New York State IPM Program

September 20, 2018
by Debra E. Marvin
Comments Off on Boxwood Blight is Breaking the Bank

Boxwood Blight is Breaking the Bank

Boxwood blight, Cylindrocladium buxicola, was first identified in 2011 when submitted samples were examined at the Connecticut Agricultural Experiment Station. This marked the first confirmed cases outside of the UK and New Zealand. Since then, it’s been found on many cultivars of boxwood, Buxus spp., up and down the east coast.

Boxwood Blight, Photo credit Oregon Department of Agriculture

Now, it’s not only showing up in many downstate counties and Long Island, but completely decimating formal gardens and landscape nurseries. With various landscape and cutting uses, Boxwood is a million dollar plus industry, including its use as a major component in holiday wreaths and decorations.

Boxwood Blight, photo credit Margery Daughtery

While boxwood blight might not be a concern in your yard, you’d notice its loss in many landscapes. This is a major concern of landscapers, horticulturalists and growers.

Boxwood blight shows up as dark brown spots on leaves. These lesions enlarge with dark borders until they merge with others. By then an entire leaf—and many nearby—may be covered. These browned out or straw-colored dead leaves drop in record time. “That’s why they call it a blight.”

Stem infection also occurs and shows up as long black lesions. This FUNGAL DISEASE forms sporadochia (fruiting structures), visible with a hand lens. In layman’s terms, sporadochia produce sticky spores—nasty seeds of destruction if you’re a fungal disease! Spores happily spread by wind, rain, splashing water, or by hitchhiking on you, your lawnmower and rake, your dog, even your favorite garden birds.

Why this sudden outbreak? Anyone who suffered through this swampy summer can guess. According to Cornell Alum and New York State Climatologist, Mark Wysocki, “This is more typical for the Gulf Coast states.” Syracuse, for example, sweated through 531 hours when the dew point, a standard measure of humidity, was at least 70 degrees. That’s more than double the number of sticky hours of the next closest year, 2005.

THIS CHART SHOWS # OF HOURS OF DEWPOINT >= 70 at Ithaca Tompkins Airport by year 1996-2018

With relatively new pests, IPM and conventional treatment options aren’t time-tested. Other factors such as soil health, over or under-watering and winter injury increase susceptibility, but this year’s humidity has come at a high cost to boxwood.

For more on boxwood blight, here are two great resources:

Connecticut Agricultural Experiment Station, Dr. Sharon M. Douglas

 Margery Daughtery, Long Island Horticultural Research and Extension Center for Cornell University.

September 13, 2018
by Karen English
Comments Off on Spotted Lanternfly Enters New York State

Spotted Lanternfly Enters New York State

It’s unfortunate that we must spread the news that living Spotted Lanternflies have been detected in New York State, but to be forewarned is to be forearmed. Here is the text of the press release published by the New York Department of Environmental Conservation and the Department of Agriculture and Markets:

DEC and DAM Announce Confirmed Finding of Spotted Lanternfly in Albany and Yates Counties

State Agencies Encourage Public to Report Findings of Invasive Pest

Red is ever a reminder to other critters: this might be toxic. (Photo Penn State)

The New York State Departments of Environmental Conservation (DEC) and Agriculture and Markets (DAM) today confirmed that spotted lanternfly (SLF), an invasive pest from Asia, has been found in Albany and Yates counties. A single adult insect was discovered in a vehicle in the Capital District. In addition, a single adult insect was reported on a private Keuka Lake property in Penn Yan, Yates County.

“DEC and our partners at the Department of Agriculture and Markets are closely tracking the spotted lanternfly, a destructive invasive pest, as part of our ongoing efforts to prevent its establishment and spread in New York. This pest has the potential to severely impact our state’s agricultural and tourism industries,” DEC Commissioner Basil Seggos said. “We are encouraging the public to send us information to bolster our efforts—they are our eyes on the ground.”

