Hurricanes

If you want to know more about this kind of storm then you will
need to understand what is hurricanes and how does it impact the environment and surroundings. Hurricanes are the massive storm that forms over the warm ocean waters and then moves towards the land causing massive destructions to life and property. This intense tropical storm is characterized by heavy rain, powerful winds, rip currents storm surges, landslides and inland flooding. Hurricanes are the large and swirling storms that are also known as typhoon, cyclone and tropical storm and it produces winds of the speed of 119 kilometers per hour or more.

Hurricanes can also be called as the severe kind of tropical storm that causes tremendous damage while eventually leading to flooding, destroying building, bridges and roads while knocking down trees and power lines. Hurricanes are formed over the warm ocean water near equator as the warm and moist air above ocean surface rises which causes the air from the surrounding areas to get sucked in. When this air becomes warm and moist, it begins a continuous cycle for forming clouds that rotate with Earth spin and when water becomes warmer, then it causes the hurricane. Hurricanes rotates around the eye which is the circular center and this place is calm but the area surrounding the eye is known as the eye wall which is the most destructive and dangerous part of the hurricanes that has heaviest rain, thickest clouds and strongest winds. Hurricanes can even produce tornadoes that are not stronger and it lasts for a few minutes only but slow moving hurricanes are known to cause serious damages as compared to the more powerful and faster moving hurricanes. The power of this tropical storm is measured on Saffir- Simpson hurricane wind scale that differentiates hurricanes into five different categories with 1 as the weakest and 3, 4 and 5 as major hurricanes.

Hurricane is also known to lose its strength as it move over the land but coastal regions are more prone to get destroyed by this tropical storm as it causes high waves and wide spread flooding. Tracking of the hurricanes are done with weather radar and weather satellites that are closer to the land as it measures the speed of the storm that causes a huge amount of destruction. When hurricanes occurs over the sea then it is harmless but when it move towards the land then it can cause serious damage and incredibly dangerous. The season is generally from June to November as it is the time of the year when the sea is most humid and warmest as it is the perfect condition for hurricanes to develop. This power winds has a relatively peaceful center called as eye as it is a tropical disturbance that can also lead to tropical depression. The warm and moist water of the ocean provides energy to the storm as it does not change in speed and direction and it can eventually lead to strong and powerful hurricanes.

Tornadoes

Tornadoes are seen as a straight ray of air flow, with a single side pressing earth’s area also, the second end is normally in connection with the heavy strong sky. Usually, tornadoes turn opposite of clock direction at the very large rate. One usual characteristic of many of the tornadoes is that they are usually visible to all of us using the shape of compacted funnels. These kinds of funnels are encased with the cloud of particles and even soil. A vortex of a storm is always produced on account of numerous powerful electrical power conversions.

There are plenty of distinctive forms of tornadoes. Most of the shapes and sizes could vary from their rope structure to mass cylindric shapes, or perhaps conical or alternatively several other constructions. A few of the tornadoes which might be spoken of include common tornadoes whilst some for example gustnado, as well as dust devil, is usually known as other relatives of tornadoes, because they may have storm constructions.

Supercell Tornadoes
Such type of tornado storms emanates from storms. the key sign of those hard thunderstorms is a presence of thicker forced air active inside continuous rotational motion, that’s known as the mesocyclone. The tornadoes which happen to have progressed out of these types of hard thunderstorms are usually giant in proportions and are in form of pitching wedge. Supercell tornado storms have a tendency to hold touch with the ground at a very prolonged period of time and also are usually extremely strong, with winds going with a pace over 2 hundred miles per hour.

A gustnado is generally understood to be any strong gust front part storm. It’s always weakened storm that doesn’t go on for the too long period of time. Basically, you can find no interconnection involving clouds bottom level and motion of force of the wind.

Another name for landspout tornado storm is dust particles storm. This kind of tornado can be of considerably less power in comparison to the supercell storm and in addition, they’re just of smaller time-span. Those tornadoes do not have whatever association to mesocyclone. While it is a weakened kind of tornado, these results in rather powerful winds which are robust to instill considerable devastation. Generally, soft amas funnel in landspout tornadoes will never be in contact with the ground. On the other hand, as soon as it generates contact, a small coating of debris is actually developed.

Such type of storms will be formed over the surface of the ocean. You’ll find a couple of kinds of waterspout tornado storms – – tornadic and also non-tornadic also called fair. Waterspouts are generally mesocyclonic tornado storms that are produced beyond the surface of the sea. Considering that they’re designed right from thunderstorms, these tornadoes feature big speed and force and are very damaging in characteristics. Then again, fair-weather waterspouts are generally a lot much less harmful. These are not a very powerful variety of tornado storm. Winds are actually very poor in character or advance quite at a low speed. An intensity of non-tornadic waterspout can be made weaker, even more, any time it gets to area layer.

Extreme Weather on Earth

With the increasing frequency of extreme weather events around the world, it has become increasingly important to be aware of it. Extreme weather conditions have now become just that – extreme. Storms are worse now than ever, the summers are hotter, droughts are more extended and detrimental, and winters are seemingly more laborious than ever. For this reason, there is little doubt that we need to be better informed and better informed about the things that have emerged about the weather.

The charging of information about extreme weather, the known and accepted facts that we have about it, and its probable causes will surely help us to be better prepared, if only we know about it. It would be not only helpful but also exciting to learn, such as the question of whether global warming is related to extreme weather events if it leads to it. Then there are the other severe weather facts that are worth knowing about, at least it would prepare us to deal with whatever comes.

Global warming and extreme weather

There has always been the assumption that global warming and extreme weather events are directly related. But apart from assumptions, it would be best to look more closely and see if there is a real connection between global warming and the crazed ones we’ve seen in recent years. We have been used to hearing how global warming should stand behind any tide, hurricane or drought that is seen as an expression of extreme weather. The truth, however, shows that this question can not be answered as directly and definitively as we would like. This is due to the unpredictability and variability of the weather in every part of the world. If you say that looking at trends would be helpful to come to a more solid conclusion, that might be right, but it will take a lot of time. Safer answers could be found in the coming years, but at the moment it is still not considered sufficient. This is quite understandable if the required records are quite hard to find, and in some cases even missing or missing. That would indeed be a problem that needs to be addressed if we want to understand the relationship between global warming and extreme weather fully.

Global warming causes fundamental changes in the Jet Stream

The jet stream can be seen as waves in crests and valleys that move around the middle of the northern hemisphere and gently bend north and south. The temperature gradient (difference) between the Arctic latitudes and the North Atlantic latitude decreases in the fall as the Arctic Ocean releases the extra solar energy absorbed by incrementally melting ice as a result of global warming. Then, the air pressure difference between the two pressure fields is also reduced and the speed of the West-East winds of the Jet Stream is also reduced.

This is not to say that global warming is excluded as a significant factor in extreme weather events. In fact, it has effects and can affect the weather in different parts of the world. An example is an increase in heat in the atmosphere. In fact, compared to 40 years ago, the atmosphere holds four percent more water vapor. This is a direct result of elevated temperatures, and as a result, more rainfall would be expected.