Happy National Michigan Day!

Thinking of celebrating National Michigan Day visiting Michigan?  Here are some excellent suggestions for places to see.

Mackinac Island

Mackinac Island’s old-world charm (think: horse-drawn carriages and Victorian-style buildings) creates the perfect backdrop for a romantic getaway or family vacation. The island banned cars in 1898, so tourists – or Fudgies as locals call them – can only access the island by private boat, ferry or plane. Once on Mackinac, visitors can taste some of its world-famous fudge, tour historical sites like Fort Mackinac and explore Mackinac Island State Park, which covers more than 80% of the island. Keep in mind, though, that many of Mackinac Island’s attractions are closed during the winter months despite the island being accessible year-round.

Pictured Rocks National Lakeshore

Pictured Rocks, America’s first national lakeshore, overlooks Lake Superior in Michigan’s Upper Peninsula. The lakeshore’s namesakes – colorful, 200-foot cliffs – are best seen from the water. In warmer months, visitors should embark on a boat cruise or kayaking tour past the scenic rock formations, arches and waterfalls that line the coast. However, the area’s diverse landscape attracts outdoorsy types year-round with roughly 100 miles of hiking trails. Travelers can see everything from spring wildflowers to colorful fall foliage to stunning ice formations (perfect for ice climbing), depending on the season.

Tahquamenon Falls State Park

Occupying nearly 50,000 acres on Michigan’s Upper Peninsula, Tahquamenon Falls State Park offers travelers ample opportunities to reconnect with nature. Lace up your hiking boots to explore the park’s 35-plus miles of trails, get out on the Tahquamenon River on a kayak or snap a photo in front of the Upper Tahquamenon Falls, Michigan’s largest waterfall. Fishing and camping are popular pastimes in summer, and come winter, visitors can enjoy outdoor activities like cross-country skiing and snowshoeing. Keep in mind, travelers will need a valid Michigan Recreation Passport to gain admission to the park.

Holland, MI

This western Michigan town takes its Dutch heritage seriously. During the holiday season, the downtown area transforms into a tribute to all Dutch holiday traditions, complete with roaming carolers and a European-style, open-air Christmas market called Kerstmarkt. Come spring, visitors can celebrate the town’s millions of tulip blooms during the Tulip Time Festival, which hosts fun parades and events like traditional dancing and live musical performances. Must-visit Windmill Island Gardens is an optimal location for viewing these colorful flowers, and families won’t want to miss a trip to Nelis’ Dutch Village, a Dutch-themed amusement park offering rides, games and more.

Muskegon

Muskegon appeals to travelers who want to reconnect with nature while on vacation. Its 26 miles of pristine Lake Michigan beaches offer ample opportunities to enjoy outdoor pursuits like fishing and boating, while Muskegon State Park is home to two campgrounds and multiple hiking trails. For an adrenaline rush, ride the roller coasters at Michigan’s Adventure or zip down the luge track at the Muskegon Luge Adventure Sports Park, one of only four luge tracks in the United States. Meanwhile, those seeking rest and relaxation will find it in Pere Marquette Park’s soft sands.

SOURCE: TRAVEL.USNEWS.COM

Franklin

On his birthday, I present, from History.com, surprising facts about Benjamin Franklin.

He only had two years of formal education.

The man considered the most brilliant American of his age rarely saw the inside of a classroom. Franklin spent just two years attending Boston Latin School and a private academy before joining the family candle and soap-making business. By age 12, he was serving as an indentured apprentice at a printing shop owned by his brother, James. Young Benjamin made up for his lack of schooling by spending what little money he earned on books, often going without food to afford new volumes. He also honed his composition skills by reading essays and articles and then rewriting them from memory. Despite being almost entirely self-taught, Franklin later helped found the school that became the University of Pennsylvania and received honorary degrees from Harvard, Yale, the College of William and Mary, the University of St. Andrews and Oxford.

Franklin became a hit writer as a teenager.

