus Step 4
 •  Soil Loss On Ignition (annually)
 •  Soil O Alkyl C (four months)
 •  Soil Organic Weight (annually)
 •  Soil Percent Organics
 •  Soil Redox (three times per year)
 •  Soil Redox Corrected
 •  Soil Stratigraphic Type (variable intervals)
 •  Soil Temperature (every thirty minutes)
 •  Soil Temperature (twice a year)
 •  Soil Temperature (every thirty minutes)
 •  Soil Total Carbon Content (annually)
 •  Soil Total Nitrogen Content (annually)
 •  Soil Total Phosphorus
 •  Soil Total Phosphorus Content (annually)
 •  Soil Total Sulfide
 •  Soil Water Potential (every thirty minutes)
 •  Soil alkyl_C (four months)
 •  Soil pH (twice a year)
 •  Soil pH
 •  Solar Irradiance Incident (every thirty minutes)
 •  Solar Irradiance Reflected (every thirty minutes)
 •  Soluble Reactive Phosphorus in Porewater (twice a year)
 •  Soluble Reactive Phosphorus in Water (biannually)
 •  Soluble Reactive Phosphorus in Water (monthly)
 •  Species_CommonName (variable intervals)
 •  Specific Humidity (every thirty minutes)
 •  Specific UV Absorbance (monthly)
 •  Station Depth (monthly)
 •  Stomatal Ratio Parameter K (one month)
 •  Stomatal Ratio Parameter K Redundant (one month)
 •  Sum Chl a PAM (biannually)
 •  Sum of Reflected Short and Longwave Irradiance (every thirty minutes)
 •  Sum of Short and Longwave Irradiance (every thirty minutes)
 •  Surface Din To SRP Ratio (monthly)
 •  Surface Total Nitrogen To Total Phosphorus Ratio (monthly)
 •  Surface Water 1,2,3-trimethoxybenzene (variable intervals)
 •  Surface Water 3,4-Dimethoxytoluene (variable intervals)
 •  Surface Water Alkyl/o-Alkyl ratio (variable intervals)
 •  Surface Water Benzaldehyde, 3,4,5-trimethoxy- (variable intervals)
 •  Surface Water Benzaldehyde, 3,4-dimethoxy- (variable intervals)
 •  Surface Water Benzene, 1,2,3-trimethoxy-5-methyl- (variable intervals)
 •  Surface Water Benzene, 1,2-dimethoxy- (variable intervals)
 •  Surface Water Benzene, 1,2-dimethoxy-4-(1-propenyl)- (variable intervals)
 •  Surface Water Benzenepropanoic acid, 3,4-dimethoxy-, methyl ester (variable intervals)
 •  Surface Water Benzoic acid, 3,4,5-trimethoxy-, methyl ester (variable intervals)
 •  Surface Water Benzoic acid, 3,4-dimethoxy-, methyl ester (variable intervals)
 •  Surface Water Carbon stable isotope ratio (one month)
 •  Surface Water Carbon to Nitrogen Ratio (one month)
 •  Surface Water Carbon to Nitrogen Ratio (variable intervals)
 •  Surface Water Dissolved Organic Carbon (one month)
 •  Surface Water Dissolved Organic Carbon (variable intervals)
 •  Surface Water Dissolved Organic Carbon (one month)
 •  Surface Water Ethanone, 1-(3,4,5)-trimethoxyphenyl- (variable intervals)
 •  Surface Water Ethanone, 1-(3,4-dimethoxyphenyl)- (variable intervals)
 •  Surface Water Fluorescence Index (variable intervals)
 •  Surface Water Fluorescence Index (one month)
 •  Surface Water Intensity UV humic-like fluorescence (one month)
 •  Surface Water Intensity of Tryptophan-like fluorescence (one month)
 •  Surface Water Intensity of Tyrosine-like fluorescence (one month)
 •  Surface Water Intensity of visible humic-like fluorescence (one month)
 •  Surface Water Intensity of visible marine humic-like fluorescence (one month)
 •  Surface Water Maximum Emission Intensity (one month)
 •  Surface Water Maximum Emission Intensity (variable intervals)
 •  Surface Water Maximum Emission Intensity (one month)
 •  Surface Water Maximum Wavelength (one month)
 •  Surface Water Maximum Wavelength (variable intervals)
 •  Surface Water Maximum Wavelength (one month)
