Amphibian Activity

Fort Stewart Army Base is home to the only remaining documented colony of frosted flatwoods salamanders in Georgia; The only other two groupings of the black-bodied amphibians with mottled bands of silvery white anywhere else on Earth are in Florida, although they once inhabited thousands of wetlands along the East Coast and the Gulf of Mexico. (gpb.org, March 6, 2021)

Listen to the story

Research everything you can find on the frosted flatwoods salamander (Ambystoma cingulatum). What does it look like? Use specific adjectives to describe it so that you can identify it if you’re lucky enough to see it in the wild.

What kind of habitat does it need? Does it live near you? What does it eat? What are its life stages? 

Vocabulary: Define these terms while doing your research:

  • Amphibian
  • Reptile
  • Cutaneous Respiration
  • Ectothermic
  • Endangered Status
  • Threatened Status
  • Deforestation

Once you have enough information, go into your backyard or neighborhood and see if the conditions are right for the frosted flatwoods salamander.

This species is unique in Georgia to the Ogeechee River basin and listed as federally threatened conservation status. Why is it threatened? What can we do to protect it?

Submit your ideas and ORK will share with the biologists at Fort Stewart.


Activity is open to all ages and meets the needs or can be combined with other activities for the following Georgia Standards of Excellence: Science

  • S3L1. Obtain, evaluate, and communicate information about the similarities and differences between plants, animals, and habitats found within geographic regions (Blue Ridge Mountains, Piedmont, Coastal Plains, Valley and Ridge, and Appalachian Plateau) of Georgia.
  • S3L2. Obtain, evaluate, and communicate information about the effects of pollution (air, land, and water) and humans on the environment.
  • S4L1. Obtain, evaluate, and communicate information about the roles of organisms and the flow of energy within an ecosystem.
  • S4E3. Obtain, evaluate, and communicate information to demonstrate the water cycle.
  • S5L1. Obtain, evaluate, and communicate information to group organisms using scientific classification procedures.
  • S6E3. Obtain, evaluate, and communicate information to recognize the significant role of water in Earth processes.
  • S7L4. Obtain, evaluate, and communicate information to examine the interdependence of organisms with one another and their environments.

Flora: Taxodium distichum

Taxodium distichum
Bald cypress tree

“Taxodium distichum, Deciduous cypress.” The New York Public Library Digital Collections. 1837.

The bald cypress tree is a native to the Ogeechee River basin, with a network that stretches across the southern United States. Reaching heights of more than 100 feet tall and spanning diameters of 6 feet or more, this deciduous conifer echoes the giant nature of its relatives in the Redwood Forest. Under the right conditions, the bald cypress can live for centuries. 

Adorned with Spanish moss, bald cypress trees are often the tallest of the lot. Overhead, a canopy of color ranges from soft green to brilliant orange, to tan – depending on the season. As the name suggests, bald cypresses lose their needles in the fall and remain bare until late spring. In early growth stages, stringy layers of reddish-brown bark will peel off to reveal deeper, more pitted grooves with age. An elongated trunk fans out into a pleated, hollow base. 

The most interesting features are what are known as cypress knees (pneumatophores). These scraped up, wobbly mounds appear around the tree’s base in various shapes and sizes when water is present. They congregate in conical droves, but the true function of cypress knees remains unknown.

There is heavy speculation that these knobby structures are conduits for aeration. Acting like snorkels, cypress knees might deliver air to crucial points where water is high and dissolved oxygen is low. They may also help with nutrient absorption/distribution. 

The bald cypress tree shares a symbiotic relationship with the environment. Cypress trees found in wetlands are great storage units for excess water, which prevents downstream flooding and long-term erosion. Additionally, the bald cypress is a buffer that disengages toxins from the watershed.  

From crown to root, the bald cypress is home to a multitude of critters. Wading birds and large raptors use the treetops as vantage points for nesting or hunting. Smaller mammals, such as rats or squirrels, roost in the nooks and crannies of the trunk. The stumpy knees provide a habitat for frogs, lizards, fish, and even alligators.

Cones produced by the bald cypress are foraged as a food source. The round, greenish pellets that drop in the fall contain seeds that are edible to certain species (humans excluded). Throughout the winter, cones will ripen up and the seeds can then be enjoyed by squirrels, ducks, and wild turkey. 