After his brother James founded a weekly newspaper called the New England Courant in the 1720s, a 16-year-old Franklin began secretly submitting essays and commentary as “Silence Dogood,” a fictitious widow who offered homespun musings on everything from fashion and marriage to women’s rights and religion. The letters were hugely popular, and Mrs. Dogood soon received several marriage proposals from eligible bachelors in Boston. Franklin penned 14 Dogood essays before unmasking himself as their author, much to his jealous brother’s chagrin. Sick of the toil and beatings he endured as James’ apprentice, the teenaged sensation then fled Boston the following year and settled in Philadelphia, the city that would remain his adopted hometown for the rest of his life.

He spent half his life in unofficial retirement.

Franklin arrived in Philadelphia in 1723 practically penniless, but over the next two decades he became enormously wealthy as a print shop owner, land speculator and publisher of the popular “Poor Richard’s Almanack.” By 1748, the 42-year-old was rich enough to hang up his printer’s apron and become a “gentleman of leisure.” Franklin’s retirement allowed him to spend his remaining 42 years studying science and devising inventions such as the lightning rod, bifocal glasses and a more efficient heating stove. It also gave him the freedom to devote himself to public service. Despite never running for elected office, he served as a delegate to the Continental Congress and the Constitutional Convention, diplomat and ambassador to France and Sweden, the first postmaster general and the president of the Supreme Executive Council of Pennsylvania.

Franklin designed a musical instrument used by Mozart and Beethoven.

Among Franklin’s more unusual inventions is his “glass armonica,” an instrument designed to replicate the otherworldly sound that a wet finger makes when rubbed along the rim of a glass. He made his first prototype in 1761 by having a London glassmaker build him 37 glass orbs of different sizes and pitches, which he then mounted on a spindle controlled by a foot pedal. To play the instrument, the user would simply wet their fingers, rotate the apparatus and then touch the glass pieces to create individual tones or melodies. The armonica would go on to amass a considerable following during the 18th and early 19th centuries. Thousands were manufactured, and the likes of Mozart, Beethoven and Strauss all composed music for it. Franklin would later write that “Of all my inventions, the glass armonica has given me the greatest personal satisfaction.”

He was a reluctant revolutionary.

Franklin was among the last of the Founding Fathers to come out in favor of full separation from Britain. Having lived in London for several years and held royal appointments, he instead pushed for peaceful compromise and the preservation of the empire, once writing that, “every encroachment on rights is not worth a rebellion.” When the Boston Tea Party took place in 1773, he dubbed it an “act of violent injustice on our part” and insisted that the East India Company should be compensated for its losses. Franklin had soured on the monarchy by the time he returned to the United States for the Second Continental Congress in 1775, but his past support for King George III earned him the suspicion of many of his fellow patriots. Before he publicly announced his support for American independence, a few even suspected he might be a British spy.

Franklin created a phonetic alphabet.

While living in London in 1768, Franklin embarked on a project “to give the alphabet a more natural order.” Annoyed by the many inconsistencies in English spelling, he devised his own phonetic system that ditched the redundant consonants C, J, Q, W, X and Y and added six new letters, each designed to represent its own specific vocal sound. Franklin unveiled his “Scheme for a new Alphabet and a Reformed Mode of Spelling” in an essay published in 1779, but later scrapped the project after it failed to arouse public interest.

His son was a British loyalist.

Along with the two children he had with his wife, Deborah Read, Franklin also fathered an illegitimate son named William around 1730. The two were once close friends and partners—William helped Franklin with his famous kite experiment—but they later had a major falling out over the American Revolution. While Franklin joined in calling for independence from the mother country, William remained a staunch Tory who branded the patriots “intemperate zealots” and refused to resign his post as the royal governor of New Jersey. He spent two years in a colonial prison for opposing the revolution and later became a leader in a loyalist group before moving to England at the end of the war. The elder Franklin never forgave his son for “taking up arms against me.” He all but cut William out of his will, arguing, “the part he acted against me in the late war…will account for my leaving him no more of an estate he endeavored to deprive me of.”

Franklin was a fashion icon in France.

In 1776, the Continental Congress sent Franklin to France to seek military aid for the revolution. The 70-year-old was already world-renowned for his lighting experiments—the French even called their electrical experimenters “Franklinistes”—but his fame soared to new heights after his arrival in Paris. Franklin capitalized on the French conception of Americans as rustic frontiersmen by dressing plainly and wearing a fur hat, which soon became his trademark and appeared in countless French portraits and medallions. Women even took to imitating the cap with oversized wigs in a style called “coiffure a la Franklin.” When Franklin later traded the fur cap for a white hat during the signing of the 1778 treaty between France and the United States, white-colored headgear instantly became a fashion trend among the men of Paris.

