AAAC Wildlife Removal Deer Park AAAC Wildlife Removal of TX Gulf Coast proudly serves Deer Park, TX with professional wildlife control solutions designed to help homeowners and businesses address unwanted animal activity safely and effectively. Located in the heart of the Gulf Coast region, Deer Park's combination of residential neighborhoods,…AAAC Wildlife Removal Deer Park AAAC Wildlife Removal of TX Gulf Coast proudly serves Deer Park, TX with professional wildlife control solutions designed to help homeowners and businesses address unwanted animal activity safely and effectively. Located in the heart of the Gulf Coast region, Deer Park's combination of residential neighborhoods, industrial areas, green spaces, and nearby waterways creates an environment where wildlife and people frequently cross paths. From animals entering attics and crawl spaces to wildlife damaging property, local residents often need experienced assistance to resolve these issues while protecting their homes and families. Our team specializes in humane wildlife removal services tailored to the unique challenges found throughout Deer Park and surrounding communities. Whether dealing with raccoons in the attic, squirrels nesting inside walls, bats roosting in structures, opossums under decks, or other nuisance wildlife, we focus on identifying the source of the problem and implementing long-term solutions. Every property presents different circumstances, which is why we take a customized approach to wildlife management and exclusion. Beyond removal services, AAAC Wildlife Removal of TX Gulf Coast emphasizes prevention and property protection. Wildlife often returns when entry points remain accessible, so our process includes thorough inspections and recommendations for sealing vulnerable areas. By addressing both the immediate wildlife concern and the conditions that allowed animals to enter, we help property owners reduce the likelihood of future infestations and costly damage. This playlist highlights information about wildlife activity in Deer Park, practical prevention tips, animal behavior insights, and professional removal strategies used throughout the Texas Gulf Coast. Whether you are researching wildlife issues, looking for guidance on protecting your property, or seeking trusted local expertise, these tracks provide valuable information from a team dedicated to helping Deer Park residents coexist with local wildlife while maintaining safe and secure homes. More on Sound Cloud: On YouTube: AAAC Wildlife Removal of TX Gulf Coast provides professional and humane wildlife removal services in Deer Park, Texas. Contact Us: AAAC Wildlife Removal 726 Gou Hole Rd Baytown, TX 77523 832-662-7677 Website: https://txgulfcoast.aaacwildliferemoval.com Email: txgulfcoast@aaacwildliferemoval.com Find us around the web: YouTube: https://www.youtube.com/channel/UCbOS5l-xSWQIho_arDIY52Q Facebook: https://www.facebook.com/aaacwildliferemovaltxgulfcoast/ Twitter: https://x.com/ric79352 SoundCloud: https://soundcloud.com/aaactxgulfcoast Blogger: https://aaactxgulfcoast.blogspot.com/ WordPress: https://aaactxgulfcoast.wordpress.com/ Tumblr: https://aaacwildliferemovaltexas.tumblr.com/
“Chocolate, avocados, onions, and moldy foods are some of the most poisonous items you can leave out for squirrels. Even small amounts of these everyday ingredients can cause serious health issues—or be fatal—for these sensitive rodents.” Squirrels may look harmless scampering across your fence or chasing each other up a…“Chocolate, avocados, onions, and moldy foods are some of the most poisonous items you can leave out for squirrels. Even small amounts of these everyday ingredients can cause serious health issues—or be fatal—for these sensitive rodents.” Squirrels may look harmless scampering across your fence or chasing each other up a tree, but when they show up in your attic or tear through your garden, that charm disappears fast. In leafy neighborhoods where parks are close by and backyard bird feeders are everywhere, it’s no surprise that squirrels are regular visitors—and sometimes uninvited tenants. While many people enjoy watching them or even tossing out food, what you leave behind can actually be dangerous to squirrels—and a bigger headache for you without proper squirrel control . This article isn’t about harming wildlife. It’s about knowing what food is poisonous to squirrels so you don’t accidentally invite them in or make them sick. If you’ve been leaving out scraps, filling feeders, or composting without thinking twice, there’s a good chance you’re creating a squirrel buffet without even realizing it. Let’s break down what to avoid, what to secure, and how to protect both your home and the squirrels from a bad encounter. What Is The Most Dangerous Foods for Squirrels? Chocolate and Caffeinated Products Chocolate is one of the most toxic substances you can accidentally leave out for squirrels or any rodent. It contains theobromine—a stimulant that these small animals can’t metabolize effectively. Just a small amount from a brownie, chocolate almond bar, or sugar-filled candy can trigger tremors, elevated heart rate, or seizures in squirrels. Since they have such fast metabolisms and tiny bodies, the toxic effects hit hard and fast, often with serious consequences. Caffeinated foods and drinks are equally dangerous. Coffee grounds , soda spills, or chocolate-covered espresso beans tossed into a compost pile can be life-threatening if a squirrel gets into them. Where outdoor parties and backyard BBQs are common, it’s easy for sugary or caffeine-rich snacks to end up where rodents roam. To keep squirrels safe and your property clear of unwelcome visitors, make it a habit to clean up thoroughly and store all sweet or stimulant-laced foods securely. Avocados Avocados contain persin, a fungicidal toxin found in the fruit’s skin, pit, and even its leaves. While persin might not harm humans, it can be toxic to many animals, including squirrels. The risk isn’t just in eating an avocado—squirrels that nibble on a discarded peel, chewed seed, or exposed pit can experience digestive issues or worse. What makes this even more concerning is how easily avocado waste can be overlooked, especially in compost bins. If you’re growing avocado trees or preparing guacamole from scratch, this is something to stay mindful of. As urban farming and composting become more popular, the risk of accidentally exposing squirrels to this toxic fruit increases. Make sure avocado