Last updated: 6.8.26. This page was created in cooperation with the Universe Institute and Job One For Humanity, a climate change think tank.

 

 

 

Executive summary: The global polycrisis is best understood as an interlocking system of 15 major crises that do not remain confined to their own domains. Population pressure, overshoot, pollution, biodiversity loss, migration, conflict, economic fragility, political instability, authoritarianism, pandemics, inequality, AI-enabled manipulation, climate change, infrastructure fragility, and geoeconomic fragmentation increasingly interact through feedback loops. In practice, these crises amplify one another through common pathways: food and water stress, health-system overload, infrastructure disruption, debt and inflation, displacement, institutional mistrust, coercive politics, and cross-border economic shocks. The result is not a single problem but a worsening meta-system of instability.

Accelerating climate change remains the central physical threat multiplier in that system. Climate stress repeatedly worsens food insecurity, water scarcity, migration pressures, health burdens, infrastructure outages, debt risks, insurance retreat, political instability, authoritarian drift, and exposure to conflict. The latest WMO and IPCC assessments continue to show that recent years have been the hottest on record, that climate impacts are already widespread across ecosystems, food and water security, infrastructure, and health, and that compound stresses are becoming more frequent and more expensive.

This article explicitly acknowledges an ever-present underlying risk that was not directly listed among the 15 below: global thermal nuclear war. It was omitted because it does not behave like the other crises. It is not a slow-burn social-ecological process unfolding within relatively trackable 2026-to-2050 time bands; it is an abrupt, superpower-driven discontinuity that can shift from brinkmanship to civilization-scale catastrophe in very little time and largely outside the control of ordinary individuals. Yet it still belongs in the framing, because if it occurs, it would not merely intensify the polycrisis — it could instantly reorder it. Peer-reviewed modeling shows that soot from nuclear detonations could trigger severe global cooling and mass food shortages, and the United Nations has now established an independent scientific panel to reassess the climatic, agricultural, health, environmental, and socioeconomic consequences of nuclear war on local, regional, and planetary scales.

That overlay global thermal nuclear war risk is not theoretical in the abstract. The Bulletin of the Atomic Scientists — founded by Manhattan Project scientists and still guided by its Science and Security Board in consultation with a Board of Sponsors that includes Nobel laureates — moved the Doomsday Clock to 85 seconds to midnight on January 27, 2026, the closest position in its history. The Bulletin cited worsening great-power rivalry, eroding arms-control arrangements, Russian allusions to nuclear weapons use in the Russia-Ukraine war, and broader failures of international cooperation. SIPRI likewise reports that the era of nuclear reductions appears to have ended, that a new qualitative nuclear arms race is emerging, and that the nine nuclear-armed states together possessed about 12,241 nuclear weapons at the start of 2025, with about 3,912 deployed and roughly 2,100 kept on high operational alert on ballistic missiles.

The Russia-Ukraine conflict is especially relevant because it has normalized nuclear signaling for the use of small-yield tactical nuclear battlefield weapons inside an already unstable international environment. The Bulletin’s 2026 nuclear-risk statement said the war has featured “lightly veiled Russian nuclear threats,” and Russia’s 2024 doctrine revision broadened the conditions under which Moscow says it could consider nuclear use. At the same time, open-source nuclear experts at the Federation of American Scientists report that Russia continues to modernize and emphasize its non-strategic nuclear forces, including dual-capable missiles and tactical aircraft. That does not mean nuclear use is inevitable, but it does mean the polycrisis now unfolds under a more dangerous nuclear umbrella than the 15-item polycrisis list below makes explicit.

 

Although global nuclear war is not among the 15 major global crises listed below, it is always in the background. It needs to be seen as something that can always change the game so fast, because as these 15 other crises worsen, nations facing resource and other threats will quickly move into survival and desperation mode, and that's when the worst possible things can happen. That is when a nation using small-yield tactical nuclear battlefield weapons triggers larger and larger retaliations with more powerful yield nuclear weapons.

(Please note that there is an extensive glossary at the end of this article, which defines words and abbreviations that many people may not have heard of before.)

 

 

As you read about the 15 major crises of the polycrisis below, try not to see them exclusively as a linear list of sequential problems. Rather, see them as integrated, interconnected, and interdependent systems encompassing the whole of the Earth as itself one interconnected and interdependent meta-system.