He spent his later years as an abolitionist.

Franklin owned at least two slaves during his life, both of whom worked as household servants, but in his old age, he came to view slavery as a vile institution that ran counter to the principles of the American Revolution. He took over as president of a Pennsylvania abolitionist society in 1787, and in 1790 he presented a petition to Congress urging it to grant liberty “to those unhappy men who alone in this land of freedom are degraded into perpetual bondage.” While the petition was ignored, Franklin kept up the fight until his death a few months later and even included a provision in his will that required his daughter and son-in-law to free their slave to get their inheritance.

Franklin left Boston and Philadelphia an unusual gift in his will.

When he died in April 1790, Franklin willed 2,000 pounds sterling to his birthplace of Boston and his adopted home of Philadelphia. The largesse came with an unusual caveat: for its first 100 years, the money was to be placed in a trust and only used to provide loans to local tradesmen. A portion could then be spent, but the rest would remain off-limits for another 100 years, at which point the cities could use it as they saw fit. Boston and Philadelphia followed Franklin’s wishes, and by 1990 their funds were worth $4.5 million and $2 million, respectively. The two towns have since used the windfall to help finance the Franklin Institute in Philadelphia and the Benjamin Franklin Institute of Technology in Boston. Philadelphia also put some of its funds toward scholarships for students attending trade schools.

He’s a member of the International Swimming Hall of Fame.

Franklin had a lifelong love of swimming that began during his childhood in Boston. One of his first inventions was a pair of wooden hand paddles that he used to propel himself through the Charles River, and he wrote of once using a kite to skim across a pond. While living in England in the 1760s, he displayed such an impressive array of swimming strokes during a dip in Thames that a friend offered to help him open his own swimming school. Franklin declined the offer, but he remained a proponent of swimming instruction for the rest of his life, once writing, “every parent would be glad to have their children skilled in swimming.” His aquatic exploits have since earned him an honorary induction into the International Swimming Hall of Fame.

SOURCE: HISTORY.COM

What Shall We Bake Today?

The next entry this month is Butter Pecan Cake!

Ingredients

2 cups Pecan Halves, chopped into small bits

3 Tbsp butter, diced into 3 pieces

3 cups all-purpose flour

2 tsp baking powder

1/2 tsp baking soda

1/2 tsp salt

1 cup butter, softened

1 3/4 cup granulated sugar

4 large eggs

1 1/2 tsp vanilla extract

1 cup buttermilk

1/2 cup milk

Cream Cheese Frosting

1 cup butter, nearly at room temperature

12 oz cream cheese, nearly at room temperature

1 tsp vanilla extract

5 cups powdered sugar

1/2 cup Pecan Halves, chopped, for topping

Instructions

Preheat oven, prepare cake pansPreheat oven to 350 degrees. Butter and line 3 9-inch round cake pans with parchment paper, butter parchment paper and lightly dust pans with flour shaking out excess. Set pans aside.

Saute pecans in butter: Melt 3 Tbsp butter in a skillet over medium heat. Once melted add pecans and cook until slightly browned and fragrant, tossing frequently, about 4 minutes. Pour and spread onto a sheet of parchment paper or a baking sheet. Set aside and allow to cool.

Mix liquids together: stir together buttermilk and milk, set aside.

Whisk dry ingredients: In a mixing bowl whisk together flour, baking powder, baking soda and salt for 20 seconds, set aside. 

Cream butter and sugar, then eggs and vanilla: In the bowl of an electric stand mixer fitted with the paddle attachment whip together butter and sugar until very pale and fluffy. Mix in eggs one at a time adding in vanilla with last egg. 

Mix in flour alternating with milk mixture: Add 1/3 of the flour mixture to the butter mixture and mix on low speed just until combined, then add in 1/2 of the buttermilk mixture and mix just until combined then repeat process once more. Finish by mixing in remaining 1/3 of the flour mixture and mix just until nearly combined. 