scraps are properly sealed or discarded, and if you have a tree, regularly clear fallen fruit from the yard. It’s better to be safe than to unknowingly poison a local animal. Onions, Garlic, and Spicy Foods While these aromatic kitchen staples may keep your chili full of flavor, they spell serious trouble for squirrels. Onions and garlic contain compounds that can damage red blood cells, leading to anemia and other health complications. The danger extends to cooked dishes, too. If a squirrel gets into leftover food seasoned with garlic or onions, even in small amounts, it can suffer lasting effects. In worst cases, repeated exposure can be fatal over time. Spicy foods also pack a punch that squirrels can’t handle. Hot sauce remnants, chili powder, or discarded tacos can cause severe digestive distress. Where spicy dishes are a staple, food waste often ends up in outdoor bins or compost piles. Make sure spicy scraps are stored in critter-proof containers, and avoid tossing seasoned leftovers near your patio or yard. The goal isn’t just to avoid harming squirrels—it’s to stop inviting them altogether. Alcohol and Fermented Fruit Alcohol might seem like an unlikely threat to wildlife, but squirrels are highly sensitive to it. Whether it’s beer spills from a tailgate, wine left out on the porch, or sugary cocktails left on patio tables, these drinks can lead to disorientation, slowed reaction time, and eventually liver failure in squirrels. Their small bodies can’t handle even trace amounts, and it doesn’t take much to put them in serious danger. Another sneaky culprit? Overripe or fermenting fruit, especially in backyards with peach, fig, or persimmon trees. As the fruit falls and begins to break down, it can release natural alcohols that attract squirrels and get them intoxicated. They may stagger, fall from trees, or become easy prey for predators. Regularly clean up fruit from the ground and keep alcoholic beverages secure during outdoor events. Salty Snacks and Chips Salt is another ingredient that can easily disrupt a squirrel’s internal balance. While humans can handle a salty snack during a football game or backyard hangout, squirrels don’t process salt well. Even a few bites of junk food like chips, pretzels, or salted walnut snacks can dehydrate them and overwork their kidneys. These types of treats also contain added sugar and artificial ingredients that offer zero nutritional value for squirrels—making them both harmful and useless from a dietary perspective. Many of these items—especially sugary breakfast cereals or processed snack mixes—are casually dropped or tossed outside without much thought. But to a hungry squirrel, that forgotten bowl of cereal or spilled trail mix is a full meal. Where outdoor events, food trucks, and weekend cookouts are part of the culture, squirrels quickly learn where the good stuff is. Cleaning up sugary crumbs and sealing snack waste tightly are easy steps that help discourage squirrels from turning your yard into their favorite buffet line. Surprising “Healthy” Foods That Still Poisonous To Squirrels Not all squirrel-dangerous foods are obviously harmful. Some look totally natural or even nutritious—but for squirrels, they can cause more harm than good. These foods often show up in gardens, bird feeders, compost piles, or well-meaning attempts to “feed the wildlife.” Here’s what to watch for. Raw Corn (Especially Moldy Corn) Corn might seem harmless—it’s a common ingredient in bird seed, livestock feed, and even human snacks. But when corn starts to mold, it can develop aflatoxins, which are highly toxic to squirrels and many other animals. Aflatoxins are produced by certain types of fungi and can affect liver function, immune systems, and even lead to cancer in wildlife. A squirrel doesn’t have to eat much moldy corn for it to cause serious internal damage. The risk goes up during warm, humid stretches—especially in summer—when moisture speeds up mold growth. Corn that’s left outside for too long, stored improperly in feeders, or tossed into compost piles can quickly become a hidden hazard. If you’re putting out corn in a feeder, store it in a dry place, change it frequently, and never offer anything that smells off or looks discolored. It’s not just about nutrition—it’s about safety. Bread and Processed Carbs Bread might feel like a safe, throwaway snack for critters—but it’s actually a poor and potentially harmful food choice for squirrels. Bread, crackers, and other refined carbs offer little to no nutrition, and they can expand in a squirrel’s stomach, leading to bloating or discomfort. In some cases, processed bread products contain preservatives and additives that are hard for squirrels to digest, weakening their system over time. Squirrels that eat too much bread often end up malnourished despite feeling full. This is especially common in neighborhoods where residents leave out food “just to be nice.” Unfortunately, the kindness backfires. Instead of helping, you may be attracting squirrels that grow dependent on an unhealthy food source—and more likely to take up permanent residence in your attic. If you want to be squirrel-friendly, stick to natural deterrents and avoid the bread basket. Peanuts (Especially Salted or Moldy) Peanuts are a bit of a wildcard. While they’re often seen in squirrel food blends or used to lure wildlife for photos, they aren’t actually nuts—they’re legumes. And when they’re salted, roasted, or worse, moldy, they become a serious risk. Moldy peanuts, like corn, can carry aflatoxins that attack a squirrel’s liver and immune system. Salted peanuts, on the other hand, can cause dehydration and kidney stress. This matters because many people use peanuts to feed birds or squirrels without realizing the risks. In fact, some birdseed mixes from big-box stores still include them. If you’re trying to keep squirrels away from your yard—or avoid poisoning them by accident—skip the peanuts. And if you must use them, go for raw, unsalted, and fresh, and use a squirrel-proof bird feeder so your effort to help one species doesn’t endanger another. Foods That Attract Squirrels (But Shouldn’t) Some foods might not be poisonous, but they’re basically neon signs saying “Free Snacks Here!” for squirrels. These attractants can lead to more frequent visits, nesting, and eventual infestations. If you’re trying to squirrel-proof your yard or keep them from invading your home, these are the items to manage carefully. Bird Seed and Pet Food Bird feeders are one of the top culprits for squirrel problems. Many blends contain sunflower seeds, millet, corn, and peanuts—aka squirrel candy. Once they find a reliable food source, squirrels will return again and again, sometimes destroying the feeder in the process. The same goes for pet food left outside. Dry kibble and wet food alike are high-protein, calorie-dense meals that squirrels will happily devour. Where backyard birdwatching is popular and outdoor pet bowls are commo
