Kohima, February 26: In a significant step towards strengthening weather forecasting capabilities and scientific infrastructure in the state, the Department of Higher Education, Government of Nagaland, on Thursday signed a Memorandum of Understanding (MoU) with the India Meteorological Department (IMD) under the Ministry of Earth Sciences, Government of India.
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| Officials of Nagaland’s Higher Education Department and IMD display signed MoU documents in Kohima for installation of Doppler Weather Radar at Dimapur Govt College. (Image: X@AlongImna) |
The agreement was signed at the Directorate of Higher Education in Kohima and paves the way for the installation of an advanced X-Band Polarimetric Doppler Weather Radar (DWR) at Dimapur Government College, Oriental Colony, Dimapur, under the Centre’s ambitious Mission Mausam Scheme.
Officials said the project marks a major milestone in Nagaland’s efforts to improve weather monitoring systems, strengthen disaster preparedness, and enhance scientific research opportunities for students and academic institutions. Once operational, the Doppler Weather Radar is expected to provide highly accurate and localized weather information, enabling authorities to better predict and respond to adverse weather conditions.
The MoU, which was duly vetted and approved by the Government of Nagaland, was signed in the presence of Higher Education and Tourism Minister Temjen Imna Along, Secretary for Higher and Technical Education Sarita Yadav, IAS, Ex-Officio Director of Higher Education V. Lovitoly Sema, NCS, senior officials of the India Meteorological Department, and representatives of the Higher Education Department.
Speaking on the occasion, Minister Temjen Imna Along described the collaboration as a landmark initiative that would significantly strengthen the state's scientific and technological capabilities. He noted that Nagaland, like many parts of the Northeast, is vulnerable to extreme weather events, including heavy rainfall, landslides, storms, and flash floods. The installation of the Doppler Weather Radar, he said, would greatly improve the state's ability to monitor weather systems in real time and issue timely warnings.
"The radar will play a crucial role in improving weather forecasting accuracy, strengthening disaster response mechanisms, and helping protect lives and property during extreme weather events," Along stated.
Officials explained that the X-Band Polarimetric Doppler Weather Radar is among the most advanced meteorological instruments available for weather surveillance. The system is capable of detecting rainfall intensity, wind patterns, storm movements, and atmospheric changes with high precision. Such capabilities are expected to be particularly beneficial for disaster management agencies, farmers, aviation authorities, and local communities.
Apart from disaster preparedness, the radar is expected to provide valuable support to the agricultural sector. Accurate and localized weather forecasts can help farmers make informed decisions regarding sowing, irrigation, harvesting, and crop protection, thereby reducing weather-related risks and improving agricultural productivity.
The collaboration is also expected to benefit the academic community. According to officials, the installation of the weather radar at Dimapur Government College will create opportunities for students, researchers, and faculty members to engage in meteorological and atmospheric science studies. The project is expected to encourage scientific research, capacity building, and innovation in climate and weather-related disciplines.
The initiative aligns with the broader objectives of the Mission Mausam Scheme, which seeks to modernize weather observation and forecasting infrastructure across the country. By bringing advanced meteorological technology to Nagaland, the partnership aims to improve public services while also promoting scientific learning and research.
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Officials noted that the project represents a unique convergence of higher education, science, and public service. The presence of a sophisticated weather monitoring system within an educational institution is expected to foster closer collaboration between academic institutions and scientific agencies, creating new learning opportunities for future generations.
The signing of the MoU is being viewed as a major achievement for Nagaland's higher education sector and a forward-looking investment in the state's resilience to climate and weather-related challenges. Once commissioned, the Doppler Weather Radar is expected to serve not only Nagaland but also contribute to the broader meteorological network of the Northeast region.
With the partnership now formally established, preparations for the installation of the radar system are expected to move forward in the coming months, marking a new chapter in the state's pursuit of scientific advancement, disaster resilience, and educational excellence.
