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Amazon Destruction: Why is the rainforest being destroyed in Brazil?

Between May 2000 and August 2005, Brazil lost more than 132,000 square kilometers of forest—an area larger than Greece—and since 1970, over 600,000 square kilometers (232,000 square miles) of Amazon rainforest have been destroyed. Why is Brazil losing so much forest? What can be done to slow deforestation?

Why is the Brazilian Amazon being Destroyed?

In many tropical countries, the majority of deforestation results from the actions of poor subsistence cultivators. However, in Brazil only about one-third of recent deforestation can be linked to "shifted" cultivators. A large portion of deforestation in Brazil can be attributed to land clearing for pastureland by commercial and speculative interests, misguided government policies, inappropriate World Bank projects, and commercial exploitation of forest resources. For effective action it is imperative that these issues be addressed. Focusing solely on the promotion of sustainable use by local people would neglect the most important forces behind deforestation in Brazil.


Deforestation Figures for Brazil


Year
Deforestation
[sq mi]
Deforestation
[sq km]
Change
[%]
19888,12721,050
19896,86117,770-16%
19905,30113,730-23%
19914,25911,030-20%
19925,32313,78625%
19935,75114,8968%
19945,75114,8960%
199511,22029,05995%
19967,01218,161-38%
19975,10713,227-27%
19986,71217,38331%
19996,66417,259-1%
20007,03718,2266%
20017,01418,1650%
20028,26021,39417%
20039,74825,24719%
200410,58827,4239%
20057,27618,846-31%
20065,44714,109-49%
20074,49011,631-18%
20084,98412,91111%
20092,7057,008N/A

All figures derived from official National
Institute of Space Research (INPE) data
. Individual state figures.

*For the 1978-1988 period the figures represent
the average annual rates of deforestation.



Deforestation in Brazil: This image of the southern Amazon uses satellite data from the Moderate Resolution Imaging Spectroradiometer (MODIS) on the Terra satellite collected in 2000 and 2001 to classify the terrain into three separate land surface categories: forest (red), herbaceous (non-woody) vegetation like grasses (green), and bare ground (blue). The Amazon's numerous rivers appear white.
Brazilian deforestation is strongly correlated to the economic health of the country: the decline in deforestation from 1988-1991 nicely matched the economic slowdown during the same period, while the rocketing rate of deforestation from 1993-1998 paralleled Brazil's period of rapid economic growth. During lean times, ranchers and developers do not have the cash to rapidly expand their pasturelands and operations, while the government lacks funds to sponsor highways and colonization programs and grant tax breaks and subsidies to forest exploiters.

A relatively small percentage of large landowners clear vast sections of the Amazon for cattle pastureland. Large tracts of forest are cleared and sometimes planted with African savanna grasses for cattle feeding. In many cases, especially during periods of high inflation, land is simply cleared for investment purposes. When pastureland prices exceed forest land prices (a condition made possible by tax incentives that favor pastureland over natural forest), forest clearing is a good hedge against inflation.

Such favorable taxation policies, combined with government subsidized agriculture and colonization programs, encourage the destruction of the Amazon. The practice of low taxes on income derived from agriculture and tax rates that favor pasture over forest overvalues agriculture and pastureland and makes it profitable to convert natural forest for these purposes when it normally would not be so.

A Closer Look at Brazilian Deforestation

Today deforestation in the Amazon is the result of several activities, the foremost of which include:
  1. Clearing for cattle pasture
  2. Colonization and subsequent subsistence agriculture
  3. Infrastructure improvements
  4. Commercial agriculture
  5. Logging



Clearing for Cattle Pasture


Cattle ranching is the leading cause of deforestation in the Brazilian Amazon. This has been the case since at least the 1970s: government figures attributed 38 percent of deforestation from 1966-1975 to large-scale cattle ranching. However, today the situation may be even worse. According to the Center for International Forestry Research
(CIFOR), "between 1990 and 2001 the percentage of Europe's processed meat imports that came from Brazil rose from 40 to 74 percent" and by 2003 "for the first time ever, the growth in Brazilian cattle production—80 percent of which was in the Amazon—was largely export driven."

