States With The Least Bugs
“>states with the least bugs
You don’t know anyone who likes bugs. Very few.
They are probably the worst thing you have ever read. We want them all to be dead.
Bug bites can cause severe allergies and property damage.
Bugs have been a growing problem over the past months.
Pests are now faced with more favorable circumstances to survive and reproduce, from shorter winters to regular rains.
Some people asked us via email, “What states are home to the fewest insects?”
There have been cases where homeowners were unable to pay their pest control bill due to the severity of the infestation.
North Dakota is the second state on our list with less bugs.
North Dakota’s average annual temperature is 40 degrees F, while winters in the southwest are below freezing, so common house bugs won’t thrive there.
North Dakota is facing an ant problem. North Dakota is home to ten types of ants.
The fire ants, which are the most hazardous and often found in a house, aren’t very common.
You lose a lot of worry.
There are roaches and spiders that can be found in North Dakota homes. It all comes down to the cleanliness of your home and how humid it is.
Arizona ranks fourth in our top four states for having the fewest bugs due to its mild climate and lack of humidity.
Arizona is well known for its mosquitoes.
Arizona residents can also be bitten by bed bugs.
Many Arizona homes have ACs, which make them habitable for roaches.
You can’t live without an AC in Arizona. If you are careful about protecting your home from bed bugs, you will have far fewer problems.
Arizona may not be the best place for you, if scorpions, serpents, and huge centipedes are your fears,
5 State With the Most Bugs. We couldn’t stop here if we only mentioned those states with the fewest insects. A list of situations that can be considered too pest-friendly must exist.
Vector Kissing Bugs
Kissing bugs eat blood and they are most active at night (nocturnal). Kissing bugs can grow to be about half an inch long. Kissing bugs hatch from small eggs and go through five juvenile (nymphal) stages before they become adults. Certain types of kissing insects can survive up to 2 years.
All kissing bugs depend on blood for their survival. The kissing insects can consume wild and domestic animals, as well as people. They feed many times over their lives. They can take several hours to finish a meal when kissing bugs are eating. It is important to note that kissing bugs are NOT like ticks. While they feed, most people are not hurt by a kissing bug bite.
All over North America, Central America, South America, and South America are kissing bugs. There have been 29 kissing bug infestations in the United States. All shaded states in the map have at least one kissing bug found there. Striped states refer to those that we have received submissions into our Community Science Program. There are some rare kissing bugs found only in certain states. Those states are Delaware, Illinois, Indiana, New Jersey, Pennsylvania, and West Virginia.
Eleven different kinds of kissing bugs are in the United States. Arizona, New Mexico and Texas host the most variety and findings on kissing bugs. Scientists found out that 50% to 60% of Kissing Bugs are Infected With the Chagas Parasite.
Kissing bugs are a ‘vector’ because they can carry a parasite that can make people and animal sick. The parasite is Trypanosoma cruzi, and it causes Chagas disease. There are many locations where the number of infected “kissing bugs” varies.
Show People What We Feel
It is unknown how many Americans have Chagas disease. According to scientists, there could be as many as 300,000 Chagas disease cases in America. Most states are not required to keep track of the number of people with Chagas disease. Doctors have begun to count Chagas cases in Texas (Arizona, Arkansas), Louisiana, Mississippi Tennessee and Utah.
Chagas disease is more likely to affect people living in South America and Central America. In the United States, Chagas disease risk is higher in southern states (where there are more kissing bugs) than in northern states.
Chagas disease has two stages; the first stage is called the ‘acute phase’ and the second stage is called the ‘chronic phase’. T. Cruzi parasites can cause an acute phase that lasts from a few days to several months. Some people may experience the acute phase symptoms such as fever, fatigue, nausea, vomiting, diarrhea, weight loss, and body aches. Some people may not feel any symptoms during this phase. It can be difficult to identify Chagas disease from this.
About 3 out of every three people will experience the chronic phase after T.cruzi parasite invades their body. While the chronic phase may take years, some individuals can experience the chronic phase for many decades. Chronic phase may cause symptoms such as heart attacks or other health problems.
Talk to your doctor if you have concerns about Chagas disease. Chagas diseases tests can be performed and there are treatments. Chagas disease can be treated by doctors who work in collaboration with the CDC. There are currently not any vaccines available to protect Chagas patients.
