Bullfrogs dont sleep

State. Of course, that doesn’t mean they go their whole lives without catching their Zzzs, either. Instead, consider them binge sleepers. They rest lightly throughout their active months, but when hibernation season comes around, they dive in deep… to sleep, that is. As for resting during non-hibernation months? Can we call that sleep? It depends on who you ask. More Research Needed A 1967 study concluded that bullfrogs showed the same response time whether fully awake or resting. As a result, they concluded, perhaps erroneously, that these frogs don’t sleep at all. But since that time, other scientists have raised concerns about how the bullfrogs were tested. Researchers like Chiara Cirelli and Giulio Tononi have argued that “more experiments are needed before concluding that bullfrogs do not sleep.” Until this research gets conducted, the final word on bullfrog beauty sleep remains up in the air. But we can say with certainty that, like college students after finals, binge sleeping bullfrogs know how to make up for lost time come hibernation.

We all know that sleep plays a vital role in human health and well-being. A full and restful night of shut-eye comes with countless benefits. It lets our bodies and minds mend and recover, and it permits us to wake up each morning with more energy and vigor to face the challenges of the day (usually). During a typical night of sleep, humans experience between four and six sleep cycles . All told, REM sleep—that coveted state where the mind and body rests and heals deeply—accounts for about a quarter of a healthy adult’s total sleep for a given night. But if you assume these sleep requirements apply to the animal kingdom, think again. Animals have devised fascinating ways to rest while on the go, maintaining enough alertness to evade predators trying to surprise them during a snooze fest. Bullfrogs prove so good at this strategy that scientists once assumed they didn’t sleep at all . But recent research provides a more nuanced perspective. Strategic Snoozing in the Animal Kingdom Sleep can get you killed in the wild. After all, many predators are nocturnal, and they don’t have any qualms about waking up their prey mid-bite. As a result, animals have developed unique ways to rest while still maintaining enough awareness to avoid becoming a lion’s midnight snack. These adaptations have provided scientists with a greater understanding of sleep functions in animals and humans alike. They also offer fascinating insights into the secret lives of animals, from dolphins to giraffes. The Marvels of Unihemispheric Sleeping For example, dolphins rely on unihemispheric sleep for rest while remaining on guard for predators. How do they pull off such a nifty trick? While one hemisphere of their brain rests, the other side stays active. Alternating between both hemispheres, dolphins ensure enough rest for their whole brain without becoming great white shark bait. The same goes for Alpine swifts. While migrating to southern Africa, they often spend up to 200 days in the air, experiencing uninterrupted flight. But, like dolphins, they also partake in unihemispheric rest. The Masters of Power Napping As for giraffes? They sleep in short bursts and prove capable of falling into deep sleep phases quickly and irregularly. What about other animals? Horses nap for approximately 15 minutes at a time, either lying down or standing. They get their best sleep in groups, with at least one individual keeping watch over the rest of the herd. As you can see, animals have developed amazing and unique ways to get a little sleep while staying safe from predators. But how do bullfrogs fit into the mix? Resting Versus Sleeping Are bullfrogs unihemispheric sleepers like dolphins and Alpine swifts, or do they indulge in short power naps like giraffes and horses? re the myths true about bullfrogs not requiring any sleep at all? The short and sweet answer to each of these questions is “no.” Instead, they “rest” throughout the day. But these brief dalliances with a nap never quite reach an inattentive

DetailsAs the audio begins, the distinct and reverberating calls of bullfrogs fill the air, immediately signifying that we are in the heart of nature. The bullfrogs’ deep, resonant croaks are unmistakably robust and full-bodied, echoing throughout the calm of their natural surroundings. These sounds are synonymous with wildlife and the tranquility found in undisturbed habitats. Intermittent sounds of different pitches and volumes create a symphony of natural music, as if each frog is having a conversation with the other. The vividness of these calls is so real that it almost feels like being in the midst of a marsh or a lakeside at dusk, when these amphibians are most vociferous. The backdrop of this soundscape is an intricate tapestry of other wildlife sounds, adding depth and dimension to the main melody of the bullfrogs. The audio captures the harmony and rhythm of nature, providing an immersive experience that transports you to the serene wilderness

