Ludhiana teen wins Eco-Hero award for pollinator gardens

Sixteen-year-old Gunisha Kaur won third place in the 2026 International Young Eco-Hero Awards for combining habitat restoration with inclusion. Her initiative, Buzzing Blooms, turns underused urban spaces into chemical-free pollinator gardens. It also makes outdoor nature more accessible to children with diverse sensory needs.

The project has established more than 20 gardens and ecological restoration projects in Ludhiana, Meerut, Mumbai and partner communities. Its gardens use native plants, layered planting and non-toxic cultivation. They include structured paths, touch-safe non-thorny plants and observation areas for bees and butterflies. These features support wildlife while helping children feel safer outdoors.

Monitoring over 24 months recorded pollinator species richness rising from 18 to 46 species, or 155%. Bee visitation increased by nearly 200%. Buzzing Blooms also engaged more than 4,000 students and reached over 8,000 people through workshops, restoration drives and inclusive learning programmes.

A pollinator garden is an urban planting space designed to support animals that move pollen between flowers. That service helps plants reproduce. Unlike an ordinary decorative garden, it deliberately provides food, shelter and suitable conditions for pollinators. It can also be planned around the needs of people using the space.

Buzzing Blooms uses native plants arranged in several layers and grows them without toxic chemicals. Its gardens include structured pathways, non-thorny plants that are safe to touch and designated places to watch bees and butterflies. These choices create habitat while making nature easier to experience.

The difference is therefore both ecological and social. The gardens are intended to increase urban biodiversity, rather than simply add greenery. They also welcome children with diverse sensory needs. Over 24 months, Buzzing Blooms gardens recorded pollinator species richness increasing from 18 to 46 species.

Buzzing Blooms has grown from one young person’s idea into a multi-city initiative. It has established more than 20 pollinator gardens and ecological restoration projects across Ludhiana, Meerut, Mumbai and partner communities. Its wider activities include workshops, restoration drives, youth-led projects and inclusive learning programmes.

The ecological changes were measured over 24 months. Pollinator species richness increased from 18 species to 46 species. That is a gain of 28 recorded species and a reported rise of 155%. Bee visitation also increased by nearly 200%, suggesting that the restored spaces became more active for at least one important pollinator group.

The project’s social reach is also substantial. It engaged more than 4,000 students, including over 250 neurodivergent and vulnerable individuals. Its total reach exceeded 8,000 people. More than 500 youth ambassadors received training through the Buzzing Blooms Peer Advocacy Network.

Pollinators help flowering plants reproduce by carrying pollen between flowers. When more pollinators visit urban gardens, more plants may receive this essential service. That can strengthen plant communities and support the production of fruits and seeds. It also adds connections between plants, insects and people in built-up areas.

Buzzing Blooms provides layered habitats with native plants and avoids toxic chemicals. Its monitored gardens recorded pollinator species richness rising from 18 to 46 species. Bee visitation increased by nearly 200%. These results show greater recorded pollinator activity, although the article does not report a measured increase in fruit yields from the gardens.

Gunisha developed AeroBloom after observing that extreme summer heat could temporarily drive pollinators away and affect fruit production. The AI-guided aerial artificial pollination drone system is intended for compact urban spaces. The organisation says it should support agriculture during climate stress, not replace natural pollinators.

Buzzing Blooms treats accessibility as part of environmental restoration. The project aims to give children with diverse sensory needs safer, more comfortable ways to experience outdoor nature. This matters because Gunisha observed how calming natural environments could be for her autistic younger brother, while also noticing the limited supply of inclusive outdoor spaces.

The gardens use structured pathways to make movement more predictable. They include non-thorny plants that are safe to touch and designated areas for observing bees and butterflies. Native plants are arranged in layers, and cultivation is chemical-free. Together, these choices support pollinators while addressing physical and sensory comfort.

The design does not expect every child to adapt to one standard outdoor setting. Instead, the setting is adapted to different needs. Buzzing Blooms has engaged more than 250 neurodivergent and vulnerable individuals among over 4,000 students. Its total reach exceeds 8,000 people through inclusive programmes and community activities.

Pollinators such as bees and butterflies move pollen from one flower to another. This allows many flowering plants to reproduce and produce seeds or fruit. Human food systems depend on these plant processes because crops need successful flowering and reproduction to form harvestable produce. Pollinators also help maintain plant diversity beyond farms.

The article connects this role to Gunisha’s observations in urban spaces. She noticed that extreme summer heat could cause pollinators to temporarily leave an area, affecting fruit production. In response, she developed AeroBloom, an AI-guided aerial artificial pollination drone system for compact urban spaces. Its purpose is to support agriculture during climate stress.

AeroBloom is not intended to replace natural pollinators. The organisation describes it as support during difficult periods. Buzzing Blooms’ gardens address the longer-term ecological need by creating habitats with native plants and chemical-free cultivation. In those gardens, bee visitation increased by nearly 200%, while pollinator species richness rose from 18 to 46 species.

Biodiversity is the variety of living organisms in a place. In an urban garden, that can include different plants, bees, butterflies and other organisms. Greater variety can provide more ecological relationships, such as pollination and habitat sharing. Protecting that variety matters because cities are also places where ecosystems function.

Buzzing Blooms restores underused urban spaces with native plants arranged in multiple layers. It uses chemical-free cultivation and designs gardens to support pollinators. Native plants are suited to local conditions and can provide habitat and food for local wildlife. Layered planting creates different spaces within a small area, allowing more forms of life to use it.

The project recorded pollinator species richness rising from 18 to 46 species over 24 months. That result shows a measurable increase in the variety of recorded pollinators. It does not prove that every part of urban ecosystem resilience improved, but it demonstrates habitat change. Restoring such spaces can help cities support biodiversity while involving their communities.