Parking Lot Safety Map 1. Tunnels Tunnels, passageways, and low-lit areas can present low visibility and you should avoid parking next to them. They allow criminals and perpetrators to hide in the darkness while seeking a victim. 2. Main Entrance Park near the main entrance for a safe and easy route to and from your car, and larger volumes of people. Spots close to the entrance are highly desired, so you may have to find the closest spot available to the entrance. 3. Booth The booth is typically one of the safest areas of a parking lot. It is stationed by a booth agent, has the highest volume of entering and exiting cars, and is normally under security surveillance. Find the booth in the parking lot if you are in danger or need help from the agent. 4. Adjacent Cars Try not to park next to adjacent cars or vans that have their windows blacked out, as this is a common method criminals use to abduct unsuspecting victims when they are entering or exiting their vehicles. Also try to avoid parking between two cars, as you can get boxed in by a third car and robbed. 5. Extra Space Find spots in well-lit busy areas near security cameras and with lots of empty parking spaces surrounding them. Open space, illuminated areas, and security cameras are deterrents for criminals. Other Parking Lot Safety Tips Stay alert when exiting and entering your car by keeping your head on a swivel. Lock your doors immediately upon entering your car so anyone following you won't be able to catch you off guard. Arm and ready yourself with accessible self defense weapons like kubatons, cat ears, or pepper spray so you can defend yourself in the face of immediate danger. Plan your approach and departure by knowing where your car is, having your keys ready, and not lingering in the parking lot. Trust your instincts. If someone or a situation feels weird, trust your gut and don't continue. You can call law enforcement or ask the store's security personnel if they can accompany you to your car. #armyourself

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Wait, octopuses don't have tentacles!? Octopuses don’t have tentacles; they have arms. The most distinguishing feature about an octopus is its set of eight appendages — after all, they’re right there in the name. But don’t confuse that tangle of limbs for tentacles, because octopuses don’t have those — they have arms. For us armchair biologists, the two words seem interchangeable, but there’s an important difference. On animals such as squids, tentacles are usually longer and have suckers only on their clubbed ends; they’re primarily used for hunting. By contrast, a cephalopod's arms have suckers that smell, taste, and feel all the way down. Squids, for example, have both eight arms and two tentacles. Of course, an octopus’s “arms” are nothing like the two appendages dangling from your torso. For one, octopus arms are entirely soft tissue, and that absence of bone makes octopuses incredibly flexible. But the most striking difference between octopus arms and our own is that all eight arms contain more than half of an octopus’s total neurons, cells that are usually concentrated in a central brain. This has led some scientists to theorize that octopuses essentially have nine brains — a centralized one and eight mini ones located in each arm. Recent research suggests that there might be more connection between these “brains” than previously imagined, and that an octopus’s arms are, at the very least, “clever” (a very peculiar adjective to describe an arm). Whatever the IQ of an octopus’s arms, it’s clear that they’re just as strange, and incredible, as the creatures themselves. Octopuses can fit into an inch-wide hole. Octopuses are master contortionists with the ability to fit into incredibly small spaces — in fact, they can fit inside holes only an inch wide. A majority of an octopus’s body is soft tissue that can lengthen, contract, and contort in any way necessary. The only hard part on their body is the beak, which gets its name because these mouth parts resemble the beaks of parrots. The octopus uses its beak, made up of a fibrous substance called chitin (which also forms the exoskeletons of arthropods), to eat crunchy prey like crabs and clams. Because the beak is the only octopus part that can’t contort, it essentially sets the minimum size of the hole an octopus can squeeze into. To capture this amazing ability on camera, in 2010 National Geographic filmed an octopus as it passed through a plexiglass hole. The 600-pound creature squeezed itself through an opening the size of a quarter. #Animals #Octopus

Traveling is an escape from the daily grind and recharges the body and mind. Breaking away from routine reduces stress and promotes overall well-being. https://esselte974.fr/this-centurys-must-have-application/

Traveling is an escape from the daily grind and recharges the body and mind. Breaking away from routine reduces stress and promotes overall well-being. https://esselte974.fr/this-centurys-must-have-application/

This morning in Plymouth, UK. ChatGPT calls this a "Sundog" (Parhelion).