Acute Illnesses Associated With Insecticides Used To Control Bed Bugs — Seven States, 2003–2010
Cimex.lectularius the common bed bug (or Cimex.lectularius) is a wingless and reddishbrown insect. To survive, it needs to be fed by humans, birds or other mammals (1). Though they are not disease vectors, bed bugs can be detrimental to your health by creating anxiety and discomfort as well as sleeplessness. Infestations and bed bug numbers are on the rise in both the United States of America and around the world (3,5). The majority of bed bug infestations are managed with insecticides. However, insecticide resistance is a concern. Pesticides used to excess and incompatible ways can increase human toxicity. To assess the frequency of illness from insecticides used to control bed bugs, relevant cases from 2003–2010 were sought from the Sentinel Event Notification System for Occupational Risks (SENSOR)-Pesticides program and the New York City Department of Health and Mental Hygiene (NYC DOHMH). Seven states were affected by the cases: California, Florida Florida Michigan North Carolina North Carolina New York Texas Washington. There were 111 diseases associated with bed bug-related insecticide usage. 90 of these (81%) were very mild, but one case was fatal. 99 (99%) cases involved pyrethrins (or both), as well as the fatality. Most common causes of illness included excessive pesticide application, inadequate notification and the failure to wash/change pesticide-treated beds. Although there have not been many cases of bedbug-related illnesses, it is important to educate the public on effective pest management.
The data for 2003-2010 from NYC DOHMH and states that participated in the SENSOR Pesticides program* were used to determine the incidence of illnesses related to insecticides used in bed bug control. + Acute diseases were those with two or more adverse health effects from insecticides. The following three criteria were used to classify cases as possible, probable and suspect: the certainty of exposure, reported effects on health, consistency with health effects with known toxicology (causal relationships) ( Table 1). We analysed data for demographics as well as health effects. Also, a 2010 report was obtained from Cincinnati Children’s Hospital Medical Center in Ohio. ** There were total of 111 cases identified across seven states between 2003 and 2010. (Table 2, ). The bulk of the cases, which occurred between 2008-2010 (73%), had low severity (81%), but were recognized by poison control centers (81%). New York City was home to 58% of the cases. 67% of all cases that involved persons older than 25 were those involving known age. The majority (93%) of cases happened in private residences. Only 40% were within multiunit housing. 39% (of the cases) were applied by residents of the house who were not trained to use pesticides. There were a majority of cases involving insecticides that were exposed to pyrethroids. Most frequently reported symptoms of health were headache and dizziness (40%); respiratory symptoms (40%), with irritation and dyspnea in the upper respiratory tract; and gastro-intestinal symptoms (33%).
Thirteen (12%) of the cases were related to work. Three illnesses were caused by pesticide application, with two certified applicators and two pest control operators. Four cases included workers unaware that pesticides could be applied. For example, carpet cleaners who clean an apartment which had recently been treated. Two of the cases were hotel workers (a manager as well as a maintenance worker), who became exposed while entering a hotel room that had recently been treated. The other two involved emergency medical techniqs who arrived at a scene to find white powder which was thought to be an insecticide. 50 percent of these cases were caused by insecticide-related illness. In insecticide-related illnesses, the most common factors were: excessive pesticide use (18%), inability to change or wash pesticide-treated bedding (16%) and insufficient notification (11%) (Table 3). The only fatality was in North Carolina, in 2010. She had a history including myocardial injury, renal failure and two coronary bypasses. Type II diabetes, hyperlipidemia and hypertension. Her husband was administering at least 10 medicines at the time. When she reported the problem to her husband, he used an insecticide++ in their house to kill the bugs. Both of these products cannot be used on bed bugs. The home received nine cans of insecticide foggerPP that were immediately released. Two days later, the insecticides were applied again to the box springs and mattress. Nine cans of an additional fogger*** were also released into the house. After applying the insecticides, both the couple and their dog left the house for about 3-4 hours. Upon returning to the home they were re-enter. Both days the couple did not follow the instructions given by the foggers. They were instructed to let the treated area air dry with windows and doors open for at least 30 minutes. On the day of the second application, the woman applied a bedbug and flea insecticide+++ to her arms, sores on her chest, and on her hair before covering it with a plastic cap. Also, she applied the insecticide the previous day to her hair. Two days following the second application, her husband found her nonresponsive. The husband took her to hospital where she was placed on a ventilator until her death.
Ohio also saw an example of misusing insecticides to kill bed bugs in 2010. Uncertified pesticide applicators applied malathion five more times to an apartment in Ohio to eliminate bed bugs. This was over a period of three days. Although the malathion product is not suitable for indoor use, it was used liberally so that floors and bedding were completely saturated. A family resided in the apartment that consisted of a father, mother, four children, and an adult roommate. The 6 year old child, who was in kindergarten, arrived at home just as the malathion application deadline. The applications were also attended by the father and his roommate. One day after the applications were submitted, the child started experiencing dizziness and diarrhea. Two days later, the child was suffering from headaches. One adult present reported vomiting, nausea and headaches. The other experienced tremors. Three young children aged three to seven years were in care for their mother during malathion applications. The children did not suffer from symptoms of insecticide-related poisoning. In order to prevent them from sleeping on saturated mattresses, each child slept with sheets laid on the floor every night for the first few nights after the application of malathion.
