Individuals 18 years old and older with a fairly recent experience of insect pests in the home are invited to participate in an online survey relating to integrated pest management.
“The purpose of the survey is to get more complete information on pest management practices and how these affect consumer behavior regarding home pest control,” said Janet Hurley, Texas A&M AgriLife Extension Service program specialist based at the Texas A&M AgriLife Research and Extension Center in Dallas.
Hurley is leading …
First, are you having trouble with pests in or around your home?
If the answer is NO, then you don’t currently need a pest control company.
However, if the answer is YES, then you may or may not need a pest control company.
Note: this information is not regarding termites; termites are a separate issue that typically need a yearly inspection by a certified pest control company.
If you are having pest problems, the first step …
Most homeowners enjoy a thick, green lawn, and as the weather gets warmer, keeping that lawn green and clean will get more challenging. Too much water can leave a lawn susceptible to disease, while too little water makes it dry and brown. Soil-borne insects such as grubs can eat the roots, and weeds can make the lawn look unkempt. Many homeowners feel the only way to solve these issues are with loads of chemicals.
Are insecticides and herbicides necessary to …
Introduction to Home Integrated Pest Management (IPM)
How do you begin to use Integrated Pest Management in your home? We suggest that you begin with exclusion and then move on to the other tasks (methods of IPM) listed below. Each plays an intimate role in aiding in the elimination and prevention of pests.
Keeping Pests Outside By Using Exclusion Methods
- Exclusion refers to blocking entry points for pests such as caulking around windows, making sure door sweeps are tightly
Brown dog tick, Rhipicephalus sanguineus
When a tick feeds it takes up whole blood, extracts the
water (about 70-75% volume) and injects the water back
into the host. For this reason, they are efficient vectors
of a variety of disease causing organisms such as bacteria,
spirochetes, rickettsiae, protozoa, viruses, nematodes,
and toxins. A single tick bite can transmit multiple pathogens
as well as creating secondary infections and allergic
reactions. Ticks therefore are the most common transmitters
of vector-borne disease …