BENTHIC MACROINVERTEBRATE AND PERIPHYTON MONITORING IN THE SUWANNEE RIVER BASIN IN FLORIDA 3: SPATIAL AND TEMPORAL TRENDS.

Slides:

Advertisements

Similar presentations

Ecosystem Processes ECOSYSTEM DEFINITION

Advertisements

NCDWQ Monitoring Sites January DWQ Monitoring in Upper Neuse Generally part of overall statewide assessment Fish tissue Macroinvertebrates Fish.

Ecosystem Modeling Framework For Quantitative Seascape Ecology Supporting Ecosystem Assessment and Management Howard Townsend NOAA/NMFS/OHC/Chesapeake.

An Introduction to Multivariate Analysis

Biological Properties. Biological attributes of a waterway can be important indicators of water quality. Biological attributes refer to the number and.

Debra C. Woithe, Inc. Mapping and Monitoring Submerged Aquatic Vegetation in Ichetucknee and Manatee Springs Raymond C. Kurz, Ph.D. Phinla Sinphay Wendy.

OMSAP Public Meeting September 1999 The Utility of the Bays Eutrophication Model in the Harbor Outfall Monitoring Program James Fitzpatrick HydroQual,

Structural and Dynamic Habitat in the Suwannee Estuary Ellen Raabe, Randy Edwards, and Carole McIvor.

Distribution and Occurrence of Nitrate-Nitrogen and Total Phosphorus in the Water Resources of the Suwannee River Water Management District David Hornsby.

Lec 12: Rapid Bioassessment Protocols (RBP’s)

The Ecological Data Application System (EDAS) for biological data analysis and data upload to STORET

Kristy Morris PhD, Senior Scientist Council for Watershed Health Regional Watershed Monitoring Programs Examples of Community Involvement.

Minimum Flows and Levels for the Peace River FLOW 2008 October, 2008 Marty Kelly

BENTHIC MACROINVERTEBRATE AND PERIPHYTON MONITORING IN THE SUWANNEE RIVER BASIN IN FLORIDA 1: OVERVIEW AND BIOGEOGRAPHY.

Chesapeake Bay Program Monitoring Activities and Monitoring Network Design Chesapeake Bay Program Monitoring Activities and Monitoring Network Design Stephen.

The relationship between riparian areas and biological diversity A comparison of streams in eastern Colorado and southwestern Virginia By Ann Widmer

FLORIDA SPRINGS Case studies on impacts of nutrients on Florida springs ecosystems Source: J. Stevenson, Michigan State Univ.

Characterizing Baseline Water Body Conditions. What? Confirm impairments and identify problems Statistical summary Spatial analysis Temporal analysis.

Analyzing Stream Condition Using EMAP Algae Data By Nick Paretti ARIZONA PHYCOLOGY ECOL 475.

Invertebrate Standards in Rivers Paul Logan. Existing CEN standards relating to the ecological assessment of freshwaters - TG1 - invertebrates Quality.

An overview of water quality monitoring schemes for compliance with the WFD An Overview An overview of water quality monitoring schemes for compliance.

NC Division of Water Quality Water Quality Assessments and Local Watershed Plans.

Kate Malloy David Wade Tony Janicki Rob Mattson Benthic Macroinvertebrate and Periphyton Monitoring in the Suwannee River Basin in Florida 2: Relationships.

Flood Warning and Forecasting Issues in the SRWMD.

Florida Fish and Wildlife Conservation Commission Invertebrate Communities as Tools for Establishing Minimum Flows and Levels in Florida Streams.

Final stuff: n Lab practical: Apr 29 n Final exam: due Fri May 2:15.

Assessing Linkages between Nearshore Habitat and Estuarine Fish Communities in the Chesapeake Bay Donna Marie Bilkovic*, Carl H. Hershner, Kirk J. Havens,

National Aquatic Resource Surveys Wadeable Streams Assessment Overview November, 2007.

Upstream Propagation of MFLs Using A Reach- Based Methodology John Good & Rob Mattson.

Effects of Acid Mine Drainage (AMD) on Nesting Tree Swallows.

Relationships between River Environment & Aquatic Life Don Sada Walker Basin Stakeholder Meeting December 12, 2007 Dr. Sudeep Chandra (UNR), Fish Dr. Christian.

