
Discover why bees matter as efficient pollinators that boost biodiversity and food security, pollinating crops like tomatoes, berries, pumpkins, and avocados while facing habitat loss, monoculture, climate change, and diseases.
Explore the diversity and classification of bees within hymenoptera, focusing on apoidea families like apidae and megachilidae. Compare bees with wasps on nest, diet, hair, legs, and waist.
Explore pollination syndrome, a suite of flower traits shaped by pollinators, from beetles and flies to bees, birds, bats, moths, and butterflies, highlighting nectar, pollen, color, and symmetry.
Bees see the world with antennae as smell sensors and compound eyes that detect ultraviolet light. They orient by sun and use proboscis, legs, and hairs to forage for nectar.
Go on a bee safari with iNaturalist to photograph bees and identify species, building a field guide for your backyard. Share findings with neighbors.
Explore bee-friendly plant families—Asteraceae, Fabaceae, and Lamiaceae—and their distinct flowers, nitrogen-fixing traits, and aromatic leaves, with examples like sunflowers, peas, beans, and mint, plus planting guidance for bees.
Mix clay, dry compost, and native seeds to form seed bombs, then deploy them responsibly along roadsides and unmaintained areas, not on private properties, to boost bee-friendly flowering.
Plan a bee-friendly garden by inventorying bees, preserving nesting sites, and planting native, season-long bloom. Ensure healthy soil, water sources, and integrated pest management.
Explore pollen's color and shape variations, its role in pollination and nectar gathering, and palynology through a simple microscope experiment to identify pollen sources from flowers and hives.
Explore the social spectrum of bees from solitary mason and leaf-cutting species to eusocial stingless bees, including nesting habits, communal groups, and cuckoo parasitism.
Learn to build a do-it-yourself bee hotel for your backyard, using hollow sticks, bamboo, paper, and clay to create varied hole sizes that attract bees and provide nest habitats.
Explore beekeeping tools and protective gear, then observe a hive to see brood, pollen, nectar, and the queen, and learn how workers perform tasks by age while using smoke.
Observe gregarious nesting behavior in bees and learn practical backyard strategies for supporting communal nesting and bee health.
Create a diverse feeding and nesting habitat with varied flowers and bee hotel substrates. Support bees by choosing local honey, reducing chemicals, and spreading education through events.
Assess whether beekeeping helps or harms bees by weighing honeybees' competition with native bees, disease transfer, and pesticide risks. Explore education benefits and pollination roles to support diverse bee populations.
Observe a hands-on transfer of mariola stingless bees from a bottle trap to a mini hive, detailing brood, pollen, honey handling, and sealing of cells for safe relocation.
Discover how pollen supports bee health and pollination, and learn practical ways to attract and care for bees in your backyard.
Explore crop pollination and how backyard bee care supports garden health, pollination success, and thriving pollinator habitats.
Compare stingless bees and honey bees to guide backyard bee care and ecology, helping you make informed decisions.
Do you know how many species of bees there are in the world? Have you ever thought about that?
Together we'll discover the diversity of bees, their evolution, how they see the world, their intimate relationship with flowers, their important role in pollination, their different way of life, from solitary bees to eusocial.
We´ll go for a bee safari, make seed bombs, plan a bee garden, and build a bee hotel together. You'll learn other actions you can take to save the bees.
Come and join me, I'm really looking forward to share with you the extraordinary and diverse world of bees.