New Online Video Helps Prepare Pesticide Applicators to Pass the Mosquito Control Exam

Elmer Gray, UGA Entomology Department

For pesticide applicators preparing to take the Mosquito Control Pesticide Applicators exam, help is as close as your computer!

Mosquito Control is a growing part of the landscape industry. Commercial applicators of mosquito control products need to have pesticide applicator certification in Category 41, Mosquito Control. UGA Entomologist Elmer Gray has recorded an online video to better prepare applicators to take and to pass the Category 41 pesticide exam.

The new video that helps to prepare applicators to take the Mosquito Control (Category 41) exam is posted online at http://www.gamosquito.org/training.html

Note that the video is a supplemental help to those studying for the exam and is not a replacement for studying the manual!  Applicators should order and study the manual before taking the exam.

If the applicator has not already passed the general standards exam through the GA Dept of Ag Pesticide Division, they will also need to order that manual, study and also pass that exam as well.

Mosquito control certification is handled through the GA Dept of Ag Pesticide Division. We sent the following information earlier concerning the Pesticide Division, but include it here again so that you have all info together in case you want to pursue a license.

New Online Video Helps Prepare Pesticide Applicators to Pass the Mosquito Control Exam

More information on the Mosquito Control exam and the Georgia Dept of Ag Pesticide Division

Note that the commercial mosquito pesticide applicator program is administered by the GA Department of Agriculture Pesticide Division, not the Structural Pest Control Division. Regulations and contacts for the Pesticide Division differ from those in the Structural Pest Division. This info will help guide you as you pursue this certification. You can also call GDA directly – (800) 282-5852.

Where can I order training manuals to study to take the commercial pesticide applicator exam (mosquito control, ornamentals and turf, etc.)?

If you do not already have a commercial license, you will need to take two exams – the General Standards exam and the exam specific for your field (Mosquito Control, Ornamentals & Turf, Right of Way, etc.) You can find information on ordering the manuals for the general standards exam and the category exams at this website – http://www.caes.uga.edu/publications/for_sale.cfm

How can I register to take a commercial pesticide applicator exam?

Visit this website – https://www.gapestexam.com/. You will need to create an account to enter the system. The exams are given at Technical Colleges across the state.

I have a license in one category from the Pesticide Division and want a license in a second category. Do I have to take the General Standards exam again?

No, you just need to take the test for that exam. Order the manual for that category, study the manual and then register for and take the exam that is specific for that category.

Where can I find pesticide applicator recertification classes?

Visit www.kellysolutions.com/GA/Applicators/Courses/CourseIndex.asp

Also contact your local Extension Agent for classes – http://extension.uga.edu/about/county/index.cfm

Where can I find information on my commercial applicator’s license (hours needed, etc), recertification classes available, etc.?

Visit this website – http://agr.georgia.gov/1pesticide-applicator-licensing-and-certification.aspx

The Georgia Department of Agriculture now has a Licensing Division. There are 7 coordinators with a call center to help assist with online renewals. The coordinators are being crossed trained so that everyone is familiar with the basic licensing process for each license. Contact the Licensing Division if you have questions – 404-586-1411 or toll free 855-424-5423 or email GDAlicensing@agr.georgia.gov

For regulatory questions continue to contact the respective division.

Sandy Shell is one of the Licensing Coordinators for the Georgia Department of Agriculture. She recommends the following website:

www.kellysolutions.com/ga The following can be accessed through this website:

  • Verify credit hours for Commercial Pesticide Applicator and Structural Pest licenses
  • Find recertification courses for private and commercial licenses
  • Renew Commercial and Pesticide Contractor Licenses (Structural renewals coming very soon)
  • Apply for a new Pesticide Contractor License
  • Apply for a new RUP Dealer license
  • Secure & Verifiable documents (coming very soon)

Does Georgia have reciprocal pesticide applicator license agreements with other states?

Georgia does reciprocate with other states on certain categories. Anyone needing more information on this can call Ag Inputs – Pesticide Section at 404-656-4958.