It is not going to be only the linear effects of each of these items that potentially brings humanity and civilization to its knees. It will be the amplifying interactions among many feedback loops, tipping points, and non-linear responses within and between these systems or areas, as they interact with other systems and areas of the polycrisis. That appears to be the single most difficult thing for our political leaders to understand.

The Non-nuclear war 15-crisis Polycrisis summary in plain language

1. 1. Population pressure and urban concentration continue to raise demand for food, water, housing, infrastructure, and jobs.
   2. Overshoot means humanity is already drawing down resources and ecosystems faster than many can recover.
   3. Pollution continues to undermine health, agriculture, water, and food systems.
   4. Biodiversity loss weakens the ecological machinery that supports food, disease buffering, and resilience.
   5. Migration is rising because livelihoods, homes, and public order are becoming less reliable in many places.
   6. Conflict risk remains elevated where scarcity, grievance, and geopolitical rivalry converge.
   7. The global economy is slower, more indebted, more fragmented, and more shock-prone than it was a generation ago.
   8. Many governments are struggling to remain competent, legitimate, and future-oriented simultaneously.
   9. Authoritarian responses become more tempting as fear, uncertainty, and social stress rise.
   10. Pandemics and antimicrobial resistance remain live system-level threats, not historical curiosities.
   11. Inequality makes every other crisis harder to survive and more politically explosive.
   12. AI now scales manipulation, fraud, surveillance, and truth decay across populations.
   13. Accelerating climate change is both a direct destabilizer and a multiplier of most other crises on this page.
   14. Critical infrastructure and cyber fragility are now systemic risks in their own right.
   15. Geoeconomic fragmentation and the weaponization of trade make cooperation harder exactly when interdependence is deepest.

 

1. Population Pressure and Uneven Demographic Growth

The real issue is not just the growing population headcount. It is about where people are concentrated, how quickly demand grows, and whether institutions can keep food, water, housing, sanitation, energy, and jobs from becoming permanent triage.

a. Urban systems will face a much heavier strain as population and urban concentration rise.
Likely time range: 2026 to 2050

Estimated likelihood: Very high, about 90 to 95%

b. Food, feed, housing, and freshwater demand will keep climbing even where population growth slows later.
Likely time range: 2026 to 2050

Estimated likelihood: Very high, about 90 to 95%

c. Fast-growing regions with weak governance will see sharper competition over land, water, infrastructure, and employment.
Likely time range: Late 2020s to 2050

Estimated likelihood: High, about 75 to 85%

 

How accelerating climate change amplifies this crisis

Climate change multiplies this crisis by shrinking the reliability of what expanding populations need most: safe heat exposure, dependable water, stable food production, and livable cities. Hotter baseline temperatures, drought, floods, wildfire smoke, and loss of work capacity mean that the same city or region can support fewer people comfortably, even before absolute scarcity arrives.

Specifically:

• More dangerous heat, wet-bulb exposure, and hotter nights increase the risk of urban mortality and reduce safe outdoor work time.
• Drought, hydrologic whiplash, and water-quality degradation make fast-growing cities harder and more expensive to serve.
• Crop losses, food-price spikes, and migration pressure turn demographic stress into political stress much faster.

 

2. Overshoot, Overconsumption, and Critical Resource Depletion

This is the part where civilization learns that infinite extraction and growth targets on a finite planet was not, in fact, a sophisticated long-term strategy. Overshoot is already here. The bill just arrives in waves rather than one dramatic envelope.

a. Water stress and drought disruption will affect a much larger share of humanity.
Likely time range: 2026 to 2050

Estimated likelihood: Very high, about 85 to 95%

b. Food systems will face sharper pressure from degraded soils, stressed freshwater systems, and uneven access to fertilizer and key inputs.
Likely time range: 2030 to 2050

Estimated likelihood: High, about 75 to 90%

c. Marine food security will remain vulnerable where fisheries management is weak.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 70 to 85%

d. Supply-chain volatility will intensify when water, soils, fisheries, energy, and input shortages interact.
Likely time range: Late 2020s to 2050

Estimated likelihood: Moderate to high, about 60 to 80%

 

 

3. Escalating Pollution of Air, Water, Soil, and the Food Chain

Pollution is how the economy mails consequences to the future and then acts surprised when the future opens the package. Air pollution, chemical contamination, plastics, PFAS, fertilizer and nutrient runoff, and microplastics are now deeply embedded in the systems people eat, drink, and breathe through.

