Las Vegas, Nevada. (Photo by R. Butler)
|
|
CONSUMPTION
Misdirected consumption in wealthier countries contributes to rainforest destruction in tropical countries. For example, during the 1970s and 1980s American demand for cheap beef triggered the clearing of vast stretches of rainforest in Central America and Brazil. Similarly demand for certain forest products like tropical hardwoods and inexpensive particle board gives impetus for companies to exploit forest stocks. Japan converts thousands of acres of tropical rainforest every year into wood framing for cement blocks (discarded after the cement dries) and chopsticks. The cultivation of cassava in Thailand for European cattle feed increased more than ten-fold from 1965 to the mid-1980s, causing extensive deforestation in northeastern Thailand.
The top 20 percent of the wealthiest countries consume 86 percent of world resources, while the bottom 20 percent consumes only 1.3 percent. Excessive energy use and waste in the developed countries means that each person in the north has a much greater impact on the earth's environment than each person in developing countries. Each child in Britain produces as much carbon dioxide and pollution as 30 born in Bangladesh in a given year. Therefore, the 58 million people added to the Earth in developed countries during the 1990s will pollute more than the 915 million people added in developing countries during the same period. In other words, with current consumption patterns, overpopulation in the United States (population growth rate roughly 1 percent) is more of a threat to the Earth's environment than overpopulation in Angola (population growth rate of 3.7 percent).
CONCLUSION
The world's tropical rainforests are threatened by short-term economic exploitation of their resources and pressures from the rural poor. These short-term demands incur long-term costs, which are still largely unrealized and unknown. Because it is easier and appears more economical to clear the forest in the short run, our future quality of life is compromised. The consequences of our actions are the focus of the next chapter.
U.S. corn subsidies drive Amazon destruction
Leading biofuels wreak environmental havoc
The First World Consumption Factor
Review questions:
- How does consumption in the United States affect rainforests on the other side of the world?
[print version | spanish | french | portuguese
| chinese | japanese]
Continued: Why Are Rainforests Important?
This article was written by Rhett A. Butler [bibliographic citation for this page] and was last updated on the most recent date listed in the column on the right side.
Other pages in this section:
|
|
| |
CONTENTS
Other languages
WEEKLY NEWSLETTER
INTERACT
|
Recent news
Vampire and bird frogs: discovering new amphibians in Southeast Asia's threatened forests
(02/06/2012) In 2009 researchers discovered 19,232 species new to science, most of these were plants and insects, but 148 were amphibians. Even as amphibians face unprecedented challenges—habitat loss, pollution, overharvesting, climate change, and a lethal disease called chytridiomycosis that has pushed a number of species to extinction—new amphibians are still being uncovered at surprising rates. One of the major hotspots for finding new amphibians is the dwindling tropical forests of Southeast Asia.
New meteorological theory argues that the world's forests are rainmakers
(02/01/2012) New, radical theories in science often take time to be accepted, especially those that directly challenge longstanding ideas, contemporary policy or cultural norms. The fact that the Earth revolves around the sun, and not vice-versa, took centuries to gain widespread scientific and public acceptance. While Darwin's theory of evolution was quickly grasped by biologists, portions of the public today, especially in places like the U.S., still disbelieve. Currently, the near total consensus by climatologists that human activities are warming the Earth continues to be challenged by outsiders. Whether or not the biotic pump theory will one day fall into this grouping remains to be seen. First published in 2007 by two Russian physicists, Victor Gorshkov and Anastassia Makarieva, the still little-known biotic pump theory postulates that forests are the driving force behind precipitation over land masses.
Feared extinct, obscure monkey rediscovered in Borneo
(01/20/2012) A significant population of the rarely seen, little-known Miller's grizzled langurs (Presbytis hosei canicrus) has been discovered in Indonesian Borneo according to a new paper published in the American Journal of Primatology. Feared extinct by some and dubbed one of the world's 25 most threatened primates in 2005 by Conservation International (CI), the langur surprised researchers by showing up on camera trap in a region of Borneo it was never supposed to be. The discovery provides new hope for the elusive monkey and expands its known range, but conservationists warn the species is not out of the woods yet.
New book series hopes to inspire research in world's 'hottest biodiversity hotspot'
(01/17/2012) Entomologist Dmitry Telnov hopes his new pet project will inspire and disseminate research about one of the world's last unexplored biogeographical regions: Wallacea and New Guinea. Incredibly rich in biodiversity and still full of unknown species, the region, also known as the Indo-Australian transition, spans many of the tropical islands of the Pacific, including Indonesia's Sulawesi, Komodo and Flores, as well as East Timor—the historically famous "spice islands" of the Moluccan Archipelago—the Solomon Islands, and, of course, New Guinea. Telnov has begun a new book series, entitled Biodiversity, Biogeography and Nature Conservation in Wallacea and New Guinea, that aims to compile and highlight new research in the region, focusing both on biology and conservation. The first volume, currently available, also includes the description of 150 new species.
New frog trumps miniscule fish for title of 'world's smallest vertebrate'
(01/12/2012) How small can you be and still have a spine? Scientists are continually surprised by the answer. Researchers have discovered a new species of frog in Papua New Guinea that is smaller than many insects and dwarfed by a dime. The frog trumps the previously known smallest vertebrate—a tiny fish—by nearly 1 millimeter.
More news on rainforest_deforestation
More rainforest news
|
|
|
