# data[].attributes.body
try to make dam and give water to country that dosent have water

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What will happen to climate change in the future of earth?

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If all of the polar ice caps melt due to global warming nearly half of earth will go underwater because of the rise in sea level

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https://youtu.be/Ok8rMT2KCy0

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Climate Change: It’s Real. It’s Serious. And it’s up to us to Solve it. | National Geographic

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Mini windmill instead of ac

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Stop cutting trees
Move to electric vehicles
Use solar energy

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Antarctica - the glaciers are melting due to global warming
India- draught

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Climate change is the climates weather changing due to human activities . This is affecting people of some regions badly
Advvika

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Solar power is a solution to help us because as the heat increases, we can produce more electricity

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If human minds develop and boost creativity every day, Why can't we use the creativity of children, which are considered to be the most creative people to get ideas & implement what we can?

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Wind and climate change | DW Documentary

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We can invent a robot which uses non-biodegradable trash as fuel and make other daily appliances work on the same fuel

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People can-
Not use AC's because they release hot air in the environment
Prevent/reduce use of resistance in electricity
encourage the world to take action
explain how clean energy is better
Find a way to achieve sustainability

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We get very tired because of the heat which causes us to sweat more
Melting of glaciers causes increase in water level
Climate change also causes increase in damage caused by tsunamis

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Climate change is an increase/decrease in average temperature of the earth or any other place

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Explores climate change solutions

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Global Platform for Climate Change Solutions | Climate Connect

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The actions and the awareness we are all trying to spead, will global warming or climate change end at one point or is it too late for that?

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Pollution is just the introduction of harmful materials into the environment. These harmful materials are called pollutants that damage the quality of air, water, and land.

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It conserves energy, it decreases water pollution and reduces greenhouse gases.

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It is a change in the condition of weather around the world.

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https://theconversation.com/hundreds-of-fish-species-including-many-that-humans-eat-are-consuming-plastic-154634
This is about humans and animals consuming plastic.

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Invent a reusable notebook
We can invent bikes that generate oxygen like photosynthesis bikes

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Drive less
Recycle more
Avoid products with more packaging
Use less hot water
Plant more trees
Reduce smoking
Reduce the use of fossil fuels

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Deforestation - Trees help cool down the environment. When we cut trees the environment will get hotter for us to live.
Consuming food too much- Each of these steps create greenhouse gases bacause it traps the sun's heat and contributes to climate change.
By- Doyle

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1) Use the 3R's
2) Stop throwing garbage in the oceans                                        3) Plant more trees

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Climate change means change in temperature and whether patterns. Climate change can also be man-made or natural.

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Climate change means change in temperature and whether patterns. Climate change can also be man-made or natural.

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By- Doyle

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RISE IN SEA LEVEL: THE ICEBERGS ARE MELTING BECAUSE OF RISING TEMPERATURES.
MARINE ANIMALS DYING:GET TANGLED IN PLASTIC.

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Change in temprature.

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1: Use less plastic!
2:Use paper straws!
3:Stop putting the trash on the ocean!

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Invent a new type of car which uses electromagnets

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about climate change

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Climate Change: Vital Signs of the Planet

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Home - Climate Change: Vital Signs of the Planet

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Vital Signs of the Planet: Global Climate Change and Global Warming. Current news and data streams about global warming and climate change from NASA.

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use paper straw use bus not car do not use plastic bag

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BECAUSE THESE COUNTRY

ARE USING TOO MUTCH PLASTIC

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what is the biggest impact on earth from climate change?

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1. Use your own shopping bags!
2. Get paper straws instead of plastic bags!
3. Drive EV (Electric Vehicles)!

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Use My-Bottle
Use My-Straw
Use Less paper

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its about plastics

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This article was created in partnership with the National Geographic Society.

What is to be done with the swelling flood of plastic waste, if we don't want to see it snagged in tree branches, floating in ocean gyres, or clogging the stomachs of seabirds and whales?

Plastic production is expected to double in the next 20 years, according to a report issued by the World Economic Forum. Plastic recycling rates, meanwhile, hover around 30 percent in Europe, just nine percent in the U.S., and zero or close to it in much of the developing world.

This past January, a consortium of petrochemical and consumer-goods companies called the Alliance to End Plastic Waste, including Exxon, Dow, Total, Shell, Chevron Phillips, and Procter & Gamble, committed to spending $1.5 billion over five years on the problem. Their aim is to support alternative materials and delivery systems, beef up recycling programs, and-more controversially-promote technologies that convert plastics to fuel or energy.

