Science and the Greater Everglades Ecosystem Restoration An Assessment of the Critical Ecosystem Studies Initiative (2003) / Chapter Skim
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Appendix B: CESI-funded Research Projects and Their Relationship
Appendix B: CESI-funded Research Projects and Their Relationship
Pages 113-130
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From page 113... ...
i Hydro Models 26 Hydrologic Variation & Ecological Processes in the Mangrove Forests in South i IFlorida Everglades National Park Tree Islands: Interactions of Hydrology, Vegetation, and Soils . ~ ~ Mangrove Modeling 0 f Landscape, Stand Level, and Soil-Nutrient Processes Eco Proc/Ind Sp Eco Models 129 29 Landscape ~Sp , Proiects partially addressing this objective: _ _~ American Alligator Distribution, Thermoregulation, and Biotic Potential Relative to Hydroperiod _ ~ _ Ecosystem Comparison of Florida Bay Communities Network Analysis Population Structure and Spatial Distribution of Aquatic Consumers Communities in Everglades National Park Experimental Studies of Population Growth and Predator Prey Interactions of Fishes .
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From page 114... ...
..... Eco Proc/Ind S ~Coastal = .= Coastal Coastal Coas~l l 181 182 oafish Communities and Swamp Eel Populations of South Florida Canal and Stream 82 Ecosystems as Indicators of Ecosystem Restoration Time Series Analysis and Statistical Modeling of Salinity, Canal Discharge, and L Available Biological Data from Biscayne National Park ~ ~ .
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From page 115... ...
on Crocodilian Growth, Development Composition and Structure of Groundcover Plant Communities in the Long Pine Key Region of Everglades National Park Potential of the Endangered American Crocodile to Provide a Quantifiable Measure 0 storation Success in the Greater Everglades/SF Ecosystem Wading Birds in South Florida I 126 129 Analyzing Historical Data to Set Restoration Targets for Wading Bird Nesting in South Florida Everglades National Park Tree Islands: Interactions of Hydrology, Vegetation, and _l ,ISoils Analysis of Relationships of Everglades Fish with Hydrology Using Long-term 133 Databases from Everglades National Park
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From page 116... ...
_ 160 Expansion of Field-scale PSTA Research ' 162 Water Flows and Nutrient Fluxes to the SW Coast of Everglades National Park 171 Various Supplemental Water Quality Projects .
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From page 117... ...
. Landscape | 192 Development of a Simulation Model Relating Hydrology, Topography, and Edaphic Factors to Plant Community Structure in Marshes jectspartially addressing this objective: I ~_= s~ ~~; _~~ _ Composition and Structure of Groundcover Plant Communities in the Long Pine Key ~ |Everglades National Park Tree Islands: Interactions of Hydrology, Vegetation, and 'i Soils I Hydrologic Variation & Ecological Processes in the Mangrove Forests in South ' 26 |Florida 35 Diet of Red Drum and Snook in Florida Bay _ Topography Eco Models Eco Proc/Ind So tic - Say Hydro Models Coastal Coastal Coastal Coastal 3 i 29 93 129 36 39 Relationships Among Inshore Pink Shrimp in Tortugas and Sanibel Fisheries FATHOM: a Mass Balance Model for Salirlity in Flon_a Bay FATHOM: Mass Balance Model for Salinity in Florida Bay Science Objective 7: Provide the Scientific Base for Reestablishing Sustainable Native Wildlife Populations.
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From page 118... ...
Eco Proc/Ind Sp ~ ..... Eco Models ~ |Documenting the Importance of Water Flow to Everglades Landscape Structure and Sediment Transport in Everalades National Park | Thalassis testudinum Resilience to Sulfide Stress in Florida Bay: An Experimental 38 , and Field Approach Multiple Regression Analysis of Environmental Factors Influencing Temporal and 67 !
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From page 119... ...
. ~ _ it_ ~1 i Interrelation of Everglades Hydrology and Florida Bay Dynamics to Ecosystem 30 Processes j ~ 29 ~ Mangrove Modeling of Landscape, Stand Level, and Soil-Nutrient Processes Coastal Coastal Coastal 54 I Estuarine Fish Community Structure - Patterns of Stability, Change and Succession tin Relation to C-111 Statistical Relationship Between Benthic Habitat and Water Quality Seagrass/Light Monitoring Network for Florida Bay _ Determining Nursery Areas for Red Drum, Scienceaenops ocellatus, in Florida Bay | Water Flow Through Coastal Wetlands of Biscayne National Park ~ 56 57 Coastal 153 Coastal 180 I_ Science Objective 13: Evaluate Ecosystem Impacts of Alternative Water Management Strategies Using Linked Trophic-level Models.
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From page 120... ...
(Regional: Models) ~ Projects partially addressing this objective: i Coastal _ Coastal Coastal Eco Models Hydro Models Hydro Models Science Objective 17: Determine How Water Management Affects Salinity and Circulation in Florida Bay Using Hydrodynamic Models.
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From page 121... ...
