Gardening Merit Badge Guide

Gardening Merit Badge

The Gardening Merit Badge serves as a celebration of nature’s bountiful gifts and an invitation to explore the fascinating world of plants and their cultivation. This emblem of honor, awarded by scouting organizations worldwide, encourages young minds to develop a deep appreciation for the environment, sustainable practices, and the joys of nurturing life from a tiny seed to a flourishing plant.

As an essential component of environmental stewardship, the Gardening Merit Badge is a testament to the timeless human connection with the soil and the countless benefits we derive from it.

Gardening is a versatile and rewarding hobby that transcends age, culture, and geography. It fosters patience, perseverance, and responsibility, while promoting physical, mental, and emotional well-being.

Tending to a garden, be it a small windowsill herb collection or a sprawling vegetable plot, brings us closer to nature, allowing us to better understand the delicate balance of ecosystems and the importance of protecting them.

Earning the Gardening Merit Badge is an exciting journey of discovery, packed with opportunities for hands-on learning and practical skills development. From soil preparation and plant selection to organic pest control and water conservation, the badge covers a comprehensive range of topics that are essential to any budding horticulturist.

Along the way, scouts will encounter a vibrant world of colors, scents, and flavors, igniting a lifelong passion for plants and the unique role they play in our lives.

As our planet faces unprecedented environmental challenges, the Gardening Merit Badge is more relevant than ever. By instilling a love for gardening in the next generation, we are cultivating environmentally conscious citizens who will help safeguard our natural resources and preserve the planet’s beauty for future generations.

So, let’s roll up our sleeves, grab our trowels, and embark on an unforgettable adventure into the world of gardening, as we strive to earn the coveted Gardening Merit Badge.

Gardening Merit Badge Requirements

1. Do the following:
(a) Explain to your counselor the most likely hazards associated with gardening and what you should do to anticipate, help prevent, mitigate, and respond to these hazards.

(b) Discuss the prevention of and treatment for health concerns that could occur while gardening, including cuts, scratches, puncture wounds, insect bites, anaphylactic shock, heat reactions, and reactions from exposure to pesticides and fertilizers.
2. Do the following, and discuss your observations throughout the process with your counselor:
(a) Grow six vegetables, three from seeds and three from seedlings, through harvest.

(b) Grow six flowers, three from seeds and three from seedlings, through flowering.
3. Give the nutritional value of the following:
(a) Three root or tuber crops

(b) Three vegetables that bear above the ground

(c) Three fruits
4. Test 100 seeds for germination. Determine the percentage of seeds that germinate. Explain why you think some did not germinate.
5. Visit your county extension agent’s office, local university agricultural college, nursery, or a botanical garden or arboretum. Report on what you learned.
6. Explain to your counselor how and why honeybees are used in pollinating food crops and the problems that face the bee population today. Discuss what the impact to humanity would be if there were no pollinators.
7. Identify five garden pests (insects, diseased plants). Recommend two solutions for each pest. At least one of the two solutions must be an organic method.
8. Do ONE of the following and record weekly observations. Discuss the results of your project with your counselor.
(a) Build a compost bin and maintain it for 90 days.

(b) Build a vermipost bin (worm compost bin) and maintain it for 90 days.

(c) Build a hydroponic garden containing three vegetables or herbs, or three ornamental plants. Maintain this garden through harvest or flowering, or for 90 days.

(d) Build one water garden, either in a container (at least 12 by 6 inches and 6 inches deep), or in the ground as a small, decorative pond no larger than 6 by 3 feet and 24 inches deep. Maintain the water garden for 90 days.

(e) Prepare a honey super for use on a hive or colony. Remove a filled honey super from the hive or colony and prepare the honey for sale.

The Answer for Requirement Number 1a

The most likely hazards associated with gardening can be categorized as follows:

  1. Physical Hazards
  2. Chemical Hazards
  3. Biological Hazards

Let’s break each of these down:

1. Physical Hazards

HazardPrevention & Response
SunburnWear a hat, long-sleeved clothing, and sunscreen to protect skin. Stay hydrated and take breaks in the shade.
Heat ExhaustionAvoid gardening during the hottest parts of the day, drink plenty of fluids, and take breaks in cool areas.
Injury from ToolsUse tools properly, store them securely, and wear protective gear like gloves and sturdy footwear.
Back StrainUse correct lifting techniques, take regular breaks, and use ergonomic tools.

