SCORES & OUTDOORS: “Tis the season for ‘giant mosquitoes’

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Crane fly

Roland D. Halleeby Roland D. Hallee

Have you ever gone to bed on a warm summer night, and seen this thing flying around that resembles a large mosquito?

It happens to me all the time at camp.

Sitting up in bed, grabbing the book I’m reading, or possibly a magazine for some light and quick reading. And, there it is, buzzing around the light, and becoming extremely annoying. It looks like a giant mosquito.

One of my relatives recently posted a photo on Facebook of that exact same insect on her arm. In the posting, she notes, “it’s a good thing I’m not afraid of spiders.” Wait a minute, this insect has six legs. All arachnids have eight legs. That is not a spider.

Well, I quickly fired off an email to my biologist contact at the Maine Department of Inland Fisheries and Wildlife, along with the photo. It didn’t take long to receive a reply.

His response was, “this is a cranefly, a true fly in the order Diptera, and probably from the family Tipulidae. There are over 1,500 species of Craneflies in North America and possibly several hundred in Maine. The adults are harmless, some species not feeding at all, and some species feeding predominantly on nectar.”

In colloquial speech, the cranefly is sometimes called Daddy Longlegs, a term also used to describe opiliones, or harvestmen, both of which are arachnids. The larvae of the cranefly are known commonly as leatherjackets.

Craneflies are found worldwide, though individual species usually have limited ranges.

The adult crane fly, like mentioned earlier, resembles an oversized mosquito, and has stilt-like legs that are deciduous, easily coming off the body.

The adult female usually contains mature eggs as she emerges from her pupa, and often mates immediately if a male is available. Adult craneflies have a lifespan of 10 – 15 days. Cranefly larvae (leatherjackets) have been observed in many habitat types on dry land and in water. They are cylindrical in shape, but taper toward the front end, and the head capsule is often retracted into the thorax. Larvae may eat algae, microflora, and living or decomposing plant matter, including wood. Some are predatory.

The sole purpose of the adult crane fly is to mate and, for the females, to lay eggs for next spring’s crop of flies. Crane flies are harmless to handle, so the next time one makes its way indoors, simply cup it gently to release outdoors. Think of it as a romantic gesture.

Some lavae species consume some living aquatic insects and invertabrates, which could potentially include mosquito larvae. Many, however, because of their short lifespan, never eat at all.

Numerous other common names have been applied to the crane fly. Many of the names are more or less regional in the U.S., including mosquito hawk, mosquito eater, gallinipper, and gollywhopper.

There are other misconceptions about the crane fly.

There is an enduring urban legend that crane flies are the most venomous insects in the world, but have no ability to administer the venom; this is not true. The myth likely arose due to their being confused with the cellar spider as they are also informally called “daddy longlegs”, and although the arachnid does possess venom, it is not especially potent.

Despite widely held beliefs that adult crane flies prey on mosquito populations, the adult crane fly is anatomically incapable of killing or consuming other insects.

Crane flies are generally thought as agricultural pests. Since the late 1900s they have become invasive in the United States. The larvae have been observed on many crops, including vegetables, fruits, cereals, pasture, lawn grasses and ornamental plants.

Should you kill crane flies? Adult crane flies are harmless and do not feed on blood. However, crane fly larva, known as leatherjackets, can cause damage to your lawn. You can kill the flies immediately with an insecticide or you can take preventative measures by killing their larva.

First, you must use home remedies with essential oils to prevent adult crane flies. It will also prevent them from laying their eggs in your garden or lawn. There are many essential oils that you can use to make your treatment, the most common being lavender, and peppermint oil.

It is harmless to humans, can be a nuisance to agriculture, but I wish it would stop reading over my shoulder.

Roland’s trivia question of the week:

How many Major League baseball teams are there in California?

Answer can be found here.

SCORES & OUTDOORS: The return of the red-bellied woodpecker

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Red-bellied woodpecker, left, and Red-headed woodpecker, right.

by Roland D. Hallee

It has been a while since I’ve seen one, but last week, on a couple of occasions, I saw a red-bellied woodpecker at one of our bird feeders. One had made an appearance a couple of years ago, but I hadn’t seen one recently. Of course, if you know what a red-bellied woodpecker looks like, it is one of the most misnamed creatures on the planet.

The red-bellied woodpecker, Melanerpes carolinus, is a medium-sized woodpecker. It breeds mainly in the eastern United States, ranging as far south as Florida and as far north as Canada. Though it has a vivid orange-red crown and nape it is not to be confused with the red-headed woodpecker, a separate species of woodpecker with an entirely red head and neck that sports a solid black back and white belly. The red-bellied earns its name from the pale reddish blush of its lower underside.

Adults are mainly light gray on the face and underparts; they have black and white barred patterns on their back, wings and tail. Adult males have a red cap going from the bill to the nape; females have a red patch on the nape and another above the bill. The reddish tinge on the belly that gives the bird its name is difficult to see in field identification.

Males tend to call and drum more frequently than females, but both sexes call. The drum sounds like 6 taps. Often, these woodpeckers “drum” to attract mates. They tap on hollow trees, and even on aluminum roofs, metal guttering and transformer boxes in urban environments, to communicate with potential partners.

These birds mainly search out arthropods on tree trunks. They may also catch insects in flight. They are omnivores, eating insects, fruits, nuts and seeds. Their breeding habitat is usually deciduous forests. They nest in the decayed cavities of dead trees, old stumps, or in live trees that have softer wood such as elms, maples, or willows; both sexes assist in digging nesting cavities. Areas around nest sites are marked with drilling holes to warn others away.

