Great Pollinator Project

More than 75 percent of all flowering plants are pollinated by insects, birds, and other animals. Photo by: Max.Oppo The process begins when a bee or other animal picks up pollen from the male part of a flower, called the stamen (small yellow parts). Photo by: E. Johnson Pollination occurs when the pollen is moved to the female part, or stigma, of the same or another flower and fertilizes it, resulting in the production of fruits and seeds (note stigma in center of flower). Photo by: K. Matteson Some animals, such as many bees, intentionally collect pollen. The protein-rich pollen is fed to developing bee larvae. Photo by: K. Matteson. Other pollinators, such as many butterflies and birds, move pollen incidentally because the pollen sticks on their body while they are collecting nectar from flowers. Photo by: E. Johnson

Great Pollinator Project

Without pollinators, most flowering plants could not reproduce. One-third of our food plants, from tomatoes and squash to apples and almonds, depend on the services of a pollinator. Bees are the most important pollinators in the northeastern U.S.—more than 225 bee species have been recorded in New York City alone. To learn more about pollination, watch the slide show, above.

The Great Pollinator Project was launched to learn more about bees and other pollinators in New York City and find ways to improve habitat for them. Rural farmers aren’t the only people who depend on the services of bees and other pollinators. City dwellers do, too. Most plants in community gardens, parks, and urban natural areas rely on bees to move pollen from flower to flower so that the plants can reproduce. Fortunately, because insect pollinators are tiny, there is much that can be done in urban environments to support them, even in small habitat patches.

On this site you can:

Learn more about native bees and other pollinators in New York City and beyond.

Find out how to grow a pollinator garden.

Find out how to volunteer in a citizen science pollinator project.

If you are a land manager or gardener working for a city agency or other organization, you can use this site to find technical resources about pollinator conservation in the region.

Finally, if you are a teacher or parent, you’ll find links to useful programs and curricula about pollinators and their needs.

What's New?

Check out these close-up images of native bees and other insects from the USGS Bee Inventory and Monitoring Lab. They are freely available for use by all.

Black-and-gold bumble bee

(Bombus auricomus)

Pollinator Paradise

For the past two years, bee populations have been burgeoning at the Highline, the former elevated freight railroad spur turned floriferous park along 10^th Avenue in Manhattan from Ganesevoort Street to West 20^th Street. On June 8, 2011 a new stretch of the Highline opened to the public, running from West 20^th Street to West 30^th Street, doubling the park’s length. Overflowing with flowers like summersweet, mountain mint, butterfly weed, blazingstar, and beebalm, it makes the Highline twice the pollinator paradise! Check it out and let us know what you see there (beewatchers@gmail.com)

The High Line looking south.
Photo by: Beyond My Ken

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Pollinator Facts

Honey bees pollinate approximately $15 billion worth of crops in the U.S. each year. The value of pollination services provided by native bees and other wildlife is even greater.
Only 15 percent of the hundred or so crops that make up the world’s food supply are pollinated by domesticated honey bees. At least 80 percent are pollinated by wild bees and other wildlife.
More than 100,000 different animal species — and perhaps as many as 200,000 — play a role in pollinating the planet’s flowering plants.
Insects, including bees, wasps, moths, butterflies, flies, and beetles, are the most common pollinators, but as many as 1,500 species of birds, mammals, and other vertebrates also pollinate plants.

(Source: US Fish and Wildlife Service Pollinators Page)