2. Chemical Hazards

HazardPrevention & Response
Pesticide ExposureUse organic methods of pest control when possible, use chemicals responsibly, and always wear protective clothing.
Fertilizer ExposureFollow the instructions on the fertilizer packaging, use gloves, and wash hands after use.

3. Biological Hazards

HazardPrevention & Response
Insect Stings/BitesWear protective clothing, be aware of surroundings, and have a first aid kit available.
AllergiesKnow personal allergen triggers, and take precautions during high pollen seasons. Have necessary medications on hand.
InfectionsUse gloves, wash hands thoroughly after gardening, and treat cuts or scrapes immediately to prevent infection.

As a rule, you should always anticipate potential hazards, prevent them as much as possible, and respond quickly and appropriately when they do occur. Gardening is a wonderful activity, but it’s important to keep safety top of mind to fully enjoy it.

The Answer for Requirement Number 1b

Here’s a table outlining how to prevent and treat various health concerns that might occur while gardening:

Health ConcernPreventionTreatment
Cuts, Scratches, and Puncture WoundsUse gloves and proper tools, handle sharp objects with care, and keep your workspace clean and organized.Clean the wound with warm water and soap, apply an antibiotic ointment if available, and cover it with a clean bandage. Seek medical help if the wound is deep, won’t stop bleeding, or shows signs of infection.
Insect BitesWear long sleeves and pants, use insect repellent, and be aware of your surroundings, especially near flowers and water sources.Clean the area with soap and water, apply a cold compress to reduce swelling, and use an over-the-counter treatment to relieve itching. Seek medical attention for severe reactions or if symptoms persist.
Anaphylactic Shock (Severe Allergic Reaction)Be aware of your personal allergies, especially to stinging insects or plants. Carry an EpiPen if you have severe allergies.Administer an EpiPen if available and immediately call emergency services. This is a life-threatening condition that requires immediate medical attention.
Heat Reactions (Heat Exhaustion or Heat Stroke)Drink plenty of fluids, take breaks in the shade, and avoid gardening during the hottest parts of the day.Move to a cooler place, sip water, and rest. Seek immediate medical attention if symptoms worsen or last longer than an hour.
Reactions from Exposure to Pesticides and FertilizersUse these substances sparingly and according to the package instructions. Wear protective gear, including gloves and a mask, when applying them.Remove any contaminated clothing and thoroughly rinse skin or eyes with water. Seek medical attention if irritation persists or if the person is having trouble breathing.

Remember, prevention is the best medicine, but knowing how to respond to these health concerns is equally important. Stay safe and enjoy gardening responsibly.

The Answer for Requirement Number 2a,b

To complete requirement 2, you will need to grow both vegetables and flowers, from seeds and seedlings, and observe their progress throughout the growing process. Here are some guidelines for this requirement:

(a) Grow six vegetables, three from seeds and three from seedlings, through harvest:

  1. Choose three vegetables to grow from seeds. Some easy options include lettuce, radishes, and carrots. Follow the seed packet instructions for planting depth, spacing, and any special care instructions.
  2. Choose three vegetables to grow from seedlings. These could be tomatoes, peppers, or cucumbers. Purchase healthy seedlings from a local nursery or garden center, and follow the planting and care instructions provided.
  3. Monitor the progress of your vegetables regularly. Keep a journal to record observations, such as growth rates, changes in appearance, and any pests or diseases encountered. Share these observations with your counselor during your meetings.
  4. Care for your vegetables by providing adequate water, sunlight, and nutrients, as well as managing pests and diseases.
  5. Harvest your vegetables at the appropriate time, following guidelines for each specific vegetable. Discuss the outcomes and any challenges you faced with your counselor.

(b) Grow six flowers, three from seeds and three from seedlings, through flowering:

  1. Choose three flowers to grow from seeds. Some easy options include marigolds, sunflowers, and zinnias. Follow the seed packet instructions for planting depth, spacing, and any special care instructions.
  2. Choose three flowers to grow from seedlings. These could be petunias, pansies, or impatiens. Purchase healthy seedlings from a local nursery or garden center, and follow the planting and care instructions provided.
  3. Monitor the progress of your flowers regularly. Keep a journal to record observations, such as growth rates, changes in appearance, and any pests or diseases encountered. Share these observations with your counselor during your meetings.
  4. Care for your flowers by providing adequate water, sunlight, and nutrients, as well as managing pests and diseases.
  5. Observe your flowers as they reach their flowering stage. Discuss the outcomes and any challenges you faced with your counselor.

