Challenges of traditional decision-making in climate crisis

Climate Risk = Business Risk 🌍 As climate impacts intensify, the connection between environmental risk and business risk is becoming more direct and more difficult to ignore. These risks are no longer theoretical. They are affecting assets, operations, and financial planning across industries and regions. Severe weather events such as storms and floods are damaging infrastructure, halting operations, and increasing the costs of repair, insurance, and downtime. Heatwaves are lowering workforce productivity and raising the incidence of heat related health issues, particularly in sectors dependent on physical labor or lacking adequate climate control systems. Droughts are limiting access to essential inputs like water, disrupting industrial processes and increasing operational costs for water intensive sectors. Sea level rise is placing facilities, warehouses, and offices in coastal areas at risk of flooding, requiring significant investments in adaptation or relocation. Wildfires are interrupting transportation networks and regional supply chains, resulting in logistical delays, inventory disruptions, and increased delivery costs. Increased climate variability is making business planning more uncertain. Fluctuating weather patterns complicate forecasts, investment decisions, and long term strategy development. Energy infrastructure is also affected. Extreme temperatures and natural disasters are disrupting electricity and fuel supply, creating additional risks and increasing energy expenditures. Insurance markets are responding. Coverage in climate exposed areas is becoming more expensive or unavailable, leaving businesses with greater financial exposure and limited risk transfer options. These risks highlight the need for companies to integrate climate considerations into core decision making processes, from operations and procurement to finance and long term strategy. Addressing climate impacts is not a secondary issue. It is essential to maintaining competitiveness and resilience. #sustainability #sustainable #business #esg #risk

What strikes me in reading the latest analyses on global catastrophic risks is how clearly they converge on the same diagnosis: 👉 we are facing systemic risks with governance structures designed for a far more stable world. On the Earth system side, science is unequivocal. Climate change, biodiversity loss, freshwater stress, nutrient overload and ocean acidification are no longer isolated problems. The Earth system moves as a whole: the loss of a rainforest or a coral reef sends ripples through climate, food, water and energy systems. Fragmented governance cannot manage cascading tipping points. On the global risk and security side :Technological acceleration, geopolitical tensions and institutional inertia are colliding. Risks are emerging faster, interacting more tightly and escalating across domains—from climate and ecosystems to AI, cyber and security—while decision-making remains siloed, reactive and slow. The risks are deeply interconnected and so must be governance. What is needed now is a shift: 1️⃣ From fragmentation to connection and anticipatory stewardship, embedding foresight, early warning and systemic risk management into decision-making. 2️⃣ From erosion to legitimacy, by strengthening international law, accountability and implementation, rules must matter, even when inconvenient. 3️⃣ From imbalance to inclusion, addressing structural power asymmetries so that those most exposed to risk have a real voice in shaping solutions. We cannot manage tomorrow’s risks with yesterday’s rules. https://lnkd.in/e2W_dNbv

The order of decisions is the real Climate Policy. We often talk about sustainability as if it were an added layer or some sort of a checklist, a certification, a department. But cities are shaped long before sustainability enters the conversation. First, we fix traffic flow. Then -  we maximize floor area. Then -  we calculate parking ratios. Then-  we align utilities. And only after that, do we ask: “Where can water infiltrate?” “Where can canopy grow?” “Where can soil remain alive?” By then, unfortunately, the hierarchy is already set. Climate resilience is not determined by how many trees appear on a plan. It is determined by the order in which decisions are made. If mobility geometry is locked before ecological capacity is assessed, green becomes residual. It becomes merely unusable, incidental open space. That cannot be named “infrastructure”. If zoning is finalized before hydrology is mapped, water becomes a problem to pipe away. If underground infrastructure claims the entire section, soil becomes symbolic. The challenge is not only technical. It is procedural and it´s in fact, a planning matter. What if every masterplan began with three maps before anything else was drawn: – soil depth and permeability – surface water flow paths – heat exposure and canopy gaps What if buildable area were calculated after ecological capacity, not before it? We don’t lack solutions. We lack a reordered starting point. Retrofitting the city is necessary. But redesigning the sequence of decisions is transformative. The climate crisis is not only testing our infrastructure. It is testing our priorities and our adaptability.

