Aspetuck Land Trust

View Original

Aspetuck Land Trust Embraces Back Yard Beekeepers Association’s Initiative

PUBLISHED ON July 28, 2020 by Abbie Winter in Easton Courier

This spring, the Back Yard Beekeepers Association (BYBA) apiarist David Blocher contacted Aspetuck Land Trust’s Land Stewardship Director Lou Bacchiocchi looking for a place to host a honey bee queen rearing project. Bacchiocchi immediately thought of Aspetuck Land Trust’s Randall’s Farm Preserve as the perfect spot to host bees.

This Easton sanctuary is an all-encompassing haven for pollinators; the preserve has 34-acres of early blooming trees, diverse stretches of wildflower-filled meadows, prolific wetlands, and an abundance of surrounding farms whose crops would thrive with the introduction of new neighborhood pollinators.

A major goal of Aspetuck Land Trust’s Green Corridor initiative is supporting pollinators, like Blocher’s honey bees, due to the vital ecosystem services these insects provide. Aspetuck Land Trust is encouraging homeowners, for example, to do three things to support pollinators:

1) Plant native plants

2) Rethink your lawn and

3) Avoid pesticide and herbicide use.

Beekeepers George Luft, Wayne Zabel, Julia Jaynes, and David Blocher at bee yard in Randall’s Farm Preserve. –A.Winter Photo

Since Randall’s Farm is located within the Green Corridor and more importantly is directly adjacent to the newly acquired 34-acre Gilbertie’s Organic Farm, these BYBA bees will have an abundance of healthy forage nearby.

Blocher and his class of BYBA members, ranging in skill from novice to experienced, now tend to the 120,000 – 150,000 bees at Randall’s Farm while learning the delicate skill of breeding queens. Many beekeepers across the country buy queens and bees from breeders in southern states, so Blocher is equipping BYBA members with the ability to raise their own queens locally. However, this project doesn’t just aim to support locally-reared bees — its main goal has a more scientific edge. These queens are strategically bred to pass on genetic resistance to a detrimental infestation that, over last year’s winter, killed 43.5% of backyard hives across America, and 41.1% of backyard hives in Connecticut: the Varroa mite.

Queen larvae mature inside these hatching cages on the incubator frame. Once mature, the beekeepers insert them into a mating nucleus to mate and lay eggs. –A.Winter Photo

Varroa mite infestation, or varroosis, is the primary reason for bee colony mortality. The parasitic mites feed on adults and their young, and they can transmit viruses to the bees such as deformed wing virus. Fortunately over many generations, some hives have adapted behaviors to defend themselves and their offspring from varroosis, called “Varroa Sensitive Hygiene” (VSH). Bees expressing this VSH trait understand how to identify pupal cells containing mites, uncap these cells, and remove the mite-infected pupae from the hive. This behavior can be passed down from the queen to each of her offspring, until the entire hive has the VSH trait. Blocher’s mission is to raise hives at Randall’s Farm that are entirely resistant to the mites, and meanwhile, teach local beekeepers how to do the same in their own hives to combat varroosis throughout the beekeeping community.

Bee yard at Randall’s Farm Preserve in Easton, Conn. –A.Winter Photo

As these beekeepers practice rearing queens with the ability to combat varroosis at Randall’s Farm and in their own hives, queens from neighboring hives have the potential to mate with these VSH drones. This would then introduce the VSH trait to these colonies to grant them the ability to defend against the mites. Blocher’s education program has regional implications as his students are empowered with the skills to eliminate varroosis in their localities. This is critical to combat the collapse of 34.3% of hives across America since 2007, which curtails the vital pollination services honey bees provide to ecological and agricultural systems.

The smoker calms the bees while the beekeepers care for the hives. –A.Winter Photo

Bacchiocchi is especially proud that Aspetuck Land Trust supports this BYBA research project. Randall’s Farm isn’t the first Aspetuck Land Trust preserve to host research projects; the Caryl and Edna Haskins Preserve in Westport hosted a study on southern pine beetles and the Haskins property is currently home to a three-year study about how pollinators respond to native plants being planted; the Trout Brook Valley preserve was home to a study on emerald ash borers and parasitic wasps. Aspetuck Land Trust is always open to collaborating with groups and researchers to host studies on its properties. “We’re using our properties not just for preservation and recreation,” Bacchiocchi said, “but also for scientific research.”

Randall’s Farm is a fascinating ecosystem for any naturalist, entomologist, or curious hiker. Come admire the towering meadows of wildflowers, search for frogs in the wetlands, and keep an eye out for busy honey bees hard at work pollinating every blossom in sight. Next time you need a nature fix, stop by Randall’s Farm and wave to the bees!

Aspetuck Land Trust is a non-profit land conservation organization founded in 1966 to preserve open space in the towns of Westport, Weston, Fairfield and Easton. Over the years, the land trust has protected 150 properties on over 2,000 acres of land and recently launched a Green Corridor initiative to save more land and increase biodiversity in the landscape. For more information visit www.aspetucklandtrust.org

The Back Yard Beekeepers Association (BYBA) is one of the Nation’s largest regional clubs for beekeeping hobbyists with over 250 members. Some of their members are just getting started as beekeepers, and some have enjoyed this hobby for years. All share an interest in the wonderful and remarkable world of the honey bee. The mission of BYBA is to provide their membership with a forum for sharing knowledge and mutual interests in beekeeping, and to educate and promote the benefits of beekeeping to the public. For more information, please visit backyardbeekeepers.com.