Though the species is not globally threatened, it depends on large trees for nesting. In areas that are extensively deforested, the birds will sometimes utilize gardens, but for the most part they simply will not be present in any numbers.

In early May, the red-bellied woodpeckers begin breeding activities by drumming patterns; such as, slow taps followed by short rapid drumming. The red-bellied woodpeckers use vocal signals to at­tract and communicate with potential mates. The red-bellied woodpeckers are known to be in monogamous relationships. They have been known to rapidly peck on aluminum gutters of houses to produce a loud noise in order to attract females.

Woodpeckers depend on dead and drying wood for nesting purposes. The male red-bellied woodpecker takes the initiative in locating a nest hole. He will then seek approval from his female mate by mutual tapping. The red-bellied woodpecker excavates holes in trees for nesting and roosting. By excavating cavities, they play an important role in the forest communities for other species as well. For example, species such as squirrels and bats use these cavities as shelter. The female red-bellied woodpecker accepts the nesting hole by completing the excavation and entering the nest hole.

Researchers have documented that red-bellied woodpeckers have the tendency to nest in clear areas with only few trees. Studies have indicated that close canopy areas do not impact the bird’s nesting behavior; however, further studies are needed and are in progress. Red-bellied woodpeckers are territorial during the nesting season and they breed once per year. A pair-breeding woodpecker begins nesting in April or May.

The woodpecker uses its bill for foraging as a chisel drilling into bark or probing cracks on trunk of trees. In this manner, the red-bellied woodpecker is able to pull out beetles and other insects from the tree with the help of its long tongue.

Here’s an important fact. The red-bellied woodpecker is a major predator of the invasive emerald ash borer in the U.S., which has been spotted in Maine, removing up to 85 percent of borer larvae in a single infested ash tree. The red-bellied woodpecker has also been observed, on occasions, foraging on the ground amongst groups of Northern Flicker woodpeckers.

Predators of adult red-bellied woodpeckers include birds of prey such as sharp-shinned hawks and Cooper’s hawks, black rat snake and house cats. Known predators of nestlings and eggs include red-headed woodpeckers, owls, pileated woodpeckers, eastern gray squirrels, fox squirrels, gray rat snakes and black rat snakes. When approached by a predator, red-bellied woodpeckers either hide from the predator, or harass it with alarm calls. They defend their nests and young aggressively, and may directly attack predators that come near the nest.

My red-bellied woodpecker just shows up at the feeders and helps himself.

Roland’s trivia question of the week:

What NHL team last won three Stanley Cups in a row?

Answer can be found here.

SCORES & OUTDOORS: The re-emergence of the almost forgotten firefly

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Firefly

Roland D. Halleeby Roland D. Hallee

A reader recently told me they saw some fireflies recently, and asked whether it is early for them.

I guess it all depends on a number of factors.

Most people associate fireflies with soft summer evenings, but late in February and into March it is possible to see winter dark fireflies glowing in the woods. The larvae and pupae have the ability to bioluminescence, but lose the necessary organs as they become adults during their two-year lifespan.

But the adults emerge out in the warmer late spring, early summer, when it’s warm and humid. And that’s when we usually see the flashing with the adults, the nocturnal species; we’re probably more aware of those. It’s usually June and July when they’re mating and very active as adults.

Larvae are predators and can be found in decaying logs, especially pine; they tend to live in colonies because the habitat is good. So keep a look out and you may see the glow high up on trees or lower down on fallen snags.

Fireflies are attracted to high grasses and shrubbery, and they rest on tall blades of grass during the day. Mowing too often can actually reduce the number of fireflies in your yard in general.

While some fireflies produce larvae that glows, called a glow worm, the fireflies in Maine do not. Technically, Maine fireflies are called a Big Dipper Fireflies. Fireflies use their blinking lights to attract a mate, but they also communicate other messages, like claiming a territory.

Do adult fireflies eat mosquitoes or other insects? Well, the eating habits of fireflies generally differ from those of the predatory larvae. Most of the adult fireflies feed on dew droplets, pollen, or nectar from flowers, but there are some exceptions. Some of the species are known to eat smaller insects

As a child, when we visited family in Canada, we used to go to a camp on the lake. Coming from a generation that believed “children should be seen, and not heard,” we were relegated to “go find something to do,” when the adults got together. We would go catch fireflies. Catch fireflies carefully, treat them gently and release them into the wild again when you’re done, and you’ll be able to enjoy these fascinating creatures without causing any harm.

These fireflies are a family of insects in the beetle order, with more than 2,000 described species, many of which are light-emitting. They are soft-bodied beetles commonly called fireflies, glowworms, or lightning bugs for their conspicuous production of light, mainly during twilight, to attract mates. Light production originated as an honest warning signal that the larvae were distasteful; this was co-opted in evolution as a mating signal in the adults. In a further development, female fireflies mimic the flash pattern of other species to trap their males as prey.

Fireflies are found in temperate and tropical climates. Many live in marshes or in wet, wooded areas where their larvae have abundant sources of food. While all known fireflies glow as larvae, only some adults produce light, and the location of the light organ varies among species and between sexes of the same species. Fireflies have attracted human attention since classical antiquity; their presence has been taken to signify a wide variety of conditions in different cultures, and is especially appreciated aesthetically in Japan, where parks are set aside for this specific purpose.

Most fireflies are distasteful to vertebrate predators, as they contain a steroid similar to the those found in some poisonous toads.

In the United States, one of the most famous sightings of fireflies blinking in unison occurs annually near Elkmont, Tennessee, in the Great Smoky Mountains, during the first weeks of June. Tourists from all over the U.S. make the annual pilgrimage there to witness this marvelous natural display.