Fold in pecans: Remove bowl from stand mixer and fold in pecans (fold batter until there’s no longer streaks in the batter). Divide batter evenly among prepared baking pans. 

Bake until set: Bake in preheated oven 23 – 28 minutes until toothpick inserted into center of cake comes out clean. Remove from oven and cool in cake pans 10 minutes.  

Let cake cool completely on wire rack: Run a knife around edges of cake to ensure they are loosened and invert onto wire racks to cool completely. Once cool frost with cream cheese frosting and top with pecans. 

For the cream cheese frostingIn the bowl of an electric stand mixer fitted with the paddle attachment whip together butter and cream cheese until smooth. Mix in vanilla and powdered sugar and blend until smooth and fluffy.

ENJOY!

The Superb Fairywren

The superb fairywren (Malurus cyaneus ) is a passerine bird in the Australasian wren family, Maluridae, and is common and familiar across south-eastern Australia. It is a sedentary and territorial species. The superb fairywren was named ‘Australian Bird of the Year’ for 2021, after a survey conducted by Birdlife Australia saw the species narrowly defeat the tawny frogmouth with a margin of 666 votes (over 400,000 votes were cast in total).

Appearance

The males in breeding plumage have a striking bright blue forehead, ear coverts, mantle, and tail, with a black mask and black or dark blue throat. Females, immatures, and non-breeding males are a plain fawn color with a lighter underbelly and a fawn (females and immatures) or dull greyish blue (males) tail. The bill is brown in females and juveniles and black in males after their first winter.

Superb fairywrens are found throughout most of the south-eastern corner of the continent, from the south-east of South Australia (including Kangaroo Island and Adelaide) and the tip of the Eyre Peninsula, through all of Victoria, Tasmania, coastal and sub-coastal New South Wales, and Queensland, through the Brisbane area and extending inland – north to the Dawson River and west to Blackall. These birds inhabit almost any area that has at least a little dense undergrowth for shelter, including grasslands with scattered shrubs, moderately thick forest, woodland, heaths, and domestic gardens. They have adapted well to the urban environment and are common in suburban Sydney, Canberra, and Melbourne.

Superb fairywrens live in small social groups consisting of 3 to 5 birds that maintain and defend their small territories year-round. These groups include a social pair with one or more male or female helper birds that were hatched in the territory and may not necessarily be the offspring of the main pair. These birds assist in defending the territory and feeding and rearing the young. Members of the group roost side-by-side in dense cover as well as engage in mutual preening. Superb fairywrens are active and restless feeders; they are active during the day and feed mainly on open ground near the shelter, but also through the lower foliage and accompany their foraging with song. They move with a series of jaunty hops and bounces. During the heat of the day group members often shelter and rest together, however, when the winter comes and food is harder to find they spend the day foraging continuously. Superb fairywrens communicate with other members of the group primarily for advertising and mobbing or defending a territory. Their alarm call is a series of brief sharp chits, universally given and understood by small birds in response to predators. Females also emit a ‘purr’ while incubating.

Superb fairywrens are socially monogamous but they exhibit a polygynandrous (promiscuous) mating system; pairs bond for life, though both males and females regularly mate with other individuals. Young are often raised not by the pair alone, but with other males who also mated with the pair’s female assisting. Breeding occurs from spring through to late summer. Males perform courtship displays which include the ‘sea horse flight’, named for its seahorse-like undulations. During this exaggerated flight, the male – with his neck extended and his head feathers erect – tilts his body from horizontal to vertical, descends slowly, and springs upwards by rapidly beating his wings after alighting on the ground. The ‘face fan’ display involves the flaring of the blue ear tufts by erecting the feathers. Superb fairywrens build their nest close to the ground, under 1 m (3.3 ft), and in thick vegetation. These are round or domed structures made of loosely woven grasses and spider webs, with an entrance on one side. Females lay 3 or 4 matte white eggs with reddish-brown splotches and spots; they may lay two or more broods in such extended breeding season. The eggs are usually incubated for 14 days. Newborn chicks are blind, red, and featherless, though quickly darken as feathers grow. Their eyes open by day 5 or 6 and they are fully feathered by day 10. All group members feed the chicks for 10-14 days. Fledglings are able to feed themselves by day 40 but remain in the family group as helpers for a year or more; after that, they move to another group or assume a dominant position in the original group. In this role, they feed and care for subsequent broods and also repel cuckoos or predators.

