What is RedHead Expedition Boots?
RedHead Expedition Boots are a popular choice among explorers, hikers, and outdoor enthusiasts for their durability and comfort. These boots are designed to withstand harsh weather conditions and rugged terrain, making them the perfect choice for outdoor adventures.
One of the standout features of the RedHead Expedition Boots is their waterproof construction, which keeps your feet dry even in the wettest conditions. The boots feature a full-grain leather upper that is treated with a waterproof membrane, which prevents water from seeping in. Additionally, the boots have a removable insole made of moisture-wicking material that keeps your feet dry and comfortable.
The RedHead Expedition Boots also come with a rugged rubber outsole that provides excellent traction on uneven surfaces. The outsole has aggressive lugs that dig into the ground, providing stability and preventing slips and falls. The boots also feature a padded collar and tongue, which provide additional comfort and support during long hikes or treks.
The RedHead Expedition Boots are available in both men's and women's sizes and come in a range of colors. They have a classic design that is both stylish and functional, making them a versatile choice for a variety of outdoor pursuits. Overall, the RedHead Expedition Boots are a reliable and durable choice for anyone looking for a high-quality hiking or outdoor boot that can withstand even the toughest conditions.
Frequently Asked Questions about redhead expedition boots
The BONE-DRY® membrane delivers 100% waterproof/windproof/breathable performance, while SCENTINEL Scent Control Technology pairs 2 powerful scent-reducing enhancements to keep your scent signature down when it matters most.
Not only are they more likely to burn when the mercury rises, but they also feel the most pain when it drops.
Contrary to what any image of a fiery mane might have you believe, redheads tend to have fewer follicles than other hair types, they just happen to be thicker. Unfortunately, it's this coarseness that lends to red hair's drying out more quickly.
Fun facts about red hair strands
Redheads are less likely to go grey. The pigment in red hair typically fades over time from red to blonde and white, but not grey. Redheads produce more Vitamin D in a shorter amount of time than people with other hair colors.
But their genetics, namely two copies of the MC1R gene, may put them at a higher or lower risk for many health conditions than others. For instance, some people with red hair may have an increased risk of skin cancer. And those genetic variants may protect others against prostate cancer.
“To keep it simple, if the red you are trying to achieve is lighter than your hair there is a possibility you will or may experience chemical damage or breakage. If you are going darker than your natural or current color, then the chances of damage are low to minimal.
At the same time, redheads are better at manufacturing vitamin D and have a lower prostate cancer risk. The reason for those differences is rooted in DNA. People with red hair carry two copies of a variant melanocortin 1 receptor (MC1R) gene.
Redheads have a genetic variant of the MC1R gene that causes their melanocytes to primarily produce pheomelanin. However, a study published in 2018 has lead scientists to believe that there many be a number of other genes associated with pheomelanin that controls hair colour.
The recessive gene that carries red hair has been traced back 50,000 Years when early modern gingers first appeared in the grasslands of Central Asia. Red hair was regarded in classical literature as the epitome of everything barbaric – but only when it comes to men. A redheaded woman is a force of nature.
Contrary to what many people assume, redheads did not originate in Scandinavia, Scotland or Ireland, but in central Asia. Their coloring is due to a mutation in the MC1R gene that fails to produce sun-protective, skin-darkening eumelanin and instead causes pale skin, freckles and red hair.
Less expectedly, red hair is also associated with pain sensitivity, endometriosis, Parkinson's disease, decreased platelet function and, perhaps, defects in the immune system [2–11]. These associations seem to involve a risk factor not directly related to fairness of skin and vulnerability to UV.
The issue goes all the way down to the molecule, which means that red hair color may fade faster regardless of the color kit brand or manufacturer. The red hair molecule is larger than other color molecules, so it doesn't penetrate the cortex of the hair as deeply as other color molecules.
Redheads are less likely to go grey. The pigment in red hair typically fades over time from red to blonde and white, but not grey. Redheads produce more Vitamin D in a shorter amount of time than people with other hair colors.
The term "redhead" likely comes from the simple need to refer to redheads in English before orange used was to describe the color. In other words, humans were describing redheads before they were describing anything as being the color orange. So, it just stuck.
These red hair variants in MC1R likely first appeared in ancient humans around 30,000-80,000 years ago, at about the same time as early migrations out of Africa. Scientists used to think red hair evolved to help people produce Vitamin D in chilly places with little sunlight (think Ireland).
Throughout history, artists from Sandro Botticelli to Dante Gabriel Rossetti have mined the potent symbolism of red hair to alternately suggest promiscuity, sensuality, deviousness, and - above all - otherness for centuries. Redheads are rare, but why should that make them particularly beguiling or innately prurient?