Coastal Eco Proc/Ind S ~Eco Proc/Ind Sp ....... Taco Proc/Ind Sp Eco Proc/Ind Sp Eco Proc/Ind Sp 1 87 Eco Proc/Ind So Eco Proc/Ind Sp ~ _ 51 65 66 77 Distribution and Abundance of Jewfish in Everglades National Park Statistical Analysis of American Alligator Nesting Data in Everglades National Park in Relation to Geographic, Hydrologic, and Temporal Variation l Monitoring Program for the American Crocodile Everglades National Park Population Ecology of the Cape Sable Seaside Sparrow 84 90 Compilation of Alligator Data Sets in South Florida _ ~ Assessment of Selected T&E Wildlife in the Pine Rocklands and Hammocks of Dade County Dispersal, Habitat Selection, and Survivorship of Juvenile Florida Grasshopper I Sparrows in Winter Restoration of Jacquemontia reclinata to the South Florida Ecosystem l
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From page 122... ...
sparrows in Winter _ Restoration of Jacquemontia reclinata to the South Florida Ecosystem Wood Stork Nesting SurveYs in Bin Cyoress National Preserve Wildlife Monitoring Support biology of Cape Sable Seaside Sparrow ...
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From page 123... ...
.... _ j Water Flows and Nutrient Fluxes to the SW Coast of Everglades National Park ~ Stability and Bioavailability of Recently Accreted Phosphorus from Advanced | Treatment Technologies ~ !
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From page 124... ...
. IFish and Invertebrate Communities of Short Hydroperiod Wetlands in the Rocky 1= ~ Eco Proc/Ind Sp it, 73 80 81 Projected part,aUy addressing this objective: Ec~oc~ Ec~c~ Lc~oc~ Ec~oc~ Eco Models WQ Treat Eco Proc/Ind Sp 138 82 75 133 |Life History Ecology and Interactions of Everglades Crayfishes in Response to Hvdrolo~ical Restoration I |Analysis of Relationships of Everglades Fish with Hydrology Using Long-term 73 74 Population Structure and Spatial Distribution of Aquatic Consumers Communities in ~ Everglades National Park i |Life History Ecology and Interactions of Everglades Crayfishes in Response to l 169 'Hydrological Restoration 75 ~ Nematoceran Community Relationships with Hydroperiod and Water Quality in bite ~ |Fish Communities and Swamp Eel Populations of South Florida Canal and Steam I Ecosystems as Indicators of Ecosystem Restoration !
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From page 125... ...
Coastal 73 74 195 Appendix B 125 Ins ProjectID Project Title _ _ J Coastal 153 Determining Nursery Areas for Red Drum, Scienceaenops ocellatus in Florida Bay Eco Proc/Ind Sp 125 Wading Birds in South Florida Coastal Eco Proc/Ind Sp Eco Proc/Ind SP 59 Analysis and Synthesis of Existing Information on Higher Trophic Levels in Florida Bay - ~ |Monitonog Program for the American Crocodile Everglades National Park 66 80 Monitoring Freshwater Fish and Invertebrate Communities , .
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From page 126... ...
~ ,, ,_ ~ Temporal and Spatial Variation in Seagrass Associated Fish and Invertebrates in Western Florida Bay Hydrologic Variation and Ecological Processes in the Mangrove Forests in South IFlorida |Vegetation Dynamics of Land-Margin Ecosystems: Mangroves in He Gulf Coast of South Florida I ~ 1 Time Series Analysis and Statistical Modeling of Salinity, Canal Discharge, and Available Biological Data from Biscayne National Park ~ ~ .
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From page 127... ...
~= I Status Distribution and Habitat of the American Crocodile In Flonda Cape Sable Seaside Sparrow Population Survey Support l Eco Proc/Ind Sc Coastal __ Eco Proc/Ind Sp Eco Proc/Ind Sp 183 Mangrove/Fish Relationships in Biscayne Bay |Relative Distribution, Abundance, and Demographic S~uct:ure of the American 188 Alligator In Relation to Habitat, Water Levels, and Salinities | _ 189 ~ Genetic Analysis of Cape Sable Seaside Sparrow Populations Science Objective 60: Develop Water Budgets that Mutually Benefit Natural and Developed Areas. (Subregion: LEC)
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From page 128... ...
............ 182 |Effect of Wind on Surface Water Flows in the Everglades Time Series Analysis and Statistical Modeling of Salinity, Canal Discharge, and Available Biological Data from Biscayne National Park Plankton Indicators of Ecological Change in South Biscayne Bay ~M~nor~v'~/Fi~h Rel~tinnchin~ in Rier~`m'~ Race 180 ~ Water Flow Through Coastal Wetlands of Biscayne National Park Development of a Simulation Model Relating Hydrology, Topography, and Edaphic | Factors to Plant Community Structure in Marshes 192 Science Objective 71: Develop System-wide Water Budget and Future Projections Under Growth and Restoration Scenarios.
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From page 129... ...
Node for the i 150 | South Florida Ecosystem 154 158 ..,,..,,,..,.,...., ~ 165 190 191 193 194 NPS Biological and Physical Data Management and Dissemination ~Hydrolo~ic Data Collection and Analysis in and near Everglades National Park .
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From page 130... ...
. CESI Project Information Sheets and WWW Planning ~ 154 158 165 186 190 191 09 NPS Biological and Physical_Data Management and Dissemination Hydrologic Data Collection and Analysis in and near Everglades National Park |Habitat-based GIS Query Tools for Everglades Restoration des Restoration | |Multimodeling Implementation Supporting ATLSS I _ 1 Science Obiective 82: Restoration Science Support: Review.
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