By following these guidelines and keeping a record of your observations, you will gain a deeper understanding of the plant growth process and the skills needed for successful gardening.

The Answer for Requirement Number 3a,b,c

Here’s a table outlining the nutritional values of various root crops, vegetables, and fruits. All values are approximate and are based on a serving size of 100 grams.

(a) Three root or tuber crops:

Root/Tuber CropCaloriesProteinFiberVitamins/Minerals
Carrots41 kcal0.9 g2.8 gHigh in Vitamin A and K, and a good source of Potassium
Potatoes77 kcal2 g2.2 gHigh in Vitamin C, B6, and a good source of Potassium
Beets43 kcal1.6 g2 gHigh in Folate, Manganese, and a good source of Potassium

(b) Three vegetables that bear above the ground:

Bell Peppers20 kcal1 g1.7 gHigh in Vitamin C, and a good source of Vitamin B6 and Folate
Spinach23 kcal2.9 g2.2 gHigh in Vitamins A, C, K, and a good source of Folate and Iron
Tomatoes18 kcal0.9 g1.2 gHigh in Vitamin C, and a good source of Vitamin K, Potassium

(c) Three fruits:

Apples52 kcal0.3 g2.4 gHigh in Vitamin C, and a good source of Potassium
Oranges43 kcal1 g2.4 gHigh in Vitamin C, and a good source of Fiber
Strawberries32 kcal0.7 g2 gHigh in Vitamin C, and a good source of Manganese

Remember, the nutritional content can vary slightly based on the specific variety of the plant, the soil it was grown in, and how it is prepared and cooked. Always aim for a diverse diet to ensure you’re getting a wide range of nutrients.

Also Read: Forestry Meir Badge Guide

The Answer for Requirement Number 4

Conducting a germination test is a great way to understand the viability of your seeds before planting them in the garden. Here are the steps to test 100 seeds for germination:

  1. Prepare Materials: You will need 100 seeds, a flat tray, paper towels, and a spray bottle filled with water.
  2. Arrange the Seeds: Moisten a paper towel and lay it flat on the tray. Arrange your 100 seeds on the paper towel, spaced evenly apart.
  3. Cover the Seeds: Place another moist paper towel over the seeds to cover them. You want to keep the environment humid but not soaking wet.
  4. Wait and Observe: Place the tray in a warm location, and wait for the seeds to germinate. This may take anywhere from a few days to a couple of weeks, depending on the type of seed. Keep the paper towels moist during this period by spraying water as needed.
  5. Count the Germinated Seeds: After the expected germination time has passed, count the number of seeds that have sprouted. This is the number of seeds that have germinated.

To determine the percentage of seeds that germinated, use the following formula:

(Number of Seeds Germinated / Total Number of Seeds) * 100 = Germination Rate %

For example, if 85 seeds out of 100 germinated, your germination rate would be 85%.

If some seeds did not germinate, it could be due to several reasons:

  • Age of the Seeds: Older seeds have a lower germination rate. Most seeds are viable for 2-3 years under proper storage conditions, but this varies by species.
  • Storage Conditions: Seeds stored in conditions that are too hot, cold, or humid can decrease in viability.
  • Watering: Both under-watering and over-watering can hinder germination. Seeds need moisture to germinate, but too much water can cause them to rot.
  • Temperature: Each type of seed has an optimal temperature range for germination. If the environment is too cold or too hot, it can prevent seeds from germinating.

By understanding the germination process and the factors that affect it, you can increase your chances of successful planting in your garden.

The Answer for Requirement Number 5

I can guide you on what you might expect and the kinds of questions you could ask during your visit.

When visiting your county extension agent’s office, local university agricultural college, nursery, botanical garden, or arboretum, it’s important to come prepared with questions. Here are some topics you might want to explore:

  1. Local Plants: What are some native plants in your area? What are their specific needs in terms of sunlight, water, and soil? What pests or diseases are common for these plants?
  2. Gardening Practices: What are the best practices for planting and maintaining a garden in your local climate? Are there any particular tips for the current season?
  3. Sustainability: What sustainable gardening practices are recommended? How can gardeners conserve water, improve soil health, and promote biodiversity?
  4. Community Involvement: Are there any gardening clubs or community gardens in your area? How can you get involved?
  5. Educational Resources: What resources do they recommend for learning more about gardening? Are there any upcoming workshops or classes?