Specifically:

a. Air pollution, toxic exposure, and contamination-linked disease burdens will remain major drivers of premature death and disability.
Likely time range: 2026 to 2050

Estimated likelihood: Very high, about 90 to 95%

b. Plastic, PFAS, heavy-metal, and chemical contamination will continue moving through water, soils, crops, marine food webs, and human bodies.
Likely time range: 2026 to 2050

Estimated likelihood: Very high, about 85 to 95%

c. Pollution cleanup costs and agricultural losses from contaminated land and water will keep rising.
Likely time range: Late 2020s to 2050

Estimated likelihood: High, about 75 to 90%

 

 

How accelerating climate change amplifies this crisis

Climate change acts like an accelerant for pollution. Heat, floods, fires, and low-flow rivers remobilize contaminants, worsen ozone and smoke exposure, and spread pollution into places that previously had some buffer.

Specifically: 

• Wildfires release carcinogenic PM2.5, heavy metals, and toxic combustion products across large regions.
• Flooding spreads sewage, industrial chemicals, mold, and sediment, contaminating homes, farms, and water systems.
• Warmer, slower rivers and reservoirs concentrate pollutants and increase the risk of harmful algal blooms.

 

4. Biodiversity Loss and Ecological Breakdown

Biodiversity is not decorative scenery. It is part of the machinery that regulates soils, pollination, fisheries, disease buffering, water quality, and ecological resilience. When it weakens, human systems inherit the chaos.

A. Species decline, habitat loss, and ecosystem fragmentation will continue eroding pollination, soil health, fisheries, and natural hazard buffering.
Likely time range: 2026 to 2050

Estimated likelihood: Very high, about 85 to 95%

b. Collapse risk will rise in vulnerable ecosystems such as reefs, wetlands, forests, freshwater systems, and some coastal nurseries.
Likely time range: Late 2020s to 2050

Estimated likelihood: High, about 75 to 90%

c. Ecological breakdown will increasingly spill into food insecurity, disease risk, and local economic failure.
Likely time range: 2030 to 2050

Estimated likelihood: High, about 70 to 85%

 

 

How accelerating climate change amplifies this crisis

Climate change is a direct demolition crew for ecological resilience. It changes temperature, rainfall, disturbance patterns, species ranges, ocean chemistry, and fire regimes faster than many ecosystems can adapt.

Specifically:

• Marine heatwaves, acidification, and deoxygenation accelerate reef decline and stress on marine food webs.
• Forest stress, wildfire, pest range shifts, and drought can push ecosystems from carbon sinks toward carbon sources.
• Range shifts and stressed habitats increase the risks of zoonotic spillover and vector-borne diseases.

 

5. Mass Migration and Displacement

Migration is one of the main ways system stress becomes visible in ordinary human life. People move when livelihoods fail, homes become unsafe, public order breaks down, or staying put no longer makes sense.

a. Internal displacement and cross-border migration pressures will keep rising, especially in fragile regions and hazard-prone corridors.
Likely time range: 2026 to 2050

Estimated likelihood: Very high, about 85 to 95%

b. Receiving regions will face more pressure on housing, schools, health systems, infrastructure, and political tolerance.
Likely time range: Late 2020s to 2050

Estimated likelihood: High, about 75 to 90%

c. Migration will increasingly interact with identity politics, border conflict, and labor-market stress.
Likely time range: Late 2020s to 2050

Estimated likelihood: High, about 70 to 85%

 

How accelerating climate change amplifies this crisis

Climate change turns migration from a background demographic process into an emergency adaptation strategy. When heat, drought, floods, fires, crop losses, sea-level rise, and uninsurability stack up, migration stops being optional for many households.

Specifically:

• Sea-level rise, repeated coastal flooding, and insurance retreat increase the need for managed retreat and forced relocation.
• Food and water stress make rural livelihoods less viable and push people to move faster toward cities or across borders.