SOURCE: ANIMALIA.BIO

Weird Wednesdays: The Mushroom House

This month’s house can be found in the Finger Lakes region of New York, in a town called Perinton…the Mushroom House.

The Mushroom House’s most distinctive feature is its iconic, curvaceous roofline. The structure is composed of multiple round, mushroom-shaped pods that are interconnected, each serving a specific purpose within the home. These pods are supported by sculptural, slender columns, which give the house a light, elevated feel, as if it’s floating above the ground. The varying sizes and heights of the pods create a dynamic, flowing form that contrasts with the straight, rigid lines typically found in modern architecture. This freeform design evokes the natural world, where irregular shapes and organic growth patterns are the norm. The use of concrete and other materials with rounded, smooth finishes further enhances the house’s organic aesthetic.

Inside, the Mushroom House continues its whimsical theme, with each pod serving as a distinct room or area. The interior spaces are designed to be open and fluid, with sweeping curves that flow from one room to the next. The round walls and ceilings give the interior an almost cavernous feel, creating a sense of spaciousness and openness. The organic design extends to the furniture and fixtures, which were custom-designed to fit the unique shape of the house. This ensures that every element, from the curved countertops to the circular windows, complements the overall aesthetic. The open layout maximizes the flow of natural light, creating a bright and airy atmosphere throughout the home.

SOURCE: INTERIORSBYZANA.COM

Amazing Science Facts: Part 2

This Reader’s Digest article details amazing science facts!

It can rain diamonds on other planets

The atmospheres on Neptune, Uranus and Saturn have such extreme pressure that they can crystallize carbon atoms and turn them into diamonds. How do we know this science fact? Researchers were able to create the correct conditions in a lab to prove this occurs on Neptune and Uranus. Other researchers speculate that it may rain as much as 2.2 million pounds of diamonds on parts of Saturn every year.

There were roughly 2.5 billion T. rexes on Earth, but not all at the same time

Humans have been marveling at the size of the T. rex ever since they first put a full skeleton together. Now, thanks to research published in April 2021, scientists have a better idea of exactly how many of them once called Earth their (temporary) home. According to the team at the University of California, Berkeley, approximately 2.5 billion of these dinosaurs existed across more than 127,000 generations. They reached this estimate by figuring out what age T. rexes lived to, taking into account the dinosaur’s body size, sexual maturity and energy needs.

Water can exist in three states at once

This is called the triple boil—or triple point—and it is a specific temperature and pressure at which a material can exist as a gas, a liquid and a solid simultaneously. The triple point, which is also the only situation in which all three states of matter can coexist, is different for every material, according to the University of California, Santa Cruz. Water reaches its triple point at just above freezing (0.1 degree Celsius) and at a pressure of 0.006 atm (units of pressure).

Helium can work against gravity

When liquid helium is cooled to extreme temperatures, just a few degrees away from its boiling point (-460 degrees Fahrenheit), it turns into a superfluid, meaning it can flow without friction, Scientific American reports. It can climb up and over the sides of a glass, and it can leak through molecule-thin cracks in a container.

Another interesting science fact about helium: While it’s the second most abundant element in the universe, it can be harmful to the human body, according to an article in the journal Injury Prevention. So as funny as it may be to suck down some helium and hear your high-pitched voice, it’s best to keep birthday balloons out of your mouth.

Solar flares are more powerful than bombs

Sudden explosions from the sun, called solar flares, release energy equivalent to a billion hydrogen bombs, according to NASA. It’s a good thing Earth’s atmosphere protects us from their radiation! Though we’re safe on Earth during solar flares, we may experience blackouts and power outages from the disturbance they cause in Earth’s magnetic field.

It’s impossible to burp in space

When you burp on Earth, gravity keeps down the solids and liquids from the food you just ate, so only the gas escapes from your mouth. In the absence of gravity, the gas cannot separate from the liquids and solids, so burping essentially turns into throwing up a little in your mouth.