Because symptoms in the child aged 6 years persisted on the third application day, he was taken to a community hospital emergency department (ED) and decontaminated. The hospital didn’t have pediatrics specialist care so he was taken by ambulance to CCHMC for treatment and evaluation. His pseudocholinesterase level was within normal limits. He was given one doses of pralidoxime. Two adults, both of them from the same family, were examined in an ED within a nearby hospital. They were then treated and released. After the ED visits, the family didn’t return to their contaminated home. Cincinnati fire and Ohio Department of Agriculture were both involved in investigating the case. Applicator plead guilty to criminal charges. This resulted in probation and a fine.
Increased bed bug population and infestations in the United States are a result of increased travel (3,5). Increased bed bug resistance to insecticides is thought to have contributed to increased infestations. Insecticides containing pyrethroids are used widely to control bed bugs; however, pyrethroid-resistant bed bug populations have been found in five states (California, Florida, Kentucky, Ohio, and Virginia) (5). A minimum of one state applied for an Emergency Exemption from the Environmental Protection Agency (EPA), to be able to use propoxur, a carbamate to kill bed bugs indoors, due to their increasing resistance to approved insecticides.
CDC and EPA encourage integrated pest management (IPM), for bed bugs control (3,6). IPM is an effective pest control method that uses information on the life cycle of the pest and incorporates nonchemical and chemical methods (6). Bed bugs can be controlled using non-toxic methods such as heating affected rooms to 118F (48degC), cooling the rooms to 3degF (3degC) and making sure that professional pest control technicians are present (7). Box springs and mattresses should also be encased with bed bug-exclusion covers. Every resident in an affected building must provide support and be vigilant for other infestations (3). To eradicate bed bugs, it is often necessary to conduct multiple inspections and apply different treatments (4).
Four limitations are included in the report’s findings. Second, in some regions where surveillance is available, the incidence of acute disease due to insecticide exposure might be underestimated. SENSOR–Pesticides uses passive surveillance systems to identify cases. This means that minor symptoms are not reported to the system. If there was not enough information to satisfy the case definitionSSSSSS, or determine that an insecticide was used to kill bedbugs, the cases could be excluded. The term “bedbug” was used in the cases’ narratives. Third, it is possible to include false positives as cases. Symptoms for acute illnesses associated with insecticides are nonspecific; illnesses might be coincidental and not caused by insecticide exposure. Among the 111 cases described in this report, only 16% were categorized as either definite or probable. Finaly, only half of the cases had contributing factors. This could alter the report’s interpretation.
Though the incidence of bedbug-related illnesses is not high, increased resistance to insecticides could lead to greater pesticide misuse. Media campaigns are recommended to raise awareness about pesticides and prevent diseases. A certified pesticide application professionalPPP should be consulted by anyone who suspects that they have bedbug problems. Insecticides are safe when used according to the manufacturer’s instructions. The easiest way to avoid bed bug infestations is by making insecticide labels easy to read.
Thomas I, Kihiczak GG, Schwartz RA. A review of bedbug bites. Int J Dermatol 2004;43:430–3.
Goddard J, deShazo R. Bed bugs (Cimex lectularius) and clinical consequences of their bites. JAMA 2009:301. 1358–66.
CDC, Environmental Protection Agency. Statement from both the U.S. Centers for Disease Control and Prevention and U.S. Environmental Protection Agency on Bed Bug Control in the United States. Atlanta, GA: US Department of Health and Human Services. 2010.
Wang C, Gibb T, Bennett GW. Assessment of two integrated pest management systems for controlling bed bugs (Heteroptera Cimicidae: Heteroptera) and discussion about a bed bug trapping device. J Med Entomol 2009 ;46:566–-71.
Romero A, Potter MF, Potter DA, Haynes KF. How is the sudden pest’s resurgence related to insecticide resistance? J Med Entomol 2007:44.175-8.
Environmental Protection Agency. Information on bed bugs Washington, DC, Environmental Protection Agency. 2011. Available at http://www.epa.gov/bedbugs/#treat . Accessed September 16, 2011.
Benoit JB, Lopez-Martinez G, Teets NM, Phillips SA, Denlinger DL. Cimex lectularius (bed bug) responses to temperature extremes, dehydration and heat shock proteins: tolerance levels, quick cold hardening, expression of heat-shock proteins, and rapid cold toughening. Med Vet Entomol 2009.23:418-25.
Is There A Place Where There Are No Bugs?
Well, believe it or not, Iceland is the only country in the world that has zero population of these pesky insects. Nov 3, 2016
Which State Has the Most Bugs?
Florida seems to have a poor reputation for bugs. In a nationwide survey homeowners placed Florida as number one in the country in terms of pest infestations. Texas and Louisiana were the runners up. August 11, 2010.
What Us State Has the Fewest Mosquitoes
What is the state with the least number of mosquitoes West Virginia has 26 species of mosquitoes, while Texas has 85.
.States With The Least Bugs