After your visit, you’ll want to report on what you learned. Here’s a general structure you could follow:

  1. Introduction: Briefly describe where you went, who you spoke with, and the overall purpose of the visit.
  2. Key Learnings: Discuss the main points you learned during your visit. This could be facts about local plants, gardening tips, or information about community resources.
  3. Personal Reflections: Reflect on the visit. Did anything surprise you? What did you find most interesting? How will you apply what you learned to your own gardening practices?
  4. Conclusion: Summarize the importance of the visit in relation to your gardening merit badge and future gardening endeavors.

Remember, the goal of this visit is to learn as much as possible and make connections with local gardening experts. Be curious, respectful, and open to new information. Good luck with your visit!

The Answer for Requirement Number 6

Honeybees play a crucial role in the pollination of many of our food crops. As they move from flower to flower collecting nectar and pollen, they transfer pollen grains from the male parts of a flower (the stamens) to the female part (the pistil) of the same or another flower.

This process of pollen transfer, known as pollination, is necessary for the fertilization and fruiting of many types of plants, including a large percentage of the fruits, vegetables, and nuts we eat.

However, honeybees and other pollinators are facing several significant challenges today:

  1. Pesticide Exposure: Many pesticides, particularly neonicotinoids, are toxic to bees. Exposure can kill them directly or have sub-lethal effects like impairing their navigation, foraging, or reproductive abilities.
  2. Habitat Loss: Urban development, agriculture, and deforestation often remove the diverse range of flowering plants that bees rely on for food, making it harder for them to find the nutrition they need.
  3. Disease and Parasites: Honeybees are vulnerable to a variety of diseases and pests, particularly the Varroa mite, which weakens bees and spreads viruses.
  4. Climate Change: Changes in climate can disrupt the timing of flower blooming and the arrival of bees, potentially reducing the opportunities for pollination.

The impact on humanity if there were no pollinators would be severe. According to the Food and Agriculture Organization of the United Nations, of the approximately 100 crop species that provide 90% of food worldwide, 71 are bee-pollinated.

Without bees and other pollinators, our diets would be significantly poorer in fruits, vegetables, and nuts, leading to potential nutrient deficiencies. It would also have economic impacts on agriculture and food production industries.

To combat these problems, it’s important to promote sustainable farming practices, protect natural habitats, reduce pesticide use, and support research and policies aimed at protecting pollinators.

Also Read: Sustainability Merit Badge Guide

The Answer for Requirement Number 7

Here’s a table outlining five common garden pests, along with two potential solutions for each, including at least one organic method:

Garden PestSolution 1 (Organic)Solution 2
AphidsIntroduce beneficial insects such as ladybugs and lacewings that naturally prey on aphids.Use a strong spray of water to knock aphids off plants, or apply a mild solution of water and dish soap.
Japanese BeetlesHand-pick them off plants and drop them into soapy water. This is most effective in the morning when they are less active.Apply a pesticide specifically designed for Japanese beetles, following the product’s instructions carefully.
Slugs/SnailsSet up beer traps. Fill a shallow container with beer and bury it to the rim in an area where you’ve seen slugs or snails. They will be attracted to the beer, fall in, and drown.Use a commercial slug bait or repellent, following the product’s instructions carefully.
Tomato HornwormsHand-pick them off your tomato plants. Look for their large, green caterpillars on the underside of leaves.Apply a natural bacterial insecticide like Bt (Bacillus thuringiensis), which is safe for humans and beneficial insects.
Powdery Mildew (Disease)Apply a homemade spray of 1 part milk to 9 parts water to infected plants. The milk creates an environment unsuitable for the mildew.Use a commercial fungicide designed for powdery mildew, following the product’s instructions carefully.

Remember, the best way to manage pests in your garden is to maintain healthy, vigorous plants and create a balanced ecosystem. This includes using proper watering and fertilizing techniques, encouraging beneficial insects and animals, and regularly monitoring your plants for signs of pests or disease.

