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FCE LTER

FCE LTER Photos

 
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  • S332 pump station, south of TS/Ph-1, Taylor Slough
  • Seagrass at TS/Ph-10
  • Aerial photo of SRS-4, Shark River Slough
  • SRS-4 autosampler, Shark River Slough
  • SRS-6 autosampler, Shark River Slough
  • Autosampler at TS/Ph-7a, Taylor Slough
  • Taylor River
  • Burmese python at SRS-6, Shark River Slough
  • Rafael Travieso (left) and Kyle Tuntland (right) with a Burmese python at SRS-6, Shark River Slough
  • Valentin Nechita (left) and Rafael Travieso (right) with a Burmese python at SRS-6, Shark River Slough
  • Eddy covariance tower in long-hydroperiod Everglades marsh in mid-dry season, 2009 (at SRS-2), Shark River Slough
  • Long-hydroperiod Everglades marsh under extremely dry conditions, late dry season, 2009 (near SRS-2), Shark River Slough
  • Xavier Zapata (FIU graduate student) installing a meteorological tower, Taylor Slough
  • Palaemonetes floridanus (Palaemonid shrimp)
  • Palaemonetes intermedius (Palaemonid shrimp)
  • Palaemonetes pugio (Palaemonid shrimp)
  • Palaemon floridanus, Shark River
  • Snake at TS/Ph-1b, Taylor Slough
  • A tapestry of land uses and land covers typify our study site. Here, a commercial farm surrounds a new residential development.
  • Electrofishing gear in use, Rookery Branch, Shark River
  • Goby, Shark River
  • Kate Dunlop taking YSI readings in North River
  • Lauren McCarthy setting a minnow trap in Rookery Branch
  • Lauren McCarthy with a minnow trap in Rookery Branch
  • Minnow trap fishing in North River
  • North River
  • Palaemonetes paludosis (Palaemonid shrimp)
  • Palaemonid shrimp, Shark River
  • Ponce de Leon Bay
  • Rookery Branch
  • Rookery Branch
  • Rookery Branch
  • Rookery Branch
  • Shark River meets Ponce de Leon Bay
  • Tarpon Bay
  • Tarpon Bay
  • Tarpon Bay sunrise
  • Toadfish, Shark River
  • William Loftus emptying minnow traps, Shark River
  • Zach Fratto retrieving a minnow trap, Shark River
  • American alligator swimming in the Shark River estuary
  • Early morning in a short-hydroperiod Everglades marsh (south of TS/Ph-1b), Taylor Slough
  • Eddy covariance and meteorological tower in a long-hydroperiod Everglades marsh during the height of the wet season, 2008 (at SRS-2), Shark River Slough
  • Long-hydroperiod Everglades marsh, wet season, 2008 (near SRS-2), Shark River Slough
  • Making chamber measurements of net ecosystem exchange in a short-hydroperiod Everglades marsh (at TS/Ph-1b), Taylor Slough
  • FCE LTER research site TS/Ph-6b, Taylor Slough
  • Adam Rosenblatt (PhD student) holding one of his study subjects, an American alligator, in the Shark River estuary
  • Dr. Rene Price and Jeremy Stalker (FIU graduate student) collecting a groundwater sample, Taylor Slough
  • Dr. Rene Price (FCE LTER co-PI) installing a meteorological tower, Taylor Slough
  • View of the TS/Ph-2 autosampler site from road, Taylor Slough
  • Mangrove ecotone, Taylor Slough
  • Xavier Zapata (FIU graduate student) collecting a groundwater sample, Taylor Slough
  • Bill Loftus and Lauren McCarthy electrofishing in Shark River
  • Bill Loftus and Lauren McCarthy measuring fish in Shark River
  • Bill Loftus electrofishing in Shark River
  • Lauren McCarthy and Bill Loftus retrieving minnow traps in Shark River
  • Lauren McCarthy taking YSI readings in Shark River
  • Rookery Branch
  • Xavier Zapata (FIU graduate student) collecting a groundwater sample, Taylor Slough
  • Rat snake, Taylor Slough
  • Autosampler at TS/Ph-1a, Taylor Slough
  • Autosampler at TS/Ph-1a, Taylor Slough
