yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Climate 101: Deforestation | National Geographic


2m read
·Nov 11, 2024

  • [Narrator] Forests cover about 30% of the planet. And the ecosystems they create play an essential role in supporting life on earth. But deforestation is clearing earth's forest on a massive scale. And at the current rate of destruction, the world's rainforest can completely disappear within 100 years.

Why should we care about deforestation? Together, Forestry and Agriculture are responsible for 24% of greenhouse gas emissions, making deforestation a significant contributor to climate change. Deforestation impacts the amount of greenhouse gases in the atmosphere in two ways. First, when trees are felled, they release the carbon they are storing into the atmosphere. Second, trees play a critical role in absorbing the greenhouse gases that fuel global warming. Fewer forests mean larger amounts of greenhouse gases entering the atmosphere, and increased speed and severity of global warming.

In addition to helping regulate the earth's climate, forests provide habitats for over 80% of the plants and animals that live on land. But deforestation destroys these habitats, diminishing biodiversity. Some estimate that four to six thousand rainforest species go extinct each year. This also affects the more than two billion people who rely on forests as sources of food and shelter.

The biggest driver of deforestation is agriculture. Farmers chop down trees in order to plant crops like soybeans, palm trees, and cocoa, or to make room to raise livestock for beef. Logging operations, which provide the world's wood and paper products, also cut countless trees each year. Forests are also destroyed as a result of growing urban sprawl, as land is developed for dwellings.

The effects of deforestation are grave, but not irreversible. Efforts such as managing forest resources, eliminating clear-cutting, and planting new trees to replace those removed are already being made to reduce deforestation's environmental impact on our planet. And while some plant and animal species are gone forever, combating deforestation can help prevent further loss of biodiversity. (soft music) (harmonious music)

More Articles

View All
Safari Live - Day 15 | National Geographic
Watching, maybe they will be the only things that stick around; but if the wind picks up, they may also blow. Hey, my name is Taylor, and on camera with me today is Sebastian. Well, hopefully, our drive is going to be filled with a couple more animals tha…
The Japanese Government Wants You to Date | Explorer
[music playing] FRANCESCA FIORENTINI (VOICEOVER): Here in the Japanese countryside, some of Japan’s most eligible bachelors are waiting to meet their mates. The mayor is here. Parents are here. Eligible bachelors and bachelorettes are here. FRANCESCA FI…
Population growth rate based on birth and death rates | Ecology | AP Biology | Khan Academy
When you take an AP Biology exam, it is likely that it will include a formula sheet that will include formulas like this on it. It can be a little bit intimidating at first because we’re not used to seeing formulas like this that involve—in fact, this is …
15 RULES of MONEY
Ah, money. Some people say it makes the world go round. Some people chase it tirelessly, like a hamster running on a wheel. Some people speak about money, and others actually have it. Money doesn’t care about your self-esteem, about your religion, about w…
Third parties in the United States | US government and civics | Khan Academy
Let’s talk about “third parties” in the United States. I put the word “third” in quotation marks because there’s more than one third party; so you could even think of it as a third, fourth, fifth, sixth, and seventh parties. The reason why people say thi…
Le Châtelier's principle | Reaction rates and equilibrium | High school chemistry | Khan Academy
Let’s imagine a reaction that is in equilibrium: A plus B can react to form C plus D, or you could go the other way around. C plus D could react to form A plus B. We assume that they’ve all been hanging around long enough for this to be in equilibrium, so…