You'll be surrounded
by warm tropical waters and spectacular ocean views.
Not exact matches
Japan, the east coast of the US, northern Brazil and south eastern Africa are also strongly influenced
by coastal currents that transport
warm tropical waters.
The next step was see how those factors were influenced
by ENSO; while El Niños and La Niñas are defined
by how much
warmer or colder than normal
tropical Pacific ocean
waters are, they trigger a cascade of reactions in the atmosphere that can alter weather patterns around the globe.
Last year's devastating category - 5 hurricane — Matthew — may be one of many past examples of a
tropical storm fueled
by massive rings of
warm water that exist in the upper reaches of the Caribbean Sea.
El Niño, a periodic
warming in the
waters of the eastern
tropical Pacific Ocean, will probably emerge in the coming months, according to a forecast issued yesterday
by the Climate Prediction Center (CPC) of the National Oceanic and Atmospheric Administration (NOAA).
Though El Niño is defined
by the
warmer - than - normal ocean
waters in the eastern
tropical Pacific, it is a phenomenon with a global reach.
La Niña is the opposite end of the natural climate seesaw from El Niño; it is characterized
by cooler - than - normal ocean
waters in the
tropical Pacific, while El Niño features
warmer - than - normal.
El Niño, marked
by a
warm patch of
water in the eastern
tropical Pacific, influences a number of weather patterns around the world.
The
warm waters across the central and eastern
tropical Pacific are boosting global temperatures, which is on top of the long - term
warming driven
by human greenhouse gas emissions.
In the
tropical Pacific, the distance from Indonesia to South America and the way
tropical winds push
warm water west combine to allow special waves to travel along the equator and are amplified
by the atmospheric wind response to produce large fluctuations in temperatures (up to 3 degrees Celsius) in the Eastern Pacific that last for months.
In any year, temperatures around the world can be nudged up or down
by short - term factors like volcanic eruptions or El Ninos, when
warm water spreads over much of the
tropical Pacific Ocean.
Salty Bird Swimwear — Inspired
by the constant surf,
warm waters and
tropical beaches of Costa Rica, Salty Bird Swimwear is a functional, feminine, and foxy surf bikini.
South
Water Caye Imagine an island less than a half mile long, covered with white coral sand, tropical flowers, and coconut trees, surrounded by warm, crystal clear water enveloped in coral reefs that wrap more than half way around the is
Water Caye Imagine an island less than a half mile long, covered with white coral sand,
tropical flowers, and coconut trees, surrounded
by warm, crystal clear
water enveloped in coral reefs that wrap more than half way around the is
water enveloped in coral reefs that wrap more than half way around the island.
If salt is in your veins, Mackay is within 31 beautiful beaches, ranging from patrolled swimming spots just minutes from the city centre, spectacular coastal national parks, to miles of untouched coastline, all lapped
by the
warm,
tropical waters of the Coral Sea.
When people think of Pacific diving, the first things that pop into their minds are exquisitely beautiful
tropical islands, clear,
warm water and lush coral reefs — populated
by colorful fish and visited
by awesome pelagics.
The narrow beach is made up of golden sand peppered with large rocks, giving it a natural untouched feel, and is lined
by shade - providing
tropical trees on one side and clean
warm waters on the other side.
As a selected temporary «Calivigny Island Proprietor» you own and offer to your family, your guests and friends an exquisite holiday home surrounded
by white sandy beaches, lush
tropical gardens and
warm crystal clear
waters.
- Beautiful,
tropical island to call home - Best Freediving facilities in the world (built
by Freedivers for Freedivers)- One of the busiest Freediving schools worldwide - Dedicated team of Instructors and Athletes — eager training buddies always available - Unlimited depth — yoga studio on site -25 m swimming pool -
Warm water (27 - 31 degrees throughout the...
Mexico's Riviera Maya is a stunning expanse of perfect, sparkling white sand, bathed
by the
warm, turquoise - clear
waters of the Caribbean Sea, dotted with swaying coconut palms, and soaked
by the rays of a
tropical sun...