Several factors have spurred recent Brazil's growth as a producer of beef:
  • CURRENCY DEVALUATION—The devaluation of the Brazilian real against the dollar effectively doubled the price of beef in reals and created an incentive for ranchers to expand their pasture areas at the expense of the rainforest. The weakness of the real also made Brazilian beef more competitive on the world market [CIFOR].
  • CONTROL OVER FOOT-AND-MOUTH DISEASE—The eradication of foot-and-mouth disease in much of Brazil has increased price and demand for Brazilian beef.
  • INFRASTRUCTURE—Road construction gives developers and ranchers access to previously inaccessible forest lands in the Amazon. Infrastructure improvements can reduce the costs of shipping and packing beef.
  • INTEREST RATES—Rainforest lands are often used for land speculation purposes. When real pasture land prices exceed real forest land prices, land clearing is a good hedge against inflation. At times of high inflation, the appreciation of cattle prices and the stream of services (milk) they provide may outpace the interest rate earned on money left in the bank.
  • LAND TENURE LAWS—In Brazil, colonists and developers can gain title to Amazon lands by simply clearing forest and placing a few head of cattle on the land. As an additional benefit, cattle are a low-risk investment relative to cash crops which are subject to wild price swings and pest infestations. Essentially cattle are a vehicle for land ownership in the Amazon.
More recent figures, released in February 2009 by Greenpeace, confirm that beef continues to be the largest driver of deforestation in the Brazilian Amazon. The research shows that more than 38,600 square miles has been cleared for pasture since 1996, bringing the total area occupied by cattle ranches in the Brazilian Amazon to 214,000 square miles, an area larger than France. Between 1990 and 2003 the bovine herd more than doubled, from 26.6 million to 64 million head of cattle Ð in the Brazilian Amazon.

Some have suggested that agricultural certification could help reduce destructive clearing for cattle pasture.
Colonization and subsequent subsistence agriculture


A significant amount of deforestation is caused by the subsistence activities of poor farmers who are encouraged to settle on forest lands by government land policies. In Brazil, each squatter acquires the right (known as a usufruct right) to continue using a piece of land by living on a plot of unclaimed public land (no matter how marginal the land) and "using" it for at least one year and a day. After five years the squatter acquires ownership and hence the right to sell the land. Up until at least the mid-1990s this system was worsened by the government policy that allowed each claimant to gain title for an amount of land up to three times the amount of forest cleared.

Poor farmers use fire for clearing land and every year satellite images pick up
tens of thousands of fires burning across the Amazon. Typically understory shrubbery is cleared and then forest trees are cut. The area is left to dry for a few months and then burned. The land is planted with crops like bananas, palms, manioc, maize, or rice. After a year or two, the productivity of the soil declines, and the transient farmers press a little deeper and clear new forest for more short-term agricultural land. The old, now infertile fields are used for small-scale cattle grazing or left for waste.

Between 1995 and 1998, the government granted land in the Amazon to roughly 150,000 families. Forty-eight percent of forest loss in 1995 was in areas under 125 acres (50 hectares) in size, suggesting that both loggers and peasants are significant contributors to deforestation.
Infrastructure Improvements


Road construction in the Amazon leads to deforestation. Roads provide access to logging and mining sites while opening forest frontier land to exploitation by poor landless farmers.

Brazil's Trans-Amazonian Highway was one of the most ambitious economic development programs ever devised, and one of the most spectacular failures. In the 1970s, Brazil planned a 2,000-mile highway that would bisect the massive Amazon forest, opening rainforest lands to (1) settlement by poor farmers from the crowded, drought-plagued north and (2) development of timber and mineral resources. Colonists would be granted a 250-acre lot, six-months' salary, and easy access to agricultural loans in exchange for settling along the highway and converting the surrounding rainforest into agricultural land. The plan would grow to cost Brazil US$65,000 (1980 dollars) to settle each family, a staggering amount for Brazil, a developing country at the time.

The project was plagued from the start. The sediments of the Amazon Basin rendered the highway unstable and subject to inundation during heavy rains, blocking traffic and leaving crops to rot. Harvest yields for peasants were dismal since the forest soils were quickly exhausted, and new forest had to be cleared annually. Logging was difficult due to the widespread distribution of commercially valuable trees. Rampant erosion, up to 40 tons of soil per acre (100 tons/ha) occurred after clearing. Many colonists, unfamiliar with banking and lured by easy credit, went deep into debt.

Adding to the economic and social failures of the project, are the long-term environmental costs. After the construction of the Trans-Amazonian Highway, Brazilian deforestation accelerated to levels never before seen and vast swaths of forest were cleared for subsistence farmers and cattle-ranching schemes. The Trans-Amazonian Highway is a prime example of the environmental havoc that is caused by road construction in the rainforest.

