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Title: ANALYSIS OF TROPHIC STRUCTURE FOLLOWING ESTUARINE HABITAT RESTORATION WITHIN LAKE WORTH LAGOON, FLORIDA.
Creator: Kobylski, Adam, Markwith, Scott, Florida Atlantic University, Department of Geosciences, Charles E. Schmidt College of Science
Abstract/Description: We collected, with FWC, taxa inventory and numerical abundance data at three sites, a restoration concurrent with sampling, an older completed restoration, and an unimproved reference site, from 2014 to 2018 in the Central Lake Worth Lagoon, Florida. We examined effects in response to estuary habitat restoration and water quality on nekton food web structure among sites over time. A binary matrix of plausible interactions among trophic species, classified by size, was used to produce 51...
Show moreWe collected, with FWC, taxa inventory and numerical abundance data at three sites, a restoration concurrent with sampling, an older completed restoration, and an unimproved reference site, from 2014 to 2018 in the Central Lake Worth Lagoon, Florida. We examined effects in response to estuary habitat restoration and water quality on nekton food web structure among sites over time. A binary matrix of plausible interactions among trophic species, classified by size, was used to produce 51 individual food webs and nine trophic structure metrices within the R: Package Cheddar. Interactions of site and restoration, i.e., pre- vs. post-restoration samples, were found to be not significant in repeated-measures ANOVAs for each food web metric. Random forest analysis only identified Secchi depth as an important predictor of food web generality. Our findings suggest that generality and Secchi depth are inversely correlated and relatively stable within the Central Lake Worth Lagoon sites.
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Date Issued: 2022
PURL: http://purl.flvc.org/fau/fd/FA00013921
Subject Headings: Estuarine restoration, Food chains (Ecology)
Format: Document (PDF)

Title: Distribution and ecology of estuarine ectoprocts: A critical review.
Creator: Winston, Judith E., Harbor Branch Oceanographic Institute
Date Issued: 1977
PURL: http://purl.flvc.org/FCLA/DT/3333067
Subject Headings: Ectoprocts, Bryozoa, Brackish water ecology, Estuarine ecology
Format: Document (PDF)

Title: Effect of salinity on the growth of Vallisneria americana Michx. from the Caloosahatchee Estuary, Florida.
Creator: Doering, Peter H., Chamberlain, Robert H., Donohue, K. M., Steinman, Alan D., Harbor Branch Oceanographic Institute
Date Issued: 1999
PURL: http://purl.flvc.org/FCLA/DT/3183166
Subject Headings: American wildcelery--Ecology, Estuarine plants, Salinity
Format: Document (PDF)

Title: Inter-annual variability in net outflow from Indian River Lagoon.
Creator: Smith, Ned P.
Date Issued: 2007
PURL: http://purl.flvc.org/FCLA/DT/3340519
Subject Headings: Indian River (Fla. : Lagoon), Runoff, Estuarine ecology
Format: Document (PDF)