With all this, what are their interactions with humans?

While fireflies do contain toxins, they are harmless to humans unless eaten in massive quantities. Whether you know them as Lightning Bugs or Fireflies, these are beneficial insects. They don’t bite, they have no pincers, they don’t attack, they don’t carry disease, they are not poisonous, they don’t even fly very fast.

Throughout history, fireflies have put on some spectacular shows for humans to watch. Unfortunately, their numbers are in decline. So, if you should be privileged enough to witness a nighttime performance, enjoy!

Roland’s trivia question of the week:

Who was the last Boston Red Sox pitcher to hurl a no-hitter?

Answer can be found here.

SCORES & OUTDOORS: Things you see in the dark

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Wolverine, left, and Fisher, right.

Roland D. Halleeby Roland D. Hallee

Well, today we have an interesting question.

A supporter sent an email to me stating they had seen a wolverine crossing the Bog Road, in Vassalboro, on their way home from the Vassalboro town meeting last Monday night. After looking online, this person is sure it was a wolverine.

The wolverine is the largest land-dwelling species of the family Mustelidae (otters, weasels, badgers, ferrets, martens, minks). It is a muscular carnivore and a solitary animal. The wolverine has a reputation for ferocity and strength out of proportion to its size, with the documented ability to kill prey many times larger than itself.

The wolverine is found primarily in remote reaches of the Northern boreal forests and subarctic and alpine tundra of the Northern Hemisphere, with the greatest numbers in Northern Canada, the U.S. state of Alaska, the mainland Nordic countries of Europe, and throughout western Russia and Siberia. Its population has steadily declined since the 19th century because to trapping, range reduction and habitat fragmentation. The wolverine is now essentially absent from the southern end of its range in both Europe and North America.

Anatomically, the wolverine is an elongated animal that is low to the ground. With strong limbs, broad and rounded head, small eyes and short rounded ears, it most closely resembles a large fisher. Though its legs are short, its large, five-toed paws with crampon-like claws and plantigrade posture enable it to climb up and over steep cliffs, trees and snow-covered peaks with relative ease.

The adult wolverine is about the size of a medium dog. Wolverines have thick, dark, oily fur which is highly hydrophobic, making it resistant to frost. This has led to its traditional popularity among hunters and trappers as a lining in jackets and parkas in Arctic conditions. A light-silvery facial mask is distinct in some individuals, and a pale buff stripe runs laterally from the shoulders along the side and crossing the rump just above a bushy tail. Some individuals display prominent white hair patches on their throats or chests.

Like many other mustelids, it has potent anal scent glands used for marking territory and sexual signaling. The pungent odor has given rise to the nicknames “skunk bear” and “nasty cat.” Wolverines, like other mustelids, possess a special upper molar in the back of the mouth that is rotated 90 degrees, towards the inside of the mouth. This special characteristic allows wolverines to tear off meat from prey or carrion that has been frozen solid.

Wolverines are considered to be primarily scavengers. A majority of the wolverine’s sustenance is derived from carrion, on which it depends almost exclusively in winter and early spring. Wolverines may find carrion themselves, feed on it after the predator (often, a pack of wolves) has finished, or simply take it from another predator. Wolverines are also known to follow wolf and lynx trails, purportedly with the intent of scavenging the remains of their kills. Whether eating live prey or carrion, the wolverine’s feeding style appears voracious, leading to the nickname of “glutton”. However, this feeding style is believed to be an adaptation to food scarcity, especially in winter.

The wolverine is also a powerful and versatile predator. Its prey mainly consists of small to medium-sized mammals, but the wolv­erine has been recorded kill­ing prey such as adult deer that are many times larger than itself. Prey species include porcupines, squirrels, chipmunks, beavers, marmots, moles, gophers, rabbits, voles, mice, rats, shrews, lemmings, caribou, roe deer, white-tailed deer, mule deer, sheep, goats, cattle, bison, moose, and elk. Smaller predators are occasionally preyed on, including martens, mink, foxes, Eurasian lynx, weasels, [coyote, and wolf pups. Wolverines often pursue live prey that are relatively easy to obtain. Their diets are sometimes supplemented by birds’ eggs, birds (especially geese), roots, seeds, insect larvae, and berries.

Wol­ver­ines frequently cache their food during times of plenty. This is of particular importance to lactating females in the winter and early spring, a time when food is scarce.

Wolves, American black bears, brown bears, cougars, and golden eagles are capable of killing wolverines, particularly young and inexperienced individuals. Wolves are thought to be the wolverine’s most important natural predator. Armed with powerful jaws, sharp claws, and a thick hide, wolverines are remarkably strong for their size. By far, their most serious predator is the grey wolf.

Wolverines live primarily in isolated arctic, boreal, and alpine regions of northern Canada, Alaska, Siberia, and Fennoscandia; they are also native to European Russia, the Baltic countries, the Russian Far East, northeast China and Mongolia. In the Sierra Nevada, wolverines were sighted near Winnemucca Lake in spring 1995 and at Toe Jam Lake north of the Yosemite border in 1996; and later photographed by baited cameras, including in 2008 and 2009, near Lake Tahoe. According to a 2014 U.S. Fish and Wildlife Service publication, “wolverines are found in the North Cascades, in Washington, and the Northern Rocky Mountains, in Idaho, Montana, Oregon and Wyoming. Individual wolverines have also moved into historic range in the Sierra Nevada Mountains of California and the Southern Rocky Mountains of Colorado, but have not established breeding populations in these areas.