Road construction and improvement continues in the Amazon today:
Paving of roads brings change in the Amazon rainforest and the Chinese economy drives road-building and deforestation in the Amazon
Commercial agriculture


Recently, soybeans have become one of the most important contributors to deforestation in the Brazilian Amazon. Thanks to a new variety of soybean developed by Brazilian scientists to flourish in rainforest climate, Brazil is on the verge of supplanting the United States as the world's
leading exporter of soybeans. High soybean prices have also served as an impetus to expanding soybean cultivation.

Philip Fearnside, co-author of a report in Science [21-May-04] and member of Brazil's National Institute for Amazonian Research in Manaus, explains, "Soybean farms cause some forest clearing directly. But they have a much greater impact on deforestation by consuming cleared land, savanna, and transitional forests, thereby pushing ranchers and slash-and-burn farmers ever deeper into the forest frontier. Soybean farming also provides a key economic and political impetus for new highways and infrastructure projects, which accelerate deforestation by other actors."

Satellite data from 2004 shows a marked increase in deforestation along the BR-163 road, a highway the government has been paving in an effort to help soy farmers from Mato Grosso get their crops to export markets. Typically, roads encourage settlement by rural poor who look to the rainforest as free land for subsistence agriculture.
Logging


Deforestation for cattle grazing near Puerto Maldanado
Deforestation for cattle grazing near Puerto Maldanado


Rainforest cleared for maize
Rainforest cleared for maize


Slash-and-burn agriculture in the Amazon rain forest of Peru
Slash-and-burn agriculture in the Amazon rain forest of Peru


Slash-and-burn agriculture in the Amazon rain forest of Peru
Slash-and-burn agriculture in the Amazon rain forest of Peru


Plane view of deforestation in the Amazon
Plane view of deforestation in the Amazon


Mining operations at Rio Huaypetue gold mine
Mining operations at Rio Huaypetue gold mine


Mining trucks, equipment, opne pits and roads at the Rio Huaypetue gold mine in southeastern Peru
Mining trucks, equipment, opne pits and roads at the Rio Huaypetue gold mine in southeastern Peru


Clear-cutting in the Amazon rainforest as viewed from above by airplane
Clear-cutting in the Amazon rainforest as viewed from above by airplane


Overhead view of clear-cutting for slash-and-burn agriculture in the Peruvian Amazon
Overhead view of clear-cutting for slash-and-burn agriculture in the Peruvian Amazon


Giant Rio Huaypetue gold mine
Giant Rio Huaypetue gold mine


Aerial view of deforestation in the Amazon
Aerial view of deforestation in the Amazon


Mining trucks and equipment at the Rio Huaypetue gold mine in Peru
Mining trucks and equipment at the Rio Huaypetue gold mine in Peru


Aerial view of open pit mine in the Amazon rainforest
Aerial view of open pit mine in the Amazon rainforest










More deforestation pictures
In theory, logging in the Amazon is controlled by strict licensing which allows timber to be harvested only in designated areas. However, there is significant evidence that illegal logging is quite widespread in Brazil. In recent years, Ibama—Brazil's environmental enforcement agency—has made several large seizures of illegally harvested timber including one in September 2003 when 17 people were arrested for allegedly cutting 10,000 hectares worth of timber.

Logging in the Amazon is closely linked with road building. Studies by the Environmental Defense Fund show that areas that have been
selectively logged are eight times more likely to be settled and cleared by shifting cultivators than untouched rainforests because of access granted by logging roads. Logging roads give colonists access to rainforest, which they exploit for fuelwood, game, building material, and temporary agricultural lands.

Other causes of forest loss in Brazil

Historically, hydroelectric projects have flooded vast areas of Amazon rainforest. The Balbina dam flooded some 2,400 square kilometers (920 square miles) of rainforest when it was completed. Phillip Fearnside, a leading expert on the Amazon, calculated that in the first three years of its existence, the Balbina Reservoir emitted 23,750,000 tons of carbon dioxide and 140,000 tons of methane, both potent greenhouse gases which contribute to global climate change.