Why Climate Change Is the Ultimate Risk Management Challenge? Understanding the nuances of climate change is intellectually challenging. Most traditional risk models face constraints when analysing and integrating aspects of risks from climate change. Why? Because climate risk isn’t a single variable — it’s systemic. It affects real economy, supply chains, insurance, credit markets, asset valuations, and even monetary policy. Traditional risk frameworks assume the future looks somewhat like the past. Climate change challenges that basic assumption. Rising sea levels, extreme weather, and policy transitions create non-linear, compounding risks that don’t fit neatly into spreadsheets or even in coded models. That’s why the financial sector needs a new playbook for climate risk — one that integrates climate science, economics, and scenario analysis into decision-making. Leaders who treat climate change as just another “ESG checkbox” will fall behind. Those who reframe it as a core risk management challenge will gain resilience and competitive advantage. 👉 Question for you: How do you think climate change will reshape finance in the coming five years to the next decade — through physical damage, policy shifts, or market transformation? #ClimateChange #Sustainability #ClimateFinance #SustainableFinance #ClimateRisk #FutureOfFinance

The drought unfolding across Europe is another reminder that water does not respect political borders. As rivers shrink and flows decline, some governments seem to increasingly want to protect domestic interests. The temptation for unilateral action - whether through increased abstraction, altered river flows, or other emergency measures - becomes very real. This is precisely why transboundary cooperation matters most in times of crisis. Now, climate change is not only testing our infrastructure, but it is also stress-testing our governance arrangements. Many institutions were designed to deal with water quality and address variability, but not sustained scarcity or increasing pressure from the public or economic sectors to secure water for specific interests. Many rely on established practice and assumptions that no longer hold. Are they preparing for a future that will look very different than the past? If we want to avoid a future where countries increasingly act alone in response to water shortages and other challenges, we need to strengthen the mechanisms of cooperation now. This includes clearer rules for drought management, a stronger legal basis, increased transparency, better data sharing, more transparent decision-making, and strong institutions that withstand periods of crisis. The greatest risk now is not that Europe runs out of water. It is that our governance systems - especially for our large shared rivers and aquifers - prove less resilient than we believed. (Pictures from lakes and rivers in Europe I've recently seen during my travels - from low levels of Alpine lakes and empty mountain creeks, affecting local ecosystems as well as tourism, to large rivers on which millions of people depend for water, food, energy and transport)

Corporate sustainability choices are deeply interconnected, yet most research ignores how these interdependencies affect financial and environmental performance. The challenge of balancing profitable operations with reduced environmental impact is central to business sustainability, particularly in energy and energy-intensive sectors responsible for significant greenhouse gas emissions. Traditional research approaches typically assume linear relationships between sustainability actions and outcomes, missing the interdependencies that characterize effective corporate decision-making. A study provides the first empirical framework to assess how interconnected sustainability choices collectively impact integrated financial and environmental performance. Using probabilistic modeling applied to global companies in energy-intensive industries, the researchers found that corporate sustainability choices emerge from effective decision-making processes, outperforming random allocation of actions by 20-100 basis points. However, the study also revealed considerable underperformance compared to optimal solutions, with companies showing surprisingly low choice differentiation across the population. Most notably, firms consistently over-invested in risk mitigation activities while significantly under-investing in innovation capabilities, biodiversity initiatives, and clean water and energy solutions. Companies would benefit from more diverse, context-specific sustainability approaches rather than convergence around industry best practices. Kudos to Simone Cenci, Matteo Burato, Marek Rei and Maurizio Zollo.

𝐖𝐚𝐭𝐞𝐫 𝐝𝐚𝐭𝐚 𝐡𝐚𝐬 𝐭𝐨 𝐛𝐞 𝐭𝐫𝐮𝐬𝐭𝐞𝐝 𝐛𝐞𝐟𝐨𝐫𝐞 𝐢𝐭 𝐜𝐚𝐧 𝐠𝐮𝐢𝐝𝐞 𝐝𝐞𝐜𝐢𝐬𝐢𝐨𝐧𝐬. Many water institutions now have far more information than they had a decade ago. Yet many water crises still arrive with warning signs that were visible long before the crisis itself. That raises an uncomfortable question. If the information already exists, why does action so often come late? I have seen situations where monitoring networks detected change, but nobody was clear on who should act. Where dashboards displayed risk, but operational thresholds were never defined. Where groundwater trends were visible for years, yet abstraction practices remained unchanged. And where water-quality signals were identified early, but institutional responses were slow, fragmented, or contested. In my experience, the challenge is rarely the absence of data. The harder challenge is what happens after the data is produced. The issue is not only technical capacity. 𝐈𝐭 𝐢𝐬 𝐝𝐞𝐜𝐢𝐬𝐢𝐨𝐧 𝐜𝐚𝐩𝐚𝐜𝐢𝐭𝐲. Who has authority to respond? What action is triggered when risk increases? How much evidence is considered enough to act? And what happens when different agencies interpret the same information differently? These questions matter because water decisions are rarely made in ideal conditions. They are made with budget constraints, competing demands, aging infrastructure, political pressure, incomplete information, and climate risks that are evolving faster than many systems were designed to manage. Many organizations do not suffer from a lack of information. They struggle with fragmented responsibilities, unclear decision pathways, competing priorities, and institutional caution. The result is a pattern many practitioners will recognize. The warning signs are visible. The data is available. But the decision comes after the risk has already intensified. For climate-vulnerable countries and small island states, the cost of delay is becoming higher. A drought indicator that is not acted on early can become a supply crisis. A salinity trend can become a treatment problem. A flood forecast can become avoidable damage. The question is no longer whether enough water data exists. The question is whether institutions can use that information early enough to reduce risk. Data does not create resilience on its own. 𝐑𝐞𝐬𝐢𝐥𝐢𝐞𝐧𝐜𝐞 𝐢𝐬 𝐜𝐫𝐞𝐚𝐭𝐞𝐝 𝐰𝐡𝐞𝐧 𝐢𝐧𝐟𝐨𝐫𝐦𝐚𝐭𝐢𝐨𝐧 𝐜𝐡𝐚𝐧𝐠𝐞𝐬 𝐝𝐞𝐜𝐢𝐬𝐢𝐨𝐧𝐬. Some of the most important resilience gains come not from collecting more data, but from strengthening the institutions, processes, and incentives that allow information to support action. Much of my current work focuses on helping governments, utilities, and development partners strengthen the institutional foundations needed to manage risks before they become crises. #WaterSecurity  #WaterData  #ClimateResilience  #WaterGovernance  #ClimateAdaptation

It’s Not Just a Climate Crisis – it’s a Short-termism Challenge! The energy transition is accelerating, but everywhere it collides with short-term thinking. And often, that short-termism is a rational response to real pressures. 1️⃣ Political Leaders – The Tyranny of the Immediate Election cycles reward quick wins, not long-term gains. - Economic primacy: jobs today outweigh avoided disasters in 2050. - Incumbent power: powerful lobbies wield concentrated influence and defend the status quo. - Competitive fear: no leader wants to “move first” and risk jobs fleeing to laxer regimes. 2️⃣ Corporate Leaders – The Friction of Inertia CEOs and boards are locked into short-term rhythms. - Misaligned incentives: pay tied to 1–5 year results, while climate paybacks take 10–20 years. - Measurement gaps: ROI on sustainability is harder to prove than traditional projects. - Operational inertia: retooling supply chains feels riskier than incremental tweaks. 3️⃣ Individuals – The Battle of Daily Priorities For most, climate is real but remote. - The wolf at the door: paying rent, and job security drown out abstract risks. - Psychological distance: “What difference can I make anyway?” fuels helplessness. - Fear of loss: solutions framed as sacrifice trigger resentment. The Way Forward? Reconcile short- and long-term perspectives: ➕ For Politicians - Make clean energy the easy win: jobs and lower bills today, resilience tomorrow. ➕ For CEOs - De-risk the transition: embed sustainability as both short-term advantage and long-term strategy. ➕ For Individuals - View the transition as an upgrade: cleaner, cheaper, healthier lives now, safer future ahead. When we bridge short-term pressures with long-term vision, resistance dissolves and the transition accelerates! #ClimateCrisisGuy #ClimateAction #ClimateCrisis #EnergyTransition

