Abstract- Green chemistry, also known as sustainable or environmentally friendly chemistry, focuses on designing chemical products and processes that minimize harm to the environment. In an era where pollution, habitat destruction, and chemical contamination pose serious threats to wildlife and natural ecosystems, green chemistry offers a powerful scientific approach for protecting biodiversity. By emphasizing the use of non-toxic, biodegradable, and energy-efficient chemicals, green chemistry plays a crucial role in safeguarding both animal and plant species.

One of the key contributions of green chemistry is the reduction of hazardous substances released into soil, water, and air. Eco-friendly pesticides, green solvents, and low-emission industrial technologies help reduce chemical stress on plants, maintaining soil fertility and supporting healthy vegetation. This ultimately preserves plant diversity, which forms the foundation of habitats that wildlife depends on for food, shelter, and survival.

    Green chemistry also addresses the problem of bioaccumulation—the buildup of toxic chemicals in the bodies of animals as they move up the food chain. By preventing the use of persistent and harmful pollutants, it helps reduce the concentration of toxic substances in aquatic and terrestrial ecosystems. Cleaner environments support healthier populations of birds, fish, mammals, insects, and other wildlife, ensuring their long-term survival and reproductive success.

    Furthermore, green chemistry plays an important role in restoring degraded habitats. Environmentally safe materials and chemical processes enable the rehabilitation of polluted rivers, contaminated soils, and damaged forests. These restored ecosystems provide safer and more stable habitats for endangered and vulnerable species

    Overall, green chemistry serves as a critical tool for wildlife conservation and habitat protection. By promoting safer chemical alternatives, reducing environmental pollution, and supporting ecosystem restoration, it contributes directly to biodiversity preservation and the long-term health of our planet’s natural habitats.

Keywords -Green Chemistry, Wild Life Conservation, Habitat Management.