National Resilience | Eco-Protection | Strategic Preparedness
The Sector at a Glance
Disaster dynamics and eco-protection brings together two fields that have too often been treated apart: the study of how hazards arise, cascade and turn into disasters, and the protection of the ecological systems that both buffer and suffer from those hazards. The sector covered under this tab spans hydro-meteorological hazards such as floods, cyclones, droughts, heatwaves and cloudbursts; geophysical hazards such as earthquakes, landslides and tsunamis; human-induced and technological hazards including industrial accidents, fires and chemical releases; and the ecological dimension of forests, wetlands, mangroves, rivers, coasts, glaciers and soils that shape exposure and recovery.
The scope of this tab extends across the full disaster risk management cycle: hazard science and risk mapping, vulnerability and exposure assessment, prevention and mitigation, ecosystem-based disaster risk reduction, preparedness and early warning, response, relief and recovery, and the long-term restoration of damaged ecosystems. It is developed by BAP-I as a multidisciplinary research, policy and resilience-oriented knowledge ecosystem within the broader Viksit Bharat and BNRI framework, recognising that hazards no longer arrive one at a time; they now intersect with urban expansion, industrial growth, infrastructure corridors, climate-linked extremes and the degradation of natural buffers.
Why This Sector Is Critical
Disasters strike at the foundations of national continuity. A single severe cyclone, flood or earthquake can interrupt power, water, communications, transport, food supply and health services across entire regions at once; it can reverse years of development gains for the poorest households; and it can stretch the response capacity of the state to its limits. Ecosystems are part of this protective architecture: mangroves blunt storm surges, wetlands absorb floodwaters, forests stabilise slopes and recharge aquifers, and healthy soils hold moisture through drought. When these natural buffers are degraded, the same hazard produces a far larger disaster.
It is argued that the structural vulnerability lies in the growing coupling between hazards and systems. Infrastructure built in floodplains or on unstable slopes, unplanned urbanisation, encroachment on drainage channels, loss of coastal vegetation and climate-driven intensification of extremes together create cascading risk, in which one failure triggers several others. If this sector fails, the consequence is not only loss of life and assets; it is the repeated diversion of national resources from development into recovery, and a slow erosion of the ecological capital on which long-term resilience depends.
The Bharat Context
Bharat is among the most hazard-exposed countries in the world, with a long coastline, the young and seismically active Himalaya, major flood-prone river basins, drought-prone interiors and rapidly growing cities. Over recent decades it has moved decisively from a relief-centred approach towards preparedness and risk reduction, and cyclone early warning and evacuation in particular have become a recognised strength. Gaps nevertheless persist: local-level risk assessment remains uneven, ecosystem services are rarely valued in infrastructure decisions, multi-hazard and cascading risk is poorly modelled, recovery planning lags behind response, and the linkage between environmental regulation and disaster planning remains weak.
The enabling framework is considerable. The Disaster Management Act established the National Disaster Management Authority, state and district authorities, the National Institute of Disaster Management and the National Disaster Response Force; the India Meteorological Department, INCOIS and the Central Water Commission provide hazard forecasting; the National Action Plan on Climate Change and its missions, including the Green India Mission, address climate and ecological dimensions; programmes such as Aapda Mitra build community volunteers; and Bharat has championed the Coalition for Disaster Resilient Infrastructure internationally while committing to the Sendai Framework for Disaster Risk Reduction. What remains missing is a research-to-resilience architecture that integrates hazard science, ecosystem protection and infrastructure planning into a single risk-informed national approach; and this is the gap that BAP-I seeks to address through this tab.
Importance of the Sector
Economy
Disaster losses are a direct drag on growth, investment and public finances; every rupee lost to avoidable damage or spent on repeated reconstruction is a rupee withdrawn from development. Investment in risk reduction, resilient construction, early warning and ecosystem protection yields returns in avoided losses, uninterrupted production and lower insurance and borrowing costs. Healthy ecosystems also sustain livelihoods in fisheries, forestry, agriculture and tourism, which are often the first to collapse when natural buffers are lost. A risk-informed economy is therefore a more productive economy, and disaster resilience is best understood as a form of national capital formation rather than a contingency expense.
