All of the grand weather phenomena, such as thunderstorms, cyclones, hurricanes, and, ultimately global atmospheric circulation, are forged from convection.Direct rays of the sun at the equator and indirect rays at the poles at the poles moves toward the Equator. This causes a constant movement of air called convection currents. Convection currents drive wind patterns that affect climate. Convection currents cause local breezes, winds, cyclones and thunderstorms. The action of convection currents also result in smog. When hot air rises and traps cool air below, it also traps the pollutants such as carbon monoxide and dust particles to cause the “brown cloud” effect.

Higher wind speeds generated as the earth tries to cool itself with convection currents, creates storm and hurricane conditions, that ravages the land as the winds move from the oceans onto land, in the process creating waves that batter our shores.

http://www.oceansplasticleanup.com/Storms_Convention_Currents_Coriolis_Effect_Winds_High_Speed_Extreme_Weather.htm

Thanks Dr. Manal Hadi Kanaan for participating in the discussion.

All of the grand weather phenomena, such as thunderstorms, cyclones, hurricanes, and, ultimately global atmospheric circulation, are forged from convection. When they occur in our atmosphere, convection currents cause local breezes, winds, cyclones and thunderstorms. The action of convection currents also result in smog. When hot air rises and traps cool air below, it also traps the pollutants such as carbon monoxide and dust particles to cause the “brown cloud” effect. Direct rays of the sun at the equator and indirect rays at the poles. at the poles moves toward the Equator. This causes a constant movement of air called convection currents. Convection currents- drive wind patterns that affect climate. Some currents are caused by convection, while others, called surface currents, are driven by wind. These currents move water all around the earth, bringing warm water to cooler areas and vice versa. This redistributes thermal energy and causes changes in the weather. Convection currents in the earth's mantle move tectonic plates and build up pressure that is suddenly released, causing earthquakes. Convection, involving powerful vertical motions, heavy rainfall, and a deepening of vortices are involved in the genesis period. Without the convective process, the many individual components of tropical cyclone formation could not merge and develop into a cohesive, dynamic, self-sustaining vortex.

Direct rays of the sun at the equator and indirect rays at the poles at the poles moves toward the Equator. This causes a constant movement of air called convection currents. Convection currents drivewind patterns that affect climate. Convection currents drive wind patterns that affect climate. Convection currents cause local breezes, winds, cyclones and thunderstorms. The action of convection currents also result in smog.The convection currents in the atmosphere, tempered by the topology and temperatures of the landmasses over which they pass give us our variations in weather. These convection currents can cause storms, tornados, hurricanes, and cyclones. Convection, involving powerful vertical motions, heavy rainfall, and a deepening of vortices are involved in the genesis period. Without the convective process, the many individual components of tropical cyclone formation could not merge and develop into a cohesive, dynamic, self-sustaining vortex. Convection also plays a role in the movement of deep ocean waters and contributes to oceanic currents. Inside Earth, the convection of mantle material is thought to cause the movement of the overriding crustal plates, resulting in events such as earthquakes and volcanic eruptions. There is no consensus on how climate change will affect the overall frequency of tropical cyclones. A majority of climate models show a decreased frequency in future projections.

Direct rays of the sun at the equator and indirect rays at the poles at the poles moves toward the Equator. This causes a constant movement of air called convection currents. Convection currents drivewind patterns that affect climate. Convection currents drive wind patterns that affect climate. Convection currents cause local breezes, winds, cyclones and thunderstorms. The action of convection currents also result in smog.The convection currents in the atmosphere, tempered by the topology and temperatures of the landmasses over which they pass give us our variations in weather. These convection currents can cause storms, tornados, hurricanes, and cyclones. Convection, involving powerful vertical motions, heavy rainfall, and a deepening of vortices are involved in the genesis period. Without the convective process, the many individual components of tropical cyclone formation could not merge and develop into a cohesive, dynamic, self-sustaining vortex. Convection also plays a role in the movement of deep ocean waters and contributes to oceanic currents. Inside Earth, the convection of mantle material is thought to cause the movement of the overriding crustal plates, resulting in events such as earthquakes and volcanic eruptions. There is no consensus on how climate change will affect the overall frequency of tropical cyclones. A majority of climate models show a decreased frequency in future projections.

The extreme heat of the waves, what causing damages to earth, (eg, as you explained above, I avoid repeating per my typing difficulties,), suggestions made such harness such electric magnetism waves to convert into energy sources.

You very well explained the matter, RK Naresh, and thanks for raiding the topic to bring concern to focus.

Dr Fatema Miah thank you for your contribution to the discussion