The Amazon is not nearly gone, a dead zone, or otherwise vanishing anytime soon.
Joakim Book —
Summary: The Amazon rainforest is often portrayed as a fragile ecosystem on the verge of collapse due to deforestation. This article challenges this narrative by showing how the Amazon is more resilient than commonly assumed. It also examines the relationship between deforestation and economic development.
The entry for “space” in The Hitchhiker’s Guide to the Galaxy from Douglas Adams’ classic story goes:
Space … is big. Really big. You just won’t believe how vastly hugely mindbogglingly big it is. I mean you may think it’s a long way down the road to the chemist, but that’s just peanuts to space.
That’s how we should think about the breathtakingly vast expanses of our world: the Sahara, the Mongolian steppes, the Australian outback, the Patagonian plains. Or the truly great ones: the Arctic ice sheets, Antarctica, or the Amazon.
Yet, to the chattering classes, our natural spaces always seem to be running out. The ice is melting; the forests are chopped down; the deserts are expanding. Apocalypse perpetuated.
The Amazonian Forest is a great example. While few people in the West have seen the Amazon, many of us appreciate its unrivaled biodiversity and importance as a carbon sink. So, we are understandably worried when we read about football fields of forest destroyed per minute or deforested areas the size of some country or U.S. state. However, such metrics rarely include how many football fields the Amazon could hold or how many Belgiums or Louisianas could fit within its vast lands, leaving us clueless about the scale of the damage.
Cue Time magazine’s article by Matt Sandy from 2019, ”The Amazon Rain Forest Is Nearly Gone: We Went to the Front Lines to See if it Could Be Saved,” which offers a lesson in how to irresponsibly title journalistic articles. At the time of the article’s writing, Jair Bolsonaro had just become Brazil’s president, and the Great Amazonian Scare had everyone worrying about the fires there. Sandy wrote that 27 percent of the Amazon “will be without trees in 2030,” that an “area larger than Texas has been cut,” and most provocatively, “if things continue as they are now, the Amazon might not exist at all within a few generations.”
These are extraordinary statements and, if true, should really have us worried.
Merging this apocalyptic rhetoric with its preference for big government and politics, the New York Times upped the ante before Brazil’s October 30th election: because of the Amazon’s crucial climatic role, “Brazil’s Presidential Election Will Determine the Planet’s Future.” As we’re shown endless trees wrapped in smoke and flames, we’re told ominously that “the whole thing is on track to becoming a dead zone.” This election, said the article, would therefore “determine the conditions for future life on Earth.”
Let’s reassess.
Fires, while making for stark imagery, are minuscule contributors to deforestation; Brazilian forest loss is almost entirely due to agriculture, mining, and forestry.
And the Amazon is not nearly gone, a dead zone, or otherwise disappearing. The Brazilian Amazon alone (remember that some 40 percent of this gigantic forest is scattered across eight other countries) could fit about seven-and-a-half Texases.
The “area larger than Texas” sum that Sandy used conveniently left out a timeline. Publicly available data from the Instituto Nacional de Pesquisas Espaciais (INPE), the Brazilian space institute that tracks deforestation in the Amazon, only goes back to 1988, and the deforested area for that time period adds up to an area the size of California, which is about two-thirds the size of Texas. There are around 12 to 13 more Californias of Amazonian forest left. So, on a very rough schedule, we have hundreds of years before “nearly gone” or “does not exist” are appropriate descriptions of the Amazon—not a single presidential term.
Reports from the United Nations Food and Agricultural Organization (FAO) show a similar trend: a slow decline in deforestation, trending ever closer to zero. Deforestation is not spiraling out of control but is instead gradually coming to a halt.
For the Amazon region as a whole, the FAO reports that the high deforestation rates of the 1990s (5.3 percent) and 2000s (5.6 percent) slowed remarkably in the 2010s (2.8 percent). In terms of forest stock, which measures cubic meters of forest instead of area with forested land, the decline is even sharper: from 4.1 percent in the 1990s to 4.3 percent in the 2000s to 1.9 percent in the 2010s.
Globally, tropical deforestation peaked, not under recent iconic “villains” such as Bolsonaro, but in the 1980s. In Brazil, forest loss was highest during the early 2000s, when President Lula first held office. As is the usual story of human progress, things have been getting better (or at least less bad) year by year. In my lifetime, Brazil’s forest cover has fallen from around 70 percent of its land area to just under 60 percent today. Scary, but hardly apocalyptic—and Brazilian deforestation doesn’t remotely rival what countries such as the U.K., the U.S., or France did to their forests when they first grew rich.
If drawing on forest resources is, in some part, associated with a country’s enrichment, if there’s a curve or a gradual transition through which countries pass, why shouldn’t Brazil follow the path of its much-richer partners in the West? In the meantime, rest assured that the Brazilian Amazon has lots of trees left.
China Planted So Many Trees It’s Changed the Water Distribution
“China’s biggest tree-planting effort is the Great Green Wall in the country’s arid and semi-arid north. Started in 1978, the Great Green Wall was created to slow the expansion of deserts. Over the last five decades, it has helped grow forest cover from about 10% of China’s area in 1949 to more than 25% today — an area equivalent to the size of Algeria. Last year, government representatives announced the country had finished encircling its biggest desert with vegetation, but that it will continue planting trees to keep desertification in check…
Collectively, China’s ecosystem restoration initiatives account for 25% of the global net increase in leaf area between 2000 and 2017.
But regreening has dramatically changed China’s water cycle, boosting both evapotranspiration and precipitation.”
Deforestation in the Brazilian Amazon Has Fallen Again in 2025
“This year, 5,800 square kilometres (km2) were cleared, which was an 11% drop compared to last year. You can see this in the chart below, which shows deforestation rates since the late 1980s.
This data comes from PRODES (Program for the Calculation of Deforestation in the Legal Amazon), which carries out satellite monitoring of the region to detect deforestation. It also incorporates data from DETER, which is a rapid alert system that tries to detect changes in forests as they happen.”
Decade of Slowing Deforestation Offers Hope for Forests
“Deforestation has slowed down in every region of the world in the past decade however, according to the UN Food and Agriculture Organization (FAO).
Deforestation refers to the loss of forest or its conversion for other use, such as urban use or wasteland.
Every year for the past decade, the world has been losing around 10.9 million ha of forest. That rate is an improvement compared to the 13.6 million ha being lost annually in the previous period, and the 17.6 million before that.”
Big Trees in Amazon More Climate-Resistant than Previously Believed
“The biggest trees in the Amazon are growing larger and more numerous, according to a new study that shows how an intact rainforest can help draw carbon dioxide out of the atmosphere and sequester it in bark, trunk, branch and root.
Scientists said the paper, published in Nature Plants on Thursday, was welcome confirmation that big trees are proving more climate resilient than previously believed, and undisturbed tropical vegetation continues to act as an effective carbon sink despite rising temperatures and strong droughts.
However, the authors warned this vital role was increasingly at risk from fires, fragmentation and land clearance caused by the expansion of roads and farms.
‘It is good news but it is qualified good news,’ said Prof Oliver Phillips from the University of Leeds. ‘Our results apply only to intact, mature forests, which is where we are watching closely. They suggest the Amazon forest is remarkably resilient to climate change. My fear is that may count for little, unless we can stop the deforestation itself.'”