  • Autosampler at TS/Ph-1a, Taylor Slough
  • Autosampler at TS/Ph-1a, Taylor Slough
  • Autosampler at TS/Ph-2, Taylor Slough
  • Laura downloading data on the autosampler platform at TS/Ph-2, Taylor Slough
  • Left to right: Laura and Damon collecting periphyton at TS/Ph-2, Taylor Slough
  • Left to right: Oliva and Damon at TS/Ph-1b, Taylor Slough
  • Left to right: Oliva and Damon at TS/Ph-1b, Taylor Slough
  • Left to right: Oliva, Laura, and Damon at TS/Ph-1b, Taylor Slough
  • Macrophyte plots at TS/Ph-1b, Taylor Slough
  • Macrophyte plots at TS/Ph-1b, Taylor Slough
  • Macrophyte plots at TS/Ph-2, Taylor Slough
  • Macrophyte plots at TS/Ph-2, Taylor Slough
  • Mikania scandens near TS/Ph-2, Taylor Slough
  • Oliva collecting periphytometer slides at TS/Ph-2, Taylor Slough
  • Periphytometer at TS/Ph-2, Taylor Slough
  • Rat snake by autosampler at S332A, Taylor Slough
  • Rat snake, Taylor Slough
  • Tagged sawgrass (Cladium jamaicense) at TS/Ph-2, Taylor Slough
  • TS/Ph-1b, Taylor Slough
  • TS/Ph-1b, Taylor Slough
  • TS/Ph-1b, Taylor Slough
  • TS/Ph-1b, Taylor Slough
  • Vegetation near the autosampler at TS/Ph-2, Taylor Slough
  • Vegetation near the autosampler at TS/Ph-2, Taylor Slough
  • Vegetation near the autosampler at TS/Ph-2, Taylor Slough
  • Vegetation near TS/Ph-1a, Taylor Slough
  • SRS-1d, Shark River Slough
  • Mike Heithaus' field crew catches bull sharks from the mouth of Shark River to 27 km upstream
  • Bryan Delius (MS student, left) takes a small muscle plug from a bull shark with the help of Derek Burkholder (PhD student, right), Shark River
  • Blue tilapia, Rookery Branch, Shark River
  • Crevalle jack, Rookery Branch, Shark River
  • Bryan Delius (MS student) with a bull shark in Shark River
  • Left to right: Bryan Delius (MS student) and Mike Heithaus going to their study sites, which occur from the mouth of the Shark River to 30 km upstream
  • Mike Heithaus brings a shark next to the boat to be measured, tagged, and sampled, Shark River
  • Bluegill, Rookery Branch
  • Redear at Rookery Branch
  • Rookery Branch
  • Sunset at Rookery Branch
  • Calvin Liu measuring mangrove tree heights, Shark River Slough
  • Calvin Liu measuring mangrove tree heights, Shark River Slough
  • Damaged mangrove forest canopy, Shark River Slough
  • Laguncularia racemosa (white mangrove) seedling growing in the middle of a forest gap created by Hurricane Wilma, Shark River Slough
  • Left to right: Edward Castaneda, Calvin Liu, Peter Lenaker, and Sharon Ewe after sampling mangrove forest, Shark River Slough
  • Left to right: Sharon Ewe and Calvin Liu applying Florida Bay sediments to dwarf mangrove forest as part of a fertilization experiment, Taylor Slough
  • Left to right: Sharon Ewe and Calvin Liu applying Florida Bay sediments to dwarf mangrove forest as part of a fertilization experiment, Taylor Slough
  • Left to right: Sharon Ewe and Peter Lenaker assessing mangrove forest structure, Shark River Slough
  • Mangrove forest, Shark River Slough
  • Peter Lenaker preparing water samples for nutrient analysis
  • Resprouting and new leaves in mangrove forests, one year after Hurricane Wilma impacted the site, Shark River Slough
  • Sharon Ewe applying Florida Bay sediments to dwarf mangrove forest as part of a fertilization experiment, Taylor Slough
  • Snake swimming next to fringe mangrove forests, Cook Lagoon
  • Tagged seedlings in a forest gap created by Hurricane Wilma, Shark River Slough
  • Tagged tree broken as result of Hurricane Wilma, Shark River Slough
  • Needlefish, North River
  • Bill Loftus electrofishing, North River
