Rainforest Loss Answers

Rainforests contain an enormous variety of plants and other organisms, many of which have not been studied for their chemical properties. Some may contain compounds that can help researchers develop new cancer treatments. Protecting surviving forests from deforestation preserves these species and the possibility of future medical discoveries.

Promoting sustainably sourced products encourages businesses and consumers to choose goods made without destructive clearing or overharvesting. This creates economic value for keeping forests intact and rewards producers who manage resources responsibly. As demand shifts toward those products, there is less incentive to deforest land for unsustainable production.

Ecotourism is being used to show people the rainforest in its native state and to educate people about how they can help protect it. Rainforest rehabilitation efforts are rebuilding forests in certain areas where they had previously been removed. Carbon credits arose from the idea that global carbon emissions should be capped and the appropriate number of credits would need to be acquired or purchased to offset a given amount of emissions.

Twenty-five percent of the active ingredients in cancer-fighting drugs are derived from rainforest organisms. And since only 1% of rainforest organisms have been tested for their anticancer properties this means there are many other potential drugs waiting to be discovered. If the rainforest organisms are destroyed before they can be tested, then many potential drugs might be lost before humans can discover them.

The idea behind promoting sustainably developed products is that the companies producing these products will have an advantage over their competitors in attracting customers. This advantage from providing an environmentally friendly product will then translate into an economic advantage as the company outsells its competitors.

Both temperate and tropical rainforests are characterized by large amounts of rainfall and high biodiversity. Tropical rainforests are found in tropical latitudes. Temperate rainforests are found at temperate latitudes.

Twenty-five percent of Western pharmaceuticals are derived from rainforest ingredients. But since only a small fraction of rainforest organisms have been studied, as the rainforest species disappear so do potential cures and treatments for life-threatening diseases.

Rainforest conservation uses several complementary approaches. Protected areas restrict logging and development in important habitats, while Indigenous land rights and community-led management help local people protect forests. Sustainable forestry, agroforestry, and certification encourage people and businesses to use forest resources without clearing the forest. Reforestation restores areas that have already been damaged. These approaches differ in whether they protect existing forest, make resource use more sustainable, or repair cleared land.

Many rainforest plants and other organisms contain chemicals that can be used to make medicines or that can help researchers discover new drugs. Because only a small portion of rainforest species has been studied, the forests may contain treatments that are not yet known. Protecting rainforests preserves this biodiversity and the potential medical resources it holds.

Both temperate and tropical rainforests receive abundant rainfall and support many kinds of plants and animals. Tropical rainforests are near the equator and stay warm and wet throughout the year; they generally have the greatest biodiversity. Temperate rainforests occur in cooler regions, experience more seasonal temperatures, and usually have fewer species. Thus, both are wet, diverse forest ecosystems, but they differ in climate, location, and the kinds and numbers of species they support.