Blessed with a
warm tropical climate and featuring many picturesque beaches fringed with coconut trees and lapped
by turquoise clear
waters, you have a chance to spend a great time in a postcard - like environment at well below rack - rates.
These 420 square feet suites are perfect for travelers in search of an exclusive
tropical vacation
by the
warm blue
waters of the Caribbean Sea.
Situated on the
waters edge with endless views across the sparkling coral sea, grand mercure apartments magnetic island is the place where you and your
tropical dreams meet — a private retreat nestled amongst pristine, natural island beauty - caressed
by gentle sea breezes and bathed in a
warm,
tropical climate.
The country narrows through a chain of increasingly
tropical provinces washed
by the
warm waters of the East Sea.
With its
warm clear
waters crammed with colourful,
tropical fish - life and corals, set around stunningly beautiful
tropical islands, the Andaman Sea boasts some high quality scuba adventures and certainly offers the best diving in Thailand
by far.
The beaches are white with crystal clear
water that is flat and calm and protected
by offshore reefs that provide fun for the surfers and a variety of waterborne activities for everyone else that can be conducted in the lagoons of
warm tropical waters.
The
tropical, turquoise
water is
warm and scenic surf spots dot the bays, many surrounded
by massive headlands and cliffs.
Benoa Beach is one of the recommende beaches in Bali where
warm turquoise clear
waters meet white sands that are sheltered
by palms and other
tropical trees.
Without going into technical details about the dynamics and thermodynamics involved in
tropical storms and hurricanes (an excellent discussion of this can be found here), the basic connection between the two is actually fairly simple:
warm water, and the instability in the lower atmosphere that is created
by it, is the energy source of hurricanes.
In the progression of
tropical disturbance >
tropical storm > hurricane the available energy is limiting the growth of the system; unless the vertical structure of the hurricane engine is blown apart
by winds, the thing will grow when it hits a
warm deep
water zone.
Conceptually, it's hard to see how the Gulf Stream western boundary current could be weakened
by conditions around Greenland; this is a fluid dynamics system, not a mechanical «belt»; a backup due to less deep
water formation should have little effect on the physics of the gyre and the formation of the western boundary current, and it also seems the
tropical warming and the resulting equator - to - pole heat transport are the drivers — but perhaps modulation
by jet stream meandering is playing some role in the cooling?
A recent, widely publicized research study has suggested that the ocean's «thermohaline» circulation that keeps the Earth's north polar region
warmed by the flow of
tropical water northward could suddenly shut down.
All the sea surface
water,
warmed by the
tropical sun, is blown to the west of the Pacific and, to compensate part of the imbalance, cooler deep ocean
waters well up on the western shores of Latin America (and spread all the way up to the Solomon Islands).
Warm tropical water forced
by tides and Coriolis effect into a bottleneck created
by a land mass funnel causes a small sensible energy fluctuation that drives folks absolutely nuts trying to figure it out.
The latter is marked
by a pool of
warm water in the
tropical Pacific that sets off a domino effect in the atmosphere that shifts the jet stream around over the U.S.
4)
By interpreting the analyss of Bob Tisdale, the global sea surface temperatures used by Endersbee in his calculations have been controlled by warming of the sea surface waters outside the tropical sea surface i.e. mainly by the warming of the sea surface waters of higher latitudes where the sea surface CO2 sinks ar
By interpreting the analyss of Bob Tisdale, the global sea surface temperatures used
by Endersbee in his calculations have been controlled by warming of the sea surface waters outside the tropical sea surface i.e. mainly by the warming of the sea surface waters of higher latitudes where the sea surface CO2 sinks ar
by Endersbee in his calculations have been controlled
by warming of the sea surface waters outside the tropical sea surface i.e. mainly by the warming of the sea surface waters of higher latitudes where the sea surface CO2 sinks ar
by warming of the sea surface
waters outside the
tropical sea surface i.e. mainly
by the warming of the sea surface waters of higher latitudes where the sea surface CO2 sinks ar
by the
warming of the sea surface
waters of higher latitudes where the sea surface CO2 sinks are.