Following both reported cases, DEC and DAM immediately began extensive surveys throughout the area. At this time, no additional insects have been found. DEC and DAM urge New Yorkers to report potential sightings to spottedlanternfly@dec.ny.gov.

To read more, please follow this link: dec.ny.gov/press/114646.html

September 7, 2018
by Mary M. Woodsen
Comments Off on The eat-local movement: IPM works for you…

The eat-local movement: IPM works for you…

… no matter who you are.

Eat local! For towns and cities small and large, the eat-local movement is a boon for farmers and consumers alike. You (the consumer) get your veggies fresh, while you (the farmer) can build a base of local buyers who know your products.

Tomatoes, cukes, and sweet peppers. Lettuce and spinach, arugula and swiss chard. For farmers who grow them, the season is always too short—and winter too long. Now some have adopted the high-tunnel approach to get ahead of the game.

These tomatoes are just getting traction. Next up….

Ripe local tomatoes … ready for you.

And what is a high tunnel, exactly? Uh … well, I’ll grant you there’s no “exactly” to many a thing—high tunnels included. But whatever the specifics, they have much in common. For starters, this type of greenhouse is usually a plastic covered structure with less environmental control, relying on passive ventilation for cooling.

But like everything in agriculture, high-tunnel crops have can have insect pests. Plant pathogens. Weeds.

How do we help? Let us count the ways. Crafting a solid IPM plan is a great place to start. The plan lays out practices that help prevent pests, be they diseases, weeds or insects. Choosing pest-resistant varieties helps lessens the need for pesticides. Ditto with becoming familiar with a range of biocontrols while you’re still ahead of the game. Then there’s getting the ID’s right: learning the appearance or symptoms of pests that just happen to be checking out the premises. Once you’ve nailed the IDs, it’s time to scout early and often.

Diversifying and rotating crops plays a big role too. So does getting watering, ventilation, and fertilizing down to an art—a must-do, since too much or too little of any of these can encourage those pests you are trying to control.

Next time you are buying local – ask your local farmer how they include IPM in their production.  You’ll find they are all doing their best to grow beautiful, delicious veggies for you.

Eat local!

August 30, 2018
by Mary M. Woodsen
Comments Off on Bugs in your bed? IPM solution at your fingertips

Bugs in your bed? IPM solution at your fingertips

Bed bugs are a longtime pest all over the world. Lord knows we here in the states have labored under their curse for upward of four centuries now. The respite we got from DDT was short-lived in evolutionary time, since it takes little for a pest of any sort to become resistant to whatever pesticide we throw against it.

It’s 1939. Most of us haven’t been born yet. But bed bugs are here. How they got around? This cartoon tells all.

Hard to see, difficult to deal with, bed bugs are well-nigh impossible to live with. These hitchhikers have one seeming aim—to take a trip from one place to the next without you noticing a thing. And by the time you do, it’s too late to wave good-bye. The only thing bed bugs have going for them? They don’t carry disease—a consolation, yes, though a small one when you’re in the thick of it all.

To help, we offer the ultimate in how-to guides: How to Get Bed Bugs Out of Your Belongings. Here you’ll find the pesticide-free solutions you need for household items—items too easily overlooked by the professionals. And the money to replace your stuff? Our guide saves the day.

Consider the humble hair dryer. Our electronics—TV remote, cell phone, lamps and laptops—the list goes on. And you can bet your bottom dollar: bed bugs can find hidey holes within them all. But just try tossing them in a hot dryer (the solution for many a personal or household item). Here’s a place where the hair dryer, helped by its friend the vacuum cleaner, could save the day.

From our guide: Bed bugs are drawn to heat … Warm electronics, especially, should be inspected. Use the hair dryer to blow hot air into cracks and crevices to flush bed bugs, and use the vacuum cleaner to suck them up. Many electronic devices can withstand heat of up to 160°F. Check the owner’s manual or call the manufacturer to confirm that the unit can withstand heat.

You get the idea. Now get the guide. And while you’re at it—check out a whole slew of other IPM resources for bed bugs, cataloged here.

