Seeds of Stewardship is supported by the Georgia GOLD Grant, which provides critical funding to advance student-led conservation, habitat restoration, and biodiversity research at Dr. G.W. Carver Upper Elementary School. This $5000 grant support strengthens our ability to engage every fourth and fifth grader in authentic field science by supplying tools, materials, and resources for native plant propagation, habitat restoration, and ecological monitoring across our campus. The Georgia GOLD Grant helps ensure that students are not simply learning about conservation, but actively practicing it through real-world stewardship work that benefits local ecosystems and contributes meaningful data to partners across Georgia.
The Georgia GOLD Grant supports Carver’s Outdoor Education program, a schoolwide, student-led learning experience that serves all 680 fourth- and fifth-grade students at G.W. Carver Upper Elementary School in Richmond Hill, Georgia. Embedded into the regular school day, Outdoor Education ensures that every student participates in weekly, hands-on field investigations across Carver’s 50-acre campus, which includes forests, wetlands, bioswales, pollinator gardens, and a dedicated Soil Lab within the Ogeechee River Basin.
Grant funding strengthens Carver’s outdoor learning infrastructure by equipping students with professional field kits and enhancing a new pole barn outdoor classroom. With these tools, students conduct authentic investigations in soil, water, and living systems, document campus biodiversity, monitor environmental conditions, and contribute real data to national citizen science projects. Students then apply their findings through meaningful stewardship work such as native planting, erosion repair, invasive species removal, and habitat restoration.
The GOLD Grant builds on Carver’s demonstrated impact. Outdoor Education has already contributed to higher science achievement, stronger science communication skills, and a deep sense of pride and responsibility for caring for the schoolyard. With continued support, students engage in long-term investigations that build confidence, teamwork, problem-solving skills, and a lasting connection to nature through real-world science.
At its heart, the Georgia GOLD Grant ensures equity and access. Every student, regardless of background, uses real scientific tools, conducts real investigations, and participates in conservation work as part of the school day. Through Outdoor Education and Seeds of Stewardship, students are not just learning about the environment, they are actively caring for their place and making a difference in their community.
Matching and InKind GOLD Grant Support
The Bryan County Board of Education provided $30,000 for the construction of a pole barn to support outdoor learning at Carver.
Three Girl Scouts from Girl Scouts of Historic Georgia built a portable equipment cabinet for our Outdoor Education program and stocked it with equipment including garden gloves, balls, recreational games, and chalk. This project earned our Girl Scout partners a prestigious Silver Award. The cabinet was designed so that it can go through doors, be easy to push, and stores a lot of equipment. We are very proud of Emily, Natalie, and Caroline and their accomplishment!
SUPPORTING PROFESSIONAL LEARNING
The Georgia GOLD Grant also supports professional learning that strengthens and sustains Carver’s Outdoor Education program. Grant funds are being used to build a shared professional library of high-quality environmental and science education resources focused on nature connection, inquiry-based science, soil and water investigations, biodiversity, macroinvertebrates, inclusive outdoor learning, and community science. These books support the design of phenomena-based, student-led field investigations aligned with Georgia Standards of Excellence and three-dimensional science. By investing in educator learning, the GOLD Grant ensures that Outdoor Education at Carver continues to grow as a rigorous, inclusive, and research-informed program that benefits every student year after year.
STUDENT OUTDOOR LEARNING SUPPLIES
Georgia GOLD Grant funds are also being used to purchase student outdoor learning supplies that support species documentation and field-based scientific investigation. Equipment such as field kits, buckets, clipboards, binoculars, and iPhone-compatible microscopes allow students to observe, identify, measure, and document plants, animals, and microorganisms across Carver’s campus. With these tools, students collect evidence directly in the field, record observations in journals, photograph and identify species, create videos in the field, and contribute validated data to citizen science platforms. These supplies ensure that students are not simply learning about biodiversity, but actively practicing the work of field scientists by documenting life on their own schoolyard.