Identifying & controlling different mosquito species

Skeeter wordRosmarie Kelly, Public Health Entomologist, Georgia Department of Public Health

The first step in controlling the mosquito species which are causing your client problems is to identify the local species.  Quite often, not all methods of control will work well for all species.   Knowing which species are the issue can help you determine future control methods.

So, how do you determine which species are active at any given time in your area?  The best method is to set out light traps in the area, collect the mosquitoes, and identify them.  If this is done in a systematic way, it is possible to develop a database of local mosquito species that will aid you in determining the best method of control at any given time.

Is this always feasible?  Unfortunately, no.  However, depending on where your client lives, some of this information may be available from other sources. Municipal mosquito control programs in Georgia rarely have sufficient funding to do mosquito surveillance.  However, there are a few programs that do collect surveillance data and may be willing to share information.

Mosquito information is available through the Georgia Mosquito Control Association.  Also see the other resources listed at the end of this article.

Asian tiger mosquito, Susan Ellis, Bugwood
Asian tiger mosquito, Susan Ellis, Bugwood

The very least that should be done is to determine if the mosquito causing the problem is Aedes albopictus, the Asian tiger mosquito.   Asian tiger mosquitoes are small, aggressive, day-biting mosquitoes with black and white striped legs.

Since they do not fly far from their breeding ground, Asian tiger mosquitoes can be controlled through a combination of source reduction (eliminating breeding sites) and barrier spray (application of pesticide to vegetation where mosquitoes rest).  Not all mosquitoes will rest locally after biting, so barrier spray may not be as effective for all species but it works well for Asian tiger mosquitoes.

The most important reason to understand which mosquito species are causing problems at any given time is to assist with educating the client.  People tend to believe that all mosquitoes are the same, and often have unrealistic ideas about their control.  If you are well informed, it can help you when discussing control issues with the client and assist in keeping the client happy with your control program.

There are control situations that are better handled by commercial mosquito control companies. Having a list of local commercial applicators can be useful to a municipal program.

Resources are available to assist with mosquito surveillance and identification.  Check out:

Simple Key to Some Common Georgia Mosquitoes

Best Management Practices for Integrated Mosquito Management

Georgia Mosquito Control Association

American Mosquito Control Association

The Florida Medical Entomology Laboratory at the University of Florida offers an Advanced Mosquito Identification and Certification Course (http://mosquito.ifas.ufl.edu/Advanced_Mosquito_ID_Course.htm).

The Georgia Department of Public Health has offered at least one mosquito ID course every year since 2002, and hopes to continue this tradition depending on funding.  Watch the Pest Control Alerts training page for these classes or other upcoming training.

The various mosquito control products vendors not only offer equipment calibration, they also offer training opportunities.

UGA Urban Pest Management Program

Urban IPM videoUrbanization creates pest problems that threaten the health and welfare of all Georgians. Insect and rodent pests consume and contaminate our food anywhere that it is grown, prepared, cooked, served, or stored. Insects also consume the wood from which our homes are built. Some pests are life-threatening, especially those that bite, sting, or trigger allergies.

The Urban Pest Management Program on the University of Georgia’s Griffin Campus is responding to these challenges by researching key problems and disseminating information to those who can use it best, specifically Georgia’s residents and the owners and operators of Georgia’s termite and pest control companies.

The Griffin Pest Management Program is dedicated to the continuing education of employees of all of Georgia’s pest management companies. To that end, the Program offers multiple training opportunities for the pest management professional. Annually, more than 30/40 continuing education hours are available to Georgia’s registered/certified pest management company employees through a multitude of training programs.

The Georgia Structural Pest Control Training Facility is located on the University of Georgia’s Griffin Campus. The facility was built to train and educate pest management professionals, regulatory inspectors, and Cooperative Extension personnel on the biology and management of pests in the home, business and school environments.