United States Department of Agriculture: Animal and Plant Health Inspection Service United States Department of Agriculture Wildlife Services: Staff Publications Accessibility Remediation If you are unable to use this item in its current form due to accessibility barriers, you may request remediation through our remediation request form . Kelly F.…United States Department of Agriculture: Animal and Plant Health Inspection Service United States Department of Agriculture Wildlife Services: Staff Publications Accessibility Remediation If you are unable to use this item in its current form due to accessibility barriers, you may request remediation through our remediation request form . Kelly F. Robinson , US Geological Survey, Georgia Fish and Wildlife Unit, Warnell School of Forestry and Natural Resources, University of Georgia, Athens GA Travis O. Brenden , Quantitative Fisheries Center, Department of Fisheries and Wildlife, Michigan State University, Lansing MI Alex Maguffee , Quantitative Fisheries Center, Department of Fisheries and Wildlife, Michigan State University, Lansing MI Charles R. Bronte , US Fish and Wildlife Service, Green Bay Fish and Wildlife Conservation Office, New Franken, WI Randall M. Claramunt , Michigan Department of Natural Resources Thomas R. Cooper , US Fish and Wildlife Service, Division of Migratory Bird Management Robin L. DeBruyne , USGS Great Lakes Science Center, Ann Arbor, MI Brian S. Dorr , US Department of Agriculture, Wildlife Services, National Wildlife Research Center, Mississippi State University MS James F. Farquhar , New York State Department of Environmental Conservation Jana R. Lantry , New York State Department of Environmental Conservation James R. Jackson , Cornell Biological Field Station, Cornell University, Bridgeport, NY David G. Fielder , Michigan Department of Natural Resources Rachel L. Pierce , US Fish and Wildlife Service, Division of Migratory Bird Managemen Doug Schultz , Michigan Department of Natural Resources ORCID IDs Kelly Robinson - 0000-0001-8109-9492 Travis Brenden - 0000-0002-4373-1503 Brian S Dorr - 0000-0001-6857-8560\ James Farquhar - 0000-0003-3388-612X David Fielder - 0000-0002-7278-986X Jana Lantry - 0000-0002-3310-7926 Document Type Article Date of this Version 9-2026 Citation Robinson, K.F., Brenden, T.O., Maguffee, A. et al. A decision analytic approach to hierarchical decisions for double-crested cormorant conflict resolution. Environ Syst Decis 46 , 81 (2026). https://doi.org/10.1007/s10669-026-10071-4 Abstract Double-crested cormorants ( Nannopterum auritum ) are piscivorous, migratory waterbirds that often conflict with fisheries interests in North America, stemming from depredation effects on fish populations. A new permitting process in the United States allows natural resource agencies to request permits for lethal take of cormorants in special instances like depredation of managed fish stocks. This rule does not include guidance for when cormorant take might be actionable. We developed a hierarchical structured decision making (SDM) framework for evaluating whether, when, and how much cormorant take might be necessary. A broad-scale, or “umbrella,” SDM framework established the overarching problem, objectives that likely are relevant for permitting decisions (i.e., minimizing loss of ability to harvest fish and sustaining cormorant presence on the landscape), and methods for evaluating the extent of management that might be necessary. A local-scale SDM process can then be applied for individual systems to determine the need for and magnitude of a permit request. We provide an example of such a local-scale SDM process for Brevoort Lake, Michigan, United States, where walleye ( Sander vitreus ) are sustained through stocking. We found that decisions for cormorant permitting on Brevoort Lake were influenced by uncertainties about the level of cormorant feeding on walleye, per capita level of daily cormorant consumption, number of days the cormorants spent feeding on the lake, and number of walleye stocked in the lake. This case study highlights the importance of uncertainty and risk in decisions for cormorant management, both of which can be accounted for more fully within the SDM framework. DOWNLOADS Since October 30, 2026 Included in Natural Resources and Conservation Commons , Natural Resources Management and Policy Commons , Other Environmental Sciences Commons , Other Veterinary Medicine Commons , Population Biology Commons , Terrestrial and Aquatic Ecology Commons , Veterinary Infectious Diseases Commons , Veterinary Microbiology and Immunobiology Commons , Veterinary Preventive Medicine, Epidemiology, and Public Health Commons , Zoology Commons COinS
Yes, those little bandits can! Welcome to the wild world of raccoons! If you’ve ever caught yourself wondering, “Can a raccoon open a door?” you’re in the right place. These mischievous masked bandits have a knack for getting into places they shouldn’t be, and today, we’re diving deep into their…Yes, those little bandits can! Welcome to the wild world of raccoons! If you’ve ever caught yourself wondering, “Can a raccoon open a door?” you’re in the right place. These mischievous masked bandits have a knack for getting into places they shouldn’t be, and today, we’re diving deep into their curious capabilities. Spoiler alert: the answer might surprise you. Raccoons are more than just adorable critters with bushy tails and a penchant for raiding trash cans. They’re incredibly smart and dexterous, capable of feats that would make a seasoned escape artist jealous. Whether you’re dealing with a persistent backyard visitor or you’re just fascinated by animal behavior, understanding how raccoons operate can be both entertaining and enlightening. In this article, we’ll explore the intelligence and dexterity of raccoons, share some jaw-dropping real-life stories of raccoon break-ins, and explain exactly how they manage to open doors. Plus, we’ll provide practical tips on how to raccoon-proof your home to