Title: Wading Bird Reproductive and Physiological Responses to Environmental Disturbance in a Managed Lake Ecosystem.
Creator: Chastant, Jennifer E., Gawlik, Dale E., Florida Atlantic University, Charles E. Schmidt College of Science, Department of Biological Sciences
Abstract/Description: Wetlands are some of the most diverse and productive ecosystems on earth. Water-level fluctuations determine the ecological function of shallow lakes and wetlands. Currently, anthropogenic modification to water-level fluctuations is the leading source of ecological degradation in lake and wetland ecosystems worldwide. I used wading birds nesting in Lake Okeechobee, as a model system to address the challenges of environmental restoration within an ecosystem greatly impacted by anthropogenic...
Show moreWetlands are some of the most diverse and productive ecosystems on earth. Water-level fluctuations determine the ecological function of shallow lakes and wetlands. Currently, anthropogenic modification to water-level fluctuations is the leading source of ecological degradation in lake and wetland ecosystems worldwide. I used wading birds nesting in Lake Okeechobee, as a model system to address the challenges of environmental restoration within an ecosystem greatly impacted by anthropogenic activities. Specifically, I 1) identified environmental factors most important for predicting the number of wading bird nests, 2) tested the assumptions of both the match-mismatch and the threshold hypothesis by modeling the relationship between nesting success and prey density with foraging habitat availability, and 3) measured the stress response of Great (Ardea alba) and Snowy Egrets (Egretta thula) to hydrologically-mediated changes in food availability. Collectively, the results suggest that the number of nests was greatest when area of nesting substrate was high and water-levels were moderate (3.9 - 4.4 m). Nest numbers dropped when either nesting substrate or foraging habitat was limited. My investigation into the predictions of the match-mismatch and threshold hypotheses found that indeed, prey density can reduce or intensify the effects of a mismatch event. The interaction of prey density and foraging habitat availability was significant and positive in both models. Saturation thresholds existed for both fledging success (147 prey (m^2)^-1) and total productivity (189 prey (m^2)^-1), above which high concentrations of prey could sustain nesting when foraging habitat availability was low. Finally, my studies of the stress response support the hypothesis that hydrologic factors associated with prey availability play an important role in regulating nesting patterns, although the level of food limitation the birds experience at the lake was not as severe as expected. Model selection identified foraging habitat availability as most influential to the nestling Great Egret stress response, whereas foraging habitat availability and prey density both influenced nestling Snowy Egret stress response. Moreover, the Snowy Egret stress response was more sensitive to changes in prey availability than was the Great Egret stress response. Temperature and foraging conditions influenced yolk corticosterone concentrations for both egret species.
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Date Issued: 2016
PURL: http://purl.flvc.org/fau/fd/FA00004779
Subject Headings: Wetland ecology., Estuarine ecology., Water birds--Habitat., Predation (Biology)
Format: Document (PDF)

Title: NITROGEN ENRICHMENT, EUTROPHICATION, AND BOTTOM-UP TROPHIC SHIFTS IN ECOSYSTEMS OF THE INDIAN RIVER LAGOON.
Creator: Brewton, Rachel A., Lapointe, Brian, Florida Atlantic University, Department of Geosciences, Charles E. Schmidt College of Science
Abstract/Description: Eutrophication of urbanized estuaries is a global issue that continues to worsen as coastal development increases. The Indian River Lagoon (IRL) on Florida’s east-central coast is a eutrophic estuary that is experiencing harmful algal blooms of macroalgae and phytoplankton, as well as widespread seagrass losses. This is concerning as seagrasses provide many ecosystem services, including the provision of essential habitat. These alterations in benthic cover can have ecosystem level effects and...
Show moreEutrophication of urbanized estuaries is a global issue that continues to worsen as coastal development increases. The Indian River Lagoon (IRL) on Florida’s east-central coast is a eutrophic estuary that is experiencing harmful algal blooms of macroalgae and phytoplankton, as well as widespread seagrass losses. This is concerning as seagrasses provide many ecosystem services, including the provision of essential habitat. These alterations in benthic cover can have ecosystem level effects and require further investigation. Thus, drivers and effects of primary producer alterations in the IRL were investigated through analysis of long-term monitoring data, field surveys of faunal densities inhabiting macroalgae and bare bottom habitats, and stable nitrogen isotope (δ15N) analyses of primary producers, primary consumers, and secondary consumers. Long-term monitoring data from the northern IRL (NIRL) and Banana River Lagoon (BR) demonstrated there have been major seagrass losses coupled with increases in occurrence of the rhizophytic green macroalgae Caulerpa prolifera, which is now the dominant benthic cover in many locations. Multivariate analyses of long-term monitoring data spanning 2011-2020 suggested that the carbon to phosphorus ratio (C:P) of macroalgae is an important factor related to annual changes in benthic cover in the NIRL and BR; increased P-availability is correlated with these primary producer shifts. In situ collections of macroinvertebrates and resident fishes showed the current function and importance of macroalgae as habitat in the NIRL and BR, particularly in the relative absence of seagrass.
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Date Issued: 2023
PURL: http://purl.flvc.org/fau/fd/FA00014231
Subject Headings: Indian River (Fla. : Lagoon), Estuarine eutrophication, Nitrogen, Harmful Algal Bloom, Estuarine ecology
Format: Document (PDF)