 

6. Escalating Crime, Conflict, Terror, and War

Scarcity does not mechanically cause violence, but it raises the odds that weak governance, polarization, grievance, and opportunism will do the rest. Humans remain distressingly creative when converting stress into organized harm.

a. Fragile states and conflict-prone regions will face higher risks of violence where food, water, jobs, and legitimacy deteriorate together.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 70 to 85%

b. Great-power rivalry and proxy conflict will keep raising the chance of spillover shocks to trade, energy, shipping, and finance.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 70 to 85%

c. Crime, organized predation, and coercive emergency responses will become more common after repeated system shocks.
Likely time range: Late 2020s to 2050

Estimated likelihood: Moderate to high, about 60 to 80%

 

 

How accelerating climate change amplifies this crisis

Climate change is a threat multiplier here, not a cartoon single cause. It worsens background stressors that make violence and harsh state responses more likely.

Specifically:

• Water scarcity, crop failure, and food-price spikes intensify grievance and survival pressures.
• Migration surges can trigger backlash politics, border militarization, and communal violence.
• Disaster shocks can expand emergency powers, policing burdens, and coercive control systems.

 

7. Global Economic Fragility and Financial Instability

The world economy is more indebted, tightly coupled, and politically weaponized than prudent species management would recommend. That means repeated shocks travel farther, faster, and with more interesting failure modes.

a. Global growth is likely to remain slower and more volatile than pre-2008 norms.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 75 to 90%

b. Debt stress, financing costs, and fiscal strain will keep limiting public investment and crisis response capacity.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 75 to 90%

c. Commodity shocks, trade barriers, and conflict-driven disruptions will repeatedly unsettle inflation, borrowing, and investment.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 70 to 85%

 

 

How accelerating climate change amplifies this crisis

Climate damage increasingly behaves like an economic tax, a supply shock, an insurance shock, and a fiscal shock all at once. It pushes costs upward while reducing resilience and productive stability.

Specifically:

• Work-capacity loss, damaged infrastructure, and repeated disasters weaken productivity and growth.
• Insurance retreat, stranded assets, and property devaluation create cascading balance-sheet risks.
• Food and energy volatility driven by climate disruption will entrench inflation and deepen fiscal deficits.

 

8. Political System Instability and Government Failure

Governments do not fail only when they collapse. They also fail when they remain standing but cannot plan, deliver, coordinate, or maintain legitimacy under compound stress.

a. More governments will struggle to provide reliable public goods under mounting fiscal, ecological, climate change, and social pressure.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 70 to 85%

b. Public trust will continue to erode where corruption, incompetence, disinformation, or repeated emergency failures dominate.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 75 to 90%

c. States with weak institutions will remain vulnerable to legitimacy crises, fragmentation, or partial service collapse.
Likely time range: Late 2020s to 2050

Estimated likelihood: Moderate to high, about 60 to 80%

 

 

How accelerating climate change amplifies this crisis

Climate change makes competent government harder and poor government more obvious. Repeated heat, fire, flood, crop, insurance, and migration shocks test planning capacity in public view.

Specifically: 

• Emergency response burdens can overwhelm local and national institutions.
• Rising adaptation and rebuilding costs force ugly tradeoffs between maintenance, welfare, and debt service.
• Repeated climate losses can destroy trust if governments underprepare, mislead, or shift costs unfairly.

 

9. Authoritarianism, Executive Overreach, and Harder Nationalism

Fear is politically useful. In anxious societies, leaders offering order, enemies, and simple slogans often outperform leaders offering complexity, humility, and math. Tragic little market distortion.

a. Democratic backsliding and concentration of executive power will remain live risks in stressed states.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 70 to 85%

b. Harder nationalist and anti-migrant politics will likely intensify where social stress and perceived scarcity rise.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 75 to 90%

c. Surveillance, emergency powers, and civil-liberty restrictions may expand under security and crisis-management justifications.
Likely time range: Late 2020s to 2050

Estimated likelihood: Moderate to high, about 60 to 80%

 

 

How accelerating climate change amplifies this crisis

Climate stress adds political fertilizer to authoritarian drift by making populations angrier, more fearful, more economically brittle, and more receptive to scapegoating.

Specifically:

• Disaster states of emergency can normalize extraordinary powers and coercive management.
• Migration and scarcity shocks can feed xenophobia and harsher border regimes.
• Fear-driven politics can trade real adaptation for propaganda, denial, or repression.

