Panel Discussion: Building Collective Resilience

Executive Summary

This document synthesizes key insights from a panel discussion on the intersection of climate science, policymaking, community engagement, and global negotiations, with a specific focus on the South Asian context. The central theme is the critical need to bridge the significant disconnect between local-level, immediate survival thinking and national and global-level, abstract risk-based planning.

Robust, published scientific evidence from the region is identified as a “powerful instrument” for influencing global assessments like the Intergovernmental Panel on Climate Change (IPCC) reports and strengthening negotiating positions at forums like the UNFCCC. The discussion highlights that South Asia’s increased representation in the IPCC has successfully brought region-specific issues, such as mountain fragility, to the forefront of global conversations.

A core challenge identified is the gap between community perspectives and government strategy. While local populations are often “fatalistic,” focusing on short-term needs, national policy operates on long-term risk and vulnerability maps. The solution proposed involves a two-way transition: empowering communities to think in terms of risk to better identify and articulate their needs, and improving the ability of governments to communicate risk in locally relevant terms.

Furthermore, the discussion underscores the imperative for co-creation of knowledge, where local actors and communities are integral to the research process—from identifying problems to co-designing solutions. This approach ensures scientific outputs are more relevant, accepted, and effectively operationalized. The panel also addressed critical challenges in the current geopolitical and negotiating landscape, including unresolved transboundary water issues, the underfunding of regional research, and coordinated attacks within global negotiations on the scientific consensus around the 1.5°C target and the authoritative role of the IPCC.

——————————————————————————–

1. The Role of Scientific Evidence in Global Climate Policy

The panel emphasized that robust scientific evidence generated at local and national levels is fundamental to shaping global climate policy and assessments. This evidence serves as the bedrock for both scientific understanding and political negotiation.

1.1 Influencing Global Assessments (IPCC & UNFCCC)

The process of integrating regional science into global bodies like the IPCC and UNFCCC was a central topic. The mechanism for influence is clear: publication and dissemination.

IPCC’s Role as an Assessor: It was clarified that the “IPCC don’t do no research. Actually it assess the research.” It synthesizes existing published work from around the world.
Pathways for Inclusion: The primary method for influencing assessments is through publishing in peer-reviewed journals. This is described as “the best way.” Additionally, high-quality reports, or “grey literature,” are also considered. Indigenous knowledge is also being increasingly integrated into assessment reports.
Dissemination Channels: Researchers with “burning research” can send it directly to IPCC working groups. The IPCC community uses internal platforms, described as being “like a Twitter,” to rapidly share and discuss important new papers.
From Science to Policy: The findings synthesized in IPCC reports ultimately inform the negotiations at global forums like the COP. An individual opinion holds little weight, but published and assessed science can influence national delegations and the negotiation process itself.

1.2 Enhancing Regional Representation and Impact

The strategic importance of South Asian participation in the IPCC process has grown significantly, leading to tangible impacts on the global climate agenda.

Historical Underrepresentation: In the past, the science of climate change in the South Asian region was “almost you know insignificantly represented” in IPCC reports, leaving a “gray and white area where those information was lacking.”
Improved Representation: Representation from South Asian and LDC scientists has “significantly improved,” providing “ample opportunities for evidences generation from the region.”
Tangible Policy Outcomes: This increased representation has enabled stronger arguments on region-specific topics. The report on the cryosphere and ocean, for instance, built on “strong evidences regarding the fragility and the vulnerability of mountains,” leading to the mountain agenda gaining traction in global negotiations.
A Foundation for Collective Action: As countries like Bhutan, Nepal, and Bangladesh graduate from LDC status, transboundary and regional collaboration on issues like mountain ecosystems becomes a “unique opportunity.” Strong, shared scientific evidence is the foundation for this collaboration.

2. Bridging the Gap Between Local Realities and National Strategy

A major disconnect exists between how local communities experience climate change and how national governments plan for it. Closing this gap is essential for developing effective and accepted adaptation strategies.

2.1 The Disconnect in Risk Perception

Local Perspective (Deterministic): At the ground level, people were observed to be “very fatalistic” and not thinking in terms of long-term risk. Their concerns are immediate and deterministic: “What do I plant next season? What crops do I do next? They would like to know when the next cyclone is coming.”
National Perspective (Risk-Based): In contrast, “at the national level all the conversation is about risk, a hazard map, vulnerability map and so on and so forth.”
The Transition Challenge: The core task is to “transition the community from thinking about what will happen next week to next season to How do we work and increase our horizon slowly?” This involves planning for one, three, and five years ahead.

2.2 Fostering Two-Way Communication

When communities begin to adopt risk-based thinking, it creates a powerful dynamic that links local needs directly to government action.

Bottom-Up Advocacy: When people think in terms of managing their risk, they “start to think differently,” asking questions like, “Can I double the house as a shelter?” This process “has the property of identifying gaps very very quickly which builds the automatic connection to the government.”
Top-Down Communication: In the other direction, it is crucial for policymakers and scientists to “communicate that risk in terms of what it means to you know a village.” Improved communication will help ensure that preparedness tools deployed by the government are understood and accepted by the community.

3. Government Perspectives and Financial Imperatives

From the government’s standpoint, scientific evidence is not an academic exercise; it is a critical tool for decision-making, particularly concerning the allocation of limited financial resources for climate action.

3.1 Capacity and Support Gaps

A representative from Bangladesh’s Ministry of Environment and Climate Change highlighted the need for data to guide policy and investment.

Evidence for Financial Allocation: Data, evidence, and trend analysis are “really important to channelize any financial gaps or to attract the policy level decision.”
Aligning Science with Financial Projections: A key gap was identified in aligning scientific risk assessments with “the financial projections that will be required to fill up the gaps.”
Prioritizing Interventions: Evidence is needed to answer critical questions about resource allocation: “Why we would focus several projects for financing to some area? Why not in other area? Why for salinity? Why for cyclone? What for other things such as you know water drinking water availability also.”

3.2 Policy and Funding Mechanisms

National frameworks and funds exist to implement climate action, but they depend on robust evidence to be effective.

Locally Led Adaptation (LLAF): Bangladesh has an LLAF framework that is designed to elevate local-level decisions to inform “national level policy outcomes or financial outcomes.”
National Funding: The Bangladesh Climate Change Trust Fund is one key mechanism for financing projects.
Call for Collaboration: The government official concluded that there are “ample opportunities to work together” to use data to inform decisions about finance and policy.

4. The Imperative for Co-Creation and Inclusivity

A recurring theme was that top-down, expert-driven approaches are insufficient. Effective and sustainable solutions require deep engagement with local communities, ensuring that research is inclusive and its outputs are co-owned.

4.1 Co-Developing Knowledge with Communities

The Challenge of Acceptability: The utility of scientific knowledge has been “very very limited because communities and local actors were not part of the production co development of these evidences.”
Demand-Driven Research: Research that is “demand driven” and involves local stakeholders in its generation will be “more powerful and will be more operationalized.”
Focus on Solutions: The process must move beyond assessment and mapping to “co-design solutions.” The panel praised research on salinity where local communities were part of “not just identifying you know issues but also you know identifying some of the solutions.”

4.2 Amplifying Marginalized Voices

The discussion stressed the need to ensure that all voices, especially those of women who are often at the forefront of adaptation, are heard and integrated into decision-making.

Women as Solution-Holders: A specific example from a simulation game in Pundaur was cited, where it was observed that “every all the women in all their games were smarter than the men.” The women diversified their resources to mitigate risk and protect their families, while the men invested everything in their primary occupation (farming, fishing) and “without fail, they all lost money eventually.”
Systemic Suppression: Despite possessing sustainable solutions, it was acknowledged that “women’s voices are suppressed routinely.” In the game, a local leader was “constantly trying to force this woman into his strategy.”
Mechanisms for Amplification: To overcome these barriers, it was suggested that alternative forms of expression—”maybe through writing maybe through songs maybe through poetry”—could serve as “a Trojan horse to build solutions that everybody starts to accept.”

5. Cultivating the Next Generation of Researchers

To meet the complex challenges of climate change, the region must invest in developing a new generation of researchers with a diverse and modern skillset.

Problem-Solving Skills: Education must move beyond literature reviews to “engage the researcher directly [with] problem solving skills” and direct involvement with communities.
Technological Integration: Researchers must accommodate modern tools like “artificial intelligence and the GIS resources,” rather than excluding them.
Multidisciplinary Approach: Climate change is not a single issue. Research must be inclusive, bringing together “social scientist… economist… every people need to be.”
Open Data: Data “should be very open” to empower researchers, community members, and policymakers and close existing information gaps, especially in developing countries.
Inclusivity: Research must be “inclusive with all stakeholders for all parts of the community” to ensure its implementation and impact are fully considered.

6. Key Challenges in Global Negotiations

The panel addressed several pressing challenges encountered within the formal UNFCCC negotiation process, highlighting threats to scientific integrity and geopolitical roadblocks.

6.1 Geopolitical and Transboundary Issues

The Challenge of Transboundary Rivers: Geopolitical disputes over shared resources, such as the Ganges-Brahmaputra-Meghna (GBM) basin, are a critical obstacle where “geopolitical disputes cannot be easily solved.” While hydrodynamic models can account for water flow across borders, they “did not able to capture the geopolitics.”
Scientific Collaboration as an Entry Point: When political engagement is stalled, the “most powerful engagement is among the researchers, scientists, practitioners within South Asia.” These knowledge networks provide a platform for “citizen to citizen you know exchange of knowledge” and can be leveraged to influence policymakers.

6.2 Defending the Scientific Consensus

Panelists expressed grave concern that the scientific foundation of the climate negotiations is under attack from some parties.

The 1.5°C Target: The goal of limiting warming to 1.5°C is “totally under attack,” with some countries arguing that the “best available science is no longer supporting 1.5.”
- The IPCC Position: The official IPCC view is that achieving 1.5°C “is technically possible with rapid emission card.” The panelist urged, “Let’s keep the 1.5° hope still alive.” The concept of “overshoot”—temporarily exceeding the target before temperatures come back down—is part of the scientific scenarios.
- A Dissenting View: Another panelist expressed less confidence, stating, “I’m not very confident about 1.5. You know this whole steering left and steering right argument sounds like a runaway train to me.”
The Role of the IPCC: The authority of the IPCC itself is being challenged. In negotiation texts, its “role is diluted somewhere” as “different parties try to say not only IPCC but also that organization.” Supporters are “strongly pushing back” to ensure the IPCC is recognized as the primary body for assessing the best available science, as its reports are endorsed by all 195 member countries, including those who oppose it in negotiations.