 

August 24, 2018
by Debra E. Marvin
Comments Off on Nominations Sought for 2018 Excellence in IPM Awards

Nominations Sought for 2018 Excellence in IPM Awards

Since 1996, the NYS IPM Program has acknowledged Excellence in IPM with annual rewards

What are the Criteria for Nomination?

Candidates are individuals or organizations whose IPM work in New York State deserves special recognition. Excellence in IPM Awards recognize effort in:

– developing new IPM tools;

– implementing or evaluating IPM methods in their operations, businesses, or organizations;

– encouraging demonstrations and adoption of IPM;

– promoting IPM and bolstering the adoption of IPM practices; or

– educating others about IPM.

The NYS IPM Program seeks nominations of people working in agricultural IPM (fruit, vegetables, ornamentals, and livestock and field crops) and in community IPM (schools, homes, landscapes, turf, and municipalities). New Yorkers involved in communicating about IPM through the media are also eligible. Previous IPM award winners have worked with the NYS IPM Program, commodity groups, private organizations, Cornell Cooperative Extension, and in other settings to help develop and promote the use of IPM.

Are You Qualified to Nominate?

To submit a nomination, you must be either: (a) be an employee of Cornell University or Cornell Cooperative Extension, or (b) serve on a NYS IPM Program committee. Alternatively, you may co-nominate with someone who meets the above criteria. No self-nominations will be accepted. Re-nominations of people suggested in other years are welcome if the materials are updated.

What do I  Submit?

A signed letter on letterhead, not exceeding two pages, with the following information:

– Your name, title, organization, address, telephone number, e-mail address, and affiliation with the nominee.

– Nominee’s name, title, organization, address, telephone number, and e mail address.

– Reasons for the nomination, including a description of the nominee’s operation (e.g., farm, consulting firm, business) if applicable, IPM philosophy, IPM innovations, and other activities relevant to IPM. If you are nominating an organization, describe the goals, business products or services and its IPM philosophy and practices.

– Suggestions for suitable venues for presenting the award, for example the statewide Fruit and Vegetable Expo or the NYS Turf & Grounds Expo.

*Photos of the nominee practicing IPM are appreciated (but not required) at the time of submission, or later if you are notified that your nominee has won an award.

*A Word version of your letter is also appreciated (but not required) for easier quoting in press releases and articles.

Please note: Email messages are not acceptable.

  • At least two supporting letters of recommendation from people who have been positively affected by the nominee, also signed, on letterhead. (Word versions also appreciated. Email messages not acceptable.)
  • Additional supporting information (newspaper articles, letters, photographs, etc.) as appropriate. **Note: Nominating letters, and letters of support, may be seen by the award winners or be quoted in press releases or other venues. If you do NOT want the nominee to see your letter, or to have a quote attributed to you, clearly state this in your letter.

(L) 1999 Awardee Carol MacNeil https://nysipm.cornell.edu/about/we-give-awards/1999-excellence-ipm-award-winners/carol-macneil/

Where Do I  Submit Nominations?

Address letters to Dr. Jennifer Grant, Director, NYS IPM Program.

Submit nominations and supporting materials to:

Janet Garlick, Administrator

NYS IPM Program

630 W. North Street

Geneva, NY 14456

(questions only to jlg2@cornell.edu)

**Note: We will accept nominations and supporting letters as PDF soft copies, if the letters are signed and on letterhead. As stated above, Word versions are also appreciated and email messages are not acceptable.

What is the Deadline?

Nominations must be received at the IPM Program office on or before Monday October 1st, 2018.

How are Award Winners Determined?

The NYS IPM Program staff work with Cornell Cooperative Extension, the NYS Department of Agriculture and Markets, the NYS Department of Environmental Conservation, and the IPM Operating Committee to select Excellence in IPM Award winners from the nomination pool. Presentation of Awards IPM awards are traditionally presented within 12 months of winners being notified, at a professional meeting or conference appropriate to the individual’s area of expertise. Such events allow award winners to be recognized by their colleagues and friends. Your suggestions on an appropriate venue for presentation of the award to your nominee are welcome and greatly valued.