  • Minnow trap sampling, North River
  • Mullet, Shark River
  • Robert Twilley sewing decomposition bags for mangrove root decomposition experiment
  • Jennifer Rehage with a snook, Rookery Branch
  • Mojarra, Rookery Branch
  • Oliva Pisani (FIU PhD student) collecting a water sample in Shark River
  • Peneaid at Rookery Branch
  • Red drum, Rookery Branch
  • Boardwalk and mangrove forest canopy damaged by Hurricane Wilma, Shark River Slough
  • Boardwalk and trees damaged by Hurricane Wilma, Shark River Slough
  • Carlos Coronado-Molina measuring dead wood biomass in dwarf mangroves, Taylor Slough
  • Carlos Coronado-Molina sampling dead wood in dwarf mangroves, Taylor Slough
  • Damaged mangrove forest canopy (Hurricane Wilma), Harney River
  • Edward Castaneda holding a sediment layer showing sediment deposition by Hurricane Wilma at TS/Ph-8, Taylor Slough
  • Fringe mangrove forest showing defoliation by Hurricane Wilma, Shark River Slough
  • Houseboats pushed out of the water by Hurricane Wilma, Flamingo
  • Houseboats pushed out of the water by Hurricane Wilma, Flamingo
  • Jay Sah crossing tidal creek to measure tree damage by Hurricane Wilma, Harney River
  • Jay Sah measuring tree density in a mangrove forest impacted by Hurricane Wilma, Harney River
  • Jay Sah measuring tree density in a mangrove forest impacted by Hurricane Wilma, Harney River
  • Jay Sah measuring tree height in a mangrove forest impacted by Hurricane Wilma, Harney River
  • Left to right: Edward Castaneda and Kim de Mutsert reinstalling water level recorder damaged by Hurricane Wilma, Shark River Slough
  • Left to right: Greg Koch, Kim de Mutsert, Sharon Ewe, Edward Castaneda taking a break during sampling, Shark River Slough
  • Left to right: Jay Sah and Nilesh Timilsina measuring diameter at breast height in mangrove forests damaged by Hurricane Wilma, Harney River
  • Left to right: Mike Ross and Nilesh Timilsina measuring mangrove tree height after Hurricane Wilma, Harney River
  • Left to right: Nicole Poret and Carlos Coronado-Molina deploying bags to determine decomposition rates of mangrove fine roots, Taylor Slough
  • Left to right: Robert Twilley and Nicole Poret. Washing mangrove fine roots to set up a decomposition experiment, Taylor Slough
  • Mangrove forest canopy damaged by Hurricane Wilma, Shark River Slough
  • Mangrove forest canopy damaged by Hurricane Wilma, Shark River Slough
  • Mangrove forest damaged by Hurricane Wilma, mouth of Shark River
  • Mangrove forest damaged by Hurricane Wilma, mouth of Shark River
  • Mangrove tree canopy damaged by Hurricane Wilma, Harney River
  • Mike Ross inspecting mangrove tree canopy damage after Hurricane Wilma, Harney River
  • Mike Ross measuring height of a tree damaged by Hurricane Wilma in Harney River
  • Nicole Poret retrieving decomposition bags to measure mangrove fine root decomposition rates, Shark River Slough
  • Nicole Poret weighing mangrove fine roots to set up a decomposition experiment, Shark River Slough
  • Nilesh Timilsina measuring tree height in a mangrove forest impacted by Hurricane Wilma, Harney River
  • Sediment deposition (mangrove soils) from Hurricane Wilma, Shark River Slough
  • Sharon Ewe sampling porewater for isotopic studies, Taylor Slough
  • Tagged tree damaged by Hurricane Wilma, Shark River Slough
  • SRS-1c autosampler, Shark River Slough
  • SRS-1c sawgrass, Shark River Slough
  • SRS-1c, Shark River Slough
  • SRS-1c, Shark River Slough
  • SRS-1c, Shark River Slough
  • SRS-1c, Shark River Slough
  • Mike Heithaus' field crew sets out a longline that has about 40 small hooks baited with mullett. They let the line soak for an hour before they check for sharks, Shark River