 

10. New Pandemics, Disease Outbreaks, and Antimicrobial Resistance

Pandemic risk did not disappear because people got tired of thinking about it. Add ecological disruption, dense mobility networks, strained health systems, and antimicrobial resistance, and the future stays unhelpfully interesting.

a. New zoonotic (COVID-19-like) outbreaks and faster disease spread remain highly probable through 2050.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 70 to 85%

b. Antimicrobial resistance will continue to raise mortality, disability, and health-system costs.
Likely time range: 2026 to 2050

Estimated likelihood: Very high, about 85 to 95%

c. Health systems will face heavier compound stress from outbreaks, chronic disease, aging populations, escalating climate change emergencies, and uneven preparedness.
Likely time range: 2026 to 2050

Estimated likelihood: Very high, about 85 to 95%

 

How accelerating climate change amplifies this crisis

Climate change expands disease risk not by magic but by ecology. It shifts vectors, worsens heat and smoke illness, drives flood contamination, and piles chronic stress onto systems that are already overloaded.

Specifically:

• Warming and shifting species ranges expand the geography of many vector-borne diseases.
• Floods, sewage failures, smoke, and heat raise baseline illness and reduce surge capacity in health systems.
• Habitat disruption and changing human-animal contact can increase disease spillover opportunities.

 

11. Inequality, Poverty, and Social Fracture

Inequality is not merely unfair. It is a resilience destroyer. It determines who absorbs shocks, who is displaced, who goes bankrupt, who goes without care, and who gets handed the invoice for someone else’s profitable externalities.

a. Extreme poverty and economic precarity will remain stubbornly high for hundreds of millions of people.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 75 to 90%

b. Wealth and opportunity gaps will continue undermining cohesion, trust, and social mobility.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 75 to 90%

c. Repeated shocks will hit lower-income households first and hardest, widening social fracture and grievance.
Likely time range: 2026 to 2050

Estimated likelihood: Very high, about 85 to 95%

 

 

How accelerating climate change amplifies this crisis

Climate change is brutally unequal in practice. It raises costs for everyone but tends to break the poor, the medically vulnerable, the displaced, and the uninsured first.

Specifically: 

• Heat, food inflation, insurance loss, repair costs, and displacement fall disproportionately on low-buffer households.
• Climate-linked labor loss and school interruption reduce lifetime earnings and intergenerational mobility.
• Adaptation without fairness can deepen class division and political resentment.

 

12. AI-Enabled Manipulation, Surveillance, and Mass Psychological Distortion

AI is not only an automation tool. It is a scaling tool for persuasion, fraud, surveillance, deepfakes, manipulation, political propaganda and control, and epistemic vandalism. Humans already had a truth problem. Now the machinery is getting cheaper.

a. Disinformation, impersonation, and trust erosion will become faster, cheaper, and more convincing.
Likely time range: 2026 to 2050

Estimated likelihood: Very high, about 85 to 95%

b. Political surveillance and behavior-shaping systems will likely expand across state and commercial settings.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 75 to 90%

c. The predicted AI-driven labor and job disruption and cognitive overload will interact with current polarization and institutional mistrust.
Likely time range: Late 2020s to 2050.

AI is predicted to cause the sudden loss of a large percentage of jobs in white-collar and other automated industries. This kind of rapid social change, through job loss without rapid reintegration into new jobs, fuels social unrest and many other social problems.

Estimated likelihood: High, about 70 to 85%

Although this polycrisis section dealt mainly with the negative potentials of AI use, the highly disruptive, super-rapid changes associated with and widely forecast for the increasing use of ever more powerful AI tools may themselves also become one of humanity's greatest survival and future quality-of-life challenges. The current forecasts range from an AI-enabled ultimate police-and-slave state, with AI as the planet's new Apex predator, to a benign, AI-powered utopia for humanity, where AI and robotics take over most of humanity's mundane tasks, freeing humanity to pursue education and all kinds of other wonderful new things.

 

 

How accelerating climate change amplifies this crisis

Climate shocks create ideal conditions for manipulation: fear, uncertainty, emergency messaging, damaged institutions, and desperate populations. AI then industrializes the confusion.

Specifically:

• After disasters, false information, scams, and blame narratives can spread faster than verified guidance.
• Governments may justify broader surveillance or algorithmic control in the name of climate-change emergency management.
• Climate anxiety and social stress make populations more vulnerable to simplistic, extremist, or false narratives.

 

13. Accelerating Climate Change

The phrase "accelerating climate change" appears in this article Several times. First, it deserves its own crisis slot because it is a large, direct, physical destabilizer of Earth systems. Second, it belongs inside the other crises because it amplifies, multiplies, or accelerates many of them.