keep these furry burglars at bay. Key Takeaways Raccoons are incredibly dexterous and intelligent. They can indeed open simple latches and doors. Preventing raccoons from entering your home requires some clever strategies. The Cleverness of Raccoons Alright, let’s dive into the world of raccoons and their surprisingly sharp wits. These little furballs are more than just cute faces; they’re like tiny, masked geniuses running wild in your backyard. Intelligence Raccoons are famous for their problem-solving skills. You know how some people can solve a Rubik’s Cube in under a minute? Well, raccoons could probably give them a run for their money if they had the right motivation (like, say, a juicy piece of fruit). Studies have shown that raccoons can remember solutions to tasks for at least three years. Yup, three years! Imagine holding a grudge against that tricky garbage can that long. Dexterity Let’s talk about those paws. Raccoons have incredibly nimble paws that function almost like human hands. They can grasp, pull, push, and twist with surprising precision. Have you ever seen a raccoon washing its food in water before eating it? That’s not just them being neat freaks; it’s a sign of their intricate motor skills and their natural curiosity about the world around them. These furry critters can open jars, unlatch simple locks, and even unzip bags. Their front paws have five toes, each with tiny, super-sensitive pads that help them feel and manipulate objects. It’s like they’ve got built-in multitools at the end of their arms. In essence, raccoons are like the escape artists of the animal kingdom. Combine their smarts with their dexterous paws, and you’ve got a creature that’s more than capable of figuring out how to open doors, especially if there’s a tasty reward on the other side. Real-life Raccoon Door-Opening Stories Now that we’ve established just how clever and dexterous raccoons are, let’s get into some real-life escapades that prove these little critters are true masterminds. Anecdotes from Homeowners and Researchers The Midnight Snack Heist Picture this: It’s 2 AM, and you’re woken up by a strange noise coming from the kitchen. You tiptoe down the hall, flick on the light, and there it is—a raccoon, halfway through the cat door, with its paws on the refrigerator handle. This isn’t just an urban legend. Many homeowners have shared stories of raccoons making themselves at home, raiding pantries, and even figuring out how to open the fridge to get to the good stuff. The Campground Bandit Camping in the great outdoors brings you close to nature, but sometimes, a little too close. There are countless tales of raccoons breaking into tents and RVs, zipping open backpacks, and rummaging through coolers. One camper reported waking up to find a raccoon calmly unzipping their tent and strolling in like it owned the place. They even managed to twist open a jar of peanut butter, leaving behind only the lid and some very happy paw prints. Security Camera Caught in the Act Thanks to modern technology, we now have footage of raccoons in action. One homeowner’s security camera captured a raccoon expertly opening a sliding glass door. It took its time, carefully figuring out how to manipulate the door until it slid open just enough for the raccoon to squeeze through. The raccoon then proceeded to explore the kitchen, obviously searching for a midnight snack. Talk about a determined dinner guest! Examples of Raccoons Caught in the Act The Garage Raider In one viral video, a raccoon is seen figuring out how to open a garage door by manipulating the automatic opener. It climbs up, pushes buttons, and eventually, the door starts to lift. The raccoon casually strolls in, as if it’s done this a thousand times before. The homeowner was baffled and impressed, while viewers were left wondering just how often raccoons practice their break-in skills. The Window Climber Another fascinating clip shows a raccoon scaling the side of a house to reach an open window. Using its nimble paws and sharp claws, it navigates the exterior with ease. Once at the window, it carefully pushes it open further and slips inside. The homeowner, upon discovering the raccoon’s entry route, couldn’t help but admire the sheer audacity and skill of the furry invader. How Raccoons Open Doors Alright, now that we’ve marveled at some real-life raccoon antics, let’s get into the nitty-gritty of how these clever critters actually manage to open doors. It’s not magic—just pure raccoon ingenuity and a bit of dexterity. Latch and Handle Types: Which Ones Are Raccoon-Friendly? Lever Handles Lever handles are like a red carpet invitation for raccoons. With just a bit of weight and a little push or pull, raccoons can easily manipulate these handles to open doors. Their paws grip the lever, they lean their body weight in the right direction, and voila—the door swings open. Simple Latches Slide bolts and hook-and-eye latches might seem secure, but they’re often no match for a determined raccoon. Using their nimble fingers, raccoons can slide bolts and unhook latches with surprising ease. If a latch requires just a bit of dexterity to open, a raccoon will likely figure it out. Round Knobs Now, these are a bit trickier. While round knobs are more challenging for raccoons to manipulate, they’re not entirely foolproof. A particularly persistent raccoon might manage to turn a knob by applying enough grip and twisting motion. However, they’re far less successful with knobs compared to levers and simple latches. Techniques: How They Use Their Paws and Bodies to Manipulate Mechanisms Pushing and Pulling Raccoons often use their body weight to their advantage. For lever handles, they’ll jump up, grip the handle, and use their weight to push it down. If a door requires pulling, they might use their paws to grip the edge and pull it towards them. Twisting and Turning When it comes to knobs and more complex mechanisms, raccoons showcase their impressive problem-solving skills. They’ll grip the knob with their paws and twist their bodies to apply the necessary torque. It’s like watching a tiny, furry engineer at work. Climbing and Scaling If a latch is placed higher up, raccoons won’t hesitate to climb to reach it. They’ll scale doors, walls, and anything in their path to get to the latch. Once there, they’ll use their paws to manipulate the mechanism and gain entry. Experimentation and Persistence Raccoons are nothing if not persistent. They’ll try different approaches