The Atlantic Meridional Overturning Circulation (AMOC)- the transport of
warm tropical surface
water northward - is indeed propelled
by dense
water sinking in the North Atlantic and travelling equatorward in the deeper layers, but it also has a wind - driven component to it.
During high solar output of the Medieval
Warm Period,
tropical waters in both the Atlantic13 and Pacific14 increased
by as much as 1 °C
warmer than today.
Which forms the basis for the IPCC claim of high climate sensitivity (mean value of 3.2 C), resulting in significant global
warming (up to 6.4 C
warming by 2100), «extreme high sea levels», increased «heat waves», increased «heavy rains» and floods, increased «droughts», increased «intense
tropical cyclones» — which, in turn, lead to crop failures, disappearance of glaciers now supplying drinking
water to millions, increased vector borne diseases, etc. (for short, potentially catastrophic AGW — or «CAGW»).
As the air rises, it expands and cools, and
water vapour condenses, releasing even more heat,» much like how a hurricane frees energy
by drawing
warm humid air from its base (usually
tropical sea
water) and then releasing cold, wet air 7 miles (12 kilometers) up in the troposphere.
The rise in
tropical Pacific OHC was not caused
by a transfer of
warm waters from another basin, Stephen.
Hurricanes (Fig. 7) and other
tropical cyclones can be thought of as heat engines that take energy in
by evaporating
warm ocean
water, and eject it at a colder temperature near the tropopause after air rises and
water condenses in the eyewall [14].
The layer of
warm surface
water that was blown west is then replaced
by cooler
water from the subsurface, cooling the entire
tropical Pacific.
Part of the upward shift is caused
by the
warm water returned to the western
tropical Pacific
by the Rossby wave.
El Nino is characterized
by warm water across the
tropical Pacific.
The effects of
tropical cyclones early in the year were followed
by regular northwest cloud - band activity between May and mid-July, when
waters northwest of the continent were unusually
warm as part of a negative phase of the Indian Ocean Dipole.
Scientists say the
tropical storm was likely intensified
by climate change: rising sea levels means larger storm surges,
warmer ocean
waters cause more precipitation, and unseasonal weather means hurricane season may be lasting longer.
In any year, temperatures around the world can be nudged up or down
by short - term factors like volcanic eruptions or El Ninos, when
warm water spreads over much of the
tropical Pacific Ocean.
In order of seniority, the seven feedbacks that seem outstanding are:
Water vapour — rising by ~ 7 % per 1.0 C of warming; Albedo loss — due mostly to cryosphere decline; Microbial peat - bog decay — due to rising CO2 affecting ecological dynamics; Desiccation of tropical and temperate soils — due to SAT rise and droughts; Permafrost melt — due to SAT rise plus loss of snow cover, etc; Forest combustion — due to SAT rise, droughts, pest responses, etc; Methyl clathrates [aka methane hydrates] now threatened by rising sea - temperatures, increased water column mixing,
Water vapour — rising
by ~ 7 % per 1.0 C of
warming; Albedo loss — due mostly to cryosphere decline; Microbial peat - bog decay — due to rising CO2 affecting ecological dynamics; Desiccation of
tropical and temperate soils — due to SAT rise and droughts; Permafrost melt — due to SAT rise plus loss of snow cover, etc; Forest combustion — due to SAT rise, droughts, pest responses, etc; Methyl clathrates [aka methane hydrates] now threatened
by rising sea - temperatures, increased
water column mixing,
water column mixing, etc..
In the
tropical Pacific, the distance from Indonesia to South America and the way
tropical winds push
warm water west combine to allow special waves to travel along the equator and are amplified
by the atmospheric wind response to produce large fluctuations in temperatures (up to 3 degrees Celsius) in the Eastern Pacific that last for months.
It means that the global sea surface temperatures used
by Endersbee in his calculations have been controlled
by warming of the sea surface
waters outside the
tropical sea surface i.e. mainly the
warming of the sea surface
waters of higher latitudes where the sea surface CO2 sinks are.