VWMP Wetland Warriors Get Dirty in the Wetlands for Our Last Monitoring Event of 2022

Chase Bergeson • December 13, 2022

Welcome to all of our new volunteers and it was great to see all of our returning ones! The December monitoring days for the Volunteer Wetland Monitoring Program (VWMP) may have been wet, but that doesn’t scare away our amazing volunteers!

Our volunteers aren't afraid of a little rain!

We were able to avoid the rain for our first monitoring site at Robertson Mill Pond, but it caught up with us on our second site, leading us to take shelter in the pavilion while we completed our soil profile descriptions. Things were a bit drier at Hemlock Bluffs and we had a beautiful day on Sunday at Mason Farms. Luckily, after all the rain, the water was still low enough in Morgan Creek for our vehicles to ford the stream and make it to our farthest monitoring site. Although the weather at Mason Farms was nice, the wetland was much wetter than in September, with standing water on much of the surface. Winter is the wet season here in North Carolina, with slightly more precipitation than in warmer months and less transpiration from plants that have died back or gone dormant for winter. This means more water is left in the ground and water tables are higher.

Veteran volunteer Tom Schwarcz teaching new volunteers Carly Catella and Ryan Kilgore how to measure the water table depth.

WATER SAMPLING

This weekend we monitored hydrology and water quality, as always, but we had some of our experienced volunteers teach our new volunteers the tricks of the trade! We also had volunteers test their technological prowess by using WildNote to fill out our data forms.


SOIL SAMPLING

This weekend we took a look at our wetland soils! In addition to wetland hydrology (water table within 12” of the surface for at least 5% of the growing season) and hydrophytic (water tolerant) vegetation, wetlands must also have hydric soils to be considered jurisdictional wetlands. Hydric soils are soils that exhibit features related to long periods of saturation. These features can take many forms, but are caused by the metabolic processes of anaerobic bacteria. In the piedmont, these soils are often gray in color with mottles (patches) of reddish/orange soil mixed in. The gray colors are a result of the iron oxides in the soils being used by bacteria, instead of oxygen for their metabolic processes. This leaches the red color from the soil. In some areas where organic material was present (such as roots) or there are pockets of air in the soil, bacteria are able to use oxygen for their metabolisms and these spots still have a reddish, orange color. These unique colorations in the soil take a long time to develop and can help wetland scientists determine what the hydrology of a site is like over long periods of time. This is especially important where we don’t have a lot of past well monitoring data.

Determining whether we have these unique colorations in the right amount, caused us to dig deep and find our inner-artist! ï»¿

Comparing soil colors to our Munsell book.

Volunteer Mattie Frazier took her artistic endeavors even further, by using the soil to create “the bestest snowman that ever was!”

We had to match the colors of the soil to the colors to the colored chips in our Munsell soil books and record all of the colors in about 3’ of soil! We also got dirty, rubbing the soil between our fingers to determine soil textures at every depth. We also took intact soil cores that will be analyzed back in the lab for soil organic matter. Since soils change very slowly over time, we won’t need to sample soils every year that we monitor. You can see descriptions of the mapped soil profiles here and you can explore soil maps all over the country at https://websoilsurvey.sc.egov.usda.gov/App/HomePage.htm.

Ryan Kilgore getting his workout, taking our organic matter sample.

Thanks to the great commitment of our volunteers, we were able to achieve so much! Both Mickey Jo Sorrell and Paul Jadot, passed 25 hours of volunteer work this weekend and earned their awesome Carolina Wetlands Association hats! Mickey Jo also won a $50 Amazon gift card for filling out our volunteer survey. Thanks to everyone who took the time to fill one out and give us feedback on the program. Your feedback and commitment will enable us to have an even more successful program next year and to hopefully be able to expand the program further in the future.

We'll miss you Patty!

Sadly, this weekend marked Patty’s last field days as Volunteer Coordinator for this project. She will be greatly missed, but she is moving on to a full time position at NC State, working with Dr. Burchell. Fortunately, it won’t be goodbye forever- she’ll still be involved with the project overall.


I will be replacing her as Volunteer Coordinator and I look forward to working with all of you as the VWMP continues into its second year!

