The actual limit to hypercane intensity depends on other energy dissipation factors that are uncertain: whether inflow ceases to be isothermal, whether shock waves would form in the outflow around the eye, or whether turbulent breakdown of the vortex happens.

A critical difference between a hypercane and present-day hurricanes is that a hypercane would extend into the upper stratosphere, whereas present-day hurricanes extend into only the lower stratosphere. A hypercane is a hypothetical class of extreme tropical cyclone that could form if ocean temperatures reached approximately 50 °C (122 °F), which is 15 °C (27 °F) warmer than the warmest ocean temperature ever recorded. [3] The hypothesis was created by Kerry Emanuel of MIT, who also coined the term.        Resources The deletion and move log for the page are provided below for reference.        Testing locations

This temperature increase is usually caused by super-volcanic eruptions, extensive global warming or a large comet or asteroid impact. These guys have even been known to attract some well-known special guests who stop in to jam on a few songs with the band. BostonBands.com is a nonprofit organization dedicated to the support and promotion of local music. Help. 2020 Mediterranean Hurricane Season (HurricaneBrick), The Great Hypercane Triplets (FrigidusMedicane - Gift For Hypercane), https://hypotheticalhurricanes.fandom.com/wiki/The_Great_Hypercane_Triplets_(FrigidusMedicane_-_Gift_For_Hypercane). In order to form a hypercane, according to Emanuel's hypothetical model, the ocean temperature would have to be at least 49 °C (120 °F). Hypothetical Hurricanes Wiki is a FANDOM Lifestyle Community. This could potentially challenge any life forms that were to live there. You won't be disappointed!!!

[5] For comparison, the largest and most intense storm on record was 1979's Typhoon Tip, with a wind speed of 305 km/h (190 mph) and central pressure of 870 hPa (25.69 inHg).

With over 12,000 active members, BostonBands continues to be the number one source for live entertainment and local music since 1996. This page has been deleted.

You can also search this phrase on the wiki and look for other pages that link here. [8] However, it would be only around 25 km (15 mi) in size and lose strength quickly after venturing into colder waters. [7], Hypercanes would have wind speeds of over 800 kilometres per hour (500 mph), potentially gusting to 970 km/h (600 mph),[6] and would also have a central pressure of less than 700 hectopascals (20.67 inHg), giving them an enormous lifespan of at least several weeks. A critical difference between a hypercane and present-day hurricanes is that a hypercane would extend into the upper stratosphere, whereas present-day hurricanes extend into only the lower stratosphere. They perform with a tightness and precision that is unrivaled by any other band we've seen on the Massachusetts bar scene. This page doesn't exist on the wiki.


HYPERCANE blends heavy rhythm with powerful melodic vocals.

Check it out and see for yourself.

This is a draft version of Hypercane's promotional video that is currently in the process of being produced/edited to a final completed promotional video. The crowd is visibly drawn into the music and energy and always left cheering for "one more song" when the lights come on at the end of the night. [3][10], University Corporation for Atmospheric Research, "Hypercanes: A Possible Link to Global Extinction Scenarios", "Did storms land the dinosaurs in hot water? [1] Such an increase could be caused by a large asteroid or comet impact, a large supervolcanic eruption, a large submarine flood basalt, or extensive global warming. Take your favorite fandoms with you and never miss a beat.

[5][failed verification] Water molecules in the stratosphere would react with ozone to accelerate decay into O2 and reduce absorption of ultraviolet light. [4][5][3] Additionally, it is also highly speculated that many planets that could orbit red dwarf stars, if they ever had liquid water, would permanently experience hypercanes on their sunlit faces due to the effects of tidal locking on their climate preventing them from evenly distributing its heat and moisture from the oceans across its surface like it would otherwise by rotating independently on its axis, resulting in all of that heat and moisture accumulated being permanently restricted to its daytime side, ultimately being enough to produce a hypercane.        Charts        Map Create it? Visitors into the eye of the storm since 8/14/2007 Free counters provided by Honesty.com .

"HYPERCANE blends heavy rhythm with powerful melodic vocals. As air is drawn in towards the eye it acquires latent heat from evaporating sea-water, which is then released as sensible heat during the rise inside the eyewall and radiated away at the top of the storm system. Such a storm would be nearly eight times more powerful than Hurricane Patricia, the storm with the highest sustained wind speed recorded. A hypercane's clouds would reach 30 to 40 km (20 to 25 mi) into the stratosphere.        Daily #s       Town #s       

The Great Hypercane Triplets is the nickname for Three Incredibly Strong, Deadly and Catastrophic Hypercanes that formed into the Mediterranean Sea, these three monstrous Hypercanes Annihilated to the oblivion entire coastal areas of several Mediterranean countries with Italy, Greece, and Spain being the hardest-impacted areas with whole coasts annihilated, One-hundred percent of the houses were …

[9], A hurricane functions as a Carnot heat engine powered by the temperature difference between the sea and the uppermost layer of the troposphere. Promote this Event.
[citation needed], However, in Emanuel's model, if the temperature difference between the sea and the top of the troposphere is too large, there is no solution to the equilibrium equation.

Site The energy input is balanced by energy dissipation in a turbulent boundary layer close to the surface, which leads to an energy balance equilibrium.

[6], The waters after a hypercane could remain hot enough for weeks, allowing more hypercanes to form.

As more air is drawn in, the released heat reduces the central pressure further, drawing in more heat in a runaway positive feedback.

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In order to form a hypercane, according to Emanuel's hypothetical model, the ocean temperature would have to be 48 °C (120 °F). Such an intense storm would also damage the Earth's ozone layer, potentially having devastating consequences for life on Earth.

"This versatile South Shore based rock band brings a showcase of raw talent and musicianship to every gig. Coronavirus For Booking Info contact Rock Block Productions @ (617) 851- 5111 or email booking@hypercane.com. [2] There is some speculation that a series of hypercanes resulting from an impact by a large asteroid or comet contributed to the demise of the non-avian dinosaurs. A hypercane is a hypothetical class of extreme tropical cyclone that could form if ocean temperatures reached approximately 50 °C (122 °F), which is 15 °C (27 °F) warmer than the warmest ocean temperature ever recorded.

A hypercane is an extreme type of a tropical cyclone which forms in extremely warm waters (around 50°C/122°F). They perform with a tightness and precision that is unrivaled by any other band we've seen on the Massachusetts bar scene.

Such an increase could be caused by a large asteroid or comet impact, a large supervolcanic eruption, a large submarine flood basalt, or extensive global warming. There is some speculation that a series of hypercanes resulting from an impact by a large asteroid or cometcontributed … ", Center for Meteorology and Physical Oceanography, <1143:TMIOH>2.0.CO;2 "The Maximum Intensity of Hurricanes", 10.1175/1520-0469(1988)045<1143:TMIOH>2.0.CO;2, Safety of high-energy particle collision experiments, Existential risk from artificial intelligence, Self-Indication Assumption Doomsday argument rebuttal, Self-referencing doomsday argument rebuttal, List of dates predicted for apocalyptic events, List of apocalyptic and post-apocalyptic fiction, List of atmospheric pressure records in Europe, https://en.wikipedia.org/w/index.php?title=Hypercane&oldid=978553606, Articles with failed verification from May 2019, Articles with unsourced statements from January 2014, Creative Commons Attribution-ShareAlike License, This page was last edited on 15 September 2020, at 16:14.