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The Sun is the ultimate source of thermal energy on Earth
Heat energy from the sun causes changing weather patterns that produce wind.

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Ocean Currents:
1. Ocean currents affect the climate around the world.
2. Surface currents are driven by global winds.
3. Ocean currents are driven by water density, wind, and tides.
Facts Link: http://www.noaa.gov/resource-collections/ocean-currents
Image Link: https://en.wikipedia.org/wiki/Ocean_current

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Warm currents heat the air over the ocean and bring higher temperatures over land, while cold currents can lower air temperatures and can bring colder temperatures over land.

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there are 5 layers of the atmosphere

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a common weather tool is a rain gauge it is used to measure the amount of rain in a certain place.

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The common instruments of measure are anemometer, wind vane, ,thermometer, hygrometer, and rain gauge.
Lt 10

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Hurricanes begin as tropical storms over the warm moist waters of the Atlantic and Pacific Oceans near the equator.  As the moisture evaporates it rises until enormous amounts of heated moist air are twisted high in the atmosphere.

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Explore National Geographic. A world leader in geography, cartography and exploration.

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Air pressure is the weight of air molecules pressing down on Earth.
The atmosphere has 5 layers: Troposphere (20 km) Stratosphere (50 km) Mesosphere (85 km) Thermosphere (690 km) Exosphere (10000 km). All this air puts a lot of air pressure on Earth due to Gravity. There is 14.7 pounds of pressure per square INCH on Earth. That means that on one square foot of Earth, there is 176.4 pounds of pressure.

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hurricanes only form over warm water, as air fuel

https://spaceplace.nasa.gov/hurricanes/en/

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the rise in global sea levels oveer the last century is 8 inches, the rise was doubled in the past 2 decades

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Barometers measure atmospheric pressure, providing the measurement in millibars. Under most conditions, high and rising pressure indicates sunny weather, while low and falling pressure indicates approaching rain.

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Hurricanes only form over warm oceans because they use warm moist air as fuel.

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Energy from the sun doesn't fall equally on Earth because of it's tilt and it's a sphere.

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Climate and Earth's Energy Budget : Feature Articles

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Earth's temperature depends on how much sunlight the land, oceans, and atmosphere absorb, and how much heat the planet radiates back to space. This fact sheet describes the net flow of energy through different parts of the Earth system, and explains how the planetary energy budget stays in balance.

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Hurricanes are caused by warm body of waters.That's why hurricane season is mostly in the summer and in the fall.

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The warm oceans act as a source of energy for hurricanes

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national oceanic and atmospheric administration

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How does the ocean affect climate and weather on land?

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The world's ocean is crucial to heating the planet. While land areas and the atmosphere absorb some sunlight, the majority of the sun's radiation is absorbed by the ocean. Particularly in the tropical waters around the equator, the ocean acts a as massive, heat-retaining solar panel.

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hurricanes form over warm ocean waters.

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The common instruments of measure are anemometer, wind vane, pressure sensor, thermometer, hygrometer, and rain gauge. 

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As the warm air continues to rise, the surrounding air swirls in to take its place. As the warmed, moist air rises and cools off, the water in the air forms clouds. The whole system of clouds and wind spins and grows, fed by the ocean's heat and water evaporating from the surface.

Storms that form north of the equator spin counterclockwise. Storms south of the equator spin clockwise. This difference is because of Earth's rotation on its axis.

As the storm system rotates faster and faster, an eye forms in the center. It is very calm and clear in the eye, with very low air pressure. Higher pressure air from above flows down into the eye.

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El Nino is the warming of the Pacific Ocean off of the western coast of South America near Ecuador and Peru. It is called El Nino, or little boy in Spanish, referring to the Christ child because the phenomena was originally noticed near Christmas time. The opposite of El Nino is La Nina, or little girl in Spanish, which is a cooling of the Pacific Ocean.

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HURRICANES FORM WHEN A TROPICAL STORM FORMS OVER WARM OCEAN WATER AND BEGINS TO CIRCULATE CREATING A HURRICANE

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http://oceanexplorer.noaa.gov/facts/climate.html
https://sciencing.com/happens-ocean-currents-stop-8318706.html

Ocean currents are like conveyor belts of heat, bringing heat around the world. If the ocean currents stopped, then many places in the north and south of the equator would not get the heat they normally get from the oceans, and would become very cold very fast, slowing down agriculture and the economies of those countries.

