The storm surge associated with Cyclones inundates the low lying areas of coastal regions drowning human beings and live-stock, eroding beaches and embankments, destroying vegetation and reducing soil fertility. Strong winds will uproot the trees. Floods due to storm surge will pollute drinking water sources causing outbreak of epidemics.
It depends on the tornado. Most tornadoes are weak and don't last long. These tornadoes snap weak trees, break glass and damage roofs The very worst of tornadoes can travel dozens of miles and level or even completely blow away well built structures. Some of these tornadoes carve damage paths over a mile, or even two miles wide.
Uprooting of trees during tornadoes and destruction of houses by wind are examples of interactions between the atmosphere and the hydrosphere. Snow formation is an example of interactions between the atmosphere and the lithosphere. Cracking of rocks due to heat is an example of interactions between the atmosphere and the lithosphere.
When Cyclone Larry hit Australia in 2006, the lithosphere, which is the solid outer layer of the Earth, remained largely unaffected. Cyclones mainly impact the atmosphere and hydrosphere, causing high winds, heavy rainfall, and flooding, but they do not cause significant changes to the lithosphere itself.
Scientists classify the severity and type of impact of natural disasters like flooding, tornadoes, and hurricanes on ecosystems to better understand the effects these events have on biodiversity, habitat destruction, and ecosystem services. This information helps in developing strategies for disaster preparedness, response, and recovery to minimize environmental damage and safeguard ecosystem health.
Tornadoes do not create landforms and do not have a significant impact on the shape of the land. In rare cases some exceptionally violent tornadoes may strip away a foot or two of soil.
The Joplin tornado did not directly affect the lithosphere, which refers to the rigid outer layer of the Earth's surface. However, the tornado's impact on the infrastructure and land surface above the lithosphere would have indirectly influenced the lithosphere through changes in land use and surface features.
Tornadoes.
The impact of an earthquake on the earth's lithosphere is quite huge. The lithosphere in most cases will be torn apart as a result of the movement of plate tectonics.
Tornadoes primarily impact the atmosphere and lithosphere by causing destruction and changes in weather patterns. While they can lead to flooding and affect water bodies, their direct effect on the hydrosphere is minimal compared to other natural disasters like hurricanes.
Disasters
Tornadoes primarily change habitats by destroying vegetation, especially trees.
Tornadoes do not have a positive impact on the environment. They can cause destruction to ecosystems, wildlife habitats, and infrastructure. The devastation from tornadoes can take years to recover from and disrupt the natural balance of the affected areas.
The lithosphere can negatively impact the hydrosphere through events like landslides or earthquakes that can disrupt bodies of water, leading to flooding or contamination of water sources. Additionally, human activities like mining or deforestation can contribute to erosion and sedimentation in rivers and oceans, affecting water quality and aquatic ecosystems.
Cyclones can cause singificant erosion in coastal areas.
Tornadoes damage and destroy manmade structures and can cause some soil erosion.
Tornadoes can damage or destroy property, vegetation, and animal habitats and kill or injure people and animals.
hurricanes and tornadoes Asteroid impact.