PowerPoint Development Tool For the Cooperative Lakes Monitoring Program

1. PowerPoint Development Tool For the Cooperative Lakes Monitoring Program Enabling YOU to make your own presentations

2. What is the purpose of this PowerPoint? • The resources contained in this PowerPoint file are to help anyone interested in the MiCorps program develop their own presentation. • Simply keep the slides you are interested in, delete those you are not. • Use the excel file to create graphs using your own data and paste them into this presentation. • Download it here www.micorps.net/documents/CLMP_Graph_Builders.xls

3. MiCorps Overview

4. “Together, we’ll create the nation’s most comprehensive and meaningful clean water monitoring system, building a water legacy for generations to come.” Former Governor Jennifer Granholm 2003

5. MiCorps Mission Network and expand volunteer water quality monitoring organizations statewide for the purpose of collecting, sharing, and using reliable data. Educate and inform the public about water quality issues. Foster water resources stewardship to facilitate the preservation and protection of Michigan’s water resources.

6. MiCorps- How does it work? • MiCorps consists of two main programs concentrating on volunteer stream and lake monitoring. • Volunteer Stream Monitoring Program (VSMP) • Cooperative Lakes Monitoring Program (CLMP) • Other components of MiCorps that support the 2 main programs are: • - Grants (Streams only) • - Trainings • - Annual Conference • - Newsletter • - Email ListServ for discussion and news • - Web site • - Web-based, publically available, searchable database

7. MiCorps concentration in quality assurance gives us… More reliable data Which gives us: Greater use by the DEQ and local managers in planning and management Continued funding of the program.

8. Cooperative Lakes Monitoring Program (CLMP)

9. CLMP Goals • Provide baseline information and document trends in water quality for individual lakes. • Educate lake residents, users, and interested citizens in collection of water quality data, lake ecology, and lake management practices.

10. CLMP Goals • Build a constituency of citizens to practice sound lake management at the local level and build public support for lake quality protection. • Provide a cost-effective process for the DEQ to increase baseline data for lakes in Michigan.

11. CLMP Membership 2010 number: ~225 Lakes monitored by lake associations or individuals

12. Transparency Total Phosphorus Chlorophyll a Dissolved Oxygen and Temperature Aquatic Plants What do we measure in the CLMP?

13. What is expected of volunteers? A slight enrollment fee ($20-60, depending on parameter, plus one time equipment costs) Weekly or biweekly transparency measurements. Other measurements may need to be taken monthly. Attend an annual training Follow directions carefully. Sample turn in: two-three times during the sampling season volunteers bring their samples into a local DEQ office.

14. And what does the CLMP provide in return? The potential for long term data on your lake (the program has been operating since 1974). Training Analyzes your water samples at the State of Michigan lab for long-term data consistency Excellent quality assurance procedures A volunteer mentor program to get you help if you need it.

15. Doesn’t CLMP provide a magic formula for fixing lakes? • No. The CLMP only provides a way for you to collect the baseline data that is needed to make proper management decisions. • It takes further effort, further resources, and committed riparian owners and state and local governments to carry out these management decisions. • Additional lake management resources are available on the MiCorps web site at http://www.micorps.net/lakeresources.html

16. Why do we need to take these measurements? • Observing long-term trends of these parameters can help us understand if the amount of algae (lake eutrophication) is increasing in the lake over time. • High phosphorus, high chlorophyll, and low transparency can be signs of: • Undesirable algae blooms • Poor boating and swimming • Low dissolved oxygen which can cause fish kills

17. Watch out for eutrophication! • Your CLMP monitoring may show: • Decreases of transparency • Increases of phosphorus • Increases of chlorophyll • If this is the case, then steps need to be taken to reduce the amount of nutrients coming into the lake.

18. Secchi Disk Transparency Trends This graph was created by the CLMP Graph Builder excel file, downloadable at www.micorps.net/documents/CLMP_Graph_Builders.xls Download this file to make your own graphs and paste them into this presentation!

19. Phosphorus Trends This graph was created by the CLMP Graph Builder excel file, downloadable at www.micorps.net/documents/CLMP_Graph_Builders.xls Download this file to make your own graphs and paste them into this presentation!

20. Chlorophyll Trends This graph was created by the CLMP Graph Builder excel file, downloadable at www.micorps.net/documents/CLMP_Graph_Builders.xls Download this file to make your own graphs and paste them into this presentation!

21. Trophic Status Index (TSI) • The CLMP uses Carlson’s TSI to classify lakes as • Oligotrophic • Mesotrophic • Eutrophic • Hypereutrophic • Get the TSI values for your lake from the most recent CLMP annual report and use the next slide to classify your lake. Least Productive/ Least Eutropthic Most Productive/ Most Eutropthic

22. Dead Spider Lake is a Mesotrophic lake Directions 1. Click and drag the 3 dots to the proper location for your lake. 2. Click and drag the 3 lines so they line the dots up with the top bar. 3. The 3 lines indicate the approximate trophic status of your lake. 4. Many lakes will not fit neatly into a single trophic category.

23. What do dissolved oxygen and temperature profiles tell us about a lake? Define the temperature and density zones of lakes. Thermally classify lakes (warm or cold water) Determine bottom water oxygen depletion. Sediment phosphorus release- phosphorus is released from bottom sediments in anoxic (no oxygen) conditions. Fishery status indicator- what kind of fish can this lake support?

24. DO and Temp Profiles for Dead Spider Lake May 15, 2010 This graph was created by the CLMP Graph Builder excel file, downloadable at www.micorps.net/documents/CLMP_Graph_Builders.xls Download this file to make your own graphs and paste them into this presentation!

25. DO and Temp Profiles for Dead Spider Lake June 6, 2010 This graph was created by the CLMP Graph Builder excel file, downloadable at www.micorps.net/documents/CLMP_Graph_Builders.xls Download this file to make your own graphs and paste them into this presentation!

26. DO and Temp Profiles for Dead Spider Lake July 7, 2010 This graph was created by the CLMP Graph Builder excel file, downloadable at www.micorps.net/documents/CLMP_Graph_Builder.xls Download this file to make your own graphs and paste them into this presentation!

27. DO and Temp Profiles for Dead Spider Lake July 29, 2010 This graph was created by the CLMP Graph Builder excel file, downloadable at www.micorps.net/documents/CLMP_Graph_Builders.xls Download this file to make your own graphs and paste them into this presentation!

28. DO and Temp Profiles for Dead Spider Lake August 30, 2010 This graph was created by the CLMP Graph Builder excel file, downloadable at www.micorps.net/documents/CLMP_Graph_Builders.xls Download this file to make your own graphs and paste them into this presentation!