Florida Keys National Marine Sanctuary Steering Committee Meeting Marathon, 2/12/ Henry Briceño and 2 Joseph N. Boyer 1=Southeast Environmental Research.

1 Upscaling of Site-Specific Nitrate-Nitrogen Measurements to the Watershed Scale in the Santa Fe River Watershed S. Lamsal, S. Grunwald, C. M. Bliss,

Water Quality Monitoring in the Upper Illinois River Watershed and Upper White River Basin Project Brian E. Haggard University of Arkansas.

Response of benthic algae communities to nutrient enrichment in agricultural streams: Implications for establishing nutrient criteria R.W. Black 1, P.W.

STREAM QUALITY in SOUGAHATCHEE CREEK. LEECH CRANE FLY MIDGE STONEFLY CADDISFLY MAYFLY GOOD WATER QUALITY (EPT~10-23) POOR WATER QUALITY (EPT~0-5)

Chesapeake Bay Fishery- Independent Multispecies Survey (CHESFIMS) T. J. Miller 1, C. J. Heyer 1, E. D. Houde 1,A. F. Sharov 2, B. Muffley 2, M. C. Christman.

U.S. Department of the Interior U.S. Geological Survey The Rivers Component of the National Monitoring Network Jerad Bales National Monitoring Conference.

Amphibians Birds Contaminants/Toxics/Pollutants Environmental Condition Fish Hydrology/Water Quantity Light Macroinvertebrates Mammals Multi-Species Other,

Southwest Florida Water Management District Association of State Floodplain Managers Orlando, Florida June 9, 2009.

Galveston Bay By Amanda Schaffer. Galveston Bay A subtropical estuary located on the southeastern shore of the upper Texas Gulf Coast A subtropical estuary.

Adem.alabama.gov ADEM’s Monitoring Summary Reports Alabama – Tombigbee CWP Stakeholders Meeting Montgomery, Alabama 3 February 2010 Lisa Huff – ADEM Field.

Upper Wabash River Basin Commission 319 Grant for Phase 2 161,079 acres along the tributaries of the Headwater of the Wabash River.

Quantifying Stream Ecosystem Responses to Smart Growth: How to Design an Assessment Allison Roy Cross-ORD Postdoctoral Researcher US Environmental Protection.

Statistical Trends of Groundwater Around the Suwannee Basin Bin Gao, Kathleen McKee, Wendy Graham, Osvaldo Gargulio Fig. 4 Study area and 3-cluster analysis.

Can you teach a long-term benthic monitoring program new tricks? Marc Vayssières, Karen Gehrts and Cindy Messer - CA Dept. of Water Resources Assessment.

Suwannee Basin Science Workshop 2004 Thursday, September 23, 2004 Water Quality and Ecosystem Dynamics Breakout Sessions Summary Presented September 24.

Environmental Assessment and Sustainability CIV913 BIOLOGICAL ASSESSMENT of River Water Quality Assessing the biological quality of fresh waters : Wright,

Analysis tool pack for STORET for biological assessment Erik W. Leppo Las Vegas, Nevada November 8, 2001.

Year Two Review of Water Quality Monitoring on the Upper Strawberry River Project T.R. Brueggen 1 and J.L. Bouldin 1,2 1 Environmental Sciences.

Establishing the Scientific Basis for Ecosystem Management On the Upper Mississippi River Dr. Ken Lubinski, USGS Upper Midwest Environmental Sciences Center.

Joint MRC- Russia Conference on the Exchange of Experiences in the Sphere of Water Resources Management November 2015, Moscow, Russia Water Quality.

U.S. Department of the Interior U.S. Geological Survey Water-Quality Monitoring Network Optimization November 8, 2005.

Invertebrate Standards and Lakes Paul Logan. Existing CEN standards relating to the ecological assessment of freshwaters - TG1 - invertebrates Quality.

Ambient Monitoring Data Summary: Dust WRAP Workshop on Fire, Carbon, and Dust May 24, 2006 Joe Adlhoch - Air Resource Specialists, Inc.

The Importance of Groundwater in Sustaining Streamflow in the Upper Colorado River Basin Matthew Miller Susan Buto, David Susong, Christine Rumsey, John.

