New guide available on increasing native bee benefits

Native bee benefits:  How to increase native bee pollination on your farm

Written by:  Neal Williams, Bryn Mawr College, (610-526-5091,
and Rachael Winfree, Rutgers University (732-932-8315,

Can be downloaded from:

The pamphlet is a very informative one, with some really good photos as well, and I commend the authors on providing a good new resource for pollination management.

While I heartily endorse much of the pamphlet as very valuable, there are a couple misleading points,  and one glaring error that I’d like to point out as a critique. Perhaps the authors need to consider this for an update.

1. Much is made of colony collapse disorder in honeybees. This is similar to past unexplained die-offs that have occasionally occured in beekeeping history, only this one was at a larger scale. Much of this loss seems to have run its course, and the bees were easily and quickly replaced, except in cases of beekeeper bankruptcy. At any rate the beekeeping industry, with some research help, is on the way to solutions to CCD.

What is not made clear is that wild bees are not so quickly and easily replaced; thus are of much more concern. And with this, we go back to the biggest problem for all bees, which beekeepers have been trying to solve for a couple generations, and have been unable to get any significant help.

The problem is pesticide misuse – violation of the pesticide label directions – that continue to occur. In most cases wild bees and feral honeybees have no legal protection; lip service is given to protecting managed honeybees, but most “protection” involves advising pesticide users to evade the pesticide directions, by notification of beekeepers.

A pesticide user is the one who makes the choice to use a pesticide, and he is responsible for its safe use, yet these notification schemes allow him to dump the trouble and expense for protecting the bees onto others who are not benefited and have no way to recoup the costs.

Pesticide misuse is the greatest single danger to all bee species. Wild bee advocates and beekeepers need to be working together to get enforcement of label directions – which generally forbid applications in conditions where they are a threat to foraging bees. (And the labels only say “bees,” yet the pesticide cops tend to interpret this clear direction as only applying to honeybees.)

2. Several times the pamphlet mentions “attracting bees.” This is a flawed mindset. When populations are thin, bees can’t be attracted, or if they are attracted in small numbers, they tend to go to the rich food sources planted to attract them, rather than to the crops that need pollination.

What is needed is another mindset – pollination managers need to have an overall view that strives to restore stable normal populations of bees by giving them habitat, including nesting sites, continuous forage, and pesticide protection. The pamplet does explain this, but undoes it to a certain extent, by frequent reference to “attracting bees.” When pollinator populations return to normal, competition for forage will ensure that ALL blossoms get the required visitation.

3. Carpenter bees are NOT good blueberry pollinators. They are notorious nectar thieves with flowers with a deep corrolla, such as blueberries. Then they leave a slit in the side of the corrolla, enabling other bees to happily steal the nectar as well, without contacting the sexual organs of the flower.

Carpenter bees are excellent pollinators of fruits with open-faced flowers, such as blackberries, apples, plums, peaches; and of flowers designed for a large bee, such as passionflower.

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