For more information on our programs, contact Dr. Dan Suiter at 770-233-6114 or email dsuiter@uga.edu. Watch this video (YouTube) for an overview of the training programs offered on the UGA Griffin Campus.

Visit the Urban IPM Pest Management website here

Mosquitoes Modified to Create Only Male Offspring Could Help Eradicate Malaria

From Entomology Today

Anopheles mosquito image from online article
Anopheles mosquito image from online article

Scientists have modified mosquitoes to produce sperm that will only create males, pioneering a fresh approach to eradicating malaria.

In a study published in the journal Nature Communications, scientists from Imperial College London have tested a new genetic method that distorts the sex ratio of Anopheles gambiae mosquitoes, the main transmitters of the malaria parasite, so that the female mosquitoes that bite and pass the disease to humans are no longer produced.

Read the entire article in Entomology Today.

Can you identify and control this troublesome weed?

Info taken from the publication Virginia Buttonweed Identification and Control in Turfgrass by Patrick McCullough and Jialin Yu, UGA Department of Crop and Soil Sciences

Virginia buttonweed (Diodia virginiana L.) is a troublesome broadleaf weed in turfgrass throughout the southeastern United States. Virginia buttonweed is a deep-rooted perennial with prostrate or spreading branches. It usually proliferates in moist to wet areas and can tolerate mowing heights as low as one-half inch. The species is a member of the Rubiaceae family and is found from New Jersey, west to Missouri and south into the Gulf Coast states.

Virginia buttonweed leaves are slightly thickened, opposite without petioles and slightly rough along the margins (Picture 1). Leaves are green on the upper surface, light green on the lower surface and often have a mottled yellow mosaic appearance caused by a virus that commonly infects foliage (Picture 2). Branched stems are occasionally hairy (Picture 3) and reproduction occurs via seeds, roots or stem fragments. Flowers are white with four star-shaped petals, which sometimes have pink streaks in the center and two sepals. Fruit are green, elliptically shaped, hairy and ridged.

For info on managing this weed:

See entire publication

Or see sections of the publication on:

Georgia’s Open Burning Ban in Effect May 1 – Sept 30

Info taken from the the Georgia Forestry Commission website

When is the burning ban in effect?
The burning ban is in effect from May 1 through September 30 each year.

What counties are under the burning ban?
The following counties are under the burning ban:

Banks, Barrow, Bartow, Bibb, Butts, Carroll, Catoosa, Chattooga, Cherokee, Clarke, Clayton, Cobb, Columbia, Coweta, Crawford, Dawson, DeKalb, Douglas, Fayette, Floyd, Forsyth, Fulton, Gordon, Gwinnett, Hall, Haralson, Heard, Henry, Houston, Jackson, Jasper, Jones, Lamar, Lumpkin, Madison, Meriwether, Monroe, Morgan, Newton, Oconee, Paulding, Peach, Pickens, Pike, Polk, Putnam, Richmond, Rockdale, Spalding, Troup, Twiggs, Upson, Walker and Walton.

Who is responsible for the burning ban?
The open burning ban is under the jurisdiction of the Georgia Department of Natural Resources (DNR), Environmental Protection Division (EPD), Air Protection Branch.

Why is the burning ban needed?
The Georgia EPD imposes a ban on outdoor burning to comply with Federal Clean Air Regulations.  During the summer months in Georgia, the ozone in the air we breathe can reach unhealthy levels.  The Georgia EPD has identified open burning as a significant contributor of the pollutants that form ozone.  Consequently, open burning in metro Atlanta and larger counties must be restricted during the summer months.

How can the Georgia Forestry Commission (GFC) help me determine whether I can burn or not?
The Georgia Forestry Commission’s on-line burn permit system and 1-877-OK2-BURN phone system will inform by county whether or not you can burn or you can call your local GFC office.