Here is an alphabetical list of our previous award winners!

 

August 22, 2018
by Matt Frye
Comments Off on Pest Exclusion: An Old Concept With New Life

Pest Exclusion: An Old Concept With New Life

The Scientific Coalition on Pest Exclusion, or SCOPE, started as an idea from industry expert and world-renowned rodentologist, Dr. Bobby Corrigan. Well-versed in pest management literature, Bobby’s reading of a particular sentence in Hugo Hartnak’s 1939 text, “202 Common Household Pests,” resonated with a concept he was thinking and teaching about all along, “We should have little trouble with vermin if builders would hear and understand the ‘language’ of vermin and do a better job in eliminating their entrances and hiding place.

Indeed, Hartnak was promoting pest exclusion. But the concept never really took off, in part due to the expansion of available synthetic pesticides around the same time, which revolutionized the industry and ‘protected’ homes by directly killing pests.

Fast forward more than 60 years to the early 2000’s, when federal regulation changes and new restrictions were imposed on rodenticides, pyrethroids, and indoor use of organophosphates. These changes to chemical pest control provoke careful consideration of the long-term solutions that make sites less attractive to pests and keep them out – two essential IPM techniques of sanitation and exclusion. Sanitation removes sources of food and water that sustain pests, but requires cooperation from clients to do their part in maintaining a clean environment. On the other hand, exclusion represents an opportunity for the pest management industry to perform work on a semi-regular basis that seals openings and prevents pests from moving into and within structures.

Dr. Bobby Corrigan identifies an unprotected grate with gaps large enough for Norway rats to enter.

As a rodentologist, Dr. Corrigan understands that human-pest interactions are more than a nuisance – they can represent a real risk to human health. Consider the recent publications that identify house mice in apartment buildings as reservoirs of pathogenic bacteria and hosts to a diversity of viruses.

Traditional pest management techniques that rely on trapping or killing pests will not necessarily prevent these interactions – but exclusion can. Dr. Corrigan’s vision is to advance the pest management industry by increasing adoption of exclusion practices to limit human-pest interactions.

Starting in 2013, Dr. Corrigan and Dr. Steve Kells (University of Minnesota) formed a coalition of experts to not only promote pest exclusion, but to advance the science of this field through research. Subsequently, two Scientific Coalition on Pest Exclusion working groups were funded by Regional IPM Centers. The first, funded by the North Central IPM Center was led by Kells, and focused on pest exclusion in commercial and industrial structures. A group funded by the Northeastern IPM Center was headed by Dr. Jody Gangloff-Kaufmann (NYS IPM Program, Cornell University) and explored exclusion in residential structures.

What building materials, structures, or design features lead to pest entry or harborage? This concrete hollow block was home to mice, as evidenced by the sebum or rub marks, and could be sealed with cement.

Together, the working groups collected data on building design, materials and other factors that might help to predict common pest exclusion issues. With an understanding of what materials fail in which situations, this can help the pest management industry in identifying common entry points, or provide insight to construction professionals for opportunities to reduce indoor pest problems. Core members also contributed to a literature review of pest exclusion (both items are still in progress). In March 2018, SCOPE members participated in a session at the 9th International IPM Symposium in Baltimore, MD to discuss different ways of promoting  exclusion to enhance adoption. “Partnerships to Strengthen the Role of Exclusion in IPM” explored opportunities to include exclusion in efforts such as building renovation, weatherization, fire proofing, asthma reduction, and compliance with regulations such as the Food Safety Modernization Act and SOX compliance.

SCOPE members continue to provide training on pest exclusion techniques as a way to promote this critical and effective IPM strategy. The website includes articles from trade magazines and resources such as inspection forms to help individuals11 or companies develop their exclusion program.

What can SCOPE do for you? If you have feedback or thoughts on ways that SCOPE can help you build your pest exclusion program – contact Matt at mjf267@cornell.edu.