Sophisticated incinerators that burn plastic and other municipal waste can produce enough heat and steam to turn turbine blades and generate electricity for the local grid. The European Union, which restricts the landfilling of organic waste, already burns almost 42 percent of its waste; the U.S. burns 12.5 percent. According to the World Energy Council, a U.N. accredited network that represents a range of energy sources and technologies, the waste-to-energy sector is likely to witness steady growth in coming years, especially in the Asia Pacific region. China already has some 300 waste-to-energy plants operating, with another several hundred in the pipeline.

"As countries like China close their doors to foreign waste and an overburdened recycling industry fails to keep up with the plastic pollution crisis," says John Hocevar of Greenpeace, "incineration will increasingly be pushed as an easy alternative."

Is it a good idea?

Burning plastic trash to create energy sounds sensible: Plastic is, after all, made from hydrocarbons, just like oil, and is more energy-dense than coal. But several obstacles loom to a big expansion of waste-burning.

For one thing, siting waste-to-energy plants, like siting landfills, is difficult: No one wants to live near a plant that may host hundreds of trash-filled trucks a day. Usually the plants end up near low-income communities. The U.S. has seen only one new incinerator since 1997.

Waste-to-energy plants are also expensive to build and operate, so they generally charge more to tip loads of trash than landfills do. And because plants run most efficiently with steady streams of waste, their owners often need to import material from far, far away.

Large plants do generate enough electricity to supply tens of thousands of houses. But studies have shown that recycling plastic waste saves more energy -by reducing the need to extract fossil fuel and process it into new plastic-than burning it, along with other household waste, can generate.

Finally, waste-to-energy plants have the potential to emit low levels of toxic pollutants such as dioxins, acid gases, and heavy metals. Modern plants employ sophisticated scrubbers, precipitators, and filters to capture these compounds, but as the World Energy Council cautiously states, in a 2017 report, "These technologies are useful as long as the combustion plants are properly operated and emissions controlled."

Some experts worry that countries lacking environmental laws, or strict enforcement, may try to save money on emissions controls. And then there's incineration's constant production of greenhouse gases. In 2016, U.S. waste incinerators released the equivalent of 12 million tons of carbon dioxide, more than half of which came from plastics.

A better way to burn?

Another way to convert waste to energy is through gasification, a process that melts plastics at very high temperatures in the near-absence of oxygen (which means toxins like dioxins and furans aren't formed). The process generates a synthetic gas that's used to fire turbines. But with natural gas so cheap, gasification plants aren't competitive.

A more attractive technology right now is pyrolysis, in which plastics are shredded and melted at lower temperatures than gasification and in the presence of even less oxygen. The heat breaks plastic polymers down into smaller hydrocarbons, which can be refined to diesel fuel and even into other petrochemical products-including new plastics. (The Alliance to End Plastic Waste includes pyrolysis companies.)

Seven relatively small pyrolysis plants now operate in the U.S., some still in demonstration phase, and the technology appears to be expanding worldwide, with facilities in Europe, China, India, Indonesia, and the Philippines. The American Chemistry Council estimates that the U.S. could sustain 600 pyrolysis units handling 30 tons of plastics a day, for a total of around 6.5 million tons a year-just under a fifth of the 34.5 million tons of plastic waste the country now generates.

Pyrolysis can handle the films, pouches, and multi-layered materials that most mechanical recyclers cannot, says Priyanka Bakaya, founder of the plastic-to-fuel company Renewlogy. And it produces no harmful pollutants, she says, other than "a minimal amount of carbon dioxide."

On the other hand, critics call pyrolysis an expensive and immature technology, with startups that have come and gone over the years, unable to meet their pollution control limits, or technical and financial goals. It is still cheaper to make diesel from fossil fuel than from waste plastic.

But is it renewable?

Is fuel from plastic a renewable resource? According to the Database of State Incentives for Renewables and Efficiency, 16 U.S. states consider municipal solid waste, including the plastics in it, a renewable fuel source. But plastics aren't renewable in the sense that wood, paper, or cotton are. Plastics don't grow from sunlight: We make them from fossil fuels extracted from the ground, and each step in that process has the potential to pollute.

In the European Union, only the biogenic fraction of municipal solid waste is considered renewable. But no matter how the EU counts its carbon, burning plastics for fuel in incinerators, along with the rest of its waste, seems to contravene the union's adoption, in 2015, of "circular economy" goals, which aim to keep resources in use for as long as possible and call for all plastic packaging to be reusable, recyclable, or compostable by 2030.