  • Crocodile on the bank in Buttonwood Slough
  • Bill Loftus with a bass, Rookery Branch
  • Bill Loftus with a snook, Rookery Branch
  • Gar, Rookery Branch
  • Mangrove snapper, Rookery Branch
  • Mayan cichlid, Rookery Branch
  • Sole, Rookery Branch
  • Detail of root ingrowth core after 2 years of deployment, Taylor Slough
  • Detail of root ingrowth core after 2 years of deployment, Taylor Slough
  • Fringe mangrove forest before Hurricane Wilma, Shark River Slough
  • Left to right: Dan Bond, Kim de Mutsert and Edward Castaneda measuring porewater salinity, redox, and hydrogen sulfide in dwarf mangroves, Taylor Slough
  • Left to right: Gustavo Rubio and Melissa Romigh measuring diameter at breast height (DBH) of mangrove trees at SRS-6, Shark River Slough
  • Left to right: Josh Cloutier, Dan Bond, Theo Vlaar, Nicole Poret, Kim de Mutsert in transit to measure forest structure at TS/Ph-8
  • Left to right: Justin Baker, Arturo Saldivar, Edward Castaneda. Pulling core to determine standing crop (fine root biomass) in mangrove forest at SRS-4, Shark River Slough
  • Left to right: Kim de Mutsert, Nicole Poret, and Sharon Ewe taking a break during sampling, Taylor Slough
  • Left to right: Nicole Poret and Edward Castaneda measuring mangrove leaf turnover at TS/Ph-8, Taylor Slough
  • Left to right: Nicole Poret, Kim de Mutsert, Dan Bond arriving in Flamingo after a day of sampling
  • Litter basket installed in a mangrove forest to estimate litterfall productivity, Shark River Slough
  • Mike Ross inspecting mangrove forest gaps along boardwalk, Shark River Slough
  • Sharon Ewe and Edward Castaneda measuring mangrove seedlings along transects, Shark River Slough
  • Sharon Ewe sampling seedling regeneration in a forest gap, Shark River Slough
  • Left to right: Roger Holland and Victor H. Rivera-Monroy. Constructing boardwalk in mangrove forest, Shark River Slough
  • Melissa Romigh carrying wood to construct boardwalk in mangrove forest, Shark River Slough
  • Victor H. Rivera-Monroy and Edward Castaneda. Preparing houseboat (ENP) to sample mangroves along Shark River
  • Dolphin in lower Shark River Slough
  • Left to right: Arturo Saldivar, Justin Baker, Edward Castaneda, Dan Bond. Break after setting ingrowth root cores inside the mangrove forest, Shark River Slough
  • Left to right: Dan Bond and Melissa Romigh. Setting up a flume panel to measure nutrient / sediment fluxed in a mangrove forest at SRS-6, Shark River Slough
  • Left to right: Edward Castaneda, Calvin Liu, Steve Davis retrieve buckets filled with Florida Bay sediment to initiate fertilization experiment in dwarf mangrove forests, Taylor Slough
  • Melissa Romigh setting up autosamplers for flume study inside a mangrove forest
  • Root ingrowth core after 2 years of deployment, Taylor Slough
  • Root ingrowth core after 2 years of deployment, Taylor Slough
  • Water sheet flow inside a flume to measure nutrient / sediment fluxes in a mangrove forest at SRS-6, Shark River Slough
  • TS/Ph-6 aerial photo showing autosampler, Taylor Slough
  • TS/Ph-6 aerial photo showing autosampler, Taylor Slough
  • TS/Ph-7 aerial photo, Taylor Slough
  • TS/Ph-7 aerial photo, Taylor Slough
  • TS/Ph-7 aerial photo, Taylor Slough
  • TS/Ph-8 (Joe Bay) aerial photo
  • TS/Ph-7 aerial photo, Taylor Slough
  • Edward Castaneda retrieving a soil core to assess sedimentation and nutrient accumulation rates in a dwarf mangrove forest, Taylor Slough
  • North to south photo of S332 and levee removal on eastern boundary of L31
