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The more data the better, especially in two ways - (1) initial conditions outside one's area of interest determine the eventual weather conditions within that area; for instance, storms and upper-level atmospheric waves over the Pacific Ocean will morph and interact with their surroundings and eventually become a driver of U.S. weather. Without information from the Pacific Ocean, you'd be hard pressed to make a forecast for the western U.S.; (2) global observations allow for a better understanding of climate, how climate changes, and what drives it, which all starts with observed data. You couldn't monitor, say, global warming or other climatic patterns and changes if all you had is a detailed history of conditions in Chicago (as an example).

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Why do scientists like Dr Lopes study volcanoes?

Scientists like Dr. Lopes study volcanoes to better understand their behavior, predict eruptions, and mitigate their hazards to help protect communities living near volcanic regions. Studying volcanoes also contributes to our knowledge of Earth's geology and the processes that shape the planet.


How do scientists know where an earthquake is going to strike?

they can predict it when its coming or when it hits its impossiblethey use a tool to help them find itor they go on a boat and find bubble underwaterthey collect rocks to see if it split in halfthey do a test run


How can different climate regions affect how people Ada?

how can different climate regions affect how people adapt to the environment


What does landform regions mean?

Landform regions refer to large geographic areas characterized by similar physical features, such as mountains, plains, plateaus, or valleys. These regions are defined by the landforms present due to geological processes, such as erosion, tectonic activity, and weathering. Landform regions help geographers and scientists classify and study different types of landscapes on Earth.


Current climate change models predict highest average temperatue increases in which geographical areas?

Current climate change models predict that the highest average temperature increases will occur in polar regions, particularly in the Arctic. This is due to the polar amplification effect, where warming in these regions is amplified compared to the global average. Additionally, areas with already warm climates, such as tropical regions, are also expected to experience significant temperature increases.

Related Questions

Can scientists predict erathquakes?

Scientists cannot predict earthquakes with certainty, as they are unpredictable natural phenomena. However, they can analyze seismic activity and monitor fault lines to assess the likelihood of earthquakes occurring in certain regions. This information helps to prepare and develop early warning systems to mitigate potential risks.


Can scientists predict when an earthquake will happen?

Nope - there is currently no scientific method for predicting earthquakes.


Is it possible to predict Geohazards?

Yes, it is possible to predict geohazards such as earthquakes, landslides, and volcanic eruptions to some extent. Scientists use various monitoring techniques and data analysis to assess the likelihood of these events occurring in specific regions. However, the ability to accurately predict the exact timing and magnitude of geohazards remains challenging due to the complex nature of Earth's processes.


Can man predict a thunderstorm?

Individual thunderstorms are hard to predict. However, we are pretty good at predicting what regions will likely be affected by thunderstorms on a given day.


Can scientists predict sandstorm?

Yes, scientists can predict sandstorms using various methods, including satellite imagery, weather models, and ground-based observations. By analyzing atmospheric conditions such as wind patterns, humidity, and soil moisture, meteorologists can forecast the likelihood of a sandstorm. Additionally, advanced technology allows for real-time monitoring of desert regions, enhancing prediction accuracy. However, while predictions can be made, the exact timing and intensity of sandstorms can still be challenging to determine.


Why do scientists study icebergs?

Scientists study icebergs to better understand climate change, ocean circulation patterns, and the impact of ice melt on sea level rise. Icebergs can also provide important insight into past environmental conditions and help improve our ability to predict future changes in the polar regions.


Why do scientists like Dr Lopes study volcanoes?

Scientists like Dr. Lopes study volcanoes to better understand their behavior, predict eruptions, and mitigate their hazards to help protect communities living near volcanic regions. Studying volcanoes also contributes to our knowledge of Earth's geology and the processes that shape the planet.


What might a biologiist designate regions based on?

A biologist might designate regions based on factors such as climate, flora and fauna distribution, geological features, or unique ecosystems present in the area. These regions allow scientists to study and understand the different components of biodiversity and environmental conditions within a specific area.


Why do scientists classify and compare climates?

Scientists classify and compare climates to better understand patterns and variations in weather conditions across different regions. This helps in predicting future climate changes, studying the impact of climate on ecosystems, and providing valuable information for agriculture, urban planning, and disaster preparedness.


How do scientists know where an earthquake is going to strike?

they can predict it when its coming or when it hits its impossiblethey use a tool to help them find itor they go on a boat and find bubble underwaterthey collect rocks to see if it split in halfthey do a test run


Describe the different land regions of Chile?

describe the different land regions of Chile?


What factors make it for scientists to classify world climate regions?

current and wind patterns