+ All Categories
Home > Documents > Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is...

Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is...

Date post: 14-Aug-2020
Category:
Upload: others
View: 2 times
Download: 0 times
Share this document with a friend
28
Lake Improvement Association The purpose of the Lake Improvement Association is to promote closer fellowship and cooperation among farmers, landing owners and park operators; to advance the general improvement of the lake, its shores, channels, creeks, landings, parks and land in order to promote good health, soil stability, and clean, wholesome recreation for the public and private use of the area adjacent to the shores of the Grand Lake St. Marys, located in Mercer and Auglaize counties in the State of Ohio.
Transcript
Page 1: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

Lake Improvement Association

The purpose of the Lake Improvement Association is to promote closer fellowship and cooperation among farmers, landing owners and park operators; to advance the general improvement of the lake, its shores, channels, creeks, landings, parks and land in order to promote good health, soil stability, and clean, wholesome recreation for the public and private use of the area adjacent to the shores of the Grand Lake St. Marys, located in Mercer and Auglaize counties in the State of Ohio.

Page 2: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

2

GLSM has a problem… Too much phosphorus!

Page 3: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

3

Grand Lake St. Marys Current Condition

GLSM is very hypereutrophic : Hypereutrophic is defined by

having Total Phosphorus (TP) > 100

mg/L Chlorophyll a (Chl) > 50 mg/L

GLSM has summer TP that ranges from TP ~ 170 to 200 mg/L

GLSM has Chl that can reach Chl ~ 250 mg/L

Page 4: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

4

Sources of Phosphorus to GLSM

External P Sources Include: Agricultural Landscape All land-uses including yards

Infrastructure – roads/builds/homesWildlife Streams and Rivers AtmosphereGroundwater

Internal P Sources Lake Sediments Lake Biota – fish, algae, plants,

waterfowl

Page 5: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100
Page 6: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

6

Ecological Sustainability of GLSM is Dependent Upon External Phosphorus Load Reduction and Continued Management

How to speed the lake recovery along while watershed sources are controlled?

Reduce in-lake phosphorus concentrations

Page 7: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

Grand Lake/Wabash Watershed

Page 8: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100
Page 9: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

Commission Members/Agency Affiliation

Tom Knapke-Facilitator

Kevin Bettinger-Ag

Kent Bryan-Celina Com. Dev.

Jared Ebbing-Mercer Cty. Economic Dev.

Todd Fleagle-St. Marys Economic Dev.

Scott Fries-TruePoint

Tom Hitchcock-St. Marys Service Dir.

Glenn Hux-Mercer Cty Civic Foundation

Bill Knapke-Cooper Farms

Tim Lovett-LIA

Linda May-Bruns Realty

Brian Miller-Grand Lake St. Marys State Park

Julie Miller-Auglaize/Mercer CVB

Milt Miller-LDC

Ron Puthoff-Community Dev. Services

Tom Rampe-LIA

Greg Schumm-LDC & WSU-Lake Campus

Doug Spencer-Auglaize Cty. Commissioner

Mike Sudman-Celina Water Treatment Plant

Jeff Vossler-LIA

Laura Walker-Grand Lake/Wabash Watershed

Jerry Will-Mercer Cty Pork Producers

Darwin Zeigler-St. Marys Community Foundation

Page 10: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100
Page 11: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

Collaboration of Public/Private Data Collection & Testing of Water Quality

Universities

Wright State University Lake Campus

Heidleberg University

Ohio Northern University

Bowling Green State University

University of Dayton

Company Partners

Battelle Institute

Mad Scientists

KCI

Page 12: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100
Page 13: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

Implementations

1. Alum application 2. Dredging

Page 14: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

3. Alternative and Beneficial Uses of Organic Waste~ Create economic incentives to attract private investment & development

4. Treatment Train Establishment &

Monitoring Stations

Implementations

Page 15: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

5. Rough Fish Removal 6. Micro Nutrient Modification

Implementations

Page 16: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

7. Aeration & Circulation 8. Water Level Management

~ Sediment Collectors and Spillway Tubes

Implementations

Page 17: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100
Page 18: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

Prairie Creek

Treatment Plan

Project

Page 19: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

Barnes Creek Sediment Collector

installed in Barnes Creek on January, 12, 2011.

Page 20: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

Southmoor Shores Airy Gator

Page 21: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

Floating Wetland Plantings Spearheaded by Grand Lake/Wabash Watershed

Page 22: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

Over 5,000 floatingwetland

plantings will be supplied and managed by volunteers in

2011!

Page 23: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

Dredging on Grand Lake St. Marys

Page 24: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

Rough Fish Removal

Local Carp Derby

Arrangements for fish disposal

First tournament was held in June

Page 25: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

Alum Treatment Project

Page 26: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

FINANCIALS

Page 27: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

Public Awareness Campaign

Page 28: Grand Lake St. Marys Restoration Commission · 3 Grand Lake St. Marys Current Condition GLSM is very hypereutrophic : Hypereutrophic is defined by having Total Phosphorus (TP) > 100

Recommended