Climate change is a central threat multiplier. The careful version is this: climate stress does not automatically determine every outcome, but it repeatedly and steadily exacerbates water stress, food insecurity, migration, health burdens, insurance failures, debt, authoritarian drift, and conflict risk.

One last but important thing about the list of primary and secondary climate change consequences you see below. When you combine these consequences with the 14 other global crises of the polycrisis on this page, you have the perfect explanation for why we have consistently predicted that if radical global fossil fuel reductions are not immediately enacted worldwide, as much as half of humanity could be dead by 2050. The 14 other global crises and the primary and secondary climate change consequences, unfolding faster and faster and fueled by the Climageddon Feedback Loop, and with no effective or empowered global government to manage these escalating crises, constitute a global nightmare and unprecedented catastrophe eagerly waiting to happen.

 

 

The Primary climate change consequences through 2050

1. 1. Rising greenhouse gases, hotter baseline temperatures, and more dangerous heat extremes
      Time range: Already underway; intensifying now through 2026 to 2035; still worsening through 2035 to 2050
   2. Higher humidity, wet-bulb stress, and more direct heat-humidity exposure
      Time range: Already happening; expanding quickly through 2026 to 2035; severe in hotter regions first, then more widely
   3. Hydrologic whiplash: heavier downpours, flash floods, river floods, and unstable runoff
      Time range: Already happening; intensifying now through the 2030s; much costlier by 2035 to 2050
   4. Drought, megadrought, desertification, water scarcity, and dust-storm expansion
      Time range: Already underway in multiple regions; intensifying through 2026 to 2035; a defining stress in many regions by 2035 to 2050
   5. Stronger storms, wind extremes, and broader severe-weather disruption
      Time range: Already happening; intensifying through the 2030s; escalating losses through mid-century
   6. Seasonal instability, jet-stream disruption, and weather whiplash
      Time range: Already underway; especially consequential through 2026 to 2035; ongoing through 2050
   7. Longer wildfire seasons, larger fires, smoke waves, and toxic fire exposure
      Time range: Already happening; intensifying through 2026 to 2035; much worse in many fire-prone regions by the 2030s and 2040s
   8. Cryosphere loss: shrinking sea ice, glaciers, ice shelves, and snowpack
      Time range: Already happening; accelerating through 2026 to 2035; many effects persist for decades or longer
   9. Albedo's sunlight reflective loss and self-reinforcing heating feedbacks
      Time range: Already underway; intensifying through the 2020s and 2030s; long tail beyond 2050
   10. Sea-level rise, coastal flooding, erosion, and saltwater intrusion
       Time range: Already happening; intensifying now through 2026 to 2035; far larger and more expensive through 2035 to 2050 and beyond
   11. Ocean warming, marine heatwaves, acidification, deoxygenation, and harmful algal blooms
       Time range: Already happening; intensifying through the 2020s and 2030s; worsening through mid-century and beyond
   12. Coral reef collapse, fishery decline, and broader marine biodiversity loss
       Time range: Already underway; severe in many reef systems now; food-security effects intensify through 2026 to 2035 and 2035 to 2050
   13. Forest stress, carbon sink-to-source shifts, soil carbon loss, permafrost thaw, methane release, and related feedback risks
       Time range: Already underway in some regions; intensifying through the 2020s and 2030s; major feedback risks grow through mid-century
   14. Ocean circulation-system disruption, including AMOC slowdown risk
       Time range: Ongoing concern now; uncertain timing and magnitude; system significance rises through the 2030s and beyond
   15. Climate-driven biodiversity loss, shifting species ranges, vector movement, and zoonotic spillover risk
       Time range: Already underway; intensifying through 2026 to 2035; major ecological and public-health consequences continue through mid-century
   16. Direct human health harms from heat, smoke, pollution, plastics, microbes, sewage, mold, and disaster exposure
       Time range: Already underway; intensifying now through 2026 to 2035; severe burdens continue through mid-century.

 

 

The Secondary climate change consequences through 2050

These are the indirect human-system consequences that follow after the direct climate-system changes repeatedly hit food, water, health, housing, finance, infrastructure, migration, and politics.