Employment
The sector supports a wide and growing range of employment: hazard scientists, hydrologists, seismologists, climate modellers, geospatial analysts, structural and geotechnical engineers, ecologists, emergency managers, search and rescue personnel, public health specialists, social workers and recovery planners. At the community level, trained volunteers, ecosystem restoration workers, nursery and plantation workers, and local early warning operators create livelihoods in districts that are most exposed to hazards. The employment potential is therefore both technically deep and socially wide, and it is concentrated precisely in the regions where alternative livelihoods are often scarce.
Entrepreneurship
Disaster risk reduction and eco-protection offer fertile ground for start-ups and MSMEs. Enterprises can build value in hazard and risk analytics, drone and satellite-based damage assessment, low-cost sensors for floods and landslides, resilient building materials, nature-based engineering solutions, ecosystem restoration services, parametric insurance products and community communication tools. Shared testing facilities, incubation in technical institutions and assured demand from public agencies can convert innovation into deployable products. It is argued that the next generation of resilience enterprises will grow fastest where they solve concrete local problems and where public procurement recognises reduced risk as measurable value.
Partnership
Resilience is produced by many hands. The sector calls for structured partnership between national and state disaster management authorities and scientific institutions, between environmental agencies and infrastructure planners, between local governments and communities, between insurers, banks and public agencies on risk financing, and between Bharat and partner countries through regional and multilateral cooperation on early warning and resilient infrastructure. Such partnerships must place local knowledge and community participation at their centre rather than at their margin. BAP-I positions itself as the convening platform where these stakeholders can meet on shared research questions.
Research Focus Possibilities
BAP-I invites original research articles, policy papers, technical reports, diagnostic assessments, case studies and white papers across the following indicative research streams. The list is open-ended; contributions that connect a new question to the resilience objective of this tab are equally welcome.
A. Hazard Science and Risk Assessment
- Multi-hazard and cascading risk modelling for compound events such as cyclone with flooding, or earthquake with landslide and dam failure
- District and city-level risk atlases integrating hazard, exposure, vulnerability and ecosystem condition
- Changing frequency and intensity of extreme rainfall, heatwaves and cloudbursts, and their implications for design standards
- Himalayan risk: glacial lake outburst floods, slope instability and the impacts of infrastructure expansion in fragile terrain
B. Ecosystem-Based Disaster Risk Reduction
- Quantifying the protective value of mangroves, wetlands, forests and floodplains against surge, flood and landslide hazards
- Integration of ecosystem services into environmental impact assessment and infrastructure approval processes
- Post-disaster ecosystem restoration: methods, monitoring and the governance of restoration programmes
C. Governance, Finance and Institutions
- Effectiveness of disaster management authorities at state and district level in risk reduction, as distinct from response
- Disaster risk financing: insurance penetration, parametric instruments, contingency funds and fiscal exposure
- Recovery and reconstruction governance, including build-back-better principles and the protection of vulnerable households
- Convergence between disaster management, environmental regulation, urban planning and climate policy
D. Communities, Capacity and Knowledge
- Community-based disaster preparedness and the role of trained volunteers, panchayats and local institutions
- Traditional and indigenous knowledge of hazards and ecosystems, and pathways for its integration into formal planning
- Workforce and curriculum gaps in disaster science, emergency management and ecological restoration
- Case studies and lessons from major disasters in Bharat, with comparative analysis of response and recovery outcomes
Scope note. This tab is the research home for disaster risk science and ecosystem-based protection. The Disaster Dynamics & Eco-Protection cluster page gives the overview of all the sectors in the cluster.
Who Can Participate
This tab invites participation from disaster management authorities at national, state and district levels, NIDM and state institutes of disaster management, IMD, INCOIS, the Central Water Commission and other scientific agencies, IITs, NITs, IISERs and universities working on earth, climate and environmental sciences, forest and environment departments, urban local bodies and panchayats, NDRF and fire and emergency services, insurers and risk analysts, civil society and community organisations, start-ups and MSMEs in resilience technology, international collaborators and individual researchers with domain expertise. Contributions from practitioners, policymakers and academics carry equal standing within the BAP-I research framework.
The Resilience Objective
Every contribution under this tab must serve one purpose: strengthening Bharat's capacity to anticipate, absorb and recover from disasters while protecting the ecosystems that shield its people and assets. BAP-I treats hazard knowledge and ecological protection as two halves of one resilience architecture, and research as the instrument through which that architecture is identified, measured and built.