Title: The intertidal volume of Florida'sIndian River Lagoon.
Creator: Smith, Ned P.
Date Issued: 1992
PURL: http://purl.flvc.org/fau/fd/FA00007499
Subject Headings: Indian River (Fla. : Lagoon), Estuarine ecology, Tidal currents
Format: Document (PDF)

Title: A Modeling Study on The Effects of Seagrass Beds on the Hydrodynamics in the Indian River Lagoon.
Creator: Habib, MD Ahsan, Jiang, Mingshun, Florida Atlantic University, College of Engineering and Computer Science, Department of Ocean and Mechanical Engineering
Abstract/Description: Seagrass is a key stone component for the Indian River Lagoon (IRL) ecosystem, and therefore it is an important topic for many studies in the lagoon. This study focuses on the effects of seagrass beds on the hydrodynamics in the IRL. A hydrodynamic model based on the Delft3D modeling system has been developed for the southern IRL including the St. Lucie estuary, Ft. Pierce and St. Lucie Inlets, and adjacent coastal waters. The model is driven by freshwater inputs from the watershed, tides,...
Show moreSeagrass is a key stone component for the Indian River Lagoon (IRL) ecosystem, and therefore it is an important topic for many studies in the lagoon. This study focuses on the effects of seagrass beds on the hydrodynamics in the IRL. A hydrodynamic model based on the Delft3D modeling system has been developed for the southern IRL including the St. Lucie estuary, Ft. Pierce and St. Lucie Inlets, and adjacent coastal waters. The model is driven by freshwater inputs from the watershed, tides, meteorological forcing, and oceanic boundary forcing. The model has been systematically calibrated through a series of numerical experiments for key parameters, particularly the bottom roughness, and configuration including heat flux formulation and bottom bathymetry. The model skills were evaluated with quantitative metrics (point-to-point correlation, root-mean-square difference, and mean bias) to gauge the agreements between model and data for key variables including temperature, salinity, and currents. A three-year (2013-2015) simulation has been performed, and the results have been validated with available data including observations at HBOI Land-Ocean Biogeochemistry Observatory (LOBO) stations and in situ measurements from various sources. The validated model is then used to investigate the effects of 1) model vertical resolution (total number of model vertical layers), 2) spatial variability of surface winds, and 3) seagrass beds on the simulated hydrodynamics. The study focuses on the vicinity of Ft. Pierce Inlet, where significant seagrass coverage can be found. A series of numerical experiments were performed with a combination of different configurations. Overall, the experiment with 2-dimensional (2-D) winds, ten vertical layers and incorporating seagrass provided the most satisfactory outcomes. Overall, both vertical resolution and spatial variability of surface winds affect significantly the model results. In particular, increasing vertical resolution improves model prediction of temperature, salinity and currents. Similarly, the model with 2-D winds yields more realistic results than the model forced by 0-D winds. The seagrass beds have significant effects on the model results, particularly the tidal and sub-tidal currents. In general, model results show that both tidal and sub-tidal currents are much weaker due to increase bottom friction from seagrass. For tidal currents, the strongest impacts lie in the main channel (inter-coastal waterway) and western part of the lagoon, where strong tidal currents can be found. Inclusion of seagrass in the model also improves the simulation of sub-tidal currents. Seagrass beds also affect model temperature and salinity including strengthening vertical stratification. In general, seagrass effects vary over time, particularly tidal cycle with stronger effects seen in flood and ebb tides, and seasonal cycle with stronger effects in the summer than in winter.
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Date Issued: 2016
PURL: http://purl.flvc.org/fau/fd/FA00004774, http://purl.flvc.org/fau/fd/FA00004774
Subject Headings: Turtle grass--Environmental aspects., Seagrasses--Ecology., Grassed waterways., Wave resistance (Hydrodynamics), Wetland ecology., Estuarine ecology., Estuarine restoration., Coastal zone management.
Format: Document (PDF)