 •  Surface Water Mole percentage of Alanine (one month)
 •  Surface Water Mole percentage of Arginine (one month)
 •  Surface Water Mole percentage of Aspartic Acid (one month)
 •  Surface Water Mole percentage of Beta-Alanine (one month)
 •  Surface Water Mole percentage of D-Isoleucine (one month)
 •  Surface Water Mole percentage of Gamma-Aminobutyric Acid (one month)
 •  Surface Water Mole percentage of Glutamic Acid (one month)
 •  Surface Water Mole percentage of Glycine (one month)
 •  Surface Water Mole percentage of Histidine (one month)
 •  Surface Water Mole percentage of L-Isoleucine (one month)
 •  Surface Water Mole percentage of Leucine (one month)
 •  Surface Water Mole percentage of Lysine (one month)
 •  Surface Water Mole percentage of Ornithine (one month)
 •  Surface Water Mole percentage of Phenylalanine (one month)
 •  Surface Water Mole percentage of Serine (one month)
 •  Surface Water Mole percentage of Threonine (one month)
 •  Surface Water Mole percentage of Tyrosine (one month)
 •  Surface Water Mole percentage of Valine (one month)
 •  Surface Water Neutral Sugars (variable intervals)
 •  Surface Water Nitrogen stable isotope ratio (one month)
 •  Surface Water Percent 285 (one month)
 •  Surface Water Percent 285 (variable intervals)
 •  Surface Water Percent Arabinose (variable intervals)
 •  Surface Water Percent Aromaticity (variable intervals)
 •  Surface Water Percent Fucose (variable intervals)
 •  Surface Water Percent Galactose (variable intervals)
 •  Surface Water Percent Glucose (variable intervals)
 •  Surface Water Percent Mannose (variable intervals)
 •  Surface Water Percent Rhamnose (variable intervals)
 •  Surface Water Percent Ribose (variable intervals)
 •  Surface Water Percent Xylose (variable intervals)
 •  Surface Water Percent primary amine nitrogen (one month)
 •  Surface Water Percentage Alkyl Carbon (variable intervals)
 •  Surface Water Percentage Aromatic Carbon (variable intervals)
 •  Surface Water Percentage Carbonyl Carbon (variable intervals)
 •  Surface Water Percentage O-alkyl carbon (variable intervals)
 •  Surface Water Percentage of Amino Acid Nitrogen (one month)
 •  Surface Water Percentage of Amino Acid carbon (one month)
 •  Surface Water Percentage of aromatic nitrogen (one month)
 •  Surface Water Percentage of peptide bond N (one month)
 •  Surface Water Phenol 2-methoxy- (variable intervals)
 •  Surface Water Ratio of UV humic-like fluorescence and visible humic-like fluorescence (one month)
 •  Surface Water Salinity (one month)
 •  Surface Water Salinity (variable intervals)
 •  Surface Water Slope of the UV-Vis spectrum (one month)
 •  Surface Water Specific UV Absorbance (one month)
 •  Surface Water pH (three times per year)
 •  Syringodium filiforme % Dry Weight Carbon
 •  Syringodium filiforme % Dry Weight Nitrogen
 •  Syringodium filiforme % Dry Weight Phosphorus
 •  Syringodium filiforme Abundance
 •  Syringodium filiforme Carbon:Nitrogen Ratio
 •  Syringodium filiforme Carbon:Phosphorus Ratio
 •  Syringodium filiforme Density
 •  Syringodium filiforme Frequency
 •  Syringodium filiforme Nirtogen:Phosphorus Ratio
 •  Thalassia testudinum % Dry Weight Carbon
 •  Thalassia testudinum % Dry Weight Nitrogen
 •  Thalassia testudinum % Dry Weight Phosphorus
 •  Thalassia testudinum Abundance
 •  Thalassia testudinum Carbon:Nitrogen Ratio
 •  Thalassia testudinum Carbon:Phosphorus Ratio
 •  Thalassia testudinum Density
 •  Thalassia testudinum Frequency
 •  Thalassia testudinum Leaf Area
 •  Thalassia testudinum Leaf Area Production per Meter Square per Day
