Did scientists revive an extinct animal or just breed a less stripey zebra?

Uncertainty About the “Quagga” Revival

• Thread notes the project’s own admission: only upcoming genome sequencing of the re‑bred animals can show how close they are to real quaggas.
• Several argue this is more “less‑stripey zebras” than true de‑extinction; genetically they’ll remain much closer to modern zebras than to historical quaggas, limiting scientific value.

Motivations for De‑extinction

• Strong skepticism that mammoth/quagga efforts are driven by ego, spectacle, and money, with climate or conservation framed as retroactive justifications.
• Others defend “doing cool stuff” as a core driver of science and technology, comparable to space exploration, and see nothing wrong with mixed motives (curiosity, fame, funding).

Climate and Ecosystem Arguments

• Proponents: resurrected mammoths could help restore Siberian grasslands and sequester carbon; similar logic used for reintroducing beavers, bison, and wolves elsewhere.
• Critics: see this as a “solution in search of a problem,” doubt mammoths’ survival in altered climates, worry about poaching, untested ecological impacts, and availability of cheaper, targeted climate interventions.
• Disagreement over whether suitable “mammoth steppe”–like habitats still exist.

Conservation Priorities and Resource Allocation

• One side: de‑extinction risks diverting money and attention from protecting existing species and habitats; better to stop ongoing extinctions first.
• Other side: calls this a false dichotomy or “lump of labor” fallacy; funding sources and motivations differ, and high‑profile megafauna can amplify support for broader conservation.

Ethical and Welfare Concerns

• Worries that revived, intelligent social animals could suffer (poor adaptation, isolation, “endling” scenarios).
• Others argue animals can be raised and trained; uncertainty is inherent in experimentation.

Genetics, Selective Breeding, and Dogs

• Long subthread on poodles, inbreeding, and “hypoallergenic” claims used as analogy: selective breeding can create unhealthy bottlenecks, and phenotype similarity doesn’t equal genetic or ecological equivalence.
• Applying similar narrow selection to recreate quaggas may reduce genetic diversity rather than increase it.

Biodiversity, Extinction, and Modeling

• General agreement that biodiversity has value, but debate over how to quantify it and how reliable extinction‑rate models are.
• Examples (bananas, chestnut trees) used to show long‑term economic value of genetic diversity, supporting robust conservation—even if de‑extinction remains costly and speculative.