Title: A habitat suitability model for wading birds in a large subtropical lake: linking hydrologic fluctuations and nesting.
Creator: Botta, Richard A., Gawlik, Dale E., Florida Atlantic University, Charles E. Schmidt College of Science, Department of Biological Sciences
Abstract/Description: Anthropogenic hydrologic alterations can affect the quality of lake littoral zone habitats for wading birds, such as the great egret (Ardea alba), snowy egret (Egretta thula), and white ibis (Eudocimus albus). One such lake in Florida, Lake Okeechobee, has experienced a marked decline in wading bird nesting since the 1970’s, concomitant with changes in lake level management. It’s hypothesized that a reduction in foraging habitat has led to the nesting decline; however, there is little...
Show moreAnthropogenic hydrologic alterations can affect the quality of lake littoral zone habitats for wading birds, such as the great egret (Ardea alba), snowy egret (Egretta thula), and white ibis (Eudocimus albus). One such lake in Florida, Lake Okeechobee, has experienced a marked decline in wading bird nesting since the 1970’s, concomitant with changes in lake level management. It’s hypothesized that a reduction in foraging habitat has led to the nesting decline; however, there is little quantitative evidence of this link. A habitat suitability model was developed for Lake Okeechobee wading birds that incorporate the spatial and temporal dynamics of environmental factors that affect wading bird foraging and tests whether foraging habitat is linked to numbers of nests.
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Date Issued: 2014
PURL: http://purl.flvc.org/fau/fd/FA00004082
Subject Headings: Birds -- Florida -- Lake Okeechobee -- Geographical distribution, Estuarine ecology -- Florida -- Lake Okeechobee, Restoration ecology -- Florida -- Lake Okeechobee, Water birds -- Habitat
Format: Document (PDF)

Title: Seagrass (Thalassia testudinum) Nutrient Recycling in Florida Bay, a Carbonate-Dominated Shallow Estuary.
Creator: Rosch, Kara Baca, Koch, Marguerite, Florida Atlantic University
Abstract/Description: Nitrogen (N) and phosphorus (P) senescent leaf retention, as a measure of resorption, and the subsequent decay of senescent leaves, roots and rhizomes were examined for the dominant tropical seagrass species, Thalassia testudinum, across a nutrient gradient in Florida Bay. Leaf nutrient loss while still attached to the short shoot, from both resorption and decay, was highest at the nutrient-rich (88% P; 51% N) compared to nutrient-poor site ( 49% P; 25% N). High nutrient loss rates by...
Show moreNitrogen (N) and phosphorus (P) senescent leaf retention, as a measure of resorption, and the subsequent decay of senescent leaves, roots and rhizomes were examined for the dominant tropical seagrass species, Thalassia testudinum, across a nutrient gradient in Florida Bay. Leaf nutrient loss while still attached to the short shoot, from both resorption and decay, was highest at the nutrient-rich (88% P; 51% N) compared to nutrient-poor site ( 49% P; 25% N). High nutrient loss rates by attached leaves (0.37-2.5 mg P and 6.5-34 mg N m^-2 d^-1) represented significant recycling (46-87% P and 17-48% N) oftotal estimated external nutrient loads to the bay. In contrast, senescent leaf, rhizome and root nutrient loss rates were > 1 00-fold lower than intact leaves. In tropical /subtropical estuaries dominated by T testudinum, seagrasses may be acting as nutrient pumps, translocating high porewater nutrients to the overlying waters and promoting phytoplankton blooms in the bay.
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Date Issued: 2007
PURL: http://purl.flvc.org/fau/fd/FA00000822
Subject Headings: Estuarine ecology--Florida--Florida Bay, Seagrasses--Florida--Florida Bay, Stream ecology--Methodology, Climatic changes
Format: Document (PDF)

Title: The collection, analysis and variation of nutrients in estuarine pore water.
Creator: Montgomery, John R., Zimmermann, Carl F., Price, Mary T., Harbor Branch Oceanographic Institute
Date Issued: 1979
PURL: http://purl.flvc.org/FCLA/DT/3174480
Subject Headings: Estuaries, Estuarine sediments, Nutrient pollution of water, Pore water, Mud flat ecology
Format: Document (PDF)

