As we near the end of our 30-day challenge, where we’ve demonstrated that you can grow your own food with just 15 minutes of dedicated time, today’s focus takes us indoors. I’m thrilled to share a game-changing discovery made by one of our viewers regarding the AeroGarden seed starting system.
Background
As many of you know, I rely on my AeroGarden for kickstarting tomato and pepper seedlings, given its efficiency. However, the limitation of accommodating only six pods prompted me to explore alternatives, especially for challenging vegetables like Brussels sprouts and to recover from seedling losses during Hurricane Ian.
Introducing AeroGarden Seed Starting Tray
Enter the AeroGarden seed starting tray—a revelation that allows for 23 pods, a significant upgrade from the standard six. Designed specifically for seed starting, this tray caught my attention. The absence of individual plastic housings for foam pellets is compensated by an integrated top piece, simplifying the setup.
Seedling Transition Process
Before diving into the seed starting process, it’s crucial to soak the pods for 24 hours. A unique feature of this tray is the top piece that doubles as a watering mechanism. Once the pods are soaked, they snugly fit into their designated spots.
Seeding the Pods
One drawback observed is the lack of labels for the pods and the absence of humidity domes. To address this, I improvised by repurposing a clear plastic top from a takeout tray as a makeshift dome, ensuring moisture retention for optimal germination.
Using tweezers for precision, I carefully placed seeds into the pods. In this trial, kale seeds took their place, and the process was captured for a more hands-on experience.
Watering and Nutrient Application
To facilitate growth, watering and nutrient application are essential steps. The AeroGarden’s liquid plant food, while recommended, can be replaced with your preferred alternative. The water is poured into the designated area, and the light is repositioned.
Monitoring the Progress
After 10 days, the results of the experiment were evident. Out of 23 pods, 14 successfully germinated, resulting in a 60% germination rate. The visuals and health of the seedlings were promising.
Addressing Challenges and Future Improvements
Two notable challenges were identified: the cost of replacement pods and humidity domes for the pods. However, a cost-effective solution involving generic alternatives for pods and repurposed plastic tops for domes was successfully implemented.
Pros and Cons Assessment
Pros:
Effortless Seed Starting: Minimal effort and time required for seed starting, a significant advantage for busy gardeners.
Optimal Germination Environment: The AeroGarden provides an ideal environment for germination, ensuring healthy and robust seedlings.
Successful Germination of Challenging Seeds: Hard-to-germinate seeds thrived in the AeroGarden, showcasing its effectiveness.
Cons:
Pod Reusability: Pods are not reusable, adding to the overall cost. However, cost-effective alternatives are available.
Germination Rate: A 60% germination rate was observed in this trial. Improvements in humidity control are crucial for enhancing germination.
Recommendations
Considering the ease of use, efficiency, and successful germination of challenging seeds, the AeroGarden seed starting tray is recommended as an add-on for existing AeroGarden owners. Addressing challenges with homemade solutions enhances its overall effectiveness. Stay tuned for future updates as I continue experimenting with this innovative seed starting system.