"When you take fossil fuels out of the ground, make plastics with them, then burn those plastics for energy, it's clear that this is not a circle-it's a line," says Rob Opsomer of the Ellen MacArthur Foundation, which promotes circular economy efforts. But pyrolysis, Opsomer adds, can be considered part of the circular economy if its outputs are used as feedstock for new high-quality materials-including durable plastics.

Zero-waste advocates worry that any approach to converting plastic waste into energy does nothing to reduce demand for new plastic products and even less to mitigate climate change. "To uplift these approaches is to distract from real solutions," says Claire Arkin, a campaigner with the Global Alliance for Incinerator Alternatives -that is, solutions that allow people to use less plastic and reuse and recycle more.

Correction: This story has been corrected to state the European Union does not consider plastic waste a renewable fuel.

Elizabeth Royte is the author of Garbage Land: On the Secret Trail of Trash.

This story is part of Planet or Plastic?-our multiyear effort to raise awareness about the global plastic waste crisis. Learn what you can do to reduce your own single-use plastics, and take your pledge.

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This article was created in partnership with the National Geographic Society. What is to be done with the swelling flood of plastic waste, if we don't want to see it snagged in tree branches, floating in ocean gyres, or clogging the stomachs of seabirds and whales?

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Deforestation: Deforestation is very important because if we cut down too many trees, there will not be enough clean air for all of us to breath.

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North pole: Because if Ice melts, it could cause extinction of animals.
south pole: Same as the reason of North pole.
Small island: Because the island melts, there will be more water and there will be more sea level. So that, those small island could sink in the deep sea.

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Niigata: Niigata is affected by climate change because since the last year, half of the snow has depleted.
Antarctica: In 1941, the water in between ice hills were all frozen. Now, more than half the snow is gone, and the frozen water turned into a river.
Germany: Germany's natural disasters have increased by 2 times since 10 years ago.

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GERMANY, JAPAN, AND PHILIPPINES

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¿Cuáles son los países más amenazados y vulnerables por el cambio climático?

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Durante la celebración de la COP25 en Madrid el instituto Germanwatch presentó los resultados del Índice de Riesgo Climático (IRC) Global 2020. Según este análisis, basado en los impactos de los eventos climáticos extremos y las pérdidas socioeconómicas que provocan, Japón, Filipinas y Alemania son los lugares más afectados por el cambio climático en la actualidad.

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polar ice caps are important because they are not only preserving much important information but also because they have carbon dioxide contained in their ice.

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1. stop consuming green house.
2. recycle everything that you can.
3. stop using normal car. Use electric car

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Climate change is the world warming with unnatural speed so evolution cannot catch up with it.

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Because of the deforestation, there will be much more CO2, so that the heat won't go to space, so that the ice melts, and the sea level increases.

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https://www.nytimes.com/article/climate-change-global-warming-faq.html?searchResultPosition=1

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The Science of Climate Change Explained: Facts, Evidence and Proof

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Definitive answers to the big questions.

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The wether and climate of the Earth is changing

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Climate change is a change in weather caused by using unsustainable fuel for burning.

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earth heating up because of humans

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Climate change means, because the greenhouse gas is increased, the temperature of the earth increases.

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The Arctic ice caps, because the heat would melt the ice.
The polar bears on it, because they would have nowhere to live.
The Great Barrier Reef, because it might get polluted due to oil spills.

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https://infinitylearn.com/surge/english/article/article-on-global-warming/

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Article on Global Warming - Long and short articles for students

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Article on Global Warming: Find long and short Global Warming Articles of 300, 500, 600 and 800 Words for Students.

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Sea level rise is a serious concern because it destroies cities.

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Have you heard your parents or people in videos talking about climate change? Ever wondered what it is and why we care about it so much? NASA scientists have been studying Earth's climate for more than 40 years. We used what we've learned in that time to answer some of your biggest questions below!

What does climate change do to the ocean?

As Earth warms, NASA has observed that sea levels are rising. This is partly due to melting ice. Glaciers and ice sheets are large masses of ice that sit on the land. As our planet warms, this ice melts and flows into the oceans. More water in the oceans makes sea level higher. Also, water expands as it gets warmer. So, warm water takes up more room in our oceans - making sea levels higher.