Title: Tidal and long-term volume transport through Jewfish Creek, Florida Keys.
Creator: Pitts, Patrick A., Harbor Branch Oceanographic Institute
Date Issued: 1998
PURL: http://purl.flvc.org/FCLA/DT/3171648
Subject Headings: Tides --Florida --Biscayne Bay, Hydrodynamics --Mathematical models, Stream measurements, Water --Analysis, Estuarine ecology
Format: Document (PDF)

$The significance of chlorophyll size fractionation in the Indian River Lagoon, Florida$

Title: The significance of chlorophyll size fractionation in the Indian River Lagoon, Florida.
Creator: Hargraves, Paul E., Hanisak, M. Dennis
Date Issued: 2011
PURL: http://purl.flvc.org/FCLA/DT/3183176
Subject Headings: Microalgae, Chlorophyll, Estuarine ecology--Florida, Plankton, Indian River (Fla. : Lagoon)
Format: Document (PDF)

Title: Seagrass biodiversity in the Indian River Lagoon.
Creator: Dawes, Clinton J., Hanisak, M. Dennis, Kenworthy, W. Judson
Date Issued: 1995
PURL: http://purl.flvc.org/FCLA/DT/3172863
Subject Headings: Seagrasses, Seagrasses --Florida --Indian River (Lagoon), Seagrasses --Ecology, Seagrasses --Habitat, Aquatic plants, Estuarine plants
Format: Document (PDF)

Title: EFFECTS OF NATURAL AND ANTHROPOGENIC IMPACTS ON THE MICROBIOME OF THE INDIAN RIVER LAGOON, FL, USA.
Creator: Bradshaw II, David J., McCarthy, Peter J., Florida Atlantic University, Department of Biological Sciences, Charles E. Schmidt College of Science
Abstract/Description: The Indian River Lagoon (IRL) FL, USA, is an Estuary of National Significance due to its economic and high biodiversity. Microbial populations are understudied in the IRL despite their numerous ecological services. A two-year, nineteen-site Lagoon-Wide Survey (LWS) was conducted to provide the first 16S rRNA amplicon sequencing data on the microbiome of the sediment in the IRL and determine how the microbiome changed in response to environmental and anthropogenic factors. The most influential...
Show moreThe Indian River Lagoon (IRL) FL, USA, is an Estuary of National Significance due to its economic and high biodiversity. Microbial populations are understudied in the IRL despite their numerous ecological services. A two-year, nineteen-site Lagoon-Wide Survey (LWS) was conducted to provide the first 16S rRNA amplicon sequencing data on the microbiome of the sediment in the IRL and determine how the microbiome changed in response to environmental and anthropogenic factors. The most influential variables that explained the variability between microbiomes were porewater salinity, total organic matter (TOM), and copper (Cu). These results correlated with some of the anthropogenic pressures the IRL faces such as freshwater discharges from St. Lucie Estuary (SLE), trace metal contamination, and the accumulation of fine-grained, highly organic sediment known as “IRL muck” (muck). Research then focused on determining the microbial differences between three sets of sample types: sediment from the IRL versus the SLE; sediment that had three muck characteristics versus those with zero; and high TOM sediment that had high Cu versus high TOM sediment that had low Cu. Differentially abundant prokaryotes between sample types were determined with novel indicator analysis techniques. One technique tested the effectiveness of an indicator list to separate samples based upon the product of the sensitivity and specificity of partitioning around medoids clustering in comparison to metadata classifications. The other technique allowed for the tracking of changes in the entire indicator microbiome. These new indicator analysis techniques were created using the original LWS data and tested to determine how sediment microbiomes responded during two opportunistic surveys: dredging of muck from an IRL tributary (Eau Gallie River) and Hurricane Irma. These studies have filled the knowledge gap regarding the unknown microbiome of the IRL and how sediment microbiomes respond to extreme events such as dredging and a hurricane. They also led to the development of new indicator analysis techniques that can be used by to track changes in the entire indicator microbiome.
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Date Issued: 2020
PURL: http://purl.flvc.org/fau/fd/FA00013446
Subject Headings: Indian River (Fla. : Lagoon), Microbiota, Anthropogenic effects on nature, Estuarine ecology
Format: Document (PDF)