Aquatic Resource Monitoring Overview Anthony (Tony) R. Olsen USEPA NHEERL Western Ecology Division Corvallis, Oregon (541)

Effects of Stream Restoration: A Comparative Study of Pine Run in Felton, Pennsylvania Luke Mummert, Department of Biological Sciences, York College of.

Spatial and temporal distribution of populations Baltimore Ecosystem Study LTER BES LTER 202 point survey Surveys Experiments Signature long-term datasets.

Same dredger, different location: Environmental impacts of dredging

Project Schedule Final SWIM Plans GEBF Funding Request

AIM-NAMF Project Evolution

Water Depth and Nutrient Ratios over Space

Clark Fork Symposium Friday April 24th 2015

Debra S. Baker and Donald G. Huggins

Adelaide and Mount Lofty Ranges Aquatic Ecosystem and Biodiversity Report Card Assess and rate the ecological condition of creeks and rivers across Adelaide.

Using Bugs and GIS to Assess and Manage Watershed Health

Defining reference conditions and environmental objectives for the heavily modified watercourses in Northern Finland – Oulujoki-pilot river basin approach.

GRCCC COMMUNITY RIVERHEALTH MONITORING PROJECT

IBI’s: An Introduction

Presentation transcript:

BENTHIC MACROINVERTEBRATE AND PERIPHYTON MONITORING IN THE SUWANNEE RIVER BASIN IN FLORIDA 3: SPATIAL AND TEMPORAL TRENDS

Objectives Spatial Trends Temporal Trends Benthic Macroinvertebrates Periphyton Water Quality Spatial Trends Temporal Trends Benthic Macroinvertebrates Periphyton Water Quality

Hester-Dendy sampler Periphytometer Best Available Data

Application Expand knowledge on ecological forcing factors (e.g., eutrophication) Provide supporting information for habitat control points for MFLs Define temporal baselines for MFLs Expand knowledge on ecological forcing factors (e.g., eutrophication) Provide supporting information for habitat control points for MFLs Define temporal baselines for MFLs

Spatial Trends Principal Component Analysis to display multi-dimensional data in 2 dimensions Principal Component Analysis to display multi-dimensional data in 2 dimensions

PCA Results Principal Component Analysis Principal Component Analysis

PCA Results Factor 1 + Ablabesmyia ramphe (.35) + Tribelos fusicorne (.31) + Slavina appendiculata (.25) Factor 2 - Stenonema exiguum (.32) + Hydropsyche rossi (.31) + Corydalus cornutus (.28) Factor 1 + Ablabesmyia ramphe (.35) + Tribelos fusicorne (.31) + Slavina appendiculata (.25) Factor 2 - Stenonema exiguum (.32) + Hydropsyche rossi (.31) + Corydalus cornutus (.28)

Factor 2 Factor 1 Upper Santa Fe Lower Santa Fe Upper Suwannee Lower Suwannee With

Seasonal Kendall-Tau Trends Powerful - remove seasonal effects - adjust p values for autocorrelation Quantitative - estimate rates of change Robust - non-parametric - meta-analysisSeasonal Kendall-Tau Trends Powerful - remove seasonal effects - adjust p values for autocorrelation Quantitative - estimate rates of change Robust - non-parametric - meta-analysis

Water quality sites  Water quality sites Wq / biology sites  Wq / biology sites  Inactive biology sites SRWMD SUW010 SUW100 SUW130 SUW150 SUW240

SpeciesRichness

Abundance / yr 68 / yr 220 / yr 140 / yr 38 / yr

Conductivity(umhos/cm) / yr 26 / yr 18 / yr 12 / yr

Alkalinity(mg/L) / yr 8 / yr 7 / yr 5 / yr

Color(PCU) / yr 33 / yr 30 / yr 18 / yr

TSS(mg/L) / yr 0.5 / yr 0.7 / yr 0.5 / yr

DO(mg/L) / yr

NO 2 + NO 3 (mg/L) 0 – / yr 0.09 / yr

Total P (mg/L) 0 – / yr

Bottom Line Expand knowledge on ecological forcing factors (e.g., eutrophication) Provide supporting information for habitat control points for MFLs Define temporal baselines for MFLs Expand knowledge on ecological forcing factors (e.g., eutrophication) Provide supporting information for habitat control points for MFLs Define temporal baselines for MFLs