  • North to south photo of S332 and levee removal on eastern boundary of L31
  • TS/Ph-3 autosampler platform and macrophyte plots, Taylor Slough
  • TS/Ph-3 autosampler platform, Taylor Slough
  • TS/Ph-3 macrophyte plots, Taylor Slough
  • TS/Ph-3 PVC pole where autosampler takes samples, Taylor Slough
  • TS/Ph-4 autosampler, Taylor Slough
  • TS/Ph-4 autosampler, Taylor Slough
  • TS/Ph-4 boardwalk, Taylor Slough
  • TS/Ph-4 boardwalk, Taylor Slough
  • TS/Ph-4 boardwalk, Taylor Slough
  • TS/Ph-4 iron enrichment plots, Taylor Slough
  • TS/Ph-4 macrophyte plots, Taylor Slough
  • TS/Ph-4 macrophyte plots, Taylor Slough
  • TS/Ph-5 autosampler platform, Taylor Slough
  • TS/Ph-5 autosampler platform, Taylor Slough
  • TS/Ph-5 from a distance, Taylor Slough
  • TS/Ph-5 periphytometers, Taylor Slough
  • Measuring sawgrass in macrophyte plots at TS/Ph-1 (Gustavo Rubio, Damon Rondeau)
  • Measuring sawgrass in macrophyte plots at SRS-3 (Emilie Verdon, Damon Rondeau), Shark River Slough
  • SRS-2 autosampler, Shark River Slough
  • SRS-3 autosampler, Shark River Slough
  • Field trip to SRS-5 during Caribbean Workshop- Litter traps at SRS-5 (Robert Twilley foreground)
  • Aerial photo of northern boardwalk at TS/Ph-6b, Taylor Slough
  • Aerial photo of southern boardwalk at TS/Ph-7b, Taylor Slough
  • Aerial photo of southern boardwalk at TS/Ph-7b, Taylor Slough
  • Aerial photo of TS/Ph-6b, Taylor Slough
  • Aerial photo of SRS-1a, the S12c water control structure, and the surrounding area, Shark River Slough
  • Aerial photo of SRS-1a, the S12c water control structure, and the surrounding area, Shark River Slough
  • Aerial photo of SRS-1a, the S12c water control structure, and the surrounding area, Shark River Slough
  • Aerial photo of SRS-1a, the S12c water control structure, and the surrounding area, Shark River Slough
  • Aerial photo of SRS-2, Shark River Slough
  • Aerial photo of SRS-2, Shark River Slough
  • Aerial photo of SRS-3, Shark River Slough
  • Aerial photo of SRS-3, Shark River Slough
  • Aerial photo of SRS-3, Shark River Slough
  • Aerial photo of SRS-3, Shark River Slough
  • Aerial photo of SRS-4, Shark River Slough
  • Aerial photo of macrophyte plots at SRS-1b, Shark River Slough
  • Aerial photo of macrophyte plots at SRS-1b, Shark River Slough
  • S12C water control structure near SRS-1a, Shark River Slough
  • SRS-1a area, Shark River Slough
  • SRS-1a area, Shark River Slough
  • SRS-1a area, Shark River Slough
  • SRS-1a autosampler, Shark River Slough
  • SRS-4 autosampler, Shark River Slough
  • SRS-5 autosampler, Shark River Slough
  • SRS-6 mangroves, Shark River Slough
  • Seagrass at TS/Ph-10
  • Seagrass at TS/Ph-11
  • Seagrass at TS/Ph-11
  • Seagrass at TS/Ph-9
  • Seagrass at TS/Ph-9
  • Aerial photo of TS/Ph-4, Taylor Slough
 
  • S332D pump station, north of TS/Ph-1, Taylor Slough by Dan Childers

    S332D pump station, north of TS/Ph-1, Taylor Slough

  • S332 pump station, south of TS/Ph-1, Taylor Slough by Dan Childers

    S332 pump station, south of TS/Ph-1, Taylor Slough

  • Seagrass at TS/Ph-10 by Jim Fourqurean

    Seagrass at TS/Ph-10

  • Aerial photo of SRS-4, Shark River Slough by Robert Twilley

    Aerial photo of SRS-4, Shark River Slough

  • SRS-4 autosampler, Shark River Slough by Robert Twilley

    SRS-4 autosampler, Shark River Slough

  • SRS-6 autosampler, Shark River Slough by Robert Twilley

    SRS-6 autosampler, Shark River Slough

  • Autosampler at TS/Ph-7a, Taylor Slough by Unknown

    Autosampler at TS/Ph-7a, Taylor Slough

  • Taylor River by Unknown

    Taylor River

 
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