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https://spaceplace.nasa.gov/hurricanes/en/

hurricanes use the moist air as fuel, That is why they form only over warm ocean waters near the equator

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coastal communities have more moderate weather.

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- A barometer measures atmospheric pressure
-  a thermometer measures the temperature
-   Weather radar detects precipitation in the clouds

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Brenden Jarvis. Water has a higher heat capacity thansoil and rock

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Brenden Jarvis. Water has a higher heat capacity thansoil and rock

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https://www.quora.com/Coastal-regions-have-a-smaller-range-of-temperature-than-continental-interiors-Why

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A tropical storm is classified as a hurricane once winds goes up to 74 miles per hour or higher.Hurricanes are the only weather disasters that have been given their own names. All hurricanes begin life in a warm moist atmosphere over tropical ocean waters.   https://hurricane-facts.com/Interesting-Hurricane-Facts.php

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From about a thousand years ago through to the mid 19th Century, global sea levels remained remarkably stable. Together with overall global temperatures, sea surface heights stayed at about the same levels until the late 1800s. At that time, an initiation of large-scale burning of oil, gas and coal dumped heavy volumes of greenhouse gasses into the atmosphere. The Earth System began to warm and seas began a slow upward climb.

(Global sea level rise since 1870. Image source: Dr. James Hansen.)

At first, the pace of sea level rise was minor - only hitting about 0.8 mm per year. But then, by around 1925, the rate of sea level rise more than doubled to 1.9 mm per year. The oceans, which at first only slowly accumulated heat, began a long term warming which eventually extended through almost every depth and region. This pace maintained until about 1992 when the oceans again hit a higher rate of rise at around 3.1 mm per year - a pace that then included a small but ominously growing portion of glacial melt.

Now, it appears that global warming is again pushing sea levels to rise even faster. As, over recent years, a number of ominous indicators pointed toward yet another surge in ocean surface levels.

In south Florida, the pace of sea level rise at local tidal gauges, by last year, had gone exponential. Along the U.S. East Coast, a sudden jump in sea level during recent years was blamed on a slowing down of the Gulf Stream due to freshwater melt pulses hitting the North Atlantic.

All over the world's frozen regions, the great land glaciers - especially in Greenland and Antarctica - have been destabilizing. Melting, cracking, and clamoring as their gargantuan, mountain-like forms assembled in an ever-speeding march to the seas. This great rush of freshwater melt and ice is already causing an ocean-threatening slow-down of Atlantic circulation. And in the Southern Ocean surrounding Antarctica an ominous bulge of water near the southern polar zone became an indicator of an increasing rate of melt from some of the largest glaciers on Earth. A bulge that was 2 centimeters higher than the global average along melting and thawing Antarctic shores.
Global Sea Level Rise On Upward Curve?
Recently, the global sea level rise measure - AVISO - also took an unsettling leap. With satellite captures of the world ocean showing a strong surge in sea level rise throughout 2014 and into 2015. A spike that displays vividly as a hockey-stick like jog at the tail end of the measure below:

(Big spike in sea level rise plainly visible in the AVISO measure. Image source: AVISO.)

It's an upward jump representing nearly a 1 centimeter spike in the rate of sea level rise over the past six months.

By itself, this jump in sea level would be something to worry over. But new findings paint an even starker picture. For a recent study, headed by Shuang Yi and published on April 30 in Geophysical Research Letters provides evidence that, since 2010, annual rates of global sea level rise have shown a strong uptick. The study, entitled An Increase in the Rate of Global Mean Sea Level Rise Since 2010, notes:

The global mean sea level (GMSL) was reported to have dropped 5 mm due to the 2010/11 La Niña and have recovered in one year. With longer observations, it is shown that the GMSL went further up to a total amount of 11.6 mm by the end of 2012, excluding the 3.0 mm/yr background trend. A reconciled sea level budget, based on observations by Argo project, altimeter and gravity satellites, reveals that the true GMSL rise has been masked by ENSO-related fluctuations and its rate has increased since 2010. After extracting the influence of land water storage, it is shown that the GMSL have been rising at a rate of 4.4 ± 0.5 mm/yr for more than three years, due to an increase in the rate of both land ice loss and steric change.

