Research has just started on hybridization, even though it’s important to the nature of waterbirds across the ecologically rich Indian subcontinent. This comprehensive chapter aims to collect available information about hybridization events in waterbirds in this region and look at what they mean for species evolution, ecology and protection. Many members of the Anatidae, Ardeidae and Laridae families have been observed undergoing both natural and anthropogenic hybridization. Experts see overlapping breeding areas, changes in habitats and climate-related range changes as the main causes of interspecific breeding. Several hybridization events create infertile offspring or destroy one of the species’ genetic assets, yet others help populations become more adaptive and result in the emergence of possible species. Hybrid pairs that have been seen in Indian wetlands are covered in the review, as well as examples of uncertainty in appearance, shared behaviors and the role of molecular tools. There is a special focus on how hybridization influences conservation, mainly with highly endangered species, where gene mixing could endanger the whole population. In addition, hybrid zones are considered important for observing evolutionary changes. Though waterbird hybridization is very important for the environment in India, little scientific work has been done, and what is available is mostly anecdotal. Its findings show that reliable hybridization assessment requires careful monitoring, genetic analysis and the use of all taxonomic approaches. Practical conservation strategies and the balance of wetlands in the region depend on our ability to see these patterns.