until they find one that works. If one method fails, they’ll adjust and try again. This trial-and-error process is key to their success in opening doors. Tools and Tricks Sharp Claws Those sharp claws aren’t just for show. They provide the grip and leverage needed to manipulate handles and latches. Think of them as nature’s built-in lock picks. Sensitive Paws Raccoons’ paws are incredibly sensitive, allowing them to feel and manipulate objects with precision. This sensitivity is crucial for figuring out how to operate different door mechanisms. Keen Memory Once a raccoon figures out how to open a door, it remembers the technique. This means if a raccoon successfully opens your door once, it’s likely to do it again. Their impressive memory allows them to recall the steps needed to gain entry, making them repeat offenders in the door-opening game. Preventing Raccoon Break-ins Now that we know just how capable raccoons are at breaking and entering, let’s talk about keeping these crafty critters out of your home. You don’t have to resort to extreme measures—just a few smart strategies and precautions can make all the difference. Secure Your Doors Upgrade Your Locks Swap out those easy-to-open lever handles and simple latches for something more raccoon-proof. Deadbolts and round knobs are a good start. Make sure they’re properly installed and secured. For sliding doors, consider adding a security bar or rod in the track. Childproof Locks Childproofing isn’t just for kids. Install childproof locks on doors and windows to add an extra layer of security. These locks can be tricky for raccoons to figure out and will buy you some peace of mind. Reinforce Weak Spots Pay attention to any weak spots in your doors and frames. Ensure that everything is solid and there are no easy access points for raccoons to exploit. A well-fortified entryway is your first line of defense. Alternative Entry Points Windows Raccoons are excellent climbers and won’t hesitate to use a window as an entry point. Make sure all windows are securely latched, and consider installing window guards or screens that are tough enough to withstand raccoon tampering. Pet Doors Pet doors are convenient for your furry friends but can also be an open invitation for raccoons. Consider getting a pet door with a lock or one that uses a pet’s microchip to open. This way, only your pet can use the door, keeping unwanted visitors out. Chimneys and Vents Raccoons have been k
United States Department of Agriculture: Animal and Plant Health Inspection Service Wildlife Damage Management Technical Series Date of this Version 1-2018 Document Type Article Citation Miller, J.E. 2018. Wild Turkeys . Wildlife Damage Management Technical Series. USDA, APHIS, WS National Wildlife Research Center. Fort Collins, Colorado. 12p. Abstract Like other…United States Department of Agriculture: Animal and Plant Health Inspection Service Wildlife Damage Management Technical Series Date of this Version 1-2018 Document Type Article Citation Miller, J.E. 2018. Wild Turkeys . Wildlife Damage Management Technical Series. USDA, APHIS, WS National Wildlife Research Center. Fort Collins, Colorado. 12p. Abstract Like other bird and mammal species whose populations have been restored through conservation efforts, wild turkeys (Figure 1) are treasured by many recreationists and outdoor enthusiasts. Wild turkeys have responded positively to wildlife habitat and population management. In some areas, however, their increased populations have led to increased damage to property and agricultural crops, and threats to human health and safety. Turkeys frequent agricultural fields, pastures, vineyards and orchards, as well as some urban and suburban neighborhoods. Because of this, they may cause damage or mistakenly be blamed for damage. Research has found that despite increases in turkey numbers and complaints, damage is often caused by other mammalian or bird species, not turkeys. In the instances where turkeys did cause damage, it was to specialty crops, vineyards, orchards, hay bales or silage pits during the winter. In cultured crops or gardens where wood chips, pine straw or other bedding materials (mulch) are placed around plants, wild turkeys sometimes scratch or dig up the material and damage plants when searching for food. Wild turkeys can also be aggressive towards people, especially during the breeding season. No single management method to prevent wild turkey damage works all the time or in all settings. Generally, management methods should be combined so that one method enhances the effects of another. Because of existing regulations on the harassment or lethal removal of wild turkeys, contact a state or federal agency natural resources professional to assess the situation, confirm it is wild turkey damage, and provide damage management recommendations. DOWNLOADS Since February 01, 2018 COinS
Center, Internet, Wildlife Damage Management INTERACTIONS: Newsletter of The Wildli fe Society Wildlife Damage Management Working Group, Volume 16 Issue 2, Spring 2010 Date of this Version Spring 2010 Document Type Article Abstract SUMMER IS RAPIDLY APPROACHING -- Gary San Julian C O N F E R E NC E…Center, Internet, Wildlife Damage Management INTERACTIONS: Newsletter of The Wildli fe Society Wildlife Damage Management Working Group, Volume 16 Issue 2, Spring 2010 Date of this Version Spring 2010 Document Type Article Abstract SUMMER IS RAPIDLY APPROACHING -- Gary San Julian C O N F E R E NC E ANNOUNCEMENT SAVE THE DATE FOR THE 17TH ANNUAL CONFERENCE OF THE WILDLIFE SOCIETY NEW ON-LINE TWS MENTORING PROGRAM TWS CONFERENCE REGISTRATION WORKSHOP ANNOUNCEMENT -- GOOSE MANAGEMENT WORKSHOP WORKSHOP ANNOUNCEMENT -- SHOOTING IN SENSITIVE ENVIRONMENTS CONFERENCE ANNOUNCEMENT -- BIRD STRIKE USA RECENT WILDLIFE DAMAGE MANAGEMENT RESEARCH 13TH WDM CONFERENCE PROCEEDINGS NOW AVAILABLE UPCOMING MEETINGS, CONFERENCES, AND EVENTS DOWNLOADS Since January 31, 2011 COinS
Many grasslands and agricultural fields managed by MassWildlife have been undergoing dramatic changes. Abandoned pastures, hayfields, and cornfields are being restored to native warm-season grasslands.
Across Michigan, Ohio, New York, and Missouri, students are discovering that sustainability is more than an environmental responsibility—it’s an opportunity to become scientists, engineers, problem-solvers, and leaders. For 11 years, … Read more The post Growing Tomorrow’s Environmental Leaders appeared first on The National Wildlife Federation Blog.
