15 Plants to Attract Bees

honeycolony.com     By Lynn Hasselberger, The Green Divas    April 23, 2014 

From apples to almonds, to the pumpkin in our pumpkin pies, we have honeybees to thank for nearly everything we eat. Now, however, they are dying worldwide thanks to a condition known as Colony Collapse Disorder, and consequently, the world’s food supply is also at risk.

In the U.S. alone, more than 25 percent of the managed honeybee population has disappeared since 1990. Bees are one of myriad animals, including birds, bats, beetles and butterflies, called pollinators. Pollinators transfer pollen and seeds from one flower to another, fertilizing plants so they can grow and produce food. Cross-pollination helps at least 30 percent of the world’s crops and 90 percent of our wild plants thrive. Without bees to spread seeds, many plants — including food crops — would die off, according to NRDC Bee Facts.  

Moreover, in the last half decade, 30 percent of the U.S.’s national bee population has disappeared, meaning nearly a third of all bee colonies in the U.S. have perished. According to an article in Newsweek, a study published last year found 35 pesticides and fungicides, some at lethal doses, in pollen collected from bees that were used to pollinate food crops in five U.S. states. Bees that ate pollen contaminated with fungicides were found to be three times as likely to be infected by a parasite linked to colony collapse.

Of course, the major causes of CCD – including pesticide use and industrial beekeeping practices – might seem impossible for a single individual to fight. But there are small steps everyone can take to reverse the disastrous decline of our most important pollinator. And one of those steps is to increase the number of bees and other pollinators in your area by growing plants that provide essential habitats for these species.

To help you get your ‘Beedom Garden’ off on the right foot, then, here’s a list of 15 plants to consider growing if you’d like to help save the bees*:

  1. Lavandula spp. (Lavender)
  2. Rosemarinus officinalis (Rosemary)
  3. Salvia spp. (Sage)
  4. Echinacea spp. (Coneflower)
  5. Helianthus spp. (Sunflower)
  6. Cercis spp. (Redbud)
  7. Nepeta spp. (Catnip)
  8. Penstemon spp. (Penstemon)
  9.  Stachys spp. (Lamb’s ears)
  10. Verbena spp. (Verbena)
  11. Phacelia spp. (Bells or Phacelia)
  12. Aster spp. (Aster)
  13. Rudbeckia spp. (Black-eyed Susan)
  14. Origanum spp. (Oregano)
  15. Achilliea millefolium (Yarrow) 

*Note: It’s best to grow native plants exclusively. Find a native-plant nursery in your area and download the BeeSmart app, which will guide you in selecting plants for pollinators specific to your area. Also, always be sure to purchase only plants and seeds that haven’t been pretreated with pesticides; such pretreatments are called, “systemic pesticides,” and have been shown to kill bees. Finally, be sure to avoid using pesticides completely while growing your ‘Beedom Garden,’ as many topical pesticides, as well as fungicides, insecticides and herbicides, are toxic to bees and humans alike.

15 plants that will attract bees


Eugene: First City to Ban Bee Killing Neonics

Honey Colony    By Lisa Arkin   3/19/14

It started 18 months ago, when a group of passionate and dedicated bee keepers came to the Beyond Toxics office to talk with us about the bees. They were well-informed and brought published studies, revealing the role pesticides play in the demise of honey-bee colonies.

What a true grassroots group does is listen to those who are most impacted by toxic chemicals, evaluate the issue and take action. And so started the Bee Health and Pesticides movement in Oregon. I want to thank members of the Oregon Sustainable Beekeepers for alerting us.

We now have two significant wins that set new precedents for protecting bees.

On Feb. 26, at the request of Beyond Toxics and neighborhood leaders, Eugene’s City Council unanimously passed a Council Resolution, “Enhancing Current Integrated Pest Management in Parks,” which bans the use of neonicotinoid pesticides on all city property. According to bee advocates around the nation, Eugene is the first city to ban these persistent pesticides. Let’s just stop promoting chemicals that are lethal to bees, accumulate within trees, flowers and hives, and are highly bio-toxic to amphibians and birds in wetlands.

Only a week earlier, the Oregon Legislature passed a new law heralding the start of meaningful bee protections in our state. The law requires anyone applying for a pesticide license to take a course on pollinators and pesticides and pass the exam. HB 4139 also requires the Governor to establish a Task Force directed to continue the research on bee health and pesticides for legislative action in 2015.

Take note! The vote in both the House and the Senate was nearly unanimous. Strong bipartisan support says a lot for the level of concern about bee survival. True, the legislation fell short of the original bill that would have restricted neonicotinoids, but considering the lack of action by the Environmental Protection Agency and other states, Oregon has stepped up the pace for bee protection.

The few newspapers covering Oregon’s lawmaking dismissed the significance of the win with disparaging tones. Make no mistake; this is pure corporate spin attempting to negate the significance of decisive action.

Eugene’s ban on neonics sets the bar for other cities and states to take action to guard against a crisis in pollinator survival that could impact 30-70 percent of all food production. Resolution 5101 also includes clear goals around children’s health and seeks to expand the current Pesticide Free Parks program from 10 parks to, potentially, all 40 parks.

Oregon’s first, but not last, bee-protection laws set forth precautionary policies that can and should motivate other local and state governments. It is a testament to Oregon’s values on protecting the health of the natural environment that these two laws were adopted without bipartisan controversy.

Lisa Arkin is the Executive Director of Beyond Toxics. Prior to her work with the nonprofit, Lisa spent 13 years as an educator and associate professor at both Stanford University and the University of Oregon. She has since accumulated deep experience in toxics-use reduction advocacy, land-use planning, environmental protection and strategic development for nonprofit organizations. Lisa has served as Executive Director since 2005.

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