There are a few spots left for this weekend’s workshop, Beginning Beekeeping, taking place on Sunday, June 26th, at 2 p.m. in Barrington, NH. Sponsored by the Seacoast Permaculture Group, join Amy Antonucci of the Seacoast Beekeepers Association as she takes you through the basics of keeping your own bees:
Seacoast Permaculture Group
Instructor: Amy Antonucci
Sunday, June 26, 2011
Integrating (principle 8) honey bees into our permaculture system offers us renewable resources and services (principle 5) and a delicious yield (principle 3)! If you are interested in bringing these amazing creatures into your landscape, come learn more. With an emphasis on natural methods, we will go over basic beekeeping terms, basic honeybee biology, equipment needed to get started, types of honeybees and how to get them. Products and services of the hive will be discussed. What to expect in terms of time and money input, and where to get more information will also be included. The plan is for 2 hours of indoor presentation, show-and-tell, and question and answer. Then, if the weather allows, we will spend about an hour looking in the hives together. If the weather is poor, I wil have an indoor alternative learning experience planned!
Amy Antonucci has been keeping bees for honey and pollination since 2005 and has been involved with organic agriculture for over ten years. She gives talks at libraries, schools, has been interviewed on the radio about apiculture and is VP of the Seacoast Beekeepers Association of NH. Please wear or bring light colored clothing, and consider if you’d like long sleeves and pants if we get into the hives. If you happen to have or can borrow a bee suit or veil please do—I will have some for folks to borrow also.
We are charging on a sliding scale for this: $10–30 per person. This workshop isn’t geared towards kids, and we will have limited space inside. Older kids who want to work with bees, though, are very welcome.
For more information: http://www.meetup.com/GreaterSeacoastPermaculture/events/16415677/?a=me1p_lnm&rv=me1p