Who do you trust?
Mounting evidence from around the world indicates we are at a critical tipping point in pollinator conservation due to loss of diversity and habitat, weather extremes and over use of pesticides in farm and urban landscapes. Some of these pesticides are systemic and remain active for up to three years.
Research about pesticides by entomologists and plant biologists differs greatly from research and labels provided by chemical manufacturers – making the wrong choice can be risky business.
Risk: Contribute to the tipping, loss of pollinators
Ultimate Risk: Loss of pollinator services essential to our food and health
What pesticides do the most harm to pollinators?
Current research is focusing on Neonicotinoids, including acetamiprid, clothianidin, imidacloprid, nitenpyram, nithiazine, thiacloprid and thiamethoxam. Neonicotinoids are systemic pesticides, which translocate into a plant’s vascular system from point of absorption (leaf or root) to sites of action.
Granules for turf and ornamental flowers, shrubs or trees. Foliar spray for garden fruits and vegetables, and ornamental flowers, trees, and shrubs. Foliar spray for garden fruits and vegetables; ornamental flowers, trees, and shrubs
Granules for turf and ornamental flowers, shrubs or trees.
Foliar spray for garden fruits and vegetables, and ornamental flowers, trees, and shrubs.
Foliar spray for garden fruits and vegetables; ornamental flowers, trees, and shrubs
Other Systemic Pesticides:
- Used as a foundation spray to protect structures from insects.
- Misuse of this product destroyed three Minneapolis bee hives in September, 2013.
Sprayed on plants or directly on insect pests. More info to follow on contact pesticides and their toxicity to pollinators.
A Chemical Reaction: The Story of a True Green Revolution
“In 1984, Dr. June Irwin, a dermatologist, noticed a connection between her patients’ health conditions and their exposure to chemical pesticides and herbicides. With relentless persistence she brought her concerns to town meetings to warn her fellow citizens that the chemicals they were putting on their lawns posed severe health risks and had unknown side effects on the environment.
Dr. Irwin’s persuasive arguments and data to back her findings eventually led the town of Hudson (Quebec, Canada) to enact a bylaw that banned the use of all chemical pesticides and herbicides.”
Conflicting articles and research: