Welcome to the Climate Change News section, where we explore how past climates have shaped human history and the natural world. This section delves into the latest research on ancient climate patterns, their impact on early civilizations, and the lessons we can learn from historical climate shifts.
Ancient communities on Peru’s northern coast experienced surprisingly low levels of everyday interpersonal violence despite enduring catastrophic El Niño events and periods of major environmental disruption, according to a new study.
Archaeologists investigating the ancient city of Vichama in Peru have uncovered new evidence that could reveal how a society living nearly 3,800 years ago understood and responded to dramatic climatic and environmental change.
Archaeologists studying a centuries-old whaling burial ground in the Arctic have warned that rising temperatures and thawing permafrost are rapidly destroying some of the world’s best-preserved archaeological remains.
According to a new study published in the journal PLOS One, the Gobi Desert, now one of the driest and most forbidding places on Earth, was once a land of lakes and wetlands that sustained human life over 8,000-years-ago.
New research shows that over the last 400,000 years, multiple pulses of increased rainfall transformed the generally arid Arabian Peninsula into a hospitable route for human population movements across Southwest Asia.
Throughout history, people of different cultures and stages of evolution have found ways to adapt, with varying success, to the gradual warming of the environment they live in. But can the past inform the future, now that climate change is happening faster than ever before?
Elephants and their forebears were pushed into wipeout by waves of extreme global environmental change, rather than overhunting by early humans, according to new research.
A McGill-led study has shown that the size of the Maya population in the lowland city of Itzan (in present-day Guatemala) varied over time in response to climate change.
While it is widely accepted that climate change drove the evolution of our species in Africa, the exact character of that climate change and its impacts are not well understood.
A new study shows that the current rate of biodiversity decline in freshwater ecosystems outcompetes that at the end-Cretaceous extinction that killed the dinosaurs: damage now being done in decades to centuries may take millions of years to undo.
Scientists have long thought that there was a direct connection between the rise in atmospheric oxygen, which started with the Great Oxygenation Event 2.5 billion years ago, and the rise of large, complex multicellular organisms.
During the Bronze Age, Mesopotamia was witness to several climate crises. In the long run, these crises prompted the development of stable forms of State and therefore elicited cooperation between political elites and non-elites.