David Burbank Reid Camp Will Langford Donella Miller.

Slides:



Advertisements
Similar presentations
Water Quality Indicators
Advertisements

New (and old) oceanographic tools 2012 Workshop DHP 2012 Tina Miller-Way.
RICE CREEK CHAIN OF LAKES TMDL. PELTIER LAKE TOTAL PHOSPHORUS MONITORING DATA.
Phosphorus eutrophication in an inter-drumlin lake: causes and effects Lucy Crockford Walsh Fellow Trinity College Dublin What’s impeding this lake’s recovery?
Factors that Affect Productivity in Wintering Lakes: An Analysis of Lake Zones and Snow Depth Kristen Kernan Winter Ecology- Spring 2012.
Donna Lutz Steve Jones. Concept: Iowa’s First Destination Resort Park Lodge 108 rooms, conference center, restaurant, indoor water park 18-hole golf course.
Great Lakes Observing System GLRI Tributary Monitoring Project
Bathymetry and Water Chemistry of the Lucas Pond Mikaela Campbell, Jeff McDonald, Joshua Stedman, & Sierra Grove.
Trophic Classification of Lakes Created by Diane Gravel.
Ian Faurot Elise LaVanaway Scott Paradis Cody Settles.
WP12. Hindcast and scenario studies on coastal-shelf climate and ecosystem variability and change Why? (in addition to the call text) Need to relate “today’s”
An Evaluation of Baron’s Pond and Recommendations to Establish a Family Fishery Chris Thornton Brien Knight Christine Maxwell Dan Nelson.
Dr. Martin T. Auer MTU Department of Civil & Environmental Engineering ENVE5504 Surface Water Quality Modeling Lab 4. One-Dimensional Models Vertical Mass.
Dr. Martin T. Auer MTU Department of Civil & Environmental Engineering Surface Water Quality.
Lecture goal: To identify and describe the properties of water that are most important to understanding broader patterns of habitat structure and ecology.
Profiles: Ingle’s Pond Chemistry and Bathymetry  (x) group III Brad Malone Justin Smith Colter Smart Katherine Teater.
PRIMARY PRODUCTIVITY Productivity is the rate of biomass formation Primary productivity (photosynthesis) of phytoplankton can be measured directly by O.
Approach: Networked Aquatic Microbial Observing System Approach: Networked Aquatic Microbial Observing System Results: Data From Both Networked Sensors.
Physical and Chemical Analysis of Mr. D. Ingles Pond Presented By: Nick Mcconnell, Daryl Lescanec, Kristin Beck, Jordan Messner, and Matt Jeffress.
The Supplies The Product eutrophication: nutrient-driven stimulation of plant growth; contrast natural and cultural eutrophication; phosphorus is most.
Salmon Falls TMDL Monitoring 2012 Pre-Season Meeting Cayce Dalton, FB Environmental May 23, 2012 South Berwick Town Hall.
SELF-HELP MONITORING — A WISCONSIN LAKE — Mary Jane Bumby Green Lake Green Lake County Wisconsin.
Water Quality, Temperature and Gloss Measurement Instrumentation.
Pomme de Terre Lake Water Quality Summary Pomme de Terre Lake Water Quality Summary US Army Corps of Engineers Environmental Resources Section.
X Group: Carlson Pond Physical and Chemical Parameters Fish 415 Rochelle Ochoa, Earl Beasley, Will Kennedy, & Charles Reeves.
“What Is Lake Turnover?” Post-Reading Questions. 1. What times of year does turnover typically occur? Turnover usually occurs in the spring and fall.
Physical & Chemical Parameters of the Turnbow Pond Cody Clark Dylan Weir Jeffery Johnson.
Ch Properties of Ocean Water
Properties of Ocean Water. Chemical Properties of Ocean Water Determines composition Determines composition Enables it to dissolve other substances Enables.
Page 1 CONSULTANCY AND RESEARCH IN AQUACULTURE AND THE AQUATIC ENVIRONMENT A Company in the NIVA-group Methodology for Environmental monitoring of aquaculture.
Earth Sciences Seminar 1 May 2003 David Hamilton Biological Sciences University of Waikato Water quality trends in the Rotorua lakes.
Pond Ecology.  Lakes and ponds are bodies of open standing water  Their physical conditions and life vary with distance from the shore.
Water Chemistry By Lucas Kirby, Cynthia Watson, Meghan Dye and Stephanie Johnson.
Pedro Alcântara, Alexandra Cravo & José Jacob CIMA - FCMA, University of Algarve, Campus de Gambelas, Faro, Portugal Variability of nutrients.
Salinity, dissolved oxygen, and nutrient concentrations in Oyster Pond, Falmouth, Massachusetts Karen Bishop and Michael Perret: Marine Ecology, Prof.
Nicole Reid, Jane Herbert, and Dean Baas MSU Extension Land & Water Program W. K. Kellogg Biological Station Transparency tube as a surrogate for turbidity,
Module 10/11 Stream Surveys Stream Surveys – February 2004 Part 1 – Water Quality Assessment.
Water quality determination Kuruvunga springs Catalina Marambio Jones SEE-LA GK12 program March 20 th, 2013.
Dissolved Oxygen –The distribution and dynamics of dissolved oxygen are important in aquatic systems because it controls the distribution, behavior, physiology,
Presentation compiled with unvalidated data.. Began in 1991 as a non-profit organization. Purpose: increasing Albertans’ awareness and understanding of.
A Chemical and Vegetative Characterization of the Ichetucknee River Sky K. Notestein and Thomas K. Frazer.
QA/QC Assessment of Lay Monitoring in Rhode Island Elizabeth M. Herron, Linda T. Green & Arthur J. Gold URI Watershed Watch University of Rhode Island.
1 State of San Lorenzo River Symposium Nicole Beck, PhD 2NDNATURE April San Lorenzo Lagoon A Decade of Dry Season WQ Monitoring.
STORET 1001 and the State of Utah Monitoring Strategy Today you will see: –What kind of attributes are available in STORET –How results, stations, and.
 The study of fresh bodies of water  Lentic: standing water (lakes and ponds)  Lotic: flowing water (streams and rivers)
Pond Ecosystems.
INTRODUCTON TO WATER QUALITY IN AQUACULTURE Unit 4:
Chapter 3 Part 2. Do Now 1) What is a thermocline 2) How does the graph look? (where are the axis and how are they labeled?) 3) What information do we.
Kuskokwim Watershed Council Key Parameters for Baseline Water Quality Assessment © David Griso.
Properties of Ocean Water Can you see what the sea’s about?
Potomac River Monitoring Programs R. Christian Jones and Donald P. Kelso Department of Environmental Science and Policy George Mason University.
Think about answering the questions: Who? What? Where? When? Why? How? Before your volunteers begin collecting data.
Cultural Eutrophication Human inputs of nutrients from the atmosphere and from nearby urban and agricultural areas rapidly accelerating plant growth in.
GIS as a tool to help determine the effects of aquatic systems polluted with nutrients Term Project Phillip Udom December 1, 2015 CEE 6440 – GIS in Water.
Whitefish River and Riverside Pond Water Quality Monitoring and Management Barrett Gray Mr. Spangler Whitefish High School Advanced Chemistry.
2010 Water Quality Monitoring Activities -Medicine Lake -Twin Lake Keith Pilgrim Barr Engineering March 17, 2011 brain huser is great.
Aquatics. Aquatic Habitats Lentic Lentic –Standing water habitats (lakes, ponds, wetlands) Lotic Lotic –Moving water habitats (rivers, streams)
Aquatics. Aquatic Habitats Lentic Lentic –Standing water habitats (lakes, ponds, wetlands) Lotic Lotic –Moving water habitats (rivers, streams)
How do diurnal tidal cycles affect habitat selection in Piermont marsh? Giselle Triviño and Janeth Ortega Piermont Marsh Abstract MethodsResults Number.
Placido Bayou 2 year update followed by 5 year alum budget
Explore the future HORIBA GROUP
How many ways do you see water being used?
Part 2: Abiotic Factors affecting Aquatic Ecosystems Pg
Lake Spokane 2012 Nutrient Monitoring Data
Tommy Van Horn and Jay Hooper Fall 2007
Properties of Ocean Water
Properties of Ocean Water
Houseplants Project By:.
Properties of Ocean Water
Lake Water Quality PLA Meeting August 17, 2019.
Presentation transcript:

