Back to Headlines
Science
Jun 15, 2026
Analyzed by GPT OSS 120B

Togetherness Review: Unveiling Cooperation as Evolution’s Core

AI Summary
Rowan Hooper’s new book *Togetherness* challenges the competition‑centric view of evolution by spotlighting the pervasive role of cooperation and symbiosis in nature. The Guardian review argues that this perspective is both scientifically grounded and urgent for today’s environmental crisis.

Lead: A Fresh Lens on Evolutionary Theory

The Guardian’s review of Rowan Hooper’s Togetherness praises the book for reframing evolution from a ruthless struggle to a network of collaborative relationships that underpin life on Earth.

Hooper’s Argument for Symbiosis Over Competition

Hooper contends that the classic Darwinian narrative—popularised by Herbert Spencer’s “survival of the fittest”—over‑emphasises competition because it was forged in a colonial, capitalist era. He draws on modern research to show that cooperation, from lichens to coral reefs, is the default state of most organisms.

  • Lichens: a partnership of fungi, algae, and sometimes cyanobacteria that thrives from tundra to rainforest.
  • Coral reefs: cnidarians hosting photosynthetic algae; bleaching occurs when warming waters break this symbiosis.
  • Mycorrhizal fungi: essential for nutrient uptake in most land plants.
  • Microbiome: gut bacteria produce the neurotransmitter serotonin and protect against disease.

Numbers Highlighting Ecological Stakes

The review cites concrete data that underscore the fragility of these partnerships:

  • Coral reefs have declined by half since the mid‑20th century due to bleaching.
  • The book retails at £25, positioning it as an accessible yet scholarly work.

Implications for Evolutionary Science and Conservation

By foregrounding symbiosis, Hooper aligns with biologist Lynn Margulis’s endosymbiotic theory, which reshaped our understanding of cellular evolution. The review argues that embracing cooperation can reshape public discourse, policy, and conservation strategies, urging a shift from competition‑driven exploitation to ecosystem stewardship.

Future Directions for Research and Public Perception

Hooper predicts that as the scientific community continues to uncover interdependent mechanisms—such as the “wood wide web” of forest fungi—educational narratives will increasingly celebrate collaboration. This could foster broader support for biodiversity protection and inspire new interdisciplinary research linking genetics, ecology, and sociology.