Most New World wolverines live in Canada and Alaska. However, wolverines were once recorded as also being present in Colorado, areas of the southwestern United States (Arizona and New Mexico), the Midwest (Indiana, Nebraska, North and South Dakota, Ohio, Minnesota, and Wisconsin), New England (Maine, New Hampshire, Vermont, and Massachusetts) and in New York and Pennsylvania.

Many North American cities, teams, and organizations use the wolverine as a mascot. For example, the US state of Michigan is, by tradition, known as “the Wolverine State”, and the University of Michigan takes the animal as its mascot. There have also been professional baseball and football clubs called the “Wolverines”.

Marvel Comics character James “Logan” Howlett was given the name “Wolverine” because of his short stature, keen animal senses, and ferocity.

The wolverine is prevalent in stories and oral history from various Algonquian tribes and figures prominently in the mythology of the Innu people of eastern Québec and Labrador.

So, now the question is: are there wolverines in Maine? According to the Maine Department of Inland Fisheries and Wildlife, wolverines are not found in New England, although they did at one time. But fishers are, and in the right light, they could look like small wolverines. What did that person see that night? In the dark, it could possibly have been a fisher, which bears a resemblance to a small wolverine.

Roland’s trivia question of the week:

Which Boston Red Sox player was the first rookie in history to gather both the Rookie of the Year, and Most Valuable Player awards, in the same year?

Answer can be found here.

SCORES & OUTDOORS: Substantial moose mortality in northern Maine blamed on ticks

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Female winter tick

Roland D. Halleeby Roland D. Hallee

Recent news reports have indicated a high rate of deaths among young moose in northern Maine. Lee Kantar, the moose biologist with the Maine Department of Inland Fisheries and Wildlife (MDIFW), said the winter ticks are to blame. The ticks, also called moose ticks, are a worsening problem in the areas of the northern U.S. and southern Canada that moose call home. Infestations of ticks contributed

to a record high death rate for young moose tracked by wildlife managers in rural Maine.

The Maine Department of Inland Fisheries & Wildlife placed collars on 70 moose calves in remote parts of the state last winter and 60 of them had died by the beginning of May, Maine Public reported. The 86 percent mortality rate was the highest since the agency started the tracking survey.

Kantar confirmed the majority of overwinter mortality occurs in calves prior to their first birthday in May.

“We have been assessing cause specific mortality of adult cow and calf moose for 9 years with GPS collared animals,” Kantar said. “Winter tick is the primary driver/cause of mortality for calves. The winter tick is a unique species of tick that has a different life cycle than the common ticks known to most people (e.g., deer and dog ticks).”

He continued by saying unlike other ticks that have a multi-year life cycle that involves getting on and removing blood from three different hosts, winter ticks spend their entire life cycle (larva, nymph and adult) on one host (typically moose) and take blood meals off the moose at each stage.

“Adult female winter ticks, in order to produce eggs, take a minimum of one milliliter of blood from the moose,” Kantar explained. “The winter ticks get on the moose in the fall and stay on them until May where they drop off then the females lay eggs and die. A moose can harbor 30,000-90,000 ticks ” According to Kantar, “the amount of blood removed by these ticks causes blood loss, weight loss, restlessness, lethargy, hair loss, secondary bacterial infections and anemia. In cases like this spring, high infestation rates on moose can lead to death in young animals and depress female reproductive rates.”

Researchers have studied the dynamic of winter tick and moose for decades. “Typically losses like we saw this spring occur once over the course of many years,” Kantar continued. “However, in the northeast due to shifts in climate and past moose densities we have experienced multiple years of moderate-high juvenile losses. Moose are wild, free-ranging animals. There is no veterinary labelled, approved treatments for moose.” Moose range over 10-12 square miles. Maine is home to tens of thousands of moose.

“Solutions to ticks must address this large scale problem in a way that does not harm the environment and other wildlife,” Kantar said. “Therefore we are limited in options to treat moose and winter tick. Reducing the density of moose is believed to be one of the only possibilities to determine if winter tick numbers can be reduced. MDIFW is conducting further research on reducing moose numbers in one half of one Wildlife Management District over the next five years to measure moose population parameters (density, composition, mortality and reproduction) as well as winter tick numbers to determine impacts of the program.”

The reported numbers for this spring represent only one Wildlife Management District (WMD 4) and represents only GPS collared calves that had these GPS radio collars placed on them this past January.

“It is highly likely that this mortality rate is representative of the entire management unit, but caution must be used to assume that these numbers are consistent throughout the entire moose range in Maine,” Kantar explained.

“While reducing moose density is counterintuitive to people, the science behind the relationship of disease/parasites and animal density is deeply rooted and widely studied,” Kantar added. Kantar went on to say, with 90 percent of Mainers approving of moose hunting, biologically and otherwise population reduction at this level to determine feasibility is a prudent and important step in combating winter ticks. Longer summer/fall temperatures and weather and subsequently shorter winters allow winter ticks to have more days to get on moose in the fall. Each day the weather remains mild, ticks are getting on moose so the number of ticks continues to grow until weather shuts down the ticks looking for a host. This is why winter tick numbers can increase to the point on a moose that they become lethal. Combating the weather is out of our hands. Maine moose country is predominately private land – there are limitations in scope, scale, resources and practicality in how to best fight ticks.

“Our website has additional information on this,” Kantar concluded.

According to the University of Maine Extension Service, winter ticks are most commonly encountered in fall and winter. Their preferred hosts are moose and other ungulates, including deer, elk, and caribou, and occasionally horses and cattle. Though they can be found anywhere on a host, they seem to prefer the ears, belly, anal region, and under the legs. Incidental hosts include dogs, beavers, black bears, and coyotes. Winter ticks rarely bite and feed on humans.