David Burbank Reid Camp Will Langford Donella Miller

Objectives Methods Results Discussion Recommendations

Construct bathymetric map Water Volume Sediment Volume Depths Parameter Profiles Temperature Dissolved Oxygen Light Conductivity Total Phosphorus Chlorophyll a

Temperature, Conductivity, D.O. YSI 85 ½ meter intervals Irradiance Photometer ½ meter intervals 1% surface irradiance GPS/Depth Finder/GIS Navigate pond in grid Bathymetric Map misclab.umeoce.maine.edu

Total Phosphorus Van Dorn Sampler Triplicate 20ml Samples every 1 meter P-Tubes (Potassium Persulphate) Analysis Chlorophyll a Triplicate Sample every 1 meter Integrated Analysis

Profiles

Profiles Continued

Total Phosphorus/Chlorophyll a

Pond Area m 2 Water Volume m 3 Depth Average=.51 m Max= 2.80 m

High Conductivity Spring Valley - <70 Jones Pond - >326 Temperature Profile Isothermic No Thermocline Low D.O. Clinograde Profile T.P. Increases With Depth Within Eutrophic Limits Chlorophyll a Even Dispersal Within Eutrophic Limits

Sample Again at Different Times Determine if actually eutrophic Mixing events Low D.O. Aerators Aquatic Plants (P/S) Fishery Capable? Winter Kill – Low D.O. + Freeze D.O. Raised and Monitored tinyfarmblog.com

Questions?

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.