August 17, 2018
by Mary M. Woodsen
Comments Off on Crusader for sustainably managed golf courses earns excellence in IPM

Crusader for sustainably managed golf courses earns excellence in IPM

Bob Portmess was a mechanical engineer and former executive with Cox Communications who just happened to be an avid golfer.

That last item is key. Twelve years ago, Portmess walked into turf guru Frank Rossi’s office at Cornell University. He knew exactly what he wanted: to work, he said, “with the people who produce the finest golf playing surfaces in the world.”

Two years later, Portmess had received his Masters of Professional Studies from Cornell. His focus: turfgrass management. He was synthesizing the practical knowledge that Rossi and colleague Jennifer Grant now director of NYSIPM) had amassed over seven years of experimental work at the world-renowned Bethpage Golf Course, also a New York State Park.

By the following year, Portmess had developed an “IPM Handbook” of best management practices for sustainable turf, informed in part by his engineering background. This handbook, now translated into Spanish, served as a resource for the Golf Course Superintendents Association of America’s seminar that Portmess co-instructed at several International Golf Shows. It continues to guide management of New York’s 29 state park golf courses as well as golf courses around the country that want to cut back on inputs while maintaining top quality turf.

Portmess’s passion for teaching turned out to be as consuming as his passion for golf. “Whether it was frequent light topdressing, root pruning, over-seeding, better ways to aerify the soil, or careful use of water—Bob taught them all,” says Larry Specchio, superintendent at Chenango Valley State Park Golf Course. Each tactic Specchio notes is a core IPM method.

“I find myself almost daily wanting to pick up my phone and call him; he was more than just a consultant to me,” Specchio says. “No one has a had a more positive impact on my career than Bob.”

Rossi couldn’t have predicted it at that time, of course, but that meeting in 2006 turned out to be one of the most important partnerships of his career.

“For that, I owe Bob more than simply a nomination for an award he is more than worthy of, but rather my own continued commitment to the work that he started,” Rossi says.

Lake in the background, greens near the front. Here’s where Portmess’ family received the Excellence in IPM award.

Sadly, Portmess passed away before he could see the full impact of his work. “Losing Bob Portmess was a tragedy” said Rose Harvey, commissioner of New York State Parks. “But his legacy lives on in the sustainable management of our golf courses.”

Melinda Portmess, Portmess’s widow, received the Excellence of IPM award at a ceremony at Green Lakes State Park in Syracuse on August 10th.

Learn more about IPM here.

August 3, 2018
by Joellen Lampman
Comments Off on Stop the Bite – Mosquito IPM

Stop the Bite – Mosquito IPM

Lest you think we only care about ticks these days, another bloodsucker is at its prime. The hot, muggy, wet weather has created perfect conditions for buzzy, bitey mosquitoes. Besides itchy welts, they too can transmit pathogens that cause disease. And the first report of mosquitoes testing positive for West Nile Virus in NY this year was recently released.

Seasonal items will fill with water and provide mosquito breeding habitat.

So, with all the rain, it’s time for a quick yard inspection. When I conducted mine, it was too easy to find collected rainwater. The wheelbarrow was left right-side up. A snow rake tucked behind the shed was filled with water. An upside down garbage can collected water in its grooves. For these items, I simply flipped them over and the mosquito problem was solved. This simplest of IPM method is highlighted in the video, Managing Mosquito Breeding Sites, by Dr. Matt Frye.

For less flippable items, such as garden ponds, Amara Dunn, NYS IPM Program biocontrol specialist, just released a new fact sheet on using Bacillus thuringiensis israelensis, or Bti for those in the know, to kill mosquito larvae.

These mosquito larvae are thriving in a driveway puddle – at least until the puddle evaporates.

Keeping an eye on the weather can also help with management decisions. Take, for example, the puddles formed in my driveway. Getting into inspection position (head down, butt up), it was easy to see the wriggling larvae. I checked the weather, saw it was going to be dry through the next day, and made the decision to let the puddle dry up. When I checked the driveway the next day, the puddle, and the mosquito larvae, were gone.