Who can I contact for information? 
Georgia EPD Air Protection offices
Your local GFC office
Your local Fire Department

Other Resources
Open Burning Rules for Georgia – Environmental Protection Division (EPD), Georgia DNR
Clean Air Act – U.S. EPA
Office of Air and Radiation – U.S. EPA

See the original article here

Also see the GFC  Online Burn Permit System.

Identifying and Treating Winter Kill in Turf

Clint Waltz, UGA Extension Turf Specialist

Image - Winter kill in centipede taken from presentation by Clint Waltz, UGA Turfgrass Specialist
Image – Winter kill in centipede taken from presentation by Clint Waltz, UGA Turfgrass Specialist

We’ve received many questions regarding grass that has failed to green-up this spring.  With variations among four different warm-season species, multiple climatic conditions, and because of the wet conditions leading to a likelihood of disease, there is much to be said on the topic of “winter kill”.   In many incidents there are circumstances and extenuating factors that make a specific diagnosis difficult. If there were a year for winter kill, after the cold conditions this past winter and early spring, this would be the year for it.

Click here for a brief presentation about Winter Kill.

Dr. James McCurdy at Mississippi State has written a good blog on winter kill in his state, and over the past 30 to 45 days I’ve seen many of the same issues in Georgia so my comments would be consistent with his.

  • In many cases, bermudagrass has greened-up and is beginning to grow.  I’ve seen a few lawns and pictures of some bermudagrass that is still brown.  Patience may be the key with bermudagrass.  Soil temperatures have only been conducive for growth for about two weeks.  Remember bermudagrass has rhizomes, below ground stems, that were likely well insulated by soil.  Warmer temperatures and time will likely be suitable for bermudagrass recovery.  Check for extenuating factors like shade and ask questions about how long ice or snow remained on the lawn / grass.  I have seen some incidences where sledding occurred and the brown tracks are consistent with the path of wintertime fun.
  • Hybrid bermudagrass have recovered better than common-type (i.e. seeded) bermudagrasses.  The commons are recovering – all be it slowly.
  • Zoysiagrass have fared well but are slow to resume active growth.  See my comments for bermudagrass regarding soil temperatures and patience.  Remember, zoysiagrass is inherently a slow growing species, so recovery is going to take time.  It too has rhizomes and with time will regenerate itself as environmental conditions become favorable for growth.  To help, vertical mowing (i.e. verticutting) can aid in getting light and warmth to the soil surface.  This cultural practice can help remove dead leaf material and speed recovery.
  • Centipedegrass and St. Augustinegrass have suffered the greatest.  There are many cases where reestablishment is going to the best option.  Consider making the decision early (i.e. now) and getting started with sodding or seeding as soon as possible (see slides)
  • Grass that was sodded last year is a hit or miss. Some bermudagrass and zoysiagrass that is less than a year old seems to greening-up and doing fine. Some is not. This is more likely a result of post establishment care, position within the landscape, and how late into the summer or fall the grass was sodded. Grasses planted earlier in the summer seem to be doing better than those established later. That stands to reason as the earlier planted grass had more time to establish and produce rhizomes and roots before the onset of winter. However, I’ve seen some zoysiagrass sodded earlier in the summer, on a northern exposure that didn’t make it through the winter. Water wasn’t an issue most of 2013, third wettest year on record. As a result, the associated lack of ample sunshine during the 2013 growing season may have contributed to suboptimal establishment and production of carbohydrates – a biochemical molecule responsible for energy and energy storage. With compromised production of carbohydrates, the turfgrass plant had less stored energy to initiate growth (i.e. green-up) this spring.
  • Fortunately I have not seen many incidences where I think early spring fertilization is the primary culprit for “winter kill”. But I have spoken with a few homeowners and landscapers that applied nitrogen in late February and early March, before soil temperatures were conducive for warm-season root growth (65ᵒ F). One was a centipedegrass lawn where the early fertilization coupled with the “Easter freeze” likely affected the majority of the lawn. From what I’ve observed to this point, I think the early fertilization is more closely linked to increased occurrence of disease (e.g. large patch) which is making homeowners think their lawn was affected by the low temperatures. Regardless of year, this issue is self-imposed and 100% avoidable.
  • In my plots the three primary St. Augustinegrass cultivars grown in Georgia (i.e. Mercedes, Palmetto, and Raleigh) have had some degree of damage.  The difficulty with St. Augustinegrass is that in sod production it typically does not “lift” well during the spring, do it’s early summer before producers can provide a quality product.  If a homeowner is considering re-sodding St. Augustinegrass, they can start site prep now but be prepared that quality sod may not be available until mid-June.
  • Typically I don’t consider environmental injury as a primary culprit to turfgrass loss, but after last summer and this past winter it’s real this year, especially for centipedegrass.  I’ve seen several centipedegrass, and St. Augustinegrass lawns, that will likely need complete re-grassing.  There is little that can be done to recover these lawns in a timely manner and “sanding” will likely be of little help.  TifBlair does have improved cold hardiness relative to common centipedegrass but this year I’ve seen it injured too but that seems specific to areas that remained under ice or snow for several days.  TifBlair in more open areas where the sun shortened the duration of snow cover seems to be delayed but greening.
  • If reestablishment either from sod or by seed is desired – now is an appropriate time for either practice.  In fact, if seeding is chosen – the earlier the better.  If the lawn was healthy going into the fall, seeding may be the better option.  The homeowner can mow the existing lawn low (i.e. scalp), collect the biomass (i.e. clippings), opening the canopy for seeds to make soil-to-seed contact.  By keeping some of the existing grass it may help speed recovery and provides a medium for seed to become established (i.e. a nurse grass).  The caveat to this is there was no preemergence herbicide applied this winter or spring.  If so, then don’t seed.  The herbicide will kill the germinating centipedegrass seed too.  Lastly, follow watering and establishment practices for a newly planted lawn.

