Bill Bateman

Aug 19, 2024 | australiangeographic.com.au | Robert Davis |Bill Bateman |Claire N. Greenwell

Have you ever liked or shared a social media post about nature? It could have been a photo of a rare orchid or an unusual bird. Or you might share a stunning photo of an “undiscovered” natural place. It feels good to do so. You’re sharing something beautiful, an antidote to negativity. But not even this simple act is problem-free. Social media have become a huge force.

Aug 18, 2024 | theconversation.com | Robert Davis |Bill Bateman |Claire N. Greenwell

¿Alguna vez le ha gustado o ha compartido en las redes sociales una publicación sobre la naturaleza? Puede que haya sido la imagen de una orquídea rara o un pájaro insólito. O puede que haya compartido una foto impresionante de un enclave natural “por descubrir”. Se siente bien al hacerlo. Está compartiendo algo hermoso, un antídoto contra la negatividad. Pero ni siquiera este sencillo acto está exento de problemas. Las redes sociales se han convertido en una potente herramienta.

Aug 10, 2024 | phys.org | Robert Davis |Bill Bateman |Claire N. Greenwell

Have you ever liked or shared a social media post about nature? It could have been a photo of a rare orchid or an unusual bird. Or you might share a stunning photo of an "undiscovered" natural place. It feels good to do so. You're sharing something beautiful, an antidote to negativity. But not even this simple act is problem-free.

Aug 8, 2024 | theconversation.com | Robert Davis |Bill Bateman |Claire N. Greenwell

Have you ever liked or shared a social media post about nature? It could have been a photo of a rare orchid or an unusual bird. Or you might share a stunning photo of an “undiscovered” natural place. It feels good to do so. You’re sharing something beautiful, an antidote to negativity. But not even this simple act is problem-free. Social media have become a huge force.

Nov 11, 2023 | phys.org | Bill Bateman

In October, a paper titled "Assembly theory explains and quantifies selection and evolution" appeared in the journal Nature. The authors—a team led by Lee Cronin at the University of Glasgow and Sara Walker at Arizona State University—claim their theory is an "interface between physics and biology" which explains how complex biological forms can evolve.