Executive summary: In this exploratory and speculative analysis, the author argues that humanity likely reduces long-term wild animal suffering—particularly for arthropods—by depressing ecosystem productivity and biodiversity through environmental destruction, though the conclusion is uncertain and rests on complex ecological dynamics and moral assumptions.
Key points:
Wild animal suffering is vast and morally urgent—especially for short-lived arthropods—and reducing their numbers may significantly lessen suffering.
Human activities appear to reduce short-term arthropod populations, but long-term effects are ambiguous; some ecological changes (e.g. warmer climates, R-strategist advantages) could increase their numbers over time.
Mass extinctions often cause long-term ecosystem damage, reducing productivity and biodiversity for millions of years—suggesting that human-driven degradation may decrease future arthropod populations.
Climate change has mixed effects, but its long-term impact likely depresses arthropod numbers more than it increases them, due to habitat loss, reduced range, and ecosystem collapse.
Space colonization and digital sentience present speculative risks and opportunities for wild animal suffering, but their relevance to marginal increases in human population is limited.
If animals mostly live bad lives, then interventions that reduce future animal populations—like some GiveWell-recommended actions—may have far larger long-term benefits than previously appreciated.
This comment was auto-generated by the EA Forum Team. Feel free to point out issues with this summary by replying to the comment, and contact us if you have feedback.
Executive summary: In this exploratory and speculative analysis, the author argues that humanity likely reduces long-term wild animal suffering—particularly for arthropods—by depressing ecosystem productivity and biodiversity through environmental destruction, though the conclusion is uncertain and rests on complex ecological dynamics and moral assumptions.
Key points:
Wild animal suffering is vast and morally urgent—especially for short-lived arthropods—and reducing their numbers may significantly lessen suffering.
Human activities appear to reduce short-term arthropod populations, but long-term effects are ambiguous; some ecological changes (e.g. warmer climates, R-strategist advantages) could increase their numbers over time.
Mass extinctions often cause long-term ecosystem damage, reducing productivity and biodiversity for millions of years—suggesting that human-driven degradation may decrease future arthropod populations.
Climate change has mixed effects, but its long-term impact likely depresses arthropod numbers more than it increases them, due to habitat loss, reduced range, and ecosystem collapse.
Space colonization and digital sentience present speculative risks and opportunities for wild animal suffering, but their relevance to marginal increases in human population is limited.
If animals mostly live bad lives, then interventions that reduce future animal populations—like some GiveWell-recommended actions—may have far larger long-term benefits than previously appreciated.
This comment was auto-generated by the EA Forum Team. Feel free to point out issues with this summary by replying to the comment, and contact us if you have feedback.