Alas, the rainy forecast will cause it to refill with water, again providing a good location for female mosquitoes to lay her eggs. Next step? Fill in the low spots in the driveway with sand to prevent standing water.

This dried puddle is no longer able to support mosquito larvae.

Diligence in monitoring is the key to preventing mosquitoes from breeding on your property. Monitor regularly and take steps to prevent standing water from becoming mosquito breeding sites.

For more information on mosquito IPM, visit https://nysipm.cornell.edu/whats-bugging-you/mosquitoes-and-other-biting-flies/.

August 1, 2018
by Jody Gangloff-Kaufmann
Comments Off on An Exotic Tick Could be Very Bad News

An Exotic Tick Could be Very Bad News

Some scientists consider the epidemic of tick-borne disease in the Northeast one of the region’s greatest natural disasters. As if the risks were not bad enough already, there is a newly emerging concern. In the fall of 2017, officials in New Jersey confirmed the discovery of a new species of tick on a sheep farm in Hunterdon County. This tick, known as the longhorned tick or East Asian tick, has now been discovered in New Jersey, Virginia, West Virginia, North Carolina, Arkansas and, recently, New York. Native to China, Korea, Japan and Pacific islands and nations, the longhorned tick has only been known to science for about nine years and is thought to have been in the United States since at least 2010.

Nymph, male and female life stages of blacklegged ticks at the top, nymph and adult of the longhorned tick below, compared with poppy seeds. Photo: Jim Occi, Rutgers University

So what is the risk? The longhorned tick feeds on a wide range of mammals and birds, including cattle, sheep pigs, chickens as well as bear, deer, fox, rabbits, smaller mammals and wild birds. It also feeds on dogs, cats and humans. This tick spreads quickly through herds of domestic and wild animals. It may have arrived in the US through human travel or the transport of animals, as the USDA has intercepted specimens at inspection points in US ports. Wild migratory birds can carry these ticks, and so can animals that move great distances, such as coyotes. Even though it has been discovered in just a handful of states, the longhorned tick is likely much more widespread.

An interesting aspect of the biology of longhorned ticks is that females can reproduce asexually through a process known as parthenogenesis. Females do not need to seek a mate and can reproduce quickly and spread rapidly into new areas. It is a cold-tolerant species that can overwinter, and therefore it is expected to spread northward.

The longhorned tick is capable of transmitting diseases to livestock animals, including horses, sheep and cows. This means a significant risk to the dairy and livestock industry from tick-borne theileriosis, a malaria-like disease that results in anemia and possible death of cattle and sheep.

This exotic tick can also carry a few serious disease organisms that affect humans but we still do not know if it can transmit those pathogens to people. In one recent case, a child in New Jersey found a longhorned tick crawling on her body, but was not bitten. That tick tested negative for known pathogens.  However, a single tick specimen cannot define the disease risk that we might face, so we need more information.

Anyone who encounters a tick is encouraged to have the tick identified by a professional. This is especially true for ticks that seem out of the ordinary. Longhorned ticks are difficult to identify, especially in the younger stages. Adults are plain brown but look similar to brown dog ticks. You can submit ticks for identification to one of the tick ID services listed at the bottom of this webpage: http://www.neregionalvectorcenter.com/ticks.

Prevent tick bites to minimize the risks of becoming infected. Learn more about tick bite prevention and tick management at the NYS IPM Program’s Tick webpage: www.dontgettickedny.org.