Long-term climate risks often feel abstract, while strategic decision-making tends to revolve around 3–5-year cycles. The result: critical gaps between climate ambition and business execution. Alarmingly, only one-third of companies disclosing to CDP have performed climate scenario analysis, underscoring the imperative to align foresight with strategy. The article “Weaving climate considerations into corporate operations”, authored by Jenny Kwan and Inês Estrela Amorim of WBCSD – World Business Council for Sustainable Development, along with Vignesh Gowrishankar, Elfrun von Koeller, Anastasia Kouvela, Elizabeth Hardin, and Annika Zawadzki of Boston Consulting Group (BCG), outlines three actionable unlocks: — Apply scenario analysis to stress-test strategic plans and uncover risks. — Select decarbonization levers that balance ambition with feasibility. — Integrate adaptation and resilience measures into daily operations. The data speaks volumes: up to 50% of Scope 1 & 2 emissions reductions in key sectors can be achieved for practically zero cost. Sustainability is an engine of resilience, competitive advantage, and innovation. Read the full article here: https://lnkd.in/dFrY7iau #CorporateStrategy #Resilience #BCG #WBCSD

Across the Horn of Africa, climate shocks now unfold as compound crises. The 2020–2023 drought left over 46 million people food insecure and eroded their livelihoods. Before recovery could begin, the 2023–2024 El Niño rains triggered widespread flooding, displacing hundreds of thousands of people. Drought–flood whiplash is no longer exceptional; it is the region’s operating climate. My research with the Jameel Observatory for Food Security Early Action in northern Kenya reveals that pastoralist communities are already adapting to these shifts with remarkable flexibility. From star calendars to animal behaviour and vegetation cues, herders read a rich tapestry of indicators and now complement these with radio forecasts and satellite data. They do not wait for a single forecast or a rigid trigger. Instead, they adjust grazing routes, stagger herd movements, and pool resources as signals evolve. This flexible anticipatory action challenges the dominant model of fixed thresholds and single-event triggers. It shows that forecast information only has value if it is trusted, timely, and open to renegotiation on the ground. Climate Information Services (CIS) enable this agility by translating global climate models into local, impact-based advisories. Regional centres, such as ICPAC, provide seasonal outlooks to guide rangeland management and food security planning. Communities use this information to develop innovative solutions by layering these scientific forecasts onto their own adaptive calendars. Formal Anticipatory Action (AA) frameworks can learn from this. Kenya’s 2024–2029 AA Roadmap is vital. Fundamentally, it will deliver more if it incorporates flexibility by allowing rolling triggers, locally defined indicators, and iterative decision-making, rather than treating early action as a one-off release of funds. The cost of inaction rises with every season. Investing in flexible, forecast-driven anticipatory systems is both fiscally prudent and politically essential. For governments, regional bodies, and development partners, the way forward is clear: move beyond crisis response and embed adaptive, plural, and community-grounded anticipatory action at the heart of policy and planning. In the Horn of Africa’s climate future, acting early and being flexible is the most innovative and cost-effective form of adaptation. Photo courtesy of United Nations Office for Disaster Risk Reduction (UNDRR)