Title: Investigating variability of biogenic gas dynamics in peat soils using high temporal frequency hydrogeophysical methods.
Creator: Wright, William J., Charles E. Schmidt College of Science, Department of Geosciences
Abstract/Description: Peat soils are known to be a significant source of atmospheric greenhouse gasses. However, the releases of methane and carbon dioxide gasses from peat soils are currently not well understood, particularly since the timing of the releases are poorly constrained. Furthermore, most research work performed on peatlands has been focused on temperate to sub-arctic peatlands, while recent works have suggested that gas production rates from low-latitude peat soils are higher than those from colder...
Show morePeat soils are known to be a significant source of atmospheric greenhouse gasses. However, the releases of methane and carbon dioxide gasses from peat soils are currently not well understood, particularly since the timing of the releases are poorly constrained. Furthermore, most research work performed on peatlands has been focused on temperate to sub-arctic peatlands, while recent works have suggested that gas production rates from low-latitude peat soils are higher than those from colder climates. The purpose of the work proposed here is to introduce an autonomous Ground Penetrating Radar (GPR) method for investigating the timing of gas releases from peat soils at the lab scale utilizing samples originating from Maine and the Florida Everglades, and at the field scale in a Maine peatland. Geophysical data are supported by direct gas flux measurements using the flux chamber method enhanced by timelapse photography, and terrestrial LiDAR (TLS) monitoring surface deformation.
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Date Issued: 2013
PURL: http://purl.flvc.org/fcla/dt/3361256
Subject Headings: Gas dynamics, Wetland ecology, Soil permeability, Estuarine sediments, Ground penetrating radar, Hydrogeology, Geophysics
Format: Document (PDF)

Title: ENVIRONMENTAL INFLUENCES ON COMMON SNOOK (CENTROPOMUS UNDECIMALIS) MOVEMENT IN THE ST. LUCIE ESTUARY.
Creator: Kleiman, Lauren E., Baldwin, John, Florida Atlantic University, Department of Biological Sciences, Charles E. Schmidt College of Science
Abstract/Description: Estuarine ecosystems are dynamic habitats, where the convergence of marine and freshwater results in constant fluxes in environmental abiotic parameters. Organisms must balance these variations within their optimal range to minimize physiological costs, often by movement from unsuitable to more suitable areas. Additional disruptions to ecosystem balances, such as anthropogenic hydrologic discharges, further alter environmental conditions and may cause population-wide movement responses of...
Show moreEstuarine ecosystems are dynamic habitats, where the convergence of marine and freshwater results in constant fluxes in environmental abiotic parameters. Organisms must balance these variations within their optimal range to minimize physiological costs, often by movement from unsuitable to more suitable areas. Additional disruptions to ecosystem balances, such as anthropogenic hydrologic discharges, further alter environmental conditions and may cause population-wide movement responses of mobile organisms. Responses to anthropogenic and natural fluctuations can differ based on time of year, life history stage, or individual characteristics. These ecologically-balanced dynamics are difficult to model. In this study, I examined variability in estuarine environmental data and common snook (Centropomus undecimalis) movement responses to anthropogenic and natural fluctuations in the environment in a managed waterway. ARIMA time series models were tested as a method of modeling variability in environmental parameters. Monthly variance was well described throughout most of the estuary, especially when the interannual and intra-annual patterns were stable, indicating that these models are a good method for these types of data and could be appropriate for forecasting. Euryhaline sportfish movement responses to high discharge events in a managed waterway were observed with passive acoustic telemetry and did not show large-scale, population-wide consistency. Responses were variable between and within individuals, but individual characteristics appear to have influenced behavior in response to disturbances. Thus, these sportfish populations may be more resilient to this type of disturbance than previously hypothesized. Generalized additive mixed effects models showed that the distribution and movement of individual fishes varied in response to multiple natural and anthropogenic factors, and there was no primary driver. The understanding of the relationships among the distribution and movement of fishes and abiotic and anthropogenic factors can guide management of waterways and provide insight into how changes will affect abiotic factors and communities.
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Date Issued: 2022
PURL: http://purl.flvc.org/fau/fd/FA00013995
Subject Headings: Snook, Saint Lucie River Estuary (Fla.), Estuarine ecology, Underwater acoustic telemetry
Format: Document (PDF)