The Answer for Requirement Number 8a

Building and maintaining a compost bin is an excellent way to recycle organic waste and create nutrient-rich compost for your garden. Here’s a step-by-step guide on how to build a compost bin and maintain it for 90 days:

Building the Compost Bin:

  1. Choose a Location: Select a suitable location for your compost bin. It should be well-drained, easily accessible, and preferably in partial shade.
  2. Gather Materials: You will need materials to construct the compost bin. Some common options include wooden pallets, wire mesh, or a plastic bin.
  3. Construct the Bin: Build or assemble the compost bin according to your chosen design. Ensure it has adequate ventilation, either through gaps between the slats or by drilling holes in the sides.
  4. Layering: Start by adding a layer of coarse materials like twigs or straw to the bottom of the bin. This provides airflow and drainage.
  5. Add Organic Waste: Begin adding organic waste to the compost bin. This includes fruit and vegetable scraps, coffee grounds, tea leaves, yard trimmings, and other plant-based materials. Avoid adding meat, dairy, or oily materials.
  6. Moisture and Aeration: Regularly monitor the moisture level of the compost. It should be damp like a wrung-out sponge. If it’s too dry, add water; if it’s too wet, add dry materials like leaves or shredded newspaper. Periodically turn or aerate the compost to promote decomposition.
  7. Balancing: Aim for a balance of green and brown materials in the compost bin. Green materials are nitrogen-rich and include fresh kitchen scraps and grass clippings. Brown materials are carbon-rich and include dry leaves, straw, or shredded paper.

Maintaining the Compost Bin:

  1. Weekly Observations: Record weekly observations of the compost bin. Note the temperature, moisture level, and any changes in appearance or smell. Observe how the materials break down and the volume of compost increases.
  2. Turning and Mixing: Every few weeks, use a garden fork or shovel to turn the compost pile. This helps to mix the materials, incorporate oxygen, and accelerate the decomposition process.
  3. Troubleshooting: Watch for any signs of problems, such as unpleasant odors or the presence of pests. Adjust the moisture level or add more brown materials if needed.
  4. Patience and Time: Composting is a gradual process. Over the course of 90 days, the organic materials will transform into dark, crumbly compost. The time required may vary depending on factors such as temperature, moisture, and the mix of materials.

Once the 90-day period is complete, you can evaluate the quality of the compost and discuss the results of your project with your counselor. Composting not only reduces waste but also enriches the soil, leading to healthier plants and a more sustainable garden.

The Answer for Requirement Number 8b

Building and maintaining a vermipost bin, also known as a worm compost bin, is an effective way to convert organic waste into nutrient-rich worm castings. Here’s a step-by-step guide on how to build a vermipost bin and maintain it for 90 days:

Building the Vermipost Bin:

  1. Choose a Container: Select a suitable container for your vermipost bin. It can be a plastic or wooden bin with a lid. Ensure it has drainage holes at the bottom.
  2. Prepare Bedding: Create a bedding layer for the worms using a mixture of shredded newspaper, coconut coir, or aged compost. Moisten the bedding until it feels like a damp sponge.
  3. Add Worms: Purchase redworms (Eisenia fetida or Lumbricus rubellus) from a reputable source. Start with approximately one pound (500 grams) of worms for a small vermipost bin.
  4. Introduce Worms to Bedding: Place the worms on top of the bedding layer. They will gradually burrow down into the bedding.
  5. Provide Food: Begin feeding the worms small amounts of kitchen scraps such as fruit and vegetable peels, coffee grounds, tea leaves, and crushed eggshells. Avoid adding oily or greasy foods, meat, dairy, or citrus fruits.

Maintaining the Vermipost Bin:

  1. Weekly Observations: Record weekly observations of the vermipost bin. Monitor the moisture level, temperature, and any changes in the worm population or behavior.
  2. Feeding: Regularly add small amounts of kitchen scraps to the vermipost bin, burying them under the bedding. As the worms consume the organic matter, add new food scraps.
  3. Moisture and Aeration: Keep the bedding consistently moist but not waterlogged. If it becomes too dry, mist it with water. Ensure proper aeration by fluffing the bedding occasionally with a hand rake or fork.
  4. Harvesting Castings: After 90 days, the vermipost bin will be enriched with worm castings. To harvest the castings, gently move the top layer of bedding to one side of the bin. Add fresh bedding and food to the empty side. The worms will migrate to the new side, allowing you to collect the castings from the harvested side.
  5. Using the Castings: The harvested worm castings can be used as a nutrient-rich soil amendment in your garden. Mix them into potting soil or sprinkle them around your plants to enhance growth and fertility.

Maintaining the vermipost bin for 90 days allows the worms to transform organic waste into valuable castings. Throughout the process, observe the progress, monitor the worm population, and assess the quality of the worm castings.