May 27, 2026May 27, 2026 Policy Library Download Resource In a letter sent May 13, 2026, to the House Committee on Ways and Means, TWS and more than 40 organizations urged Congress to advance H.R. 1494, the Sporting Goods Excise Tax Modernization Act. They argued that it would protect a…May 27, 2026May 27, 2026 Policy Library Download Resource In a letter sent May 13, 2026, to the House Committee on Ways and Means, TWS and more than 40 organizations urged Congress to advance H.R. 1494, the Sporting Goods Excise Tax Modernization Act. They argued that it would protect a critical source of wildlife conservation funding in the United States from a tax loophole. Related Articles News, Wildlife News WSB: Lures don’t draw ocelots into box traps FYI, News Screwworm infects first U.S. wildlife species in decades Events, News, TWS News Eating Alone Really Stinks returns at TWS2026
Protect what matters with PBC: The Pest Control Insurance Experts! The post PBC: Pest Control Insurance first appeared on Pest Management Professional.
Back to Resources Vesper bats, similar to the pictured species, carry a previously unknown antibody system that could offer new clues about how bats tolerate viruses. Credit: Kenny Lass/Tulane University Whether it’s coronaviruses or Ebola, bats are famously tolerant to many diseases deadly to other creatures. Now, new research on…Back to Resources Vesper bats, similar to the pictured species, carry a previously unknown antibody system that could offer new clues about how bats tolerate viruses. Credit: Kenny Lass/Tulane University Whether it’s coronaviruses or Ebola, bats are famously tolerant to many diseases deadly to other creatures. Now, new research on vesper bats, a category of more than 500 species found on nearly every continent, reveals one of the reasons these flying mammals are less symptomatic. They have two copies of the genes that produce antibodies, whereas all other mammals only have one copy. This gives bats more ways to generate antibodies than other mammals. “This completely changes our understanding of how mammalian immune systems can be organized and raises exciting new questions about why bats have been so evolutionarily successful and how they respond to viruses,” said Hannah Frank, associate professor of ecology and evolutionary biology at Tulane University, in a release. Read more at Phys.org.
Once-endangered giant tortoises now number more than 180,000 individuals in the Seychelles. The Aldabra giant tortoise ( Aldabrachelys gigantea ) was heavily exploited in the 19 th century on its namesake atoll and nearby islands, bringing numbers down to less than 1,000 individuals. But a recovery program on Aldabra Atoll…Once-endangered giant tortoises now number more than 180,000 individuals in the Seychelles. The Aldabra giant tortoise ( Aldabrachelys gigantea ) was heavily exploited in the 19 th century on its namesake atoll and nearby islands, bringing numbers down to less than 1,000 individuals. But a recovery program on Aldabra Atoll that set the island up as a nature reserve in 1981 has helped the population to recover. The population reached 100,000 by the 1990s. Surveys conducted between 2018 and 2022 have revealed that figure nearly doubled to 183,000 individuals. “This is wonderful news for Seychelles, for the world and for everyone who has worked to protect Aldabra,” Frauke Fleischer-Dogley, CEO of the Seychelles Islands Foundation and a coauthor of the study published in Ecology and Evolution , told The Guardian . Read more at The Guardian .
After over 50 years of working as a key part of Killgerm, Philip Dalgliesh retired on April 24, 2026. Philip was a central part of Killgerm since before its creation as an independent private company in 1976 and over the years, supported the growth of the company to become what…After over 50 years of working as a key part of Killgerm, Philip Dalgliesh retired on April 24, 2026. Philip was a central part of Killgerm since before its creation as an independent private company in 1976 and over the years, supported the growth of the company to become what it is today — a […] The post Killgerm Group leader retires after 50 years first appeared on Pest Management Professional.
Some of the best clues to living a long, healthy life may be hidden in the DNA of bats, mammals that can survive for remarkably long periods relative to their body size. The idea fascinated Juan Manuel Vazquez while he was a graduate student at the University of Chicago. At…Some of the best clues to living a long, healthy life may be hidden in the DNA of bats, mammals that can survive for remarkably long periods relative to their body size. The idea fascinated Juan Manuel Vazquez while he was a graduate student at the University of Chicago. At the time, however, there was little published genomic information about bats that could help answer questions about longevity. After becoming a UC Berkeley postdoctoral fellow in 2020, he began searching across the Western U.S. for bat species that could provide tissue samples for DNA sequencing. With help from Berkeley undergraduates, Vazquez traveled throughout the region, setting up mist nets over streams, ponds and rivers at night. The team captured bats, collected small biopsy samples and released the animals. Much of the work focused on the genus Myotis , which includes some species with exceptionally long lifespans. One Brandt's myotis, Myotis brandtii , was banded in Europe and then recaptured 50 years later. Bat Genomes Reveal a Longevity Connection In a new study published in Nature , Vazquez and his colleagues present the first analysis of eight Myotis genomes. Their results point to a strong connection between lifespan and immune function. The longer-lived bats had higher levels of genes associated with fighting cancer. The findings suggest that longevity may depend in part on an immune system that remains highly effective against both infectious organisms and cancer. Researchers also found substantial overlap between genes associated with aging and genes involved in disease defense, suggesting that studying one process could help explain the other. "Bats evolved to live for a long time without getting diseases, which suggests that we don't necessarily need to look at diseases of aging and diseases of infection as completely separate fields," Vazquez said. "We can look at these bats and try to understand how, in the same way you can improve your immune system to fight off viruses, maybe you can improve your immune system so it doesn't decline in old age. Or maybe bats can help us find ways to fight off tumors so our immune system doesn't get tired, and that can also help us deal with other stresses of life and not exhaust our immunity." Damaged Bat Cells Choose Self-Destruction As part of