Although winter ticks are not a threat to human health, they can pose a significant threat to wildlife, moose in particular. Deer and other ungulates seem to easily remove the ticks during grooming. Moose, however, are not as successful at tick grooming and can become host to over 100,000 winter ticks. Heavy infestations on an individual can result in severe anemia, skin irritation, hair loss, and distraction from feeding. The total effect from heavy infestations can ultimately result in death of the individual.

Ticks hide in the leaf litter present in the wooded or brushy areas they tend to populate. When snow falls, it only serves to insulate the dormant ticks, which are protected by the layer of debris. Or, in the case of soft-shell ticks, they survive by staying underground in burrows or dens.

In 2019, the Maine Center for Disease Control confirmed 1,629 cases of Lyme disease in Mainer.

The winter tick has a large geographic distribution in North America. They can be found coast to coast through much of Canada and the United States ranging from the Yukon Territory in the north to along the Mexican border in the south. They can be found in a wide variety of habitats, but are strongly associated with the presence of moose. Winter ticks are found in forested areas throughout the state of Maine, particularly in central and northern counties.

Roland’s trivia question of the week:

What is the diameter of a basketball hoop in inches?

Answer can be found here.

SCORES & OUTDOORS: Over 100 whales spotted during aerial survey

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Northern Right Whale

Roland D. Halleeby Roland D. Hallee

There has been a lot of discussion and controversy lately about the plight of whales in the North Atlantic, in particular about the Right Whale, and their interaction with lobstermen.

Maine’s lobstermen have fought national conservation groups over federal gear rules and fishery closures intended to protect endangered whales.

During a special research flight on April 25, the New England Aquarium aerial survey team sighted more than 100 whales of several species, including 27 critically endangered North Atlantic right whales.

Aquarium researchers, Associate Scientist Orla O’Brien and Research Assistant Katherine McKenna, flew a five-hour flight on April 25 focused on how survey altitude affects researchers’ ability to detect whales. The New England Aquarium primarily flies aerial surveys over the waters south of Nantucket that are designated for offshore wind development, but this week’s flight in Massachusetts Bay was a strategic effort to better understand how to merge survey data collected before, during, and after wind energy construction. Surveys that occur during and after wind turbine construction will need to be flown at a higher altitude to account for the turbine height, which is about 800 feet. This special survey was flown over Massachusetts Bay and Stellwagen Bank National Marine Sanctuary because these areas typically contain many whales, giving researchers the best opportunity to collect the data they need to address questions about changes in flight altitude.

“On this special flight, we flew each track line at a lower and higher altitude. Comparing these data, and data from previous flights, ensures that we can correctly identify and interpret any changes in the number of animals seen before, during, and after construction,” said Dr. Jessica Redfern, Senior Scientist and Chair of the Aquarium’s Spatial Ecology, Mapping, and Assessment (EcoMap) program.

While aboard the five-hour flight, researchers O’Brien and McKenna spotted multiple marine mammal species, including critically endangered right whales, and an abundance of humpback whales, fin whales, sei whales, and dolphins. They also noted some right whales close to the entrance of Boston Harbor. Passengers aboard New England Aquarium Whale Watches in partnership with Boston Harbor City Cruises have been seeing right whales recently.

“We were really pleased to see so many whales and collect valuable data needed for our project. Massachusetts Bay and Stellwagen Bank are hotspots for whales, and we were grateful to our research colleagues for helping us collect valuable information on this flight,” O’Brien said.

While wind turbine construction in southern New England has not yet begun, the surveys help monitor changes in animal populations, identify various animal species, and recognize trends using standardized data that has been collected over many years. Determining where right whales occur and how they are using these habitats provides crucial information that can be used to better protect the species. Aqua­rium scientists are also monitoring the occurrence of sharks, tunas, and billfishes in the offshore wind lease areas.

North Atlantic right whales are a critically endangered species, with an estimated population of less than 350 individuals. The whales travel hundreds of miles while searching for tiny crustaceans, which they feed on in large volumes. Warming waters in the northern Atlantic Ocean have led to shifts in right whale habitat use, with the animals adjusting where they feed off the northeast U.S. and Canada. Southern New England waters have become an increasingly important habitat for the species in the past 12 years.

The New England Aquarium is the main source for this article.

Roland’s trivia question of the week:

Who has hit the most career home runs for the Boston Red Sox?

Answer can be found here.

SCORES & OUTDOORS: Toxic worm has been sighted in Maine

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Hammerhead worm

Roland D. Halleeby Roland D. Hallee

A couple of weeks ago I wrote about the Joro spider that is working its way up the east coast of the U.S., and could arrive in Maine within the next 10 years.

Well, hang on to your hats, because here we go again with a native Asian invader to the state of Maine. The hammerhead worm — a toxic, predatory invasive worm capable of unlimited self-cloning — has arrived in Maine.

The first sightings were reported last fall from southern and central parts of Maine of the hammerhead worm, a flatworm that can range from 8- to 15-inches long and is distinguished by the unique hammer or shovel-shaped head.

“We have a couple of reports of them already,” said Gary Fish, state horticulturist with the Maine Department of Agriculture, Conservation and Forestry. “I don’t think anyone in Maine is up to speed on them,” he said in a news article published in the Bangor Daily News by Liz Baker.

The discovery is bad news for Maine’s gardeners since hammerheads prey on earthworms, which contribute to the health of Maine soil by turning organic materials into useful compost. Earthworm activity also helps aerate the soil, which increases soil nutrients and moisture intake.