Discuss the results of your project with your counselor, highlighting the benefits of vermiposting for waste reduction and nutrient recycling.

The Answer for Requirement Number 8c

Building and maintaining a hydroponic garden is an innovative way to grow plants without soil, using nutrient-rich water instead. Here’s a step-by-step guide on how to build a hydroponic garden and maintain it for 90 days:

Building the Hydroponic Garden:

  1. Choose a System: Select a hydroponic system suitable for your space and needs. Options include deep water culture, nutrient film technique, or vertical systems. Research and select a system that aligns with your preferences.
  2. Set up the System: Follow the manufacturer’s instructions to set up the hydroponic system. This typically involves assembling the components, such as containers, reservoirs, pumps, and growing media.
  3. Prepare Nutrient Solution: Mix the appropriate hydroponic nutrient solution according to the instructions provided. Ensure the solution is properly balanced to provide essential nutrients for plant growth.
  4. Plant Selection: Choose three vegetables or herbs, or three ornamental plants that are suitable for hydroponic cultivation. Popular choices for hydroponic gardens include lettuce, basil, tomatoes, peppers, and flowers like marigolds or petunias.
  5. Planting: Follow the specific requirements for each plant, including spacing, planting depth, and seedling or transplanting techniques. Place the plants in the growing media or net pots within the hydroponic system.

Maintaining the Hydroponic Garden:

  1. Nutrient Solution: Monitor and maintain the nutrient solution. Check the pH level regularly using a pH meter or test kit and adjust it if necessary. Top up the solution as needed to ensure the roots are constantly in contact with the nutrient-rich water.
  2. Lighting: Ensure the plants receive sufficient light for photosynthesis. Set up grow lights if necessary, and adjust their height and duration based on the plant’s specific light requirements.
  3. Temperature and Humidity: Maintain appropriate temperature and humidity levels for the plants being grown. Aim for a temperature range of 18-25°C (64-77°F) and humidity around 50-60%.
  4. Pest and Disease Control: Monitor the plants for signs of pests or diseases. Use organic methods like insecticidal soaps, neem oil, or beneficial insects to control pests. Remove and treat affected plants promptly.
  5. Harvest or Flowering: Depending on the selected plants, maintain the hydroponic garden until harvest for vegetables or herbs, or until flowering for ornamental plants. Follow the specific guidelines for each plant to determine the optimal harvesting or flowering time.

Throughout the 90-day period, record observations of plant growth, nutrient solution maintenance, any challenges faced, and the overall progress of your hydroponic garden.

Discuss the results of your project with your counselor, highlighting the advantages of hydroponic gardening, such as efficient water use, controlled nutrient delivery, and year-round cultivation possibilities.

The Answer for Requirement Number 8d

Building and maintaining a water garden is a delightful way to bring the beauty of aquatic plants and the serenity of water into your outdoor space. Here’s a step-by-step guide on how to build a water garden and maintain it for 90 days:

Building the Water Garden:

  1. Choose a Location: Select a suitable location for your water garden. Ensure it receives at least 4-6 hours of sunlight per day and is protected from strong winds.
  2. Select a Container or Dig a Pond: Decide whether you want to create a water garden in a container or dig a small pond in the ground. For a container, choose one that is at least 12 by 6 inches and 6 inches deep. For a small pond, keep the dimensions no larger than 6 by 3 feet and 24 inches deep.
  3. Prepare the Container or Pond: Clean the container or dig the pond, removing any debris or sharp objects. Line the container or pond with a water garden liner or pond liner, ensuring it covers the entire bottom and sides.
  4. Add Water: Fill the container or pond with water, leaving a few inches of space below the rim. Use dechlorinated water or allow tap water to sit out for 24 hours to dissipate chlorine.
  5. Plant Selection: Choose a variety of aquatic plants suitable for your water garden. Consider including floating plants, submerged plants, and marginal plants to create a balanced ecosystem. Popular choices include water lilies, lotus, water hyacinth, and water lettuce.
  6. Planting: Plant the aquatic plants according to their specific requirements. Use aquatic plant pots or planting baskets filled with aquatic planting media or soil. Submerge the pots to the appropriate depths, following the guidelines for each plant.