1. 1. Work-capacity loss, labor disruption, commuting breakdowns, and school interruption
      Time range: Already happening; intensifying through 2026 to 2035; larger productivity losses through mid-century
   2. Food-system breakdown: crop failures, fishery decline, livestock stress, and distribution disruption
      Time range: Already underway; intensifying now through 2026 to 2035; severe in many regions by 2035 to 2050
   3. Food-price spikes, shortages, malnutrition, and rising starvation risk
      Time range: Already happening in vulnerable regions; intensifying through 2026 to 2035; potentially far worse globally through 2035 to 2050
   4. Water rationing, water-rights conflict, and cascading farm, power, and city stress
      Time range: Already underway in some basins; intensifying through the 2020s and 2030s; persistent through mid-century
   5. Public-health-system overload, disease outbreaks, pandemic risk, mental-health strain, and rising medical costs
      Time range: Already happening; intensifying through 2026 to 2035; persistent and compounding through mid-century
   6. Infrastructure damage, service outages, and the fraying of normal daily reliability
      Time range: Already underway; intensifying now through 2026 to 2035; widespread fragility grows through 2035 to 2050
   7. Supply-chain instability, shortages of essential goods, and commodity-price shocks
      Time range: Already visible; intensifying through the 2020s and 2030s as repeated regional disruptions stack
   8. Insurance retreat, reinsurance pullback, mortgage stress, and growing uninsurability
      Time range: Already underway; intensifying rapidly through 2026 to 2035; clearer in more regions by 2035 to 2050
   9. Real-estate devaluation, stranded assets, managed retreat, and relocation costs
      Time range: Already visible in some regions; expands through 2026 to 2035; becomes system-shaping in more places through 2035 to 2050
   10. Household cost explosions: food, electricity, climate change repairs, insurance, taxes, debt, and homelessness
       Time range: Already underway; intensifying through 2026 to 2035; much heavier burden through mid-century
   11. Inflation, budget deficits, banking stress, and broader financial instability
       Time range: Already emerging; intensifying through the 2020s and 2030s; potentially severe through 2035 to 2050
   12. Migration, displacement, and climate-refugee pressure
       Time range: Already happening; intensifying through 2026 to 2035; potentially enormous through 2035 to 2050
   13. Crime, policing burdens, emergency powers, and harder domestic control systems
       Time range: Patchy now; likely intensifying through 2026 to 2035 as repeated shocks, scarcity, and migration pressures rise
   14. Political unrest, democratic erosion, authoritarian drift, xenophobia, and extremist recruitment
       Time range: Already visible in some places; intensifying through the 2020s and 2030s; potentially severe by mid-century
   15. Conflict, war risk, liability battles, and cascading regional collapse
       Time range: Already emerging in fragile settings; intensifying through 2026 to 2035; much larger risk through 2035 to 2050 under continued warming.

Please read the following illustration from the bottom up to understand how one system feeds into and amplifies the next system.

 

 

A quick summary of how accelerating climate change amplifies this crisis

Climate and cyber risk converge here. Heat, floods, wildfires, storms, and sea-level rise physically weaken infrastructure, while digitization and geopolitical rivalry make its control systems harder to defend.

Specifically:

• Heat and wildfire stress on grids and telecom, raising outage frequency just as cooling demand surges.
• Floods and coastal encroachment threaten ports, treatment plants, roads, rail, substations, warehouses, and data-dependent logistics.
• Repeated physical disruption lowers cyber resilience because organizations spend more resources on recovery and less on hardening.

 

14. Critical Infrastructure Fragility and Cyber-System Disruption

Modern life rests on electricity, water, telecom, cloud services, logistics, ports, health systems, payments, and industrial control networks. These systems are increasingly connected, increasingly indispensable, and increasingly attackable. Which is exactly the sort of design humans would produce right before acting surprised.

a. Critical infrastructure outages and service interruptions will become more disruptive as systems age, interdependence grows, and climate and cyber risks stack together.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 75 to 90%

b. Cyberattacks on supply chains, public services, health systems, utilities, and critical operators will remain a major systemic risk.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 75 to 90%

c. AI-enabled cyber offense, ransomware, and influence operations will likely raise the speed and scale of disruption.
Likely time range: Late 2020s to 2050

Estimated likelihood: High, about 70 to 85%

d. Regions and institutions with weak resilience planning will face higher probabilities of cascading outages across multiple sectors.
Likely time range: Late 2020s to 2050

Estimated likelihood: Moderate to high, about 60 to 80%

 

 

 

15. Geoeconomic Fragmentation, Trade Weaponization, and Supply-Chain Balkanization

The global economy is not merely slowing. It is being politically re-engineered through tariffs, export controls, sanctions, industrial subsidies, strategic stockpiling, and resource nationalism. Trade is increasingly treated as a weapon, not just a bridge.