the study, Vazquez grew cells collected from bat wing biopsies in the laboratory. (He currently has cell cultures from 259 individuals representing 32 species.) He then exposed the cultured cells to toxic chemicals to see how they responded to severe damage. The longest-lived bat in his sample, the widespread little brown bat ( Myotis lucifugus ), reacted in an unexpected way. Instead of switching on genes that produce DNA repair proteins, the cells increased the activity of genes that promote cell death. "We found the literal opposite of what we expected if you treat the bats with a lethal dose of this chemical," he said. "The longest-lived bat in North America decides 'I can't save this ship' and immediately switches gears to prioritize killing off the cells that are damaged. The elephant, another cancer-resistant species that is long-lived, has the exact same strategy -- if you can't save the cell, kill the cell." The result suggests that animals may have evolved very different strategies for preventing damaged cells from becoming dangerous. Understanding those strategies could provide valuable clues about longevity, according to Peter Sudmant, a Berkeley associate professor of integrative biology who studies the genetics of aging and lifespan. "By looking across the diversity of life and the remarkable longevities of different species, we hope we can better understand the interplay between DNA damage and the immune system to enable us to have full and healthy life spans," he said. "If you start looking at long-lived species like elephants, whales and bats, you start finding ways that nature has actually already resolved a lot of these problems in human health," Vazquez added. Longevity, an Active Lifestyle and an Immune System on High Alert Bats have been remarkably successful since they first appeared about 60 million years ago. Today, they account for 20% of all mammal species, occupy habitats on every continent except Antarctica, and have adapted to a wide range of ecological niches. Among the 1,511 known bat species, about 139 belong to the Myotis genus. These bats are especially interesting because closely related species can have dramatically different lifespans. Brandt's myotis can survive for half a century, while the black Myotis, Myotis nigricans , of South and Central America, lives only about seven years. Vazquez compared the contrast to a hypothetical situation in which our close relative, Homo neanderthalensis , lived nine times longer than modern Homo sapiens . Another unusual feature of bats is their immune system. Scientists have found that it operates at an unusually high level, helping bats control damaging inflammation while they live with persistent viral infections without becoming sick. That ability allows healthy bats to host an extraordinary variety of viruses. Some of those viruses, including viruses related to the cause of COVID-19, can spill over into humans. Researchers have proposed that bats' powerful immune systems may be connected to their intense physical activity. Vazquez compares the nightly flights bats make while hunting insects to running several ultramarathons every day. "Bats have evolved this incredible fitness capacity, this incredible ability to deal with disease and this incredible ability to be able to prevent cancer," he said. "That means that, by understanding how bats have evolved to do all these things that other mammals haven't, we can find completely new and unexpected ways of dealing with the normal things that cause human diseases." Longevity Genes Also Help Bats Fight Viruses The new genomic analysis offers another intriguing connection. Whenever Vazquez identified a gene associated with bat lifespan, his collaborator Elise Lauterbur, then at the University of Arizona, had often identified the same gene as one involved in interactions between bats and viruses. "There is way more overlap than you would expect just by random chance between the genes that are associated with longevity and genes that are associated with viral interactions," he said. Researchers also found that Myotis bats possess an unusually large number of genes that produce proteins interacting with DNA viruses, such as herpes viruses, which carry their genetic information in DNA. Those proteins can either assist viral infection or help protect the animal. One protective function, for example, can involve increasing production of interferon, an antiviral signaling protein that helps coordinate immune defenses. "DNA viral interacting proteins were strongly enriched for selection in bats in contrast to most other mammals, where there is a very strong enrichment for selection for both DNA and RNA viral interacting proteins," Sudmant said. Humans and other primates show a different pattern. They tend to have more genes producing proteins that interact with RNA viruses, including viruses such as COVID and HIV, compared with DNA viruses. Why Bat Viruses Can Be So Dangerous to Humans That evolutionary mismatch between bat and human immune defenses could help explain why some viruses that move from bats into people can cause serious zoonotic diseases. "Humans and bats are badly suited to each other," Vazquez said. "That is one of the reasons why we have to be careful working with bats -- it's a two-way street for zoonoses. We don't want to give the bat something and we don't want to get something from the bat. That mismatch is definitely something we should look into more." Vazquez is continuing to investigate the genetic mechanisms that control longevity using cell cultures in his new faculty position at Pennsylvania State University. Sudmant, meanwhile, is focusing more closely on how those cells regulate their immune responses. "One thing that I'm really excited about is the trade-off between how a bat protects itself by producing proteins that attack the genomes of viruses but also protects its own genome from being attacked by those proteins," he said. Sudmant currently maintains cell cultures from numerous primate species and is using them to investigate the genetics of longevity and the relationship between lifespan and DNA repair genes. In addition to Vazquez, Sudmant and Lauterbur, now at the University of Vermont, other co-authors of the paper include Lucie Etienne of the École Normale Supérieure in Lyon, France, and David Enard of the University of Arizona in Tucson. The work was funded by the National Institutes of Health and the National Science Foundation.
A warmer-than-average winter across much of the United States is expected to drive one of the busiest pest seasons in recent years, according to a new national forecast from Aptive Pest Control. The post PMPs share market data on pest pressure, consumer response first appeared on Pest Management Professional.