Title: Indian River study annual report 1973-1974 volume 2.
Creator: Fehlmann, H. Adair, Young, David K., Avent, Robert M., Briel, Lawrence I., Eiseman, N. J., Gore, R. H., Jones, Robert S., Kerr, George A., Seibert, Harry H., vonZweck, Ortwin, Wilcox, J. Ross, Harbor Branch Oceanographic Institute, Smithsonian Institution, Link Foundation, Woods Hole Oceanographic Institution
Date Issued: 1973-1974
PURL: http://purl.flvc.org/FCLA/DT/3357415
Subject Headings: Indian River (Fla:Lagoon), Estuaries--Florida--Indian River (Lagoon), Estuarine ecology--Florida, Water quality--Florida
Format: Document (PDF)

Title: Indian River study annual report 1974-1975 volume 1.
Creator: Young, David K., Harbor Branch Oceanographic Institute, Smithsonian Institution, Link Foundation, Woods Hole Oceanographic Institution
Date Issued: 1974-1975
PURL: http://purl.flvc.org/FCLA/DT/3357416
Subject Headings: Indian River (Fla:Lagoon), Estuaries--Florida--Indian River (Lagoon), Estuarine ecology--Florida, Water quality--Florida
Format: Document (PDF)

Title: Indian River study annual report 1975-1976 volume 2.
Creator: Kerr, George A., Harbor Branch Oceanographic Institute, Smithsonian Institution, Link Foundation, Woods Hole Oceanographic Institution
Date Issued: 1975-1976
PURL: http://purl.flvc.org/FCLA/DT/3357422
Subject Headings: Indian River (Fla:Lagoon), Estuaries--Florida--Indian River (Lagoon), Estuarine ecology--Florida, Water quality--Florida
Format: Document (PDF)

FAU Theses and Dissertations (14)	+ -
HBOI Faculty Contributions (9)	+ -
HBOI Indian River Studies (6)	+ -

Estuarine ecology (11)	+ -
Estuarine ecology--Florida (7)	+ -
Estuaries--Florida--Indian River (Lagoon) (6)	+ -
Indian River (Fla. : Lagoon) (6)	+ -
Indian River (Fla:Lagoon) (6)	+ -

Water quality--Florida (6)	+ -
Estuarine ecology. (2)	+ -
Estuarine plants (2)	+ -
Estuarine sediments (2)	+ -
Marine bioremediation (2)	+ -
Marine ecology (2)	+ -
Water quality biological assessment (2)	+ -
Wetland ecology. (2)	+ -
Algal blooms -- Florida -- Indian River Lagoon (1)	+ -
American wildcelery--Ecology (1)	+ -
Anthropogenic effects on nature (1)	+ -
Aquaculture--Environmental aspects--Florida (1)	+ -
Aquatic plants (1)	+ -
Birds -- Florida -- Lake Okeechobee -- Geographical distribution (1)	+ -
Bottlenose dolphin --Anatomy (1)	+ -
Brackish water ecology (1)	+ -
Bryozoa (1)	+ -
Chlorophyll (1)	+ -
Climatic changes (1)	+ -
Coastal ecology--Florida (1)	+ -
Coastal zone management--Florida (1)	+ -
Coastal zone management. (1)	+ -
Cyanobacterial blooms -- Toxicology (1)	+ -
Ectoprocts (1)	+ -
Estuaries (1)	+ -

Electronic Thesis or Dissertation (14)	+ -
article (9)	+ -
report (6)	+ -

Florida Atlantic University (12)	+ -
Harbor Branch Oceanographic Institute (11)	+ -
Charles E. Schmidt College of Science (10)	+ -
Department of Biological Sciences (7)	+ -
Link Foundation (6)	+ -

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