A new study by Nagaland University has highlighted how indigenous knowledge systems continue to sustain the centuries-old terrace farming practices of the Angami Naga community, offering important lessons for climate-resilient agriculture, food security, and sustainable development.
Guwahati, April 13: Nagaland University-ni am·sandigipa dolrang, Berhampur University aro Saveetha Medical College baksa Konyak jatrangni jakkalgipa ma·gitcham pagitchamrangni samrangko am·sandie nianiko dakangaha aro...
A multi-institutional research team led by Nagaland University has scientifically validated the anti-cancer potential of a traditional herbal formulation used by the Konyak tribe, offering new insight into indigenous medicinal knowledge.
Guwahati, March 6: India-ni Vice-President C. P. Radhakrishnan, India-ni Salgro Salaram jolona uni skanggipa songrebaaniko Sukrobar salo Lumami campus-o Nagaland University-ni chang 8-gipa Convocation...
In a significant boost to India’s botanical records, researchers from Nagaland University have discovered a new plant species in the high-altitude forests of Nagaland—once again underscoring the Northeast’s status as one of the country’s most important yet under-documented biodiversity hotspots.
Guwahati, Nov 24: Soil health in Nagaland’s Dhansiripar region is deteriorating at an alarming pace due to changing land-use practices, a new multi-institutional study...
Nagaland University has released a new high-performing ginger variety, SAS-KEVÜ, developed to deliver superior yields, high dry-matter recovery, and exceptional culinary quality. After nearly a decade of research and multi-location trials, the variety is now officially notified for cultivation and commercial use—marking a major breakthrough for farmers, processors, and the spice industry.
A new study by Nagaland University has raised serious environmental concerns over the deteriorating water quality of rivers feeding into Loktak Lake — one of India’s most iconic freshwater ecosystems and a designated Ramsar Site in Manipur. The research confirms that agricultural runoff, human settlements, and shifting cultivation in the Loktak catchment are directly degrading river water quality, with the Nambul and Khuga rivers identified as the most polluted due to high land-use disturbances.