WHEN October 7, 2026 @ 6:00pm–7:30pm EDT JOIN https://us06web.zoom.us/meeting/register/MVFR6JW1QR2WiLXg0ajPCw How do you engage in policy in a way that actually leads to tangible results? Join a panel of wildlife professionals for a candid conversation about ways to engage in policy and learn the processes for influencing legislation. Panelists will share…WHEN October 7, 2026 @ 6:00pm–7:30pm EDT JOIN https://us06web.zoom.us/meeting/register/MVFR6JW1QR2WiLXg0ajPCw How do you engage in policy in a way that actually leads to tangible results? Join a panel of wildlife professionals for a candid conversation about ways to engage in policy and learn the processes for influencing legislation. Panelists will share their experiences in policy and how they have shaped the careers that they are in now. They will also provide practical advice for wildlifers interested in policy careers. Moderators : Moed Gerveni, Public Policy Graduate Student Emily Williams, Student Liaison to TWS Council & Student Development Working Group Chair Kelly O’Connor, TWS Conservation Policy Manager Panelists : (all previous TWS policy interns) Cassi Ferri, Legislative Analyst, Defenders of Wildlife Charlie Booher, Consultant, Watershed Results Lindsay Martinez, Research Program Coordinator, East Foundation Tom Klein, Policy Associate, National Conference of State Legislatures Bios : Moed Gerveni is a wildlife conservation professional with field and research experience primarily with birds. More recently, he has transitioned into advocacy and government relations, focusing on translating conservation science into public policy. His areas of interest are sound habitat management and increased conservation funding at all levels of government. Cassi Ferri specializes in the Endangered Species Act. She supports Defenders of Wildlife’s federal congressional advocacy efforts through coalition work, direct lobbying and grassroots mobilization. Prior to joining Defenders in February 2024, Cassie interned at Environmental Defense Fund, where she focused on tropical forest conservation and indigenous land tenure in the Brazilian Amazon. Previously, she had served as The Wildlife Society’s policy intern. She has also worked as a field technician researching imperiled Seaside Sparrows and Saltmarsh Sparrows in New Jersey’s salt marshes. Cassie holds a B.Sc in Wildlife Ecology from the University of Maine and an M.Sc in Environmental Science and Policy from Northeastern University. Charlie Booher specializes in natural resource conflict resolution. He has the great privilege of representing some of this country’s oldest, largest, and most generous conservation organizations in Helena, Montana and in Washington, D.C. Charlie is an Associate Wildlife Biologist®, a Professional Member of the Boone and Crockett Club, and an occasional outdoor writer. Outside of the office, you can find him hiking in the mountains of Western Montana and re-learning how to hunt and fish in the Northern Rockies. Lindsay Martinez supports research and conservation projects for species of conservation concern across East Foundation’s private cattle ranches in deep South Texas. Martinez is originally from Great Falls, Montana, studied Ecology and Evolutionary Biology at Princeton, and has a master’s degree in Wildlife and Fisheries Sciences from Texas A&M. Prior to working with East Foundation, she completed internships with the National Park Service at Dinosaur National Monument and with TWS’ Government Affairs Program on Capitol Hill. Tom Klein conducts nonpartisan research on wildlife, water and agriculture policy for state legislators and legislative staff and convenes meetings that connect legislators with experts to support informed, science-based decision-making. Before joining NCSL, Tom worked at The Wildlife Society, first as a policy intern and later as a government affairs associate, and previously worked as a wildlife technician with Colorado Parks and Wildlife. He holds a bachelor’s degree in wildlife science and a master’s degree in public policy and administration. Tom is also an Associate Wildlife Biologist and serves as an appointed member of the City of Golden Colorado’s Planning Commission.
Back to Resources WHEN September 30, 2026 @ 12:00pm–1:00pm EDT This presentation is geared toward citizens and wildlife professionals who want to make a change, but don’t know where to start. A Simple Guide to Policy breaks down the legislative process into practical, easy-to-understand steps, explaining how the government and…Back to Resources WHEN September 30, 2026 @ 12:00pm–1:00pm EDT This presentation is geared toward citizens and wildlife professionals who want to make a change, but don’t know where to start. A Simple Guide to Policy breaks down the legislative process into practical, easy-to-understand steps, explaining how the government and Congress operate, how bills move through the legislative process, and how to find, read, analyze and track legislation. It also provides practical advocacy strategies, including contacting elected officials, writing letters and petitions, organizing supporters, and preparing for meetings with lawmakers and their staff. The goal is to help individuals move from simply caring about an issue to understanding how policy decisions are made and how they can effectively participate in shaping them. Hosted by the Student Development Working Group.
The U.S. Forest Service has announced plans to close 23 research and development facilities to cut building and maintenance costs. The decision follows the conclusion of a national review of the agency’s facilities, which it began undertaking in March. The purpose of the assessment was to identify underused research stations…The U.S. Forest Service has announced plans to close 23 research and development facilities to cut building and maintenance costs. The decision follows the conclusion of a national review of the agency’s facilities, which it began undertaking in March. The purpose of the assessment was to identify underused research stations where the U.S. Forest Service (USFS) could consolidate its footprint without disrupting its research and development work, according to a press release. Some 64 agency locations were reviewed in total, of which 23 were identified for closure. “Local facility consolidation will help us put more of our funding toward mission delivery and cutting-edge research, rather than brick and mortar we no longer need,” said USFS Chief Tom Schultz. The agency expects that the consolidation will produce $16 million in cost savings. Officials say that employees at the affected locations will be transferred to other facilities within their local commuting areas. The move is part of a sweeping reorganization of the agency by the Trump administration. Additionally, the USFS reaffirmed intentions to close regional offices in Atlanta, Milwaukee and Portland. The agency is currently evaluating its other facilities related to the National Forest System and other operations. Read more at the U.S. Forest Service.
Back to Resources Eastern diamondback rattlesnake (Crotalus adamanteus). Credit: Matthew Paulson The Southeastern Section of The Wildlife Society submitted this letter to the Georgia Deparment of Natural Resources calling for the addition of the eastern diamondback rattlesnake ( Crotalus adamanteus ) to the Georgia Protected Species List. The letter notes…Back to Resources Eastern diamondback rattlesnake (Crotalus adamanteus). Credit: Matthew Paulson The Southeastern Section of The Wildlife Society submitted this letter to the Georgia Deparment of Natural Resources calling for the addition of the eastern diamondback rattlesnake ( Crotalus adamanteus ) to the Georgia Protected Species List. The letter notes that, while progress has been made in efforts to conserve the species, it is still vulnerable to threats like habitat loss and human persecution. The Section states that “Georgia’s goal should be to preemptively conserve this species to preclude a federal listing under the Endangered Species Act, which would likely be more restrictive than state regulations.”
