Manchester Bee Control & Extermination

Manchester is the largest city in the U.S. state of New Hampshire, the tenth largest city in New England, and as of 2015 the largest city in northern New England, an area comprising the states of Maine, New Hampshire, and Vermont. It is located in Hillsborough County along the banks of the Merrimack River, which divides the city into eastern and western sections. Manchester is near the northern end of the Northeast megalopolis. It was first named by the merchant and inventor Samuel Blodget (after whom the Samuel Blodget Park in Manchester North is named). Blodget's vision was to create a great industrial center similar to that of the original Manchester in England, which was the world's first industrialized city.[4]

Manchester often appears favorably in lists ranking the affordability and livability of American cities. In 2009, CNNMoney.com rated Manchester 13th in a list of the 100 best cities in which to live and launch a business in the United States.[5] In addition, Kiplinger voted Manchester the second most tax-friendly city in the United States, second only to Anchorage, Alaska.[6] Also in 2009, Forbes magazine ranked the Manchester region first on its list of "America's 100 Cheapest Places to Live."[7] According to the Equality of Opportunity Project, released in 2013, Manchester ranked as the seventh best metropolitan area in terms of upward income mobility in the United States.[8]

Pesticides vary in their effects on bees. Contact pesticides are usually sprayed on plants and can kill bees when they crawl over sprayed surfaces of plants or other areas around it. Systemic pesticides, on the other hand, are usually incorporated into the soil or onto seeds and move up into the stem, leaves, nectar, and pollen of plants.[1]

Of contact pesticides, dust and wettable powder pesticides tend to be more hazardous to bees than solutions or emulsifiable concentrates. When a bee comes in contact with pesticides while foraging, the bee may die immediately without returning to the hive. In this case, the queen bee, brood, and nurse bees are not contaminated and the colony survives. Alternatively, the bee may come into contact with an insecticide and transport it back to the colony in contaminated pollen or nectar or on its body, potentially causing widespread colony death.[2]