Scientists discover Amazon forests’ hidden ‘internet’ and it’s run by birds and monkeys

In the dense jungles of the Amazon rainforests, there is another form of communication taking place, one that is being referred to by scientists as the “internet of the forest”. Studies have shown that the birds and monkeys inhabiting this region not only live together; they actually exchange important information regarding potential dangers, especially predators. It is through this intricate communication system that these organisms manage to stay alive despite having to endure harsh conditions in what is considered one of the most hostile environments in the world. This remarkable network highlights the complexity of animal behaviour and the surprising ways different species can cooperate for mutual survival.The results show that various species in the Amazon forest rely on each other, in their quest for safety, through the use of a uniform means of communication. The research shows that some birds respond to alarm calls from monkeys, while some monkeys respond to alarm calls from birds. This is not random behaviour, but one that the animals learn.Based on the findings presented in 'Exploiting interspecific olfactory communication to monitor predators', primates, including tamarins, generate different alarm calls based on whether the predator is airborne or terrestrial. Birds are able to understand the calls and take necessary actions, which include fleeing and hiding. On the other hand, monkeys respond to alarm calls from birds, specifically the calls generated due to raptors.As mentioned in the findings, "interspecific eavesdropping enables animals to utilise the sensory work of others, effectively extending their own monitoring systems."The term used by researchers for this idea is “internet of the forest” because information passes quickly among various species in the same way that information travels on the internet from one computer to another. While the internet depends on cables and signals, the forest’s version depends on sound, movements, and training.As reported, what is crucial to observe about the whole idea is that it is not only about imitating each other, but also about thinking and being able to understand that certain sounds mean something specific to them. That means that the animals will create a database of sorts in their minds.According to a scientist who is participating in this research, "These communication systems are dynamic and adaptive and allow animals to make decisions about their responses based on the signs and calls of other species." It is indicative of intelligence within nature.It is interesting to note that this is not an interaction between two species only, but could involve multiple species, ranging from birds to mammals to certain reptiles.In terms of conservation and ecology, the understanding of this natural system of communication has profound implications. If one of the species disappears, the whole system will collapse, decreasing the efficiency of the predator-detection strategy for the remaining species.Moreover, this research creates new possibilities for further studies in animal behaviour and cognition. It questions the existing notion that communication is mainly species-specific and offers an alternative ecological perspective.The scientists involved in this study claim that it is vital to protect biodiversity not only to preserve the species themselves but to keep these communication systems working. As they note, “the integrity of these systems depends on the diversity and stability of the community.”Now, researchers want to create a detailed map of these systems to investigate their influence on each other. Additionally, they plan to explore how the changing environment affects them. For example, scientists are now studying how deforestation impacts these systems in the Amazon.It turns out that birds and monkeys are not solitary creatures; rather, they belong to an interconnected system of communication that helps animals to survive. The existence of an “internet of the forest” proves the intelligent side of nature.