Demise of Small Mosquito Control Programs (and the Effect on West Nile Virus Transmission)

State public health officials in Georgia support an integrated approach for mosquito control. Local officials can contact the Department of Public Health for more information about how to conduct an integrated program in their counties.

Learn more at the Georgia Department of Public Health Web Page.

Also check out the Georgia Mosquito Control Association website.

Summary of an article by Dr. Rosmarie Kelly, Georgia Department of Public Health Read the entire article here

Asian tiger mosquito, Ary Farajollahi, Bugwood.org
Asian tiger mosquito, Ary Farajollahi, Bugwood.org

A number of published reports suggest that mosquito control programs, and especially those using Integrated Mosquito Management techniques, are needed to reduce the risk of arboviral (West Nile Virus and some other mosquito vectored diseases) transmission at the local level. A study from Michigan indicated that people in communities with no mosquito control program had a tenfold greater risk of West Nile fever/encephalitis than those in areas where mosquitoes were controlled http://www.cdc.gov/ncidod/dvbid/westnile/conf/pdf/Walker_6_04.pdf

A Chicago area study suggested that mosquito control programs made a difference in WNV infection rates. The Des Plaines Valley District, with an intensive program to kill mosquito larvae, had four West Nile fever/encephalitis cases per 100,000 people, while the North Shore District, with a less ambitious program, had 51 cases per 100,000. This study showed that the program with the most mosquito surveillance and best documented larviciding and adulticiding operations had the fewest number of West Nile fever/encephalitis cases (Tedesco, Ruizand and McLafferty 2010).

This is not new information. The efficacy of aerial insecticide applications to reduce the transmission of Saint Louis Encephalitis (SLE) virus was shown during an epidemic in Dallas, TX in 1966. This study presented evidence that infection rate is reduced as a consequence of anti-mosquito measures. Before aerial spraying there was an SLE virus infection rate of 1 in 167 mosquitoes tested. After aerial control operations the SLE virus infection rate was 1 in 28,639 mosquitoes (Hopkins et al. 1975)

So, are small programs important? There was a documented increase in vector populations after the temporary closure of Clayton County, Georgia’s mosquito control program. There was an apparent increase in the risk of West Nile fever/encephalitis based on the presence of increased numbers of vector species and the detection of an early human case of West Nile fever/encephalitis in 2010. There was also a suspected increase in nuisance species and mosquito complaints, although these data were not collected. The Clayton County program has since been re-instated and is administered by Public Works.