Highly coveted in the lumber industry, the bald cypress tree upholds its reputation with endurance and strength. It is inherently resistant to water and slow to rot due to its “pecky” grain. Pecky cypress bears a malleable texture that is easy to work with and makes excellent indoor furniture for shelves, tables, or chairs. Finding the right piece can be like mining for gold.

To its advantage, the bald cypress has made a home in destinations that are uninviting and downright inaccessible to most loggers. The best lumber remains concealed by the murky mysteries of America’s swampland. ORk recommends one simply admires the bald cypress via a trip on the river.

– LP

Meet Molly McKeon

Meet ORK’s 2023 research fellow

My name is Molly McKeon. I am originally from Michigan, near Detroit. I attended Wayne State University and earned my bachelor’s degree. I’ve worked in freshwater systems since 2019.

I specialize in macroinvertebrates, which are organisms within the river such as aquatic insects, crayfish, mussels, etc. A lot of my work is spent identifying these organisms taxonomically and using that data to look at the bigger picture of the water quality.

I am going to be looking at the Ogeechee River in a similar fashion, but I will be taking it a step further and using long term data as well as my own. My research will focus on three main sites that I can monitor over the course of the next year.

I will also be performing standard water quality tests, chemical, and bacterial monitoring at these sites following the Georgia Adopt-A-Stream protocols. I’m excited to begin this journey with the Ogeechee Riverkeeper and all of you.

Winter in the Georgia Woods

Watch the video clip of Mel taking a tour through the woods:

Supplies:

  • Guidebook (any plant or animal kind based on where you live) and/or smart phone with one of the apps listed
  • Weather appropriate clothing
  • Boots/hiking shoes
  • Small net if you are near a creek
  • Bottle of water

Using a guidebook or a citizen science app (Seek, iNaturalist, eBird, etc.), walk through a patch of woods, in your backyard or a nearby park, and survey the area. Feel free to also bring a notebook and jot down things you notice or sketch a cool plant or bug! Really take in all the smells, sights and sounds of the woods in the winter season. Because many plants are dormant in the winter, it can be easier to see through the woods and make observations. If you’re near a creek or small waterway, you can use a sampling net to scoop leaf litter and look for macroinvertebrates or fallen seeds from nearby trees.

Safety: Never trespass and always be aware of your surroundings. If you are at a wildlife management area or public lands where hunting is allowed, make sure to wear orange until hunting season is over. Follow a path and do not go deep enough into the woods. You can use a compass, trail map and drop a pin on your smartphone if you are in an unfamiliar area. *This activity can be done in a small wooded area where getting lost is not a concern*. After your walk, check for ticks as they look for warmth in the winter months.

Submit your photos to info@ogeecheeriverkeeper.org or tag us on social media.


Activity is open to all ages and can be combined with other activities to meet Georgia Standards of Excellence in Science and Language Arts. Standards of Excellence will depend on the grade level of participants.

Water Filtration Activity

via USDA Forest Service

This activity will show you how to use the scientific method to filter water.
*DO NOT drink any of the water in this experiment.*

Before you start this activity, come up with a statement of purpose and hypothesis.

  • Why is water filtration important?
  • What materials do you think will filter water the best? 

Supplies needed: Different size funnels, coffee filters or cheese cloth, sand, clean rocks, empty bottles, water with a little mud or dirt added.

  1. Set up your station with 3 cups/empty containers.
  2. Put a coffee filter inside of a funnel (try out which size works best) over each cup/empty container.
  3. Add sand to one, clean rocks to another and leave the last one empty.
  4. Try to filter the dirty water through each and discuss your findings.

Which one works the best? Did it match your hypothesis? Do you think plants would help filter it even more? What is the water cycle and which part of it is filtration related to?

Vocabulary: 

Riparian Buffer – an area next to a waterway that has natural plant growth.
Hypothesis – an educated guess followed by a scientific experiment to test it out.
Water Cycle describes how the water on Earth is always changing forms (solid, liquid, gas) and moving between Earth’s layers.

McAuliffe-Shepard Blog

Send us your photos at info@ogeecheeriverkeeper.org.


Activity is open to all ages and meets the needs or can be combined with other activities for the following Georgia Standards of Excellence: Science. Activity can also be used in conjunction with Georgia Project WET activities.

  • S3L2. Obtain, evaluate, and communicate information about the effects of pollution (air, land, and water) and humans on the environment.
  • S4E3. Obtain, evaluate, and communicate information to demonstrate the water cycle.
  • S6E3. Obtain, evaluate, and communicate information to recognize the significant role of water in Earth processes.