The properties of ocean water are also changing. One change is called ocean acidification and it can be harmful for plants and animals. Scientists have observed that the ocean is becoming more acidic as its water absorbs carbon dioxide from the atmosphere.
Click here to learn more about how we measure sea level!
What can I do?

Climate change seems big, but it's something that we can learn about and work on together! NASA's scientists are studying and monitoring climate change-and there are a few ways you can help them learn more.

Learn. Have more questions about climate change? Read, play, and watch more about it on NASA Climate Kids.

Do. Want to collect real data for climate scientists? Check out these NASA citizen science projects to see how you can contribute to what we know about our planet.
Some examples include:

Globe Observer

Community Snow Observations

Air Quality Citizen Science

Click here to download this guide as a printable PDF!

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We answer some of your biggest questions!

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Climate change maby burinung earth

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What is the most environmentally friendly energy sorce?

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fossil fuel, it important because this is the almost all the cause of global warming

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Climate change is that the ice melts, and the temperature increases.

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Place with ice
It is melting

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Make products recyclable and eco-friendly

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How can we solve this problem easily?

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What can we do more?

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Carbon Footprint: This word explains the importance of the carbon in the air.

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is there a more bigger problem of climate change?

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get more people to get the trash in the streets :6

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polluting oceans:because it it is affecting the ocean organism?

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Save energy at home
Walk, cycle or take public transport
Eat more vegetables
Throw away less food
Reduce, reuse, repair & recycle

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Invent a change of a plastic

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none plastic phone case castify X_X

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Decrease the amount of carbon dioxide we use, stop using plastic bags and stop polluting water.

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Made some fuel it is good for planet. But it smells like gasoline.

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https://www.hindawi.com/article-highlights-climate-change/?utm_source=google&utm_medium=cpc&utm_campaign=HDW_MRKT_GBL_SUB_ADWO_PAI_DYNA_JOUR_ACE_X0000&gclid=CjwKCAiArY2fBhB9EiwAWqHK6tOkFjiLRHWM4B7tkaMHw0eE-YEIXH2AHlWB2n5roWHA0RO6Bm1acBoC2DIQAvD_BwE

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Hindawi / Article highlights: Climate change

A selection of articles curated by Dr Jamie Cleverly, Chief Editor of Advances in Meteorology.

How can we be open for climate justice?

The climate crisis is a complex and urgent issue with many interconnected and interdependent threads.

To learn more about the role Open Science can play in addressing the inequities that shape the impacts of climate change, we encourage you to read our full interview with Dr Jamie Cleverly on the topic of climate justice.
Read the interview

Article of the Year Award: Outstanding research contributions of 2021, as selected by our Chief Editors. Read the winning articles.

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Hindawi / Article highlights: Climate change A selection of articles curated by Dr Jamie Cleverly, Chief Editor of Advances in Meteorology. How can we be open for climate justice? The climate crisis is a complex and urgent issue with many interconnected and interdependent threads.

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Is their a easy way to solve this problem?

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what did humans do to change the environment :0

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invest in renewable energy. (probably difficult for us)

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I think it is japan,because some island in future time will sink.

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It is the climate changing drastically most by human activities. It causes abmormal weather.

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Article :D

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Climate Change | National Geographic Society

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Climate change is a long-term shift in global or regional climate patterns. Often climate change refers specifically to the rise in global temperatures from the mid-20th century to present.

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dont use plastic, use more wood and use eco bag 150 or more times

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Australia: The devastating wild/forest fire is because of climate change.

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Japan is one of the places that is affected by climate change because of the increase risk of drought

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by not cutting trees, by not polluting the water, and use less electricity

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Tokyo because it can sink in  2100

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Recycle paper, glass, plastic, metal and old electronics.

Choose reusable products. Use an eco-bag for shopping and a reusable water bottle or a cup to reduce your plastic waste.

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 hiroto north pole, south pole and desert

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 hiroto north pole, south pole and desert

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Germany, because it has a lot of rainfalls.

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climate change is a burinung earth in future maybe.

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stop throwing trash in the ocran.
stop cutting trees the animal will lose home to live koala machi :3 love you koala.

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Climate change is when the temeprature pattern changes.

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The change of temperatures and weather patterns

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Sea Level rising

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The Science of Climate Change Explained: Facts, Evidence and Proof

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Definitive answers to the big questions.

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What else causes climate change

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Stop cutting trees
Stop using lots of non renewable resources
Stop polluting water

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make all cars electrical and stop killing too many cows