Mining has impacted some parts of the Amazon Basin. During the 1980s, over 100,000 prospectors invaded the state of Para when a large gold deposit was discovered, while wildcat miners are still active in the state of Roraima near the Venezuelan border. Typically, miners clear forest for building material, fuelwood collection, and subsistence agriculture.
Fires


Virtually all forest clearing, by small farmer and plantation owner alike, is done by fire. Though these fires are intended to burn only limited areas, they frequently escape agricultural plots and pastures and char pristine rainforest, especially in
dry years like 2005. Many of the fires set for clearing forest for these purposes are set during the three-month burning season and the smoke produced creates widespread problems across the region, including airport closings and hospitalizations from smoke inhalation. These fires cover a vast area of forest. In 1987 during a four-month period (July-October), about 19,300 square miles (50,000 sq. km) of Brazilian Amazon were burned in the states of Parà, Rondonia, Mato Grosso, and Acre. The burning produced carbon dioxide containing more than 500 million tons of carbon, 44 million tons of carbon monoxide, and millions of tons of other particles and nitrogen oxides. An estimated 20 percent of fires that burn between June and October cause new deforestation, while another 10 percent is the burning of ground cover in virgin forests.

Fires and climate change are having a dramatic impact on the Amazon. Recent studies suggest that the Amazon rainforest may be losing its ability to stay green all year long as forest degradation and drought make it dangerously flammable. Scientists say that as much as 50 percent of the Amazon could go up in smoke should fires continue. Humidity levels were the lowest ever recorded in the Amazon in 2005.
Slavery and Violence in the Amazon


The Amazon has been a place of violence since at least the arrival of European explorers, and the present is no exception. Violent conflicts between large landowners, poor colonists, and indigenous groups over land are not unusual in the Amazon and may be worsening.

The Pastoral Land Commission, a nongovernmental group working in the region, found that land battles in Brazil's countryside reached the highest level in at least 20 years in 2004. According to the annual report by the organization, documented conflicts over land among peasants, farmers, and land speculators rose to 1,801 in 2004 from 1,690 conflicts in 2003 and 925 recorded in 2002. Tensions reached their peak earlier this year with the high-profile slaying of Dorothy Stang, an American nun who worked with rural poor, by gunmen associated with plantation owners. In response to the murder, the Brazilian government sent in the army to quell violence in the region and promised to step up environmental monitoring efforts.

The government has also stepped up efforts to end slavery in the Amazon. While Brazil officially abolished slavery in 1888, the government acknowledges that at least 25,000 Brazilians work under "conditions analogous to slavery," clearing land and working for cattle ranches, soy farms, and other labor-intensive industries. Some groups say the true figure could be ten times that amount. In 2005, 4,133 slaves were freed after Brazilian Swat-style teams raided 183 farms.


Important Updates:

Other languages:



Deforestation in the Amazon

Figures for specific causes of deforestation in the Amazon are spotty at best. Below are some rough estimated ranges, based on published data, informal surveys, and other sources.

Cattle ranches 65-70%
Small-scale, subsistence agriculture 20-25%
Large-scale, commercial agriculture 5-10%
Logging, legal and illegal 2-3%
Fires, mining, urbanization, road construction, dams 1-2%
Selective logging and fires that burn under the forest canopy commonly result in forest degradation, not deforestation. Therefore these factor less in overall deforestation figures.




The above pie chart showing deforestation in the Amazon by cause is based on the median figures for estimate ranges.


(more on deforestation)

Recent news on Amazon conservation [more news]

Rainforest expert agrees with IPCC: warns of 'tipping point' for Amazon

(02/03/2010) Amid questions over the Amazon forests' capacity to survive climate change, a renowned tropical biologist says that in fact the fears are real, reports Tierramerica. Speaking at the Biodiversity Science Policy Conference in Paris, Thomas Lovejoy, biodiversity chair at the Washington DC-based Heinz Center for Science, Economics and the Environment, and chief biodiversity adviser to the president of the World Bank, described the Amazon rainforest as "very close to a tipping point".


Environmentalists and indigenous groups decry approval of massive dam in Amazon

(02/02/2010) The approval of the hydro-electric Belo Monte Dam from the Brazilian environmental agency, IBAMA, has raised condemnations from environmentalists and indigenous groups. The dam will divert the flow of the Xingu River, a tributary of the Amazon River, which runs through the Amazon in northeast Brazil. According to critics the dam will destroy vast areas of pristine rainforest, disrupt sensitive ecosystems, and relocate 12,000 people.


Photos: park in Ecuador likely contains world’s highest biodiversity, but threatened by oil

(01/19/2010) In the midst of a seesaw political battle to save Yasuni National Park from oil developers, scientists have announced that this park in Ecuador houses more species than anywhere else in South America—and maybe the world. "Yasuní is at the center of a small zone where South America's amphibians, birds, mammals, and vascular plants all reach maximum diversity," Dr. Clinton Jenkins of the University of Maryland said in a press release. "We dubbed this area the 'quadruple richness center.'"


