Non-Traditional Security

About Centre

The Non-Traditional Security (NTS) Centre conducts critical research and analyses in wide-ranging areas like the SDGs, climate change, water, food and energy nexus, low-intensity conflict and the Arctic region. Challenging orthodox thinking and bringing in unconventional ideas, the Centre, has well-established experts with notable publications engaged in addressing the knowledge gaps, facilitating discussions, and interfacing with varied stakeholders. The Centre publishes the bi-monthly NTS Digest covering climate, food, energy and water issues. Members frequently lecture at military and training institutions and share their views at various national and international forums. As part of public awareness and sensitisation, they regularly contribute to mainstream newspapers and appear in media channels. The NTS Centre Coordinator served as Co-Chair of the Think20 Task Force of the G20 on ‘Accelerating SDGs: Exploring New Pathways to the 2030 Agenda’ during India’s G20 Presidency.

Current Projects

Centre members are working on inter-disciplinary projects like the ‘Indus Waters Treaty: Changing Dynamics and India’s Options’, ‘Human Security Policy for India’, and ‘Impacts of Climate Change in the Himalayan Region’. Areas of output include India’s SDGs targets, India-EU cooperation on climate change, India-Nepal cooperation on energy security, India’s climate adaptation and renewables approach, India-US maritime collaboration, and AFSPA and the Northeast region.

Members:

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Uttam Kumar Sinha Senior Fellow
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Nihar R. Nayak Research Fellow
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D. Padma Kumar Pillay Research Fellow
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Opangmeren Jamir Associate Fellow
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Bipandeep Sharma Research Analyst

No posts of Books and Monograph.

Changing Geographical Factors in Planning and Conduct of Indian Military Operations

The changing nature of geography plays a critical role in the planning and execution of military missions. Geography as a subject combines both the physical and human elements and the rapid transformation of the landscape owing to climate change, and the corresponding cultural impact has to be seriously considered in the environment-security link. Lessons from military history point to the fact that 'geographical ignorance' can be perilous.

Asian Energy Security: The Role of China and India

Economic globalisation, coupled with geopolitical instability and international terrorism, has made it impossible for any single country to secure its energy supply entirely on its own. The urgent energy security issue has resulted in brisk energy diplomacy with aspirations for cooperation running high among both producing and consuming countries. The concept of energy security needs to be expanded, however, because the real risks are not 'below ground' (a lack of resources) but 'above ground' (political instability). We need a new energy security concept to ensure global energy security.

Japan’s Energy Angst: Asia’s Changing Energy Prospects and the View from Tokyo

Tokyo looks at energy security differently than does Washington, or other major global capitals. This persistent and deepening reality—so incongruously at odds with the continual affirmations of solidarity and alliance in the US–Japan bilateral relationship—has substantial grounding in economics. Yet, the contrast in mindset between Japan and the broader world is sharply amplified by differences in domestic institutions and politics. This perceptual gap has major implications for East Asia's energy future and for global geopolitics as well.

Will Turkey be the new hub for gas?

Turkey’s natural gas reserves are 218 bcf and its production is roughly 27 bcf. It relies heavily on imports to meet its domestic demand. Additionally, Turkey positions itself as a gas transit hub – importing from Russia, Azerbaijan, Turkmenistan and Iran and re-exporting some of it to Europe.

Shining Not so Bright: Solar Energy in India

According to a recent report, India will need 3, 128 Trillion watt hour per year (TWH) of electrical energy in the future if it adopts a frugal policy for energy use. This annual need could be met through renewable energy sources alone in the form of solar power (photovoltaic [PV] and thermal), wind, and hydroelectric power. But is this change in energy mix really feasible?