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By Umair Irfan and Kavya Sukumar Updated May 24, 2019, 4:26 pm EDT Photos and design: Javier Zarracina and Amanda Northrop
- 1 What Will Global Warming Be Like In 2050
- 2 Chart: Climate Change, The Great Displacer
- 3 Climate Change 2050: Solutions For A Better World, From Usc Experts
- 4 Ai Predicts Global Warming Will Exceed 1.5 Degrees In 2030s
What Will Global Warming Be Like In 2050
Last month was the second hottest April on record. Arctic sea ice reaches monthly record high.
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As climate change accelerates, you have to ask what will happen if we decide to reduce our carbon emissions now, and what will happen if we do nothing. As part of the Climate 2050 project, we used the latter scenario to see what would happen to temperature and precipitation in American cities by mid-century.
We found that by 2050, many cities in the US will be warmer, further south than the country is today. We’ve outlined some of the best changes here:
As you can see on this map, climate change means that cities can move further south in temperature and precipitation. In some cases, the nearest match may be hundreds of miles away. If you want to know what climate change means for your city, you need to travel.
In 2050, in Cleveland, Ohio, the average summer temperature will be 5.4 ° F. The average winter temperature will increase by 5.3 ° F. That means Cleveland will have the safety of St. Louis suburbs more than 500 miles.
Chart: Climate Change, The Great Displacer
Let’s zoom in on how the weather in different areas will change. See an animation of the changes in the US Northeast:
You can see that Scranton, Pennsylvania, will have the same weather as Round Hill, Virginia, today. It’s about 220 miles as the crow flies, but that means Scranton will experience an average summer temperature that’s 4.8°F higher and an average winter temperature that’s 5.5°F higher.
The city in the south is south. By 2050, the annual temperature and precipitation patterns of Atlanta, Georgia, will be similar to Selmont, Alabama, today. That’s a move of more than 200 miles, with the average summer high rising 4.1°F to 92.6°F.
Other parts of the country could see little change by 2050, as you can see in this map of the Southwest:
Climate Change 2050: Solutions For A Better World, From Usc Experts
Apache Junction, Arizona, will be as safe year-round as Peoria, Arizona, a city just 50 miles west. But this means that the current average summer temperature, 103.5°F, will rise by 4.9°F by 2050.
As you can imagine, the changes will be even greater by 2080. And in February (two months after this story was first published), two scientists presented in
A new climate analog grid project for the United States shows that by 2080, “the climate in urban areas will change significantly and become similar to the current climate with hundreds of thousands of people.” miles away and often to the south or thereabouts. so it’s not the same as today.” Play along with the interesting conversation here.
For any city, a few degrees of heat and a few inches of rain in one season may not seem like much. But it can be the difference between enough rain for a healthy crop and rain that kills it. It is the difference between the rainy season and the white season.
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Not all parts of the country are changing at the same rate. In general, the northern part of the US is warming faster than the south, so climate change will be greater. Cities in the eastern United States and the northern Midwest will experience greater changes than those in the west.
But the reality is that hundreds of cities have to adapt to changes that can affect people’s lives. Many homes need air conditioning during the summer months to keep the heat from being uncomfortable. Many plants will dry out, creating more fuel for the fire. This can affect the local economy as climate-based industries such as agriculture or the outdoor industry decline.
Please note that the media we use does not tell the whole story. Some of the warmest areas of the US like the California coast will experience faster changes in weather. Instead of spreading rain throughout the year, California is expected to see periods of rain from very dry weather, scientists have described it as whiplash weather.
The world as a whole has warmed by 1°C since the start of the Industrial Revolution, and is now on track to see an increase of 2°C of warming by 2040. But we still have time to avoid the worst. circumstances. And we already know what to focus on. Here are 10 ways to take action against climate change and simple tips for a climate policy that works.
Ai Predicts Global Warming Will Exceed 1.5 Degrees In 2030s
We create city pairs by comparing future temperature and precipitation forecasts for years in the current climate, looking for similar current and future cities.
To make a comparison, we averaged the daily maximum temperature and monthly precipitation patterns for 30 years (1986 to 2015) to create a climate index for the cities. Then we look at how much warmer these cities will be in 2050, than the 30-year average (2036 to 2065).
The predictions are based on climate models compiled in the Locally Constructed Analog database developed by the Scripps Institution of Oceanography at the University of California San Diego.
This scenario is based on a set of assumptions in the climate model called RCP 8.5. This is often considered an extreme warming forecast because it assumes that the world will continue on the same path of carbon dioxide emissions with the development of technology or technologies.
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That said, it tracks closely with where we are now and serves as an important boundary for what we can expect. RCP 8.5 also does not make a big difference in climate change compared to other scenarios when looking at mid-century. The largest change in RCP 8.5 occurs around 2100.
There are several important points for our analysis. Part of the reason we don’t see a big change in geographic area in similar cities in the south is that we don’t have enough cities even in the south for comparison. Our data only covers the United States, but a city in Texas can find the same climate as a city in Mexico, and a city in Florida can be like an island in the Caribbean. So many southern cities have no competition. We choose the best match with the information we have.
We still only compare cities based on temperature and precipitation, to see which city today is most similar to the city predicted to change in 2050. These are just two differences between the twelve that mean local weather. In addition, the projected mid-century temperature gradients may be stronger than modeled precipitation, which is subject to local variability and many uncertainties.
However, the biggest uncertainty here is the same as with all climate predictions: How quickly will climate change occur? Whether the world switches to cleaner energy, eats less meat, manages the soil better, pulls carbon dioxide out of the air, or does business as usual, it means the future is hot.
Malaria In 2050 — European Environment Agency
What we do from now on is important for villages, countries, and future generations around the world.
In, we believe that truth is power, and power should not only be available to those who can afford it. That’s why we make our work free. Millions of people rely on accurate, quality journalism to understand the forces that shape the world today. Support our mission and help make it free for all by donating today. above pre-industrial levels by 2050.
The graph above shows the global temperature rise for four different scenarios of future greenhouse gas levels. The higher the temperature, the greater the risk to ecosystems and human life. A temperature rise above 1.5°C is considered dangerous, and above 3.0°C will cause serious damage. In all cases, global temperatures will reach dangerous levels before 2040.
The data for these figures are taken from the results of the climate model CMIP5 (Coupled Model Intercomparison Project phase 5) – a group of coupled models of ocean impacts (GCMs), used in the Fifth Assessment Report of the IPCC. .
Earth In 2050: This Is What A World Warmed By 1.5°c Looks Like
A climate model is a mathematical simulation of the global climate system. The model uses scenarios for future greenhouse gas emissions to make predictions about future climate change. The scenarios that form the input to the model are called Representative Concentration Pathways (RCPs).RCPs contain detailed estimates of future greenhouse gas emissions. , and the resulting atmospheric concentrations, which provide the basis for running climate models.
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