5 iPhones with Cases
For Water Quality Assessment
In Kind From Carver Elementary
To Display Our Green Flags on the Pole Barn
In Kind From Carver Elementary
To Paint Our Rain Barrell
In Kind From Carver Elementary
Pole barn outdoor classroom
Bryan County Board of Education is constructing a permanent pole barn shade structure.
Provides shade, shelter, and a central outdoor research hub that makes year-round field investigations possible.
GOLD funds complement this by equipping the space with seating, storage, and learning materials.
Schoolwide scheduling and staffing support
Outdoor Education is built into the master schedule on a 6-day rotation.
All 675 fourth- and fifth-grade students receive weekly Outdoor Education during the school day.
A full-time Outdoor Educator leads and sustains the program.
Existing campus assets
50+ acre campus with forest, swamp, wetland, bioswale, vernal pools, pollinator gardens, and a dedicated Soil Lab.
Existing rain gardens, compost stations, bird habitat features, and a certified Schoolyard Habitat.
Existing equipment and infrastructure
Previously purchased field kits, tools, and supplies that the GOLD Grant expands and upgrades.
Secure storage systems and established procedures for equipment use and care.
Community and partner support (in-kind expertise and time)
Georgia DNR, Georgia Native Plant Society, Garden Club of Richmond Hill, Ogeechee Riverkeeper, UGA Marine Extension and Sea Grant, Georgia Southern Freshwater Ecology Lab, Xerces Society, Coastal Wildscapes.
Partners provide scientific expertise, field support, mentorship, data integration, plant material, and occasional equipment donations.
Volunteer and student leadership support
Families, conservation volunteers, Girl Scouts, and Richmond Hill High School Science Honors Society assist with planting, restoration, mentoring, and data collection.
Student leadership through stewardship projects and EcoSchools action teams.
Field kit bucket
Field Kit Workstation
Field Kit Bag
Field Kits Ready For Class
We use 12 buckets with lids to create portable Field Kits to go with our portable Field Lab. The contents of the buckets are dynamic, based on the needs of investigations (soil, hydrosphere, etc). Students can use the buckets as a seat in the field. Students explore the content of the buckets and discuss with partners how and why each piece of equipment will be used. Smaller shoe-box containers and bags help organize clipboards, paper, writing utensils, small hand lens, measuring tapes, and other items that need to stay dry.
Pros: Easy for equipment to be "grab and go"
Provides a seat in the field
Students can use kits independently
Contents can change based on needs
Cons: Students don't return all equipment back to the bucket
Putting wet or muddy tools back into the bucket can ruin equipment
Bulky to store
Unboxing and Organizing Field Kit Buckets
The Contents of Field Kits in the Field Lab
Unboxing and Organizing Field Kit
Unboxing and Organizing Field Kit
Planning an Investigation
Unboxing and Organizing Field Kit Workstation and Buckets
Using Binoculars For The First Time
Shoebox size plastic containers provide students with a mini-workstation that we call "labs.' Each student gets their own lab. For example, inside the container are all of the supplies a student needs to create a microscope slide. Students unpack the box in front of them (we do not have desks and sit on the floor) and "set up their lab." Before we used this set-up, at least one slide was broken during class. Now, we have had no slides broken during instruction because the mini workstation keeps the slide in a designated, protected space. The pre-packed box also makes transitions smooth, increasing instructional time. Students are given 5 minutes to go outside, scout for organic matter, and add it to their box for themselves and the next student. Then, students examine their organic matter and create a slide. After students submit their slide for microscope viewing, they pack their box up and put it away for the next class. Students are allowed to manipulate the microscope when viewing their slide.
A student controlling the microscope and viewing her slide. It is connected to a tv so the class can view what she is looking at. She is viewing the microscope on the laptop.
Classes examine water from the bioswale one month after it had been mowed under the microscope.
Students open the box and set up their workstation, ready to begin the lab. We can use the workstations inside or outside.
Workstations are ready to grab as students enter the classroom.
The power of our field microscope is perfect for our students. The microscopes are portable and can go outside or we can connect it to a laptop and tv for group viewing. The microscopes are very easy to adjust the magnification and doesn't require any previous experience, or expertise, to use.