Plastic can end up as vanilla flavoring

Researchers have figured out how to transform plastic bottles into vanilla flavoring with genetically engineered bacteria, according to a 2021 study published in the journal Green Chemistry. The authors of the study explain that the demand for vanillin (the primary flavor component of vanilla) is “growing rapidly,” given that it’s found in a wide variety of food, cosmetics, pharmaceuticals, cleaning products and herbicides. But don’t expect to be eating plastic-bottle-flavored ice cream any time soon: This research demonstrated only that the conversion is possible—not that it is safe for human consumption.

About half of your body’s cells are bacteria

Experts estimate that the human body consists of 39 trillion bacteria and 30 trillion human cells—a roughly 1:1.3 ratio. But because bacteria are so small, they make up about only 1% to 3% of our body mass. In the past, researchers thought we were much more bacteria than human, with a ratio of 10:1.

Men are more likely to be colorblind than women

Guys have a greater likelihood of colorblindness, and it has to do with genetics. The genes responsible for the most common type of colorblindness are found on the X chromosome, the National Eye Institute explains. Even if women have the colorblindness genes on one of their two X chromosomes, a properly functioning gene on the other one makes up for that loss and allows them to see color. If men inherit the gene on their only X chromosome, they’ll be colorblind

We have no idea what most of the universe looks like

About 96% of the universe is made up of dark matter and dark energy, which are undetectable to humans. Scientists believe this is because the particles that make up these substances don’t interact with regular matter or light. So on the list of baffling mysteries about the universe, we can add “most of it.”

Bats don’t get sick from most viruses

And yup, that includes coronaviruses. Bats can, of course, contract and spread viruses, but according to research, they also have plenty of genes responsible for antiviral activity, keeping them out of harm’s way. Virologists have long been interested in bats because they carry rabies, says Thomas Kepler, PhD, a professor of microbiology at Boston University. But while bats occasionally get sick from rabies, they rarely die from it.

Beer is twice as fizzy as Champagne

If someone asks for a glass of bubbly, you won’t pour them a Guinness. But maybe you should. Scientists have determined that as far as bubbles go, beer is tops. While one flute of Champagne produces about 1 million bubbles, a half-pint of beer can create up to 2 million, according to a 2021 study published in the journal ACS Omega. So why does this matter? More bubbles result in a more intense flavor. Of course, that’s not to say that beer and Champagne are in any way comparable to each other in taste—but they both contain carbon dioxide, which creates bubbles when you open a bottle and pour the liquid out.

Humans are capable of producing venom

Did you know we’re closer to cobras than you might think? Believe it or not, while humans do not currently produce venom, technically, we could. In fact, all reptiles and mammals have that capability, according to an article published in the journal Proceedings of the National Academy of Sciences. Basically, we have all the tools we need, and it’s up to evolution to get us there. We told you: These fun science facts are pretty amazing!

SOURCE: READERSDIGEST.COM Elizabeth Yuko

How Long Should I Keep this?

I found this wonderful article from Suze Orman which details how long one should keep types of paperwork.

From Suze Orman:

What Personal Documents Should You Keep and for How Long?

Keep until warranty expires or can no longer return or exchange

  • Sales Receipts (Unless needed for tax purposes and then keep for 3 years)

What to keep for 1 month

  • ATM Printouts (When you balance your checkbook each month throw out the ATM receipts)

What to keep for 1 year

  • Paycheck Stubs (You can get rid of once you have compared to your W2 & annual social security statement)
  • Utility Bills (You can throw out after one year, unless you’re using these as a deduction like a home office –then you need to keep them for 3 years after you’ve filed that tax return)
  • Cancelled Checks (Unless needed for tax purposes and then you need to keep for 3 years)
  • Credit Card Receipts (Unless needed for tax purposes and then you need to keep for 3 years)
  • Bank Statements (Unless needed for tax purposes and then you need to keep for 3 years)
  • Quarterly Investment Statements (Hold on to until you get your annual statement) 

What to keep for 3 years

  • Income Tax Returns (Please keep in mind that you can be audited by the IRS for no reason up to three years after you filed a tax return. If you omit 25% of your gross income that goes up to 6 years and if you don’t file a tax return at all, there is no statute of limitations.)
  • Medical Bills and Cancelled Insurance Policies
  • Records of Selling a House (Documentation for Capital Gains Tax)
  • Records of Selling a Stock (Documentation for Capital Gains Tax)
  • Receipts, Cancelled Checks and other Documents that Support Income or a Deduction on your Tax Return (Keep 3 years from the date the return was filed or 2 years from the date the tax was paid — which ever is later)
  • Annual Investment Statement (Hold onto 3 years after you sell your investment.)