For more details about the exotic longhorned tick, see the Northeast Regional Center for Excellence in Vector-Borne Diseases fact sheet: http://neregionalvectorcenter.com/longhorned-tick

 

References:

“Rutgers-Led ‘Tick Blitz’ finds exotic longhorned ticks and aggressive lone star tocks in new locations across New Jersey”. Buccino, Neal. Rutgers Today. 7/30/18 https://news.rutgers.edu/rutgers-led-%E2%80%9Ctick-blitz%E2%80%9D-finds-exotic-longhorned-ticks-and-aggressive-lone-star-ticks-new-locations/20180530#.W19psdVKiCg [Accessed 7/30/18]

“Longhorned” tick found in New York, growing number of states”. Ricks, Delthia, Newsday, 7/18/18 https://www.newsday.com/news/health/longhorn-tick-health-new-york-1.19903464 [Accessed 7/30/18]

July 26, 2018
by Mary M. Woodsen
Comments Off on Tick Check 1.2.3.

Tick Check 1.2.3.

Just last week we posted a pretty good rundown on what to do about ticks—and how. So if you need a review, just call up “Tick, Tack, Toe the Line: Lyme Disease and What to Do” and carry on from there. Remember, the basic idea is no matter which life stage they’re at, know how to protect yourself. Because you can’t count on feeling them crawling on you.

And speaking of life cycles—OK, so the blacklegged tick’s larvae have finished, the nymphs are mostly dormant right now, and the adults have yet to strut their stuff. But that’s no reason to let down your guard. If you’ve been following our posts, you know that there’s a new tick in town (and if you’re following the news, another waiting in the wings.) Their life-cycles can be different. Be watchful!

So here’s what you do:

Two years. Yup. Ticks know how to make good use of their time.

Steer clear of hitchhikers. Ticks don’t survive long in most homes because of low humidity, but still—you’re safest if you put your clothes in a clothes dryer and run it on high heat for 20 minutes. The tumbling action of the dryer and the high heat kill ticks and similar critters.

Wear tick-killing clothing. Information on proper application of permethrin can be found on our post “Minimize tick risk while minimizing pesticide risk.” Also consider buying pretreated cloths or sending your outdoor socks, pants, and shirts for professional treatments.

(Permethrin is an insecticide in the pyrethroid family. Pyrethroids are synthetic chemicals that act like natural extracts from the chrysanthemum flower. BTW, plants can’t run—that’s why many have evolved chemical means of protection. So say I went the DIY route, soaked some mums in oil, put the oil in a spray bottle, and spritzed my pants. But it failed to repel or kill ticks the ticks I bumped up against. Why? Mums come with a cocktail of natural chemicals inside those lovely flowers. And for permethrin and thus for repelling and killing ticks, I’d need to have the right chemicals in my brew—not to mention the know-how for making the stuff.)

Here’s your full-on tick check. Did we say to be thorough? Well, we’re saying it now.

Check for ticks. It bears repeating. Do a tick check at least once a day. Get to know the spots and bumps on your skin so you can recognize new ones. New ones that just happen to have legs.

Protect your pets. Just like people, pets can encounter ticks and acquire tick-borne disease. They can also bring ticks inside with them, which might expose you to ticks. So if your pet goes outdoors, it should have some protection against ticks. Ask your vet. And give it a tick check too—every day.

Remove ticks safely. Only one method has been officially evaluated for its ability to safely remove ticks — using sharp tweezers, grab a tick as close to the skin as possible and gently pull up. Other methods could increase the risk of acquiring a tick-borne disease. To learn more, see our post “It’s tick season. Put away the matches.

Swimming or bathing won’t kill ticks, whether attached or not.

Ticks have a different system of breathing than humans. You can immerse them in water for hours and they won’t croak. Besides, swimming or bathing might not be enough to remove an unattached tick crawling on your body. The best way to kill a tick? Remove it safely with pointy tweezers, then place in a jar of rubbing alcohol.

And there you have it. If we don’t see you at our statewide conference Breaking the Cycle: Integrated Management of Ticks and Mosquitoes on August 7 (9 AM at the Westchester County Center, 198 Central Ave, White Plains, New York), we’ll have a video of the conference uploaded on our website soon after.

It’s not too late to register. Open to the public!

And, as always, we have more Tick Information on our DON’T GET TICKED NEW YORK homepage

 

 

 

 

 

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