Yeah… no one know this at all.
This picture was taken at Rotterdam’s Market.
My mentor Jenn said “ Lilian, look! Bee!”
I said “ where?”
Not knowing that, my body reacted as “Run now!”
She said “ why?”
…… “ I scare of the bees!”
She said “But, you have bees’ in your creation!”
And, of course another Soul Healing immediately. 😄
So the secret revealed!
I have created 13 Bees.Nest Product Suites (stay tune!) and I would like to share with you why Bees. Nest.
I started Bees. Nest from the year 2024 purely to create a Co-Working Space for my clients and we learnt from each other and this space soon turning into a very productive and step by step teachings and I was inspired to create more in this space - the new relaunch of BEES.NEST INSPIRATION HUB™
My lovely Mentor also collaborated with GOTC Bees. Nest - hosted by me, in house in Quantum Harmony Blueprint.
I dived very deep into The Bees’ Nature.
Why Bees. Nest: Understanding the Architecture of Bee Homes
Bees are remarkable architects in the natural world. Their nesting behaviors not only ensure their survival but also play a crucial role in our ecosystem. In this blog post, I'll explore why bees build nests, the different types of nests they create, and why this matters to us.
The Purpose of Bee Nests
Bee nests serve multiple essential functions:
Protection: Nests shield bees from predators, harsh weather conditions, and environmental threats.
Reproduction: Nests provide a safe space for queens to lay eggs and for larvae to develop.
Food storage: Bees store honey and pollen within their nests to sustain the colony, especially during winter months.
Temperature regulation: Bee nests maintain optimal internal temperatures (around 93-95°F/34-35°C) regardless of external conditions.
Types of Bee Nests
Not all bees nest the same way. Here are the main types of bee nests:
1. Honeybee Hives
Honeybees are perhaps the most famous nest-builders. They create elaborate structures using wax secreted from their bodies to form hexagonal cells. These cells serve as:
Nurseries for developing young
Storage containers for honey and pollen
Living quarters for the colony
The precision of honeycomb architecture is astounding—hexagons provide maximum storage space with minimal material usage.
2. Bumblebee Nests
Unlike honeybees, bumblebees typically nest in the ground, often in abandoned rodent burrows. Their nests are smaller and less structured, featuring:
Wax pots for storing honey and pollen
Brood cells for raising young
A simple entrance/exit point
3. Solitary Bee Nests
The majority of bee species (about 90%) are actually solitary nesters. These bees create individualized nests in:
Hollow plant stems
Small holes in wood
Tiny tunnels in the ground
Self-excavated burrows in various materials
The Engineering Marvel of Bee Nests
Bee nests are remarkable examples of natural engineering. The honeycomb structure has inspired human designs due to its:
Structural integrity
Material efficiency
Space optimisation
Scientists and engineers continue to study bee nest architecture for applications in building design, material science, and efficient packaging.
Why Bee Nests Matter to Humans
Understanding bee nesting behavior is important for several reasons:
Conservation: Knowing where and how bees nest helps us protect these crucial pollinators.
Agriculture: Many crops depend on bee pollination, making bee habitat preservation essential for food security.
Beekeeping: Commercial and hobby beekeepers work with the natural nesting instincts of bees to maintain healthy colonies.
Pest management: Understanding when and why bees might nest in unwanted places helps us develop humane removal strategies.
How to Support Bee Nesting
If you're interested in helping bees thrive, consider these actions:
Plant native flowering plants to provide nectar and pollen
Leave some areas of your garden undisturbed for ground-nesting species
Install bee hotels for solitary bees
Avoid using pesticides that harm bees
Provide a water source with landing spots (like pebbles)
Conclusion
Bee nests are more than just homes—they're sophisticated structures that enable these incredible insects to survive and thrive. By understanding and supporting bee nesting behaviors, we contribute to the health of these essential pollinators and, by extension, our own food systems and ecosystems.
Next time you see a beehive or notice a small hole that might be home to a solitary bee, take a moment to appreciate the architectural wonder and ecological importance of these busy builders.
In the next blog post, I will share how Bees Nest to Bees.Nest.
With Golden Nectar,
Lilian Hii