A scientific degree is supposed to do more than qualify a person for a job. It should cultivate curiosity: the habit of looking closely, asking difficult questions and venturing beyond what is already known. This distinction matters greatly in a place like Nagaland, where much of the natural world remains poorly studied.
A common fish in a village stream can be scientifically unknown. A plant growing abundantly along a familiar hillside can turn out to be undescribed. An unusual rock formation that villagers have walked past for generations may hold geological significance. Something does not have to be rare or spectacular to be worthy of scientific investigation. It only has to raise a question that has not yet been properly answered.
Nagaland’s forests, streams, mountains and ecosystems offer enormous scope for research in botany, zoology, geology and ecology. But observation alone does not become scientific knowledge. It requires trained people willing to go into the field, document what they find, compare it with existing knowledge and, where necessary, seek expertise to establish what it actually is.
The relative lack of research, however, cannot simply be blamed on individual scientists. Fieldwork in Nagaland is demanding. Researchers and institutions face limited funding, inadequate laboratories and collections, difficult terrain, a shortage of taxonomic specialists, and limited institutional incentives for fieldwork. Yet, these constraints should not become an excuse for intellectual complacency.
There is an uncomfortable question worth asking: are we producing scientists, or merely people with science degrees? The two are not necessarily the same. Scientific training should cultivate curiosity, scepticism, observation and a willingness to venture beyond established knowledge. If someone spends years studying zoology, botany or geology but becomes interested only in examination syllabi, employment, promotions and pension benefits, something has been lost.
There is also an irony here: a lack of scientific exploration can become self-reinforcing. If nobody knows what is out there, nobody knows what deserves funding. When local capacity for field-based research in geology, taxonomy, biology and natural history is limited, the discovery and documentation of Nagaland’s scientific wealth can become dependent on outsiders who may have neither the time nor the incentive to explore the state closely.
Nagaland nevertheless possesses something science needs but does not always sufficiently recognise: generations of local observation and knowledge. People know which fish occur in particular streams, which plants appear in particular seasons and where unusual natural formations can be found. Such knowledge is not automatically scientific evidence, but it can provide the starting point for scientific investigation.
Nagaland does not need to be “discovered” by science. What it needs is to connect local knowledge and observations with scientific curiosity and method. The next important discovery may be something everyone has been looking at without really seeing: a rock that people have walked past for generations, waiting for someone to become curious enough to ask what it is.