Uncontacted natives confirmed in Brazil

(01/10/2010) An uncontacted tribe of about 60 people has been confirmed by FUNAI (Brazil's Indigenous Affairs Department) in the Indigenous Territory of Arariboia, located in the eastern Amazonian state, Maranhao.


Gone: a look at extinction over the past decade

(01/03/2010) No one can say with any certainty how many species went extinct from 2000-2009. Because no one knows if the world's species number 3 million or 30 million, it is impossible to guess how many known species—let alone unknown—may have vanished recently. Species in tropical forests and the world's oceans are notoriously under-surveyed leaving gaping holes where species can vanish taking all of their secrets—even knowledge of their existence—with them.


The real Avatar story: indigenous people fight to save their forest homes from corporate exploitation

(12/22/2009) In James Cameron's newest film Avatar an alien tribe on a distant planet fights to save their forest home from human invaders bent on mining the planet. The mining company has brought in ex-marines for 'security' and will stop at nothing, not even genocide, to secure profits for its shareholders. While Cameron's film takes place on a planet sporting six-legged rhinos and massive flying lizards, the struggle between corporations and indigenous people is hardly science fiction.


Guyana expedition finds biodiversity trove in area slated for oil and gas development, an interview with Robert Pickles

(11/29/2009) An expedition deep into Guyana's rainforest interior to find the endangered giant river otter—and collect their scat for genetic analysis—uncovered much more than even this endangered charismatic species. "Visiting the Rewa Head felt like we were walking in the footsteps of Wallace and Bates, seeing South America with its natural density of wild animals as it would have appeared 150 years ago," expedition member Robert Pickles said to Mongabay.com.


Deforestation emissions should be shared between producer and consumer, argues study

(11/19/2009) Under the Kyoto Protocol the nation that produces carbon emission takes responsibility for them, but what about when the country is producing carbon-intensive goods for consumer demand beyond its borders? For example while China is now the world's highest carbon emitter, 50 percent of its growth over the last year was due to producing goods for wealthy countries like the EU and the United States which have, in a sense, outsourced their manufacturing emissions to China. A new study in Environmental Research Letters presents a possible model for making certain that both producer and consumer share responsibility for emissions in an area so far neglected by studies of this kind: deforestation and land-use change.


Brazil releases official Amazon deforestation figures for 2009

(11/13/2009) Deforestation in the Brazilian Amazon fell nearly 46 percent to the lowest annual loss on record in 2009, reported the Brazilian government Thursday.


Crisis averted for now, Peruvian natives will meet with Hunt Oil

(10/28/2009) Indigenous groups in a dispute with Hunt Oil, over the company performing seismic tests their land, have scheduled a meeting with the Texas based oil corporation, according to Reuters.


Will Ecuador's plan to raise money for not drilling oil in the Amazon succeed?

(10/27/2009) Ecuador's Yasuni National Park is full of wealth: it is one of the richest places on earth in terms of biodiversity; it is home to the indigenous Waorani people, as well as several uncontacted tribes; and the park's forest and soil provides a massive carbon sink. However, Yasuni National Park also sits on wealth of a different kind: one billion barrels of oil remain locked under the pristine rainforest.


Amazonian natives say they will defend tribal lands from Hunt Oil with "their lives"

(10/25/2009) Indigenous natives in the Amazon are headed to the town of Salvacion in Peru with a plan to forcibly remove the Texas-based Hunt Oil company from their land as early as today. Peruvian police forces, numbering in the hundreds, are said to be waiting in the town. The crisis has risen over an area known as Lot 76, or the Amarakaeri Communal Reserve. The 400,000 hectare reserve was created in 2002 to protect the flora and fauna of the area, as well as to safeguard watersheds of particular importance to indigenous groups in the region.


Brazilian beef giants agree to moratorium on Amazon deforestation

(10/07/2009) Four of the world's largest cattle producers and traders have agreed to a moratorium on buying cattle from newly deforested areas in the Amazon rainforest, reports Greenpeace.