The hammerhead worm can prove additionally troublesome because it has no known predators.

The hammerhead worm is native to Asia and has been reported as far south as Florida, as far west as California and now as far north as Maine, according to the University of Florida.

The biology of the hammerhead reads like a horror movie. It does not have respiratory or circulatory systems or a skeleton, and it may or may not have eyes. What it does have is a single opening on its head that serves as both its mouth and its anus. (Sounds like something that is tailor made for an episode of Svengoolie.)

Baker spotted one slithering up her foundation in Lewiston last fall.

In the BDN article, Baker said, “I was fascinated. Totally creepy and strange but I love learning about different species [and] I had never seen anything like it.”

The truly amazing trait of hammerhead worms is that they are basically immortal. Like other flatworms, they reproduce asexually by what is known as “fragmentation.” For example, they leave the tip of their tail stuck to something, and it will develop on its own into a new worm.

That also means if you cut a hammerhead into pieces, in 10 days or so you are going to have multiple new hammerheads — all capable of fragmentation.

They are also the first land invertebrates found to produce the same toxin that is found in pufferfish. In the fish, the toxin is lethal to humans with one pufferfish containing enough to kill 30 adult humans. Little is known about the hammerhead toxin’s effects on humans, but it is believed a person would have to eat a large quantity of them to be lethal. Yuck! Are you kidding me? Who’d want to eat a worm? However, it is a good idea to wash your hands after handling hammerhead worms.

So, what do you do if you spot hammerhead worms, and don’t want to see an entire colony form in your yard?

Because hammerhead worms consume beneficial worms, secrete poisonous toxins, and transmit harmful nematode parasites, they should be removed and dispatched whenever found.

If you spot a hammerhead worm, take a photo. Should you kill hammerhead worms? Yes, but first take a photo and send it to your local cooperative extension service, your state’s department of natural resourc­es. These groups study and track invasive species like this worm, gathering numbers and locations of sightings.

Collect hammerhead worms in a sealable container. If you find a hammerhead worm in your garden, capture it in a sealable plastic bag or some other sealable container. Don’t touch it with your hands; use a stick, gloves, or paper towel to place it into the container. If you do touch it, be sure to wash and disinfect your hands. Placing the worms in a container ensures they won’t be able to get away and makes it easier to apply a solution to kill them.

Apply salt and/or grain vinegar concentrate to the hammerhead worms in the bag, seal the bag, and place it in the freezer for 48 hours to ensure the worm has dissolved. Soapy water, neem oil, citrus oil, boric acid, or pesticides may also work.

Do not cut the worm into pieces. Each section can regenerate into a fully developed worm within a few weeks.

Discard the dissolved worms and sanitize the container.

After a hammerhead worm has been sealed in a plastic bag, treated with salt (or a combination of salt and vinegar), and placed in the freezer for 48 hours, the Texas Invasive Species Institute recommends discarding the still-sealed baggie in the trash.

Alternatively, you can use a glass jar with a lid or any kind of plastic sealable container. Most sources advise tossing the sealed container into the trash, but if you prefer to reuse it, it should be cleaned and disinfected with alcohol or another strong disinfectant.

If you have found one hammerhead worm, there are probably more, so remain vigilant. Examine your garden, particularly in the early morning after a rain when they’re likely to be easily found on the surface.

It’s important to keep an eye out for these invasive, toxic worms. The slimy predators threaten earthworms, which are vital to our ecosystem because they help decompose organic matter and incorporate soil amendments. Knowing how to identify and correctly kill and dispose of these nuisance worms will help keep your garden and your pets safe and healthy.

Roland’s trivia question of the week:

Who holds the Boston Red Sox team record for most hits in a single season?

Answer can be found here.

SCORES & OUTDOORS – Moment of truth: did the mice get in your camper?

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Common house mouse

Roland D. Halleeby Roland D. Hallee

This is the time of year that is the moment of truth. To those of you who own campers, and it has been closed up all winter, either in a field, or in storage, you almost dread the first time you open it up in the spring. The question: Did mice get in over the winter? If so, how much damage did they do?

Well, we have friends who all have different theories on how to repel these little creatures, and discourage them from entering your “summer home.”

Some of us rely on old-fashioned, time tested methods – moth balls, dryer sheets, and peppermint. Others have their own concoctions they swear by, and still others strongly believe in the “new and better” mouse trap. You know, the one where you pass a wire through the top of a five-gallon bucket, place an aluminum can through the wire, smear it with peanut butter, fill the bucket with antifreeze and build a ramp for the critter. They walk up the ramp, jump on the can – the can rotates and the mouse falls to its death in the antifreeze, to be preserved for you in the spring.

These pests typically try to find their way in when the weather takes a cold turn. Once they’ve made their way inside, it’s immediately time to start figuring out how to get rid of them. Understanding what these critters like and don’t like can help you better understand how to keep them away.

Are you rolling out the ‘Welcome’ mat for mice? Learn how to put up a ‘No Vacancy’ sign they can’t ignore!

The mouse is a small species that’s found all over the world. This highly adaptive species can survive in the wild, but they thrive when living near people where food, water, and shelter are easy to find. They are one of the most common pests to infest homes and buildings.

Jumping 18 inches in the air, climbing stairs and rough surfaces, and swimming are effortless tasks for these critters.

These pests have poor eyesight. They can’t see colors and they cannot see very far away. However, mice have a very good sense of smell that makes up for their weak eyes. They use scent markers to communicate with other mice and rely on scents to detect predators or other potential dangers. A mouse’s sense of smell is so powerful, it can identify the age and sex of another mouse up to 10 miles away!