 •  Thalassia testudinum Leaf Length
 •  Thalassia testudinum Leaf Mass
 •  Thalassia testudinum Leaf Width
 •  Thalassia testudinum Mass Specific Productivity
 •  Thalassia testudinum Nitrogen:Phosphorus Ratio
 •  Thalassia testudinum Plastochrone Interval
 •  Thalassia testudinum Short Shoot Density
 •  Thalassia testudinum Short Shoot Productivity
 •  Thalassia testudinum Standing Crop
 •  Thalassia testudinum leaf Area Production per Short Shoot per Day
 •  Thalassia testudinumAreal Productivity
 •  Total Calcareous Green Abundance
 •  Total Calcareous Green Density
 •  Total Calcareous Green Frequency
 •  Total Concentration of Carbon in Sawgrass (annually)
 •  Total Concentration of Nitrogen in Sawgrass (annually)
 •  Total Epiphyte Load (sixty-three to seventy-five days)
 •  Total Epiphyte Load
 •  Total Epiphyte Load Mean (Fall)
 •  Total Incoming Solar Radiation (every thirty minutes)
 •  Total Nitrogen in Water (biannually)
 •  Total Nitrogen in Water (every three days)
 •  Total Nitrogen in Water (monthly)
 •  Total Organic Carbon in Water (monthly)
 •  Total Organic Carbon in Water (biannually)
 •  Total Organic Nitrogen in Water (biannually)
 •  Total Organic Nitrogen in Water (monthly)
 •  Total Phosphorus Concentration in Sawgrass (annually)
 •  Total Phosphorus in Water (June, July, August, November)
 •  Total Phosphorus in Water (monthly)
 •  Total Phosphorus in Water (every three days)
 •  Total Phosphorus in Water (monthly)
 •  Total Phosphorus in Water (biannually)
 •  Total Reflected Solar Radiation (every thirty minutes)
 •  Total Water Vapor Conductance (one month)
 •  Total chlorophyll degradation products (quarterly)
 •  Total chlorophyll-a (quarterly)
 •  Total photosynthetically active irradiance (every thirty minutes)
 •  Total photosynthetically active irradiance (every thirty minutes)
 •  Total_Length (variable intervals)
 •  Tryptophan (seasonally (Wet and Dry))
 •  Typha (variable intervals)
 •  UV humic peak (seasonally (Wet and Dry))
 •  Utricularia (variable intervals)
 •  Visible humic peak (seasonally (Wet and Dry))
 •  Water Bottom Dissolved Oxygen (biannually)
 •  Water Bottom Salinity (monthly)
 •  Water Bottom Salinity (biannually)
 •  Water Bottom Temperature (biannually)
 •  Water Bottom Temperature (monthly)
 •  Water Salinity (June, July, August, November)
 •  Water Salinity (every three days)
 •  Water Salinity (monthly)
 •  Water Salinity (every thirty minutes)
 •  Water Surface Dissolved Oxygen (biannually)
 •  Water Surface Salinity (monthly)
 •  Water Surface Salinity (biannually)
 •  Water Surface Temperature (biannually)
 •  Water Surface Temperature (monthly)
 •  Water Temperature (every thirty minutes)
 •  Water Temperature (June, July, August, November)
 •  Water Transpiration Rate (one month)
 •  Water pH (June, July, August, November)
 •  Water pH (monthly)
 •  Weight of Sample (annually)
 •  Well Depth (June, July, August, November)
 •  WholeBlood_Delta13C (variable intervals)
 •  WholeBlood_Delta15N (variable intervals)
 •  Wind Direction (every thirty minutes)
 •  Wind Speed (every thirty minutes)
 •  component 1 of EEM-PARAFAC (monthly)
 •  component 1 of EEM-PARAFAC (monthly)
 •  component 2 of EEM-PARAFAC (monthly)
 •  component 3 of EEM-PARAFAC (monthly)
 •  component 4 of EEM-PARAFAC (monthly)
 •  component 5 of EEM-PARAFAC (monthly)
 •  component 6 of EEM-PARAFAC (monthly)
 •  component 7 of EEM-PARAFAC (monthly)
 •  component 8 of EEM-PARAFAC (monthly)
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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