Will tropical trees survive climate change?, an interview with Kenneth J. Feeley

(09/24/2009) One of the most pressing issues in the conservation today is how climate change will affect tropical ecosystems. The short answer is: we don't know. Because of this, more and more scientists are looking at the probable impacts of a warmer world on the Earth's most vibrant and biodiverse ecosystems. Kenneth J. Feeley, tropical ecologist and new professor at Florida International University and the Center for Tropical Plant Conservation at the Fairchild Tropical Botanic Garden, is conducting groundbreaking research in the tropical forests of Peru on the migration of tree species due to climate change.


Roads are enablers of rainforest destruction

(09/24/2009) Chainsaws, bulldozers, and fires are tools of rainforest destruction, but roads are enablers. Roads link resources to markets, enabling loggers, farmers, ranchers, miners, and land speculators to convert remote forests into economic opportunities. But the ecological cost is high: 95 percent of deforestation in the Brazilian Amazon occurs within 50-kilometers of a road; in Africa, where logging roads are rapidly expanding across the Congo basin, the bulk of bushmeat hunting occurs near roads. In Laos and Sumatra, roads are opening last remnants of intact forests to logging, poaching, and plantation development. But roads also cause subtler impacts, fragmenting habitats, altering microclimates, creating highways for invasive species, blocking movement of wildlife, and claiming animals as roadkill. A new paper, published in Trends in Evolution and Ecology, reviews these and other impacts of roads on rainforests. Its conclusions don't bode well for the future of forests.


Heavy oil pollution remains in Amazon, despite company claiming clean-up is finished

(09/17/2009) A new report shows that the Corrientes region of the Peruvian Amazon, which suffered decades of toxic contamination by Occidental Petroleum (OXY), is far from being cleaned-up. The survey, conducted by US non-profit E-Tech International, found that heavy metals, volatile organic compounds, and hydrocarbons still exist at levels above the safety limits set by Peru and continue to threaten the Achuar indigenous community, who have long fought against the oil companies.


Social causes of deforestation in the Amazon rainforest

(09/14/2009) Understanding the web of social groups involved in deforestation in the Brazilian Amazon is key to containing forest loss, argues a leading Amazon researcher writing in the journal Ecology and Society. Philip Fearnside of the National Institute for Research in the Amazon (INPA) reviews nine actors that have had significant roles in deforestation and reports differences in why they deforest, where they are active, and how they interact with each other.


Concerns over deforestation may drive new approach to cattle ranching in the Amazon

(09/08/2009) While you're browsing the mall for running shoes, the Amazon rainforest is probably the farthest thing from your mind. Perhaps it shouldn't be. The globalization of commodity supply chains has created links between consumer products and distant ecosystems like the Amazon. Shoes sold in downtown Manhattan may have been assembled in Vietnam using leather supplied from a Brazilian processor that subcontracted to a rancher in the Amazon. But while demand for these products is currently driving environmental degradation, this connection may also hold the key to slowing the destruction of Earth's largest rainforest.


New Amazonian reserve saves over a million acres in Peru

(08/30/2009) On August 27th Peru's Ministry of the Environment approved the creation of the Matses National Reserve to protect the region's biodiversity, ensure its natural resources, and preserve the home of the Matses indigenous peoples (known as the Mayorunas in Brazil). The park is 1,039,390 acres (or 420,626 hectares) of lowland Amazonian rainforest in eastern Peru. The park is the culmination of over a decade of work by the local non-profit CEDIA (the Center for the Development of the Indigenous Amazonians) funded in part by the Worldland Trust.


Photos reveal illegal logging near uncontacted natives in Peru

(08/17/2009) Ariel photos show proof of illegal logging for mahogany occurring in a Peruvian reserve set aside for uncontacted natives. The photos, taken by Chris Fagan from Round River Conservation Studies, show logging camps set-up inside the Murunahua Reserve, meant to protect the uncontacted indigenous group, known as the Murunahua Indians, in the Peruvian Amazon.






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KEY ARTICLES
  • Brazil could halt Amazon deforestation within a decade
  • Concerns over deforestation may drive new approach to cattle ranching in the Amazon
  • Are we on the brink of saving rainforests?
  • Amazon deforestation doesn't make communities richer, better educated, or healthier
  • Brazil's plan to save the Amazon rainforest
  • Beef consumption fuels rainforest destruction
  • How to save the Amazon rainforest
  • Oil development could destroy the most biodiverse part of the Amazon
  • Future threats to the Amazon rainforest
  • Half the Amazon rainforest will be lost within 20 years
  • Can cattle ranchers and soy farmers save the Amazon rainforest?
  • Globalization could save the Amazon rainforest
  • Amazon natives use Google Earth, GPS to protect forest home




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