Anne Silva 
Mangroves along Pará’s coast shelter young fish and crustaceans, support thousands of families, store vast amounts of carbon and reduce the force of storms and erosion.
Jararaca venom helped scientists understand blood pressure and led to captopril, a landmark in cardiovascular medicine and a powerful argument for protecting biodiversity.
The name Pará comes from the Tupi language family and means “sea,” reflecting how Indigenous peoples perceived the immense mouth of the Amazon River. Its etymology preserves a cultural vision of rivers as pathways, sources of life and endless horizons.
The hyacinth macaw can use stones as hammers to open hard palm nuts. The behavior points to social learning, cultural tradition, and a close link between animal intelligence and Amazon conservation.
Tucumã feeds macaws, primates and other wildlife while supporting traditional cuisine, harvesting families and sustainable economic possibilities across the Amazon.
The black caiman carries its newly hatched young between its powerful jaws and stays near them for months. This rare level of parental care reveals the complexity of Amazonian biodiversity.
The caninana combines speed, strength and remarkable climbing ability as it moves through Amazonian leaf litter and tree canopies. Its behavior reveals why snakes are essential to the balance of the rainforest.
The Amazon water lily raises its flower temperature by up to 18°F (10°C) to attract Cyclocephala beetles. It then holds them inside for about 24 hours, covering them with pollen while providing food and shelter.
The matamata can look like a pile of decaying leaves on the muddy bottom of an Amazonian river. Its camouflage and rapid suction let it capture whole fish without a chase.
The pirarucu survives waters with very little oxygen by using a modified swim bladder as a lung. Its unusual physiology and community-led management explain why populations have recovered in parts of the Amazon.
