Dallas based eco artist Jen Rose has built a career around porcelain installations shown in galleries, museums, and public spaces. Her practice spans higher education, large scale commissions, and years of studio work rooted in material science and craft. In 2020, a disruption to classroom teaching opened the door to a new direction that would reshape her work and its audience.

During the early months of the pandemic, Rose spent long stretches gardening and working outdoors. She noticed insects gathering on her porcelain pieces, drinking from small droplets of water that formed on the surface. The repeated encounters led to a simple but decisive question: what if her work was made for insects rather than people.

The question landed at a moment when pollinator decline was already a growing concern. According to the David Suzuki Foundation, wild bees are under increasing pressure from habitat loss and environmental stress. “As our most important pollinators, bees provide one-third of the food we eat. They also allow wild plants to reproduce and produce berries, fruits and seeds. Bee losses pose a risk to our life support systems.”

Understanding what bees need

Rose began researching how bees use water and why access matters. She learned that bees rely on water to regulate body temperature, dilute honey for larvae, and cool the hive through evaporation. The research made clear that water sources must be carefully designed, as open or deep containers can pose a drowning risk.

Through hands on testing, Rose refined the scale of her idea. Larger vessels held too much water and increased danger, while smaller ones dried out too quickly. A single teaspoon emerged as the balance point, offering enough water for bees while reliably evaporating by the end of the day.

This volume also addressed another concern. Rose confirmed that a teaspoon of water is well below the threshold mosquitoes need to breed. The result was a design that supports bees without creating unintended harm.

Designing for bee anatomy

As her research deepened, Rose turned her attention to bee anatomy. She learned that bees have tiny hook-like structures on their feet, similar to toes, which help them grip surfaces. That discovery shaped the texture of the cups themselves.

Each cup features a subtle, grippy surface, similar in feel to a bathmat. The texture allows bees to land securely and climb in and out with ease. Rose describes the research phase as immersive and often amusing, noting that her search history included questions like “How long is a honeybee tongue?” and “Do bees have toes?”

Her background in ceramic chemistry also played a central role. Drawing on years of material research, Rose developed what would become the Bee Vision glaze. The glaze reflects ultraviolet wavelengths that are invisible to humans but visible to bees, similar to the patterns bees use to locate flowers and navigate back to the hive.

A glaze made to last

The Bee Vision glaze acts as a visual signal to pollinators, making water sources easier to locate within a garden. Fired at over 2000 degrees Fahrenheit, the glaze becomes a stable glass surface that does not leach chemicals into soil or water. The material choice aligns with Rose’s goal of creating something genuinely useful, not decorative alone.

With form, texture, and chemistry resolved, Bee Cups watering stations took shape. Each piece combines handmade porcelain with applied research, offering a practical response to pollinator decline rooted in craft rather than mass production.

What began as a solo project in Rose’s garage gradually expanded. Demand grew, and the operation evolved into a small studio team of artists producing Bee Cups watering stations, nesting tubes for native bees, and mineral electrolyte tablets for bird baths.

Building a studio with clear values

The Bee Cups studio operates around a defined set of principles. Production is zero waste, with broken or imperfect ceramics crushed and reused. The process is entirely plastic free, from materials to packaging. The studio also prioritises people, with a focus on mentoring students studying art, environmental science, and entrepreneurship.

Packaging became a particular focus as the business grew. Early on, Rose was uneasy about the amount of bubble wrap required to ship fragile ceramics. Over time, the team tested alternatives and shifted fully to paper based protection.

“When we first started, we used an alarming amount of bubble wrap, and it made me uneasy every time I packaged a set of watering stations. After testing alternatives, we discovered that paper protected our products just as well. Over time, we continued refining our approach, and today I am proud to say we are completely plastic free.”
Jen Rose, Founder of Bee Cups

In 2025, Bee Cups partnered with Warneke Box Company to redesign its packaging. The collaboration replaced the original wooden flower holder with a chipboard box made from FSC certified paper. Warneke engineers developed the structure, while Rose applied her design background to brand the packaging with Bee Cups graphics.

The result is packaging traceable to responsible forestry and fully compostable at the end of its life. Each box is designed to return to the earth rather than enter the waste stream.

From gardens to ecosystems

Every Bee Cups watering station placed in a garden provides a reliable water source for pollinators. On a broader level, the cumulative effect extends beyond individual insects. Well hydrated pollinators support healthier gardens, improving pollination of flowers, fruits, and vegetables.

Users also contribute to wider ecosystem support by offering pesticide free, microplastic free water sources. The Bee Cups community now spans continents, with each placement serving as a small act of awareness and care for pollinator conservation.

By replacing plastic water sources with ceramic alternatives, Bee Cups reduces the presence of plastics in garden environments. The project sits at the intersection of art, science, and environmental responsibility, shaped by close observation and material knowledge rather than scale alone.

What started with a single question in a backyard garden has grown into a practice that reconsiders who art is for, and how design choices ripple outward into the living world.