The mouse’s small size and impressive skills make them a challenging pest, but their ability to reproduce is overwhelming. They can reproduce before they are two months old and typically have anywhere from 3 – 14 babies per litter. A female can have 5 – 10 litters each year, so do the math. It doesn’t take long for one pest to turn into a large mouse problem.

So now, let’s see what science has to say about it.

Mice have a very keen sense of smell that is much stronger than what humans experience. You can use this trait to repel mice and use scents that mice hate like cinnamon, vinegar, dryer sheets, clove oil, peppermint, tea bags, moth balls, mint toothpaste, ammonia, cloves, clove oil, and cayenne pepper.

If you have ever seen or kept a mouse, you may have noticed they seem to spend an awful lot of their time sniffing at their surroundings. Be it on their hind legs whilst twitching their whiskers, or just roaming around in their cages, their nose is always active. Sniffing is the way mice find food, communicate with one another, and are alerted to a predator’s presence.

Out of all the rodents, mice have one of the best senses of smell. Only second to rats. Mice, in fact, rodents in general, have a sense of smell that is highly developed with an incredible one percent of their DNA being dedicated to olfactory receptors.

The world of smell is also very different for mice than it is for humans, with scents from food, prey, and predators constantly bombarding them with information.

With the influx of scents coming in, you would think that it may be hard for a mouse to make sense of them all and separate what is of use such as food and predator scents from background smells.

However, this is not the case.

During experiments where mice were scent trained to pick out a certain smell from others, they could do so 85 percent of the time. This was even when a large number of background smells were included, although the more background scent included, the less reliable the mice became.

When looking for food, for example, mice use a combination of smell and touch. Their noses lead them to the source of food and their whiskers or paws brushing against it locate it exactly.

Eyesight does not really play a part in food location at all. A mouse’s vision is not particularly good.

With such a highly developed sense of smell, it really is no wonder that our homes and businesses are so attractive to unwanted mice. Any unswept crumbs or dropped food, etc., must be incredibly tempting to them.

Mice, however, do not like the smell of mint, so planting this herb around the exterior of your house can help to keep unwanted visiting mice at bay.

Surprisingly, mice do not rely totally on their noses for their sense of smell. They also have another odor detecting organ called the vomeronasal organ, or VNO, which is located in the nasal cavity. The VNO is mainly used to sense pheromones (Any of various chemical substances secreted externally which convey information to, and produce specific responses in other individuals of the same species) which a mouse can do from up to ten miles away.

Mice also have excellent hearing and will hear you coming long before you see them. In addition, they have the incredible ability to know if something is toxic, unhealthy, or inedible by its taste.

My wife and I subscribe to the moth balls, peppermint and dryer sheets. In our 42 years of camping, we have had mice in our camper on one occasion, the year we didn’t go by our past experience, and succumbed to someone else’s propaganda.

Peanut butter? You may as well send out engraved invitations – and black ties are not required.

Roland’s trivia question of the week:

Since 1967, one Boston sports team has made the playoffs 46 times (out of a possible 55 years), more than any other team in the four professional major sports. Which team is it?

Answer can be found here.

SCORES & OUTDOORS: Iceberg parade becomes tourist attraction

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An iceberg passing by a Newfoundland village. (photo courtesy of PBS.com)

Roland D. Halleeby Roland D. Hallee

A strange phenomenon occurs every spring in the north Atlantic. Large icebergs come floating down the south shore near Ferryland, Newfoundland, Canada. People journey to the site – some traveling thousands of miles – to see this spectacle.

For the locals, it’s no big deal. But for others, seeing them for the first time, it’s a breath taking sight.

Slowly, an entire flotilla of massive chunks of ice several stories high gradually make their way south from Greenland.

Most years, hundreds of icebergs break off from glaciers and their one- to three-year nomadic journey begins. If the winds are favorable enough, they reach “iceberg alley,” an area of the Atlantic that roughly stretches from the coastal waters off Labrador, in Canada, south along Newfoundland.

Although last year proved a big disappointment, with only one iceberg making it across the 48th N parallel during iceberg season – generally April through July. Not anything like 2019, which saw more than 1,500.

Meteorological and oceanographic conditions – wind direction, ocean currents and air and sea temperatures – play a role and impact the flow of the icebergs, determining how big a show Mother Nature will put on each year, according to the U.S. Coast Guard International Ice Patrol, which monitors the area off Labrador and Newfoundland for icebergs.

Some observers believe that stronger Labrador winds this spring may draw a larger number of the icebergs south.

This year, there is more ice in the harbors, more seals and even polar bear sightings in certain areas. The same currents carry icebergs so this is a positive sign. Sightings in the past couple weeks confirm that some icebergs are getting closer to shore than last year.

The icebergs have become a major attraction, giving rise to some iceberg tourism and delivering lucky spectators with a front-row seat to an unusual parade.

Tour boats actually venture out for a closer look at any number of the many icebergs. However, they never get too close in case the icebergs continue to break up.

Speaking of boats, could it be possible that one of these giant icebergs was responsible for the sinking of the RMS Titanic? The sea disaster happened on April 14, 1912, in the north Atlantic when the British luxury passenger cruise liner collided with an iceberg off the coast of Newfoundland. The timing would be right.

These gigantic icebergs can reach up to 300-feet above sea level. That, plus most of the icebergs are not visible, with 90 percent of an iceberg’s size beneath the surface. Some take on odd shapes as they melt, even looking like ice castles by the time they pass along the Canadian shore.

As many enjoy the icebergs and all of what they have to offer, some are concerned, hoping that future generations will be able to marvel at these giants of nature as many do today.