What to keep for 7 years

  • Records of Satisfied Loans
     

What to hold while active

  • Contracts
  • Insurance Documents
  • Stock Certificates
  • Property Records
  • Stock Records
  • Records of Pensions and Retirement Plans
  • Property Tax Records Disputed Bills (Keep the bill until the dispute is resolved)
  • Home Improvement Records (Hold for at least 3 years after the due date for the tax return that includes the income or loss on the asset when it’s sold)
     

Keep Forever

  • Marriage Licenses
  • Birth Certificates
  • Wills
  • Adoption Papers
  • Death Certificates
  • Records of Paid Mortgages

*These documents should be kept in a very safe place, like a safety deposit box.

SOURCE: SUZEORMAN.COM

Happy National Arkansas Day!

Tripadvisor.com recommends seeing these Arkansas attractions for your next visit to the state!

Crater of Diamonds State Park: The ONLY diamond mine open to the public!

Anthony Chapel: The Anthony Chapel Complex is a part of Garvan Woodland Gardens, the 210-acre botanical garden of the University of Arkansas located on Lake Hamilton in Hot Springs, Arkansas.

Turpentine Creek Wildlife Refuge: Turpentine Creek Wildlife Refuge is one of the largest big cat sanctuaries in the United States. The non-profit USDA licensed refuge, founded in 1992, has grown to become one of the Top 10 attractions in Arkansas and the most popular in Eureka Springs.

Christ of the Ozarks: Built in 1967, this 7-story memorial statue of Jesus is on the grounds of The Great Passion Play and overlooks Eureka Springs, Arkansas.

SOURCE: TRIPADVISOR.COM

Amazing Science Facts: Part 1

This Reader’s Digest article details amazing science facts!

The human stomach can dissolve razor blades

Talk about a bizarre feature of the human body: If you happened to swallow a razor blade, your stomach acid would dissolve it. Acids are ranked on a scale from zero to 14—the lower the pH level, the stronger the acid. Human stomach acid typically has a pH of 1 to 2, which is incredibly strong. In a study published in the journal Gastrointestinal Endoscopy, scientists discovered that the “thickened back of a single-edged blade” dissolved after two hours of immersion in stomach acid. That said, we wouldn’t recommend swallowing one. Dissolvable or not, razor blades are still dangerously sharp.

A laser can get trapped in water

A cool thing known as “total internal reflection” happens when you point a laser beam at a jet of flowing water. To demonstrate this phenomenon, scientists from Harvard University positioned a laser on one side of a clear tank of water. On the other side, the water flowed through a hole and into a bucket. The heavier particles in the water slowed the laser’s light, effectively “trapping” the laser beam in the water. That’s why, when the light hit the flowing stream, it looked like a red waterfall. Even as the water flow was gradually decreased, the laser beam remained contained inside the jet until it eventually disappeared when the water was turned off completely.

Earth’s oxygen is produced by the ocean

Have you ever stopped to think about where oxygen comes from? Your first thought may be of a rainforest, but here’s a cool science fact for you: We can thank plant-based marine organisms for about half of the Earth’s fresh air, according to the National Oceanic Service. Luckily, this isn’t one of those ocean mysteries we’ll never solve. Scientists have learned that plankton, seaweed and other photo synthesizers produce more than half of the world’s oxygen.

Ocean animals use Earth’s magnetic field for orientation

Lost land animals aren’t the only ones who can find their way home; it turns out, some sea animals can too. But sea creatures use a completely different means of navigation. Here’s one of the coolest animal facts you’ll ever learn: According to the U.S. Geological Survey (USGS), some animals, like sea turtles and salmon, have the ability to sense the Earth’s magnetic field and can use this sense like a compass for navigation.

A cloud can weigh around a million pounds

Your childhood dreams of floating on a weightless cloud may not withstand this science fact: The average cumulus cloud can weigh up to a million pounds, according to the USGS. That’s even heavier than a Boeing 747 jet completely full of cargo and passengers. So why do they float? The moist air in clouds weighs less than the dry air below.

