| Timeline | Alternate |
| Health threats | New disease pandemics • threats to biodiversity • overuse of genetic engineering |
| Genetic engineering | Increasingly common |
| Significant species | Primates • elephants • dolphins |
| Mode of communication | Telepathic communication |
Animal health in this alternate timeline spans a broad spectrum of advancements, concerns, and applications among various species. Key areas of focus include the development of telepathic communication with certain animals, the rise of non-human diseases, the impact of genetic engineering, and the ongoing decline of wildlife populations.
Humans have developed unique forms of telepathic communication with certain domestic animals. This allows for improved care, understanding, and a more profound interspecies bond in fields such as farming, conservation, and even emotional support animals. This telepathic bond is especially crucial in animal-assisted therapy, where animals can better empathize with patients, leading to heightened emotional connections and improved psychological outcomes.
Non-human species suffer from their own disease pandemics and still share diseases with humans. These zoonotic illnesses contribute to the interdependent nature of health between humans and animals. This alternate timeline has seen outbreaks like Avian Influenza A (or the Bird Flu), continued transmission of West Nile virus, and the emergence of a mysterious canine disease. These outbreaks have prompted local governments and international organizations to invest in animal disease surveillance, prevention and control efforts, and strengthened collaborations between human and veterinary healthcare professionals.
Genetic engineering has revolutionized animal health, with advanced breeding techniques leading to enhanced disease resistance, improved productivity, and cross-species hybrids. Genetic modifications in animals such as cows, pigs, and chickens alleviate concerns about genetic diseases, allergens, and ethical considerations regarding potential sentience or self-awareness. Targeted genetic engineering has also been used in the creation of invertebrate organisms for varied applications, such as efficient and sustainable food production, potentially reducing global hunger and food security issues.
Despite advancements in animal health, the global outlook for wildlife populations and biodiversity remains a significant concern. Habitat loss, climate change, pollution, invasive species, and exploitation (such as illegal hunting and pet trade) continually undermine conservation efforts and threaten the survival of many species. These factors have led to an ongoing decline in wildlife populations, with species becoming extinct at an alarming rate. Public awareness, cross-disciplinary collaborations, and funding are essential to ensure a more sustainable and harmonious coexistence between humans and animals.
