The world's top writers, designers, scientists, and entrepreneurs explore how we can create a sustainable Human Age we actually want to live in.

Anthropocene magazine brings together designers, scientists, and entrepreneurs to explore how we can create a sustainable Human Age we actually want to live in.

Join over 50,000 researchers, policymakers, designers, and educators who rely on Anthropocene to keep up to date on the latest sustainability and climate science and innovations.

We are a digital, print, and live magazine in which the world’s most creative writers, designers, scientists, and entrepreneurs explore how we can create a sustainable human age we actually want to live in.

21 hours ago · Multiple chatbots’ answers to questions about a diverse suite of environmental challenges contain consistent sources of bias, the researchers report in the journal Environmental Research Letters.And the updated chatbots are just as biased as the older ones. First and foremost, chatbots tend to propose incremental solutions to environmental problems rather than considering more radical ...

Join over 50,000 researchers, policymakers, designers, and educators who rely on Anthropocene to keep up to date on the latest sustainability and climate science and innovations.

It seems that we can’t help ourselves. Humans see patterns everywhere we look. We use patterns to make sense of the world—picture the eloquent double helix of a DNA strand; but also to make nonsense of the world—pick the latest conspiracy theory.

5 days ago · This work is part of a growing effort to reduce the climate impact of fertilizers. There has been an interest in extracting nutrients such as phosphorus and nitrogen from urine as well as solid waste. And many researchers are targeting ammonia, which is the base material for fertilizers.It is produced today using an energy-intensive process.

Join thousands of researchers, policymakers, and educators who rely on Anthropocene to keep up to date on the latest sustainability science and innovations.

A team of researchers combed through a database of 1.8 million century-old trees in China to solve an Anthropocene puzzle Sarah DeWeerdt