ticks

Ticks are spreading to new regions and bringing new threats, particularly during summertime. William Brangham discussed the issue with Holly Gaff, a mathematical ecologist at Old Dominion University who studies ticks.

The article discusses how to avoid ticks during tick season, highlighting NPR's consultation with two experts on tick bites and behavior.

Ticks that spread life-threatening pathogens have been detected in new counties, raising concerns about a 'perfect storm' for devastating diseases.

Tick season is worsening, with ticks causing serious diseases but control methods lagging behind those for mosquitoes. In the northeast, health officials and researchers are exploring deer population management and experimental approaches to combat ticks and related illnesses.

The article confirms that the government is not dropping ticks on farms, but a conspiracy theory suggesting this has spread in the U.S. and Canada. The claim is false and has been debunked.

Ticks are surging in the Northeast and Midwest during prime tick season. The increasing prevalence of ticks is altering lifestyles in highly affected areas.

The article discusses the advancing spread of ticks in Canada, highlighting the need for Canadians to adapt to this growing issue. It emphasizes that ticks are becoming more prevalent, posing challenges for public health and safety.

The article warns of an increase in ticks in Colorado and advises readers to learn about tick-borne illnesses and prevention methods. It emphasizes the need for awareness and preparation to avoid health risks associated with bloodsuckers.

Climate change is causing ticks to expand into new habitats across southern Canada. Experts warn that these pests may soon affect the majority of Canadians.

Scientists are pushing to create ticks that spread red-meat allergies, sparking public outrage and comparisons to biological terrorism. Critics question the ethical implications of the research.

Scientists are developing ticks that spread red-meat allergies, sparking public outrage and accusations of biological terrorism.

Scientists are exploring genetic engineering to reduce Lyme disease transmission by targeting wild mice instead of deer or ticks. This approach aims to disrupt the disease's lifecycle through modified mice populations.

Scientists are using genetic engineering to target wild mice in an effort to reduce the transmission of Lyme disease, shifting focus from traditional vectors like deer and ticks. The approach aims to curb the disease's spread by altering mouse DNA, which plays a key role in the ecosystem of Lyme disease transmission.

Lyme disease cases in England have increased by more than 20 percent over the past year, indicating a rising public health concern. The disease, transmitted through tick bites, is becoming increasingly prevalent in the country.