Quiz Game On Weather Extremes Online

This Quiz Game on Weather Extremes Online is for students in 5th, 6th, 7th, 8th grades. Learn about the causes and consequences of extreme weather. This game focuses on teaching students about climate change and how it has caused extreme weather events that make life difficult for humans in different parts of the world. Episodes of extremely high precipitation lead to floods, extreme drought leads to sandstorms and more. A lot of changes to weather patterns have been attributed to man's activities on Earth. Let's have fun learning this topic through an interactive online game which can be played both at home and in the classroom.

 

Climate Change and Extreme Weather

If you are interested in climate change, extreme weather and the impact on humanity, check out the arguments below. It highlights the cost of extreme weather and the impact on human populations. It also highlights how climate change has affected weather patterns that impact our daily lives.

Climate-related extreme events

Extreme climate-related events are diverse and affect us in different ways. The melting of the polar ice caps, which has caused sea levels to rise around the world, has resulted in several small island nations around the world being underwater. Extremely powerful storms have crippled communications and flooded habitats in various parts of the world. The extinction of numerous species due to habitat loss from rising temperatures is just one of many impacts of climate change.

Uncertainty in attributing climate-related extreme events is high. Although observed patterns are relatively stable, there are many factors that can influence the intensity of such events. 

Costs of extreme weather

The devastating effects of climate change have resulted in enormous financial losses. And while these events are often blamed on climate change, many other factors are at play as well. A recent study found that extreme weather events drive up the economic costs of our current economic system.

The cost of extreme weather events is typically measured as the damage that occurs during and immediately after a hazard. This damage is often measured in physical units, either by their market value or the cost of rebuilding them. However, some types of damage are more difficult to measure. Cultural property and heritage are particularly difficult to value. Damage to these assets is often measured in stock prices, but the value of a nation's cultural heritage is more difficult to quantify. Economic losses can also be measured at the micro level, in terms of reduced activity.

The increasing frequency of extreme weather events is already causing higher maintenance costs for state and local governments. Recent statistics show that rainfall and snowfall during intense precipitation events have increased by 20% over the past century. In addition, new temperature records have been set twice as often as new lows over the past decade, compared to the ratio of record highs to record lows in the 1950s. Recent flooding in Tennessee and drought in lower Mississippi, as well as wildfires in the Southwest, demonstrate the enormous costs of extreme weather events.

Impacts of extreme weather on people

Although many people are aware of the dangers of extreme climatic conditions, few studies have examined how well they understand. For example, many people do not follow public health advice, especially the elderly. In addition, warnings about extreme weather events often contradict each other, making them difficult to follow. In addition, the events themselves are often so rare that similar populations do not experience these events every day. Therefore, it is important to monitor the impact of extreme weather events on people to determine the effectiveness of current efforts to protect vulnerable populations.

Adapting to extreme weather events requires coordination of health and emergency response. Climate projection models are not unfortunately based on facts. Therefore, they have limited ability to predict how well humans will adapt to extreme events. These models rely on assumptions about future trends in the factors that drive climate change, such as emissions scenarios. However, this is changing and early warning systems are now becoming more advanced.