Since the size of mosquito populations is crucial to disease transmission, it is important to reduce these populations below transmission thresholds. Even small programs can provide a reduction in vector populations and reduce the risk of vector-borne disease transmission.

Read the entire article here

References:

Hopkins, CC et al. 1975. The epidemiology of St Louis encephalitis in Dallas, Texas in 1966. Am J Epidemiol 102: 1-15.

Tedesco C, Ruiz M, and McLafferty S. 2010. Mosquito politics: Local vector control policies and the spread of West Nile Virus in the Chicago region. Health & Place, 16 (6): 1188-1195.

Do you recognize this cockroach and know how to control it?

Do you recognize this cockroach and know how to control it?

 

The insect is a smokybrown cockroach. Read the following info to know how to identify and to control five types of cockroach found in Georgia!


This information is from the UGA publication, Management of Insect Pests in and Around the Home. The publication gives a full range of control options for 75 household pests based on pest biology. You will want to explore the entire publication, but this is an excerpt from the Cockroach Control section.

Cockroaches (Order Blattaria)

Cockroaches are large, night-active, fast-moving insects with a broad, flattened body, long antennae, and a relatively small head. The front pair of wings (called tegmina) are tough, protective, and lay on top of the membranous hind wings. Most cockroaches are poor fliers. None of the cockroach species listed below is indigenous to the U.S., but all are well established.

American cockroach (Blattidae: Periplaneta americana):

Adults are large (2 inches) with pale outer margins on the pronotum (upper thorax). Chestnut to light brown-colored insects that run quickly. Males and females are visually indistinguishable, although females are a little wider posteriorly than males.

American cockroach
American cockroach

Habits:

Mainly found in sewers and other dark, damp hideaways such as basements. Rarely, if ever, found in attics. Night active. Sometimes found co-habiting outdoor harborage sites with smokybrown and/or Oriental cockroaches.

Interventions:

Apply gel baits (multiple small dabs no larger than a pea) or broadcast granular baits in areas where cockroaches are found. Bait stations can be used to control small nymphs, but adults and large nymphs may be too big to fit into the small openings in most bait stations.

Might Be Confused With:

Smokybrown cockroach, Oriental cockroach.

Smokybrown cockroach (Blattidae: Periplaneta fuliginosa):

Adults are large (1.5 inches) and uniformly dark cherry to dark red colored. Males and females are visually indistinguishable, although females are a little wider posteriorly than males. First instar nymphs approximately 1/8 to 3/16 inch, and identified by the white band across their back, just behind the thorax, and a white band on the tip of the antennae.

Smokybrown cockroach
Smokybrown cockroach

Habits:

Most common cockroach in suburban, Southern neighborhoods with mature hardwood trees present, where they commonly live in treeholes, attics, crawlspaces, sheds and similar harborages with high humidity and protected from the desiccating effects of wind. Not commonly found in kitchens, as is the German cockroach. Night active. Sometimes found co-habiting outdoor harborage sites with American and/or Oriental cockroaches. Rarely, if ever, found in sewers. First instars not very mobile; their presence suggests nearby egg case hatch.

Smokybrown cockroach nymphs
Smokybrown cockroach nymphs

Interventions:

Apply gel baits (multiple small dabs no larger than a pea) or broadcast granular baits in areas where cockroaches are found. Bait stations can be used to control small nymphs, but adults and large nymphs may be too big to fit into the small openings in most bait stations.

Might Be Confused With:

American cockroach, Oriental cockroach.

Oriental cockroach (Blattidae: Blatta orientalis):

Adults are large (1 to 1.25 inches) and cherry to black colored. Males with short wings that do not completely cover the abdomen; females wingless (wingpads only).