Soil is full of life

There are more microorganisms in a single teaspoon of soil than there are people on the planet. “Millions of species and billions of organisms—bacteria, algae, microscopic insects, earthworms, beetles, ants, mites, fungi and more—represent the greatest concentration of biomass anywhere on the planet,” says the U.S. Department of Agriculture.

Rats laugh when they’re tickled

These creatures are more dynamic than we think. Rats have the ability to “laugh” when tickled. A video from National Geographic based on a 2023 German study demonstrates that rats respond positively to tickling, and they even chase after the researcher’s hand in a playful manner.

Bananas are radioactive

Here’s a very strange history-of-food fact: Bananas contain potassium, and since potassium decays, that makes the yellow fruit slightly radioactive. But don’t worry—you’d need to eat a billion bananas (literally) in one sitting to die of banana-induced radiation poisoning, according to Joe Schwarcz, PhD, director of McGill University’s Office for Science and Society.

Hot water freezes faster than cold water

This may seem counterintuitive, but it’s called the Mpemba effect, after a Tanzanian teenager in the 1960s who found that homemade ice cream froze faster when it went into the freezer right after the mixture was boiled, and therefore still hot, instead of cooled down. Ever since, scientists have been trying to find an explanation for this phenomenon. Recent work has suggested it’s the result of the hot water being out of thermodynamic equilibrium. (That long science term refers to a system that’s stable and not undergoing changes to properties like temperature.) Other theories as to why this happens include the fact that cold water produces frost when freezing, which ironically insulates the water underneath, while hot water doesn’t.

There are more trees on Earth than stars in our galaxy

Here’s a cool space fact we bet you didn’t know: NASA experts believe there could be anywhere from 100 billion to 400 billion stars in the Milky Way. However, a 2015 paper published in the journal Nature estimated that the number of trees around the world is much higher: 3.04 trillion.

Humans have genes from other species

We like to think of humans as being superior to other living creatures, but the reality is that our genome consists of as many as 145 genes that have jumped from bacteria, fungi, other single-celled organisms and viruses, according to a study published in the journal Genome Biology. This process, called “horizontal gene transfer,” could change how we think about evolution.

But don’t worry—humans have a lot of DNA

Scientists have mapped the human genome and now know there are more than 3 billion base pairs of DNA in human genes and more than 25,000 genes in the human genome, according to an article in Nature. An entire copy of that genome exists in each of the 28 to 36 trillion cells in the adult human body.

SOURCE: READERSDIGEST.COM Elizabeth Yuko

What Shall We Bake Today?

Hubby loves pecan pie, so I wanted to try this Pecan Pie Bar recipe!

Ingredients

Crust

1 cup butter

3/4 cup granulated sugar

1/2 tsp. salt

2 1/4 cups all-purpose flour

Filling

1/2 cup butter, melted

1 cup dark corn syrup

1 cup light brown sugar

4 large eggs

1 Tbsp. vanilla extract

1 tsp. salt

3 cups pecan halves

Directions

For crust: Preheat the oven to 350°F. Butter or spray the bottom and sides a 13-by-9-inch baking pan with baking spray. Line the pan with parchment paper or foil letting the excess extend over the edges of the pan. 

Cube the butter and place in a saucepan over medium heat. Cook until the butter smells nutty and the solids have turned brown, 6 to 8 minutes. Immediately pour the butter into a medium bowl to stop the cooking. Whisk in the sugar and salt. Add the flour, and stir until it is fully moistened. Press the crust evenly into the bottom of the prepared pan. (The crust will be moist. Press carefully to reach all edges and corners of the pan).

Bake for 15 minutes. Remove and lightly press down any large bubbles in the crust. 

For the filling: In a large bowl, whisk together the melted butter, corn syrup, brown sugar, eggs, vanilla, and salt until smooth. Stir in the pecans. Pour over the baked crust.

Bake at 350°F until the topping is puffed and set (it should not wiggle), 30 to 35 minutes. Let cool completely in the pan. Use the excess parchment or foil to lift the bars out of the pan. Cut into squares to serve.

ENJOY!