– Chase Bergeson, Volunteer Coordinator for the VWMP


Although we weren’t monitoring for amphibians this weekend, Thomas Reed still managed to find us a Cope’s gray treefrog.


All photo credits: Thomas Reed

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Celebrating Our Carolina Wetlands

By rick.savage July 7, 2026
July is Lakes Appreciation Month, an annual celebration led by the North American Lake Management Society (NALMS) to recognize the many ways lakes enrich our lives—from providing drinking water and recreation to supporting wildlife and local economies. It is also an ideal time to recognize one of a lake’s most important, yet often overlooked, partners: lacustrine wetlands. When many people picture a lake, they imagine open water stretching to the horizon. But healthy lakes are much more than open water. Around their shorelines lies a dynamic transition zone where land and water meet. These shallow, vegetated areas are known as lacustrine wetlands, and they are among the most productive ecosystems in the Carolinas. What’s the Difference Between a Lake and a Wetland? Although they are closely connected, lakes and wetlands are not the same. A lake is generally a body of open water deep enough that sunlight cannot always reach the bottom. In contrast, a wetland is defined by the presence of water at or near the surface long enough to support hydric soils and plants adapted to saturated conditions. Lacustrine wetlands occupy the shallow margins of lakes where water levels fluctuate seasonally. Because sunlight reaches the bottom, these areas support an abundance of native aquatic plants such as pickerelweed, arrowhead, bulrushes, and water lilies. Rather than competing with lakes, these wetlands help lakes function as healthy ecosystems. Think of them as the lake’s living shoreline. Nature’s Water Filter Before rainwater reaches a lake, it often flows through wetlands. Along the way, wetland plants slow runoff, trap sediment, absorb excess nutrients, and filter pollutants. This natural treatment system helps improve water clarity and reduce harmful algal blooms. The same wetlands also soften the impacts of floods by temporarily storing stormwater and slowly releasing it after heavy rains. As we have discussed in recent newsletters, healthy wetlands provide one of our most cost-effective defenses against flooding while protecting downstream communities. A Haven for Wildlife Lacustrine wetlands are biodiversity hotspots. Their shallow waters provide spawning and nursery habitat for fish, breeding grounds for amphibians, nesting areas for turtles, and feeding habitat for wading birds. Dragonflies patrol above the vegetation while pollinators visit native flowering plants along the shoreline. Many species spend their entire lives within these wetlands, while others depend on them during critical stages of migration or reproduction. Remove the wetland, and the lake loses much of the biological richness that makes it special. Carolina’s Lake-Associated Wetlands Across North and South Carolina, remarkable lake-associated wetlands demonstrate this close relationship between lakes and wetlands. The majestic cypress-gum swamps surrounding Lake Waccamaw create habitat for rare plants and animals found nowhere else. The extensive shoreline wetlands of Lake Mattamuskeet, the largest natural lake in North Carolina, support hundreds of thousands of migratory waterfowl each winter. Reservoirs such as Jordan Lake , Falls Lake , and Lake Norman also contain valuable coves, embayments, and shallow wetlands that provide wildlife habitat while improving water quality. Closer to home, many neighborhood lakes, farm ponds, and municipal reservoirs include wetland fringes that quietly perform these same ecological services every day. While these wetlands may seem ordinary, together they form an important network that benefits both people and wildlife. Some of our Wetland Treasures such as Merchants Millpond , Robertson Millpond , and Phelps Lake Shoreline are Lacustrine wetlands. Appreciating the Whole Ecosystem As you celebrate Lakes Appreciation Month, take a moment to look beyond the open water. Notice the cattails swaying along the shoreline, the chorus of frogs after sunset, the great blue heron stalking fish in the shallows, or the dragonflies darting among the lilies. Those vibrant edges are not simply the border of a lake—they are an essential part of the ecosystem. Protecting lakes means protecting the wetlands that surround them. Together, they improve water quality, reduce flooding, support biodiversity, and provide countless opportunities for recreation, education, and inspiration. At the Carolina Wetlands Association, we believe that every wetland matters—whether it borders a coastal marsh, a forested swamp, or a favorite Carolina lake. This July, as we celebrate Lakes Appreciation Month, let’s appreciate these remarkable partnerships between lakes and wetlands and continue working to conserve them for future generations. 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