Oriental cockroach
Oriental cockroach

Habits:

Sometimes found cohabiting outdoor harborage sites with smokybrown and/or American cockroaches. Night active. Rarely found around homes in suburban environments. Biology and habits more similar to the American cockroach than the smokybrown cockroach.

Interventions:

Apply gel baits (multiple small dabs no larger than a pea) or broadcast granular baits in areas where cockroaches are found. Bait stations can be used to control small nymphs, but adults and large nymphs may be too big to fit into the small openings in most bait stations.

Might Be Confused With:

Smokybrown cockroach, American cockroach.

Asian cockroach (Blattellidae: Blattella asahinai):

Adults of both sexes about 1/2 to 5/8 inch, tan colored with dual, parallel stripes on back of pronotum (upper thorax). Males and females are visually indistinguishable.

Asian cockroach
Asian cockroach

Habits:

Attracted to light, readily flies (rare for a cockroach), and found in shaded areas outdoors with leaf litter, mulch and/or high grass present. Rarely found indoors, unless attracted there by light. Flies during the day in response to disturbance (walking through habitat).

Interventions:

Alter lighting to make structure less attractive at night (see section in publication on Proactive Pest Management). Broadcast granular bait in areas where cockroaches are found. If desired, apply an appropriately labeled residual spray to those areas where cockroaches are found.

Might Be Confused With:

German cockroach.

German cockroach (Blattellidae: Blattella germanica):

Adults of both sexes about 1/2 to 5/8 inch, tan colored with dual, parallel stripes on back of pronotum (upper thorax). Males and females are visually indistinguishable.

German cockroach
German cockroach

Habits:

Obligate indoor pest, never to rarely found outdoors except in cases of extreme indoor infestations. Found mainly in kitchens near and in warm appliances and sources of water. Night active. Under extreme levels of infestation this cockroach may be responsible for allergies, especially in children.

Interventions:

Use pheremone-based sticky traps to highlight areas of activity. Use gel baits and bait stations in areas (mainly in kitchen under the sink, next to the garbage, under/next to the refrigerator and stove, and in infested drawers) where German cockroaches are found. In moderate to heavy infestations, as many as 12-15 bait stations may be needed in a standard-sized home. Place bait stations on flat surfaces in corners and along edges of walls. When using gel baits, the application of many small bait ‘spots’ is preferred to the application of a few large bait spots (it does not take much bait to affect a large number of German cockroaches). If desired, in cases of extreme infestation apply a spot treatment with an appropriately labeled residual spray inside cracks and crevices where cockroaches are found. Total release aerosols (bug bombs) are ineffective at controlling German cockroaches, and should not be used indoors.

Might Be Confused With:

Asian cockroach.


About the Authors Daniel Suiter (dsuiter@uga.edu) and Brian Forschler (bfor@uga.edu) are Professors of Entomology, specializing in urban entomology, in the Department of Entomology at the University of Georgia; Suiter is located on the university’s campus in Griffin, while Forschler is on the main campus in Athens, GA. Lisa Ames (lames@uga.edu) directs the Homeowner Insect and Weed Diagnostics Laboratory on the UGA Griffin Campus. E. Richard Hoebeke, a systematic entomologist, is the associate curator of insects at the Georgia Museum of Natural History on the UGA’s main campus in Athens, GA (rhoebeke@uga.edu).

This Memorial Day, We Salute the Military Entomologists

Adapted from an article in Entomology Today

Historically, more soldiers have died from insects than from bombs or bullets. In addition to malaria and yellow fever, soldiers have faced dengue, typhus, leishmaniasis and other insect-borne diseases.

The United States has taken the threat from insects very seriously. Today the U.S. Army, Navy, and Airforce all have trained entomologists to improve the health and sanitary conditions of their personnel. So on this Memorial Day — we thank our military entomologists, and all others who have served in the U.S. armed forces.

See entire article from Entomology Today.