Maintaining the Water Garden:

  1. Water Quality: Monitor the water quality regularly. Test the pH, ammonia, nitrite, and nitrate levels using appropriate test kits. Maintain proper water parameters for the health of the aquatic plants and any fish or other organisms you may have in the water garden.
  2. Remove Debris: Regularly skim the surface of the water to remove fallen leaves, twigs, and other debris. Use a net or skimmer to keep the water clear.
  3. Plant Care: Trim and prune the aquatic plants as needed to remove dead or decaying foliage. Thin out overcrowded plants to maintain a balanced and visually pleasing water garden.
  4. Algae Control: Prevent excessive algae growth by ensuring proper balance in the water garden. Limit direct sunlight and control nutrient levels through proper feeding and maintenance practices.
  5. Pond Equipment: If you have a pond with a pump or filtration system, regularly clean and maintain the equipment according to the manufacturer’s instructions.
  6. Enjoy and Observe: Spend time relaxing by your water garden, observing the plants, and enjoying the soothing sounds of water. Take note of any changes, growth, or interactions with wildlife over the 90-day period.

Maintaining the water garden for 90 days allows you to observe the growth and changes within the ecosystem. Reflect on the experience and discuss the results of your project with your counselor, highlighting the benefits of water gardening, such as enhancing the beauty of your outdoor space and providing a habitat for aquatic plants and wildlife.

The Answer for Requirement Number 8e

I can provide general guidance on how to prepare a honey super for use on a hive and how to harvest honey from a filled honey super. However, it’s important to note that beekeeping requires specific knowledge, skills, and safety precautions.

It’s recommended to consult with experienced beekeepers or local beekeeping organizations for detailed instructions and guidance tailored to your specific circumstances. Here’s a general outline:

Preparing a Honey Super for Use:

  1. Assemble the Honey Super: Ensure you have a clean and fully assembled honey super, which is a box with frames for honey storage.
  2. Inspect and Prepare Frames: Check the frames for any damage or signs of disease. Ensure they are clean and free from debris. Install wax foundation sheets in each frame, if necessary.
  3. Place the Honey Super on the Hive: Remove the top cover from the hive and set it aside. Carefully place the prepared honey super on top of the hive’s existing brood boxes, ensuring it sits level and is well-aligned.
  4. Monitor and Maintain: Regularly inspect the honey super to ensure the bees are actively filling it with honey. Check for signs of disease or pests and take necessary measures for prevention or control.

Harvesting Honey from a Filled Honey Super:

  1. Timing: Determine the appropriate time to harvest honey based on factors such as the local nectar flow, weather conditions, and the readiness of the honeycomb.
  2. Preparation: Before harvesting, ensure you have the necessary equipment, including a beekeeping suit, smoker, bee brush, honey extraction tools (such as a honey extractor or uncapping knife), and food-grade containers for storing the harvested honey.
  3. Bee Management: Before removing the honey super, ensure the bees are excluded from it by using a bee escape board or other methods that encourage the bees to move out of the super and back into the brood boxes.
  4. Remove the Honey Super: Once the bees have been excluded, carefully lift the honey super from the hive and place it in a bee-free area.
  5. Extract Honey: Extract honey from the honeycomb frames using the appropriate tools and methods, such as using a honey extractor to spin out the honey or uncapping each frame with an uncapping knife and draining the honey.
  6. Filter and Store: Filter the extracted honey to remove any impurities, such as wax or bee parts. Pour the filtered honey into clean, food-grade containers and label them appropriately.

Remember to follow local regulations, health and safety guidelines, and ethical beekeeping practices when working with honeybees and harvesting honey. It’s essential to prioritize the health and well-being of the bees throughout the process.


Here are three website references that provide further information on the topics discussed:

  1. National Gardening Association: The National Gardening Association offers a wealth of resources on gardening, including tips, guides, and articles on various gardening topics. You can find information on building compost bins, maintaining water gardens, and more. Visit their website at:
  2. Bee Culture: Bee Culture is a leading beekeeping magazine that provides valuable insights, tips, and information for beekeepers of all levels. Their website features articles on honeybees, beekeeping techniques, and current issues affecting bees. Explore their website at:
  3. University Cooperative Extension Websites: Cooperative extension offices associated with universities often provide comprehensive resources on gardening, agriculture, and environmental topics. They offer research-based information tailored to specific regions. Visit your local university’s cooperative extension website for valuable information on gardening, pests, and sustainable practices.

Please note that while these websites are reputable sources, it’s always a good practice to cross-reference information and consult multiple sources to ensure accuracy and reliability.

I might be a Mechanical Engineer on the paper, but I was an Eagle Scout enthusiast since childhood.