In short, the study finds an average rate of sea level rise of 4.4 mm per year, or 30% faster than the annual rate from 1992 to 2009, during the period of 2010 to 2013. For these, more rapidly rising, sea levels the study identifies clear causes. The first is an increasing rate of land ice loss. The second is what is termed as 'steric change' - a scientific phrase that both identifies ocean thermal expansion due to warming combined with changes in ocean salinity, which also impacts sea surface height.

The April 30 study did not include the more recent sea level rise spike now showing up in the AVISO measure. So, at least for now, sea levels do appear to be sliding up some rather dangerous curves.
Hitting the More Difficult Rates of Sea Level Increase
Such a jump has stark implications for sea level by end century. A 4.4 mm per year rate of rise would equal just less than half a meter of increased sea level within one Century. This compares to the previous rate of rise which would have resulted in a 1 foot global jump within a one hundred year span.

A jump of this kind was, however, predicted with sea level rise by end of this Century expected to hit between 0.5 and 1 meters of increase in the IPCC measure and between 5 and 6 feet in US Coast Guard studies (most studies find a range between 3-9 feet for this Century). The 4.4 mm per year increase is rather ominous in that it already puts annual rates of rise in the IPCC mid-range. An early ramp up with fully eight and a half decades left to go in a Century that will certainly see substantial further increases in global heat accumulation.

(South Florida 6 meters of sea level rise before [left frame] and after [right frame]. Note that second image is an artist's rendering based on flood analysis showing what a 6 meter sea level rise would look like for South Florida, should it occur. Image source: Tropical Audobon Society.)

Many planners use the IPCC measure or even more conservative indicators to prepare for sea level rise at their city, county and state shores. And the fact is these indicators may fall well short of reality at the coastlines. A stark circumstance that will become more and more difficult to manage as time moves forward.

Overall, a 2010 ramping in the rate of sea level rise is a bit soon. Similar further jumps leading up to potential worst case 1-4 cm per year levels would initiate a combination of dangerous impacts including untenable rates of rise for coastal regions, severe shocks to ocean circulation systems and overall ocean health, and potentially very dangerous impacts to the world's weather. To this point Hansen's paper entitled ' Greenland Ice Sheet Mass Loss, Exponential? ' is well worth a (re)read.
Similar Climate Conditions Saw 20 Meter Surges in Sea Level Due to Glacial Melt
With current greenhouse gas levels now in the range of 400-405 parts per million coinciding with substantial jumps in glacial melt and sea level rise, it may be worth taking a look back at times in the geological past when atmospheric heating conditions were similar to those seen today. The last time heat trapping gasses were seen at such high concentrations was at the height of the Pliocene warming 3-5 million years ago. That time saw temperatures in the range of 2-3 degrees Celsius warmer than Holocene averages. It was also a geological period that saw Antarctic and Greenland melt events that pushed seas up to 20 meters higher.

We are exceeding maximum Pliocene atmospheric CO2 thresholds at this time (well exceeding if you count in a 485 CO2 equivalent forcing from all greenhouse gasses added by human beings). And we will almost certainly enter Pliocene warming levels this century. So the melt pressure we are putting on the world's ice sheets is likely to at least be in the 20 meter range for the (hopefully) longer term.

Links:
An Increase in the Rate of Global Mean Sea Level Rise Since 2010 Dr. James Hansen For Miami, Sea Level Rise Has Already Gone Exponential An Extreme Sea Level Rise Event Along the Northeast Coast of North America World Ocean Heartbeat Fading Antarctic Sea Levels Rising Faster Than the Global Rate IPCC Sea Level Rise Tropical Audobon Society Greenland Ice Sheet Mass Loss, Exponential? 20 Meter Sea Level Rise 5 Million Years Ago
Hat tip to Colorado Bob

Hat tip to Wili

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Global Sea Level Rise Going Exponential? New Study Records Big Jump in Ocean Surface Height

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From about a thousand years ago through to the mid 19th Century, global sea levels remained remarkably stable. Together with overall global temperatures, sea surface heights stayed at about the same levels until the late 1800s. At that time, an initiation of large-scale burning of oil, gas and coal dumped heavy volumes of greenhouse gasses...

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 Weather radar detects precipitation in the clouds

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There are so many things powered the Sun. You may already know that solar powered devices use the Sun's energy. Also some geothermal power sources use the energy from the Sun. Yet there are many other energy sources are a result of direct or indirect effect of the Sun's energy.

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A thermometer is used the measure the temperature in an area.