They should be enjoyed while they last, with the current climate changes, there’s no guarantee we’ll see this spectacle in years go come.

Are you planning a vacation to Newfoundland, yet?

AccuWeather is the primary source of this article.

FLYING SQUIRREL UPDATE

Last week, I received a letter from a reader concerned about flying squirrels and their “health.” She noted that she had captured several flying squirrels above a suspended ceiling in the home they purchased. After baiting and capturing them, she found a farmer who allowed her to release them in an old, large barn in Sidney.

This last time, he said “no” because he researched and found that flying squirrels are territorial and will attack and kill other flying squirrels in the area.

Well, this is what I was able to find about flying squirrels and relocating them. It is best to relocate in an area near where they were found, more familiar territory.

Competing males chase until they catch the other. This is followed by violent fighting among males. In these chases, they are not always about the size or the strength of the squirrel, but also the maturity. It has been noted that on many occasions, it’s the older male squirrels that win the fight to claim dominance.

So, probably the best way to handle flying squirrels once they have entered your home is to place a one-way door or another type of exclusion device over the hole. The flying squirrels will be able to leave but not get back inside. Over the course of a few days, they will leave in search of food and remain outside with no way to get back in.

That’s probably the best way to take care of that situation.

Roland’s trivia question of the week:

Have any Boston Red Sox pitchers’ numbers been retired?

Answer can be found here.

SCORES & OUTDOORS: Maine health officials respond to Avian flu

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Roland D. Halleeby Roland D. Hallee

Recently, I received information from the U.S. Department of Agriculture’s National Veterinary Services Labora­tories confirming the presence of highly pathogenic avian influenza (HPAI) in samples taken from small flocks of non-commercial backyard birds (non-poultry); Lincoln County (March 17); Knox and York counties (March 19); Cumberland County (March 22); and Washington County (March 26).

DACF Animal Health placed the properties under quarantine, and humane depopulation efforts have been completed.

Additional safety measures were implemented, including monitoring properties with domestic flocks within a six-mile radius and notifying bird owners of the importance of proactive safety measures to help prevent disease.

The risk for HPAI remains high, and backyard flock and commercial operators are advised to keep birds indoors to prevent the spread of this disease.

The current outbreak of HPAI is spreading across the country primarily due to the migration of wild birds. There is little evidence to suggest HPAI is being spread from farm to farm (lateral transmission). The virus is very prevalent in the environment in wild birds so flock owners need to practice strong biosecurity. More information on steps they can take to enhance biosecurity is available here: http://healthybirds. aphis. usda.gov.

Birds should be kept inside as long as the disease transmission risk is high. Please reference the Maine DACF Animal Health website for up-to-date information.

Because HPAI is being spread by migrating wild birds, it is difficult to predict what will happen over the next couple months. The trends observed with past North American HPAI outbreaks are that there is often a reprieve in the summer months. Summer is when the virus present on the landscape (outdoors) is degraded by sunlight and heat. Migratory waterfowl (ducks, geese, and shorebirds) moving south in the fall months are likely to shed AI virus again. It is critically important that poultry owners work now to provide indoor shelter for their birds through the fall and provide outdoor access only in covered poultry runs, allowing protection from predators and preventing contact with wild waterfowl and their droppings.

When purchasing new birds it’s always recommended to only purchase birds from a reputable source that follows effective biosecurity protocols and closely monitors poultry health.

Some of the signs to look for are sudden death without clinical signs; Lack of energy and appetite; Decreased egg production or soft-shelled or misshapen eggs; Swelling of the head, comb, eyelid, wattles, and hocks; Purple discoloration of wattles, comb, and legs; Nasal discharge, coughing, and sneezing; Incoordination; or Diarrhea. Learn more.

The best approach to protect the flock is to practice good biosecurity – this means keeping your birds separate from sources of disease, such as infected wild birds and their environment.

Report sick birds or unusual bird deaths to State/Federal officials, either through your state veterinarian or through USDA’s toll-free number at 1-866-536-7593.

Can people contract AI? No cases of this particular strain of the avian influenza virus have been detected in humans in the United States. According to the U.S. Centers for Disease Control and Prevention, recent detections of this strain of influenza in birds in Maine and several other states present a low risk to the public.

Poultry and eggs are safe to eat when handled and cooked properly. Eggs from a known infected flock are safely disposed of.

There is compensation available. Refer to the USDA APHIS website to learn what is covered and how the process works.

USDA has many resources available for commercial poultry producers and backyard bird owners through its Defend the Flock campaign. Information about this campaign and links to toolkits containing biosecurity checklists, videos, and more, are available.

DACF’s Animal Health team is also working closely with the Maine Center for Disease Control and Prevention (Maine CDC). Though this strain of avian influenza has not been detected in humans in the United States, Maine CDC is monitoring the health and wellbeing of animal health staff and flock owners who were exposed out of an abundance of caution. Signs and symptoms of bird flu infections in people can include fever (temperature of 100°F or greater) or feeling feverish, cough, sore throat, runny or stuffy nose, muscle or body aches, fatigue, headaches, eye redness (or conjunctivitis), and difficulty breathing.

Other possible symptoms are diarrhea, nausea, and vomiting. As with seasonal flu, some people are at high risk of getting very sick from bird flu infections, including pregnant women, people with weakened immune systems, and people 65 and older. The U.S. CDC provides information on avian flu transmission. The Maine CDC’s Health and Environmental Testing Laboratory is prepared to process samples and quickly provide results for anyone potentially exposed to the virus.

Roland’s trivia question of the week:

What was the nickname of the Boston professional American League baseball team between 1901 and 1907?

Answer can be found here.