In the field, on a spoon
The spoon under the scope
The scope connected to laptop and tv for group viewing
A still image from the microscope
Our portable power allows us to bring the TV, microscopes, fans and other electronic equipment into our portable field lab. It also allows us to charge our set of phones and ipads in the field, making these tools last for every class during the day.
Because we often have "black flag" heat days, bringing large fans into the field allow us to provide a cooling station for students. It also reduces "no-see-ums' swarms.
The Outdoor Ed class at Carver does not have a classroom and is instead located in a hallway without power. Electronics in our classroom are run on one extension cord. The new power bank allows us to have power inside our classroom and outside.
During a class session, the Jackery powers a laptop, fans, tv, microscopes, and iPhones.
We used the Jackery to have a tv display at the Richmond Hill Garden Club Plant Sale so that we could share our Seeds of Stewardship website with our community. It also allowed us to bring our microscope so that kids could view plants up close.
Before we got our phones, Carver documented 370 species in our biological inventory on iNaturalist. Using our phones, our goal is to document 30 more species so that we have 400 documented species at Carver! One week after having our phones, we documented 380 species.
A student used the phone and lens for the first time.
Our first photo with our new camera and lens! This specimen was found and photographed by Mrs. Whaley's class.
This turtle was interviewed for Wildcat News.
We 3D printed a container (and used a recycled item) to make a mini-charging station and a place to hold lenses.
Carver Elementary purchased a second dissolved oxygen meter so that we now have 2 meters to conduct water quality assessments.
Read about how our students track water quality during independent long term research in our bioswale system: Student Research At Carver.
Our program recently added two dissolved oxygen (DO) meters to help students better study water quality in our local ecosystems. Dissolved oxygen measures the amount of oxygen available in water for aquatic organisms like fish, insects, and microorganisms to survive, making it one of the most important indicators of a healthy stream or pond. Using these handheld meters, students can collect real-time data in the field and observe how factors like temperature, water movement, and pollution affect oxygen levels. This allows students to move beyond observation and engage in authentic scientific research, helping them understand how environmental conditions impact the health of aquatic habitats.
Carver uses the GLOBE Soil Characterization Protocol. The GLOBE Soil Color Protocol involves identifying the color of soil horizons by comparing moist soil samples to Munsell Soil Color Charts. Recorded in Hue, Value, and Chroma (e.g., 10YR 5/6), this determines soil composition like organic matter or iron oxides. Measurements are taken at each soil horizon to classify the soil. Soil analysis is an essential part of environmental science, providing key insights into land composition, hydrology, and ecological health and is a part of Carver's Pedosphere and Soil Lab Scope and Sequence. Visit's Carver's Soil Lab from last year. Rooted in GLOBE protocols and aligned to NGSS and Georgia Standards of Excellence, students engage in authentic fieldwork in the Soil Lab.
Carver has Ogeechee Series Soil (Oj), Pooler Series Soil (Pl), and a mix of Aquango Series Soil (AqA) and upland soil (Pn).
Students at Carver can expect to observe a diverse range of soil colors across the campus due to the variation in soil series and drainage conditions. These colors reflect differences in organic matter, drainage, and oxidation, with darker browns indicating higher organic content, brighter reds and yellows showing well-drained, oxidized soils, and grayer or greenish tones representing wetter, more poorly drained conditions often found in hydric soils.
Students go on a campus scavenger hunt with a spoon and sorting tray (ice cube tray or a paint pallet tray from the dollar store). The goal is to find six different colored soils and then use the Soil Color Book to identify its Hue, Value, and Chroma.
The original chairs we selected were no longer available for purchase and we recieved stadium chairs. The new chairs have provided students with a soft cushion to sit upon.
A class set of the new seats were too bulky to store, so we modified the stadium seats by cutting them in half and cutting off the side straps (the remaining 12 seats are in storage to replace any damaged chairs as they age).
Cons: The seats are very bulky to store.
Pros: The students love the thick cushion and the handle makes it easy to transport.
We don't have to worry about students breaking the side straps because we modified the chairs by removing them.