Myself, so these are based on personal observations of a few species around where I live, as well as other research carried out on this blog.Terrestrial Frogs: Toads generally burrow during the day and probably experience low activity periods of rest while underground. Toads are ambush predators that are active at night. They are capable of remaining immobile during long periods of time while hunting, yet can immediately respond to food or a predator.Aquatic Frogs: Aquatic frogs can generally be found along the water’s edge among vegetation during the day and often seem to be resting in my opinion. Aquatic frogs are generally active at night when they can sometimes be found on land yet near water looking for food.Arboreal Frogs: Grey Tree Frogs are often found in sleep-like positions during the day on horizontal branches in trees (limbs tucked under body, chin and belly close to the branches). Spring Peeper are difficult to find during the day but actively call during Mating Season between sundown and 3 to 5 am, after which they may also experience periods of rest.Types of frogs I have observed: Terrestrial: American ToadsAquatic: Green Frogs, American Bullfrogs, Northern Leopard FrogsArboreal: Spring Peeper, Grey Tree Frogs, Wood FrogsLimitations of Scientific Findings on Frog SleepLibourel et al (2015) found that most studies on frog sleep were focused on the human definition of sleep or only contained mature, adult individuals, and lacked nuance with regards to temperature and lighting. The study’s authors explain that mammal-centric sleep may not apply to amphibians, that younger individuals may have different sleep patterns and that temperature and lighting can influence results.Not only that, but only 9 frog species (among over 7,500 known species) had been studied in the context of sleep at the time they published their article.The studies were generally based on short observation periods of 24h, and did not use the same protocols or instruments to draw conclusions.Libourel et al (2015) also argue that location (natural environment or laboratory) can influence sleep study results.So you can imagine that the lack of consistency and data makes it very difficult to draw viable conclusions as to how frogs sleep.However, despite conflicting results from some studies, Libourel et al (2015) concluded that “the amphibian species studied to date display behavioural characteristics of sleep” as do “virtually all animals, including insects, nematodes, scorpions, spiders, and vertebrates” that “show some form of sleep, or at

}sleep 1000if not WinExist("KuCoin") { run, firefox.exe -new-window sleep 500 WinRestore WinMove, ahk_exe firefox.exe,, 1000, 0, 2590 , A_ScreenHeight} else { WinActivate WinRestore WinMove, ahk_exe firefox.exe,, 1000, 0, 2590 , A_ScreenHeight }sleep 1000if not WinExist("Kraken") { run, chrome.exe -new-window sleep 500 WinRestore WinMove, ahk_exe chrome.exe,, A_ScreenWidth + 2*cx, 0 , A_ScreenWidth - 2*cx, A_ScreenHeight} else { WinActivate WinRestore WinMove, ahk_exe chrome.exe,, A_ScreenWidth + 2*cx, 0 , A_ScreenWidth - 2*cx, A_ScreenHeight }sleep 1000Loop, 4 { run, firefox WinWaitActive, %wTitle% run, firefox.exe WinRestore WinMove, %wTitle%,, coord[A_Index].1, coord[A_Index].2, cx, cy If (A_Index This is my code. All the windows above the loop get open and if already opened get moved to their original position. Works more or less fine. Sometimes, and I dont know why, some windows open on other positions and I have to close everything and start again. Adding sleep commands seems to help.With WinExist I am looking for a title, but if all 4 windows in the loop have the same title I dont know how to check if one, or all are already opened. If opened, I want to move them to the original position if necessary Daniel braunbaer Posts: 543 Joined: 22 Feb 2016, 10:49 Re: Position and resize 4 Browser windows 04 Jul 2021, 12:39 You can use this script to open a number of (same or differrent) urls in diffrerent windows, and position them as you want. It does not matter if several windows have the same title.However for the script to work correctly, the chrome