 

 

a. Higher trade barriers, policy uncertainty, and economic confrontation will likely keep weakening growth and investment.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 75 to 90%

b. Poorer and import-dependent countries will remain especially vulnerable to food, fertilizer, fuel, and capital shocks.
Likely time range: 2026 to 2050

Estimated likelihood: High, about 75 to 90%

c. Supply chains will become more redundant in some sectors but also more expensive, more politicized, and less efficient overall.
Likely time range: Late 2020s to 2050

Estimated likelihood: High, about 70 to 85%

d. Resource controls and strategic decoupling may intensify interstate tensions and increase the odds of synchronized economic shocks.
Likely time range: Late 2020s to 2050

Estimated likelihood: Moderate to high, about 60 to 80%

 

Here is the Critical Key Interaction Chart Across the Fifteen Global Crises of the Polycrisis

The logic of how the 15 crises will interact (below) is a synthesis, not a claim that every interaction pathway between the various 15 crises is equally strong everywhere. It is grounded in the most authoritative cross-sector evidence reviewed here: UN demographic projections, UNEP resource-use analysis, WHO pollution and AMR evidence, IPBES biodiversity and nexus assessments, UNHCR and World Bank displacement projections, IMF debt and fragmentation analysis, Freedom House and IDEA/V-Dem governance trends, WEF risk and cyber reports, and WMO/IPCC climate assessments.

 

 

A practical way to read the chart above is to notice that certain crises behave as super-accelerants. Climate change, geoeconomic fragmentation, conflict, economic fragility, AI-enabled manipulation, and infrastructure/cyber disruption transmit shocks unusually fast; biodiversity loss, pollution, overshoot, and inequality degrade the system more slowly but make every later shock considerably harder to absorb; migration, pandemics, and authoritarian drift often convert accumulated stress into visible social breakdown.

 

The 15 Global Crises Seen as a Self-reinforcing Positive Feedback Loop and Increasing Intensification Spiral, with the Tipping Point Windows for Each Crisis

The more one can visualize how a complex situation involving many systems will interact with each other, the better one can manage those interactions. A useful “spiral positive-feedback” figure will rank the 15 global crises by two combined criteria: near-term likelihood of causing major disruption first, and power to amplify several other crises once activated. On that basis, climate change belongs at the hub because it is already active and already amplifying the rest, while the earliest outer turns should emphasize geoeconomic fragmentation, conflict, AI-enabled manipulation, infrastructure/cyber disruption, economic fragility, and government failure. That ordering is consistent with the WEF 2026 ranking of geoeconomic confrontation, interstate conflict, extreme weather, societal polarization, and misinformation as among the top near-term risks, and with IMF/WEF evidence on fragmentation, debt, and cyber complexity.

 

 

 

 

Visualizing the Major Accelerators and Cross-system Loops of the 15 Parts of the Global Polycrisis

The most defensible way to visualize the 15-crisis system is not a fully connected hairball but a weighted loop map showing the strongest recurrent channels: demand and overshoot; degradation and health burden; climate-food-water-displacement; conflict-trade-finance; governance-authoritarianism; and AI/cyber trust erosion. Those are the pathways most consistently supported across the original page, the WEF risk reports, IMF fragmentation analysis, WHO health evidence, UNHCR displacement data and IPBES nexus findings.

 

The following more complex AI-created deep research diagram highlights that the system has several reinforcing loops, not one. One loop runs from population pressure into overshoot, pollution, and biodiversity loss. Another runs from climate disruption into food, water, migration, conflict, and fiscal strain. A third runs from economic stress into government failure, authoritarianism, and greater fragmentation. A fourth runs through AI-enabled manipulation and cyber fragility, which undermine trust and make every other crisis harder to govern. That is why the polycrisis is better described as a self-reinforcing network than as a stack of separate threats.

Seeing these four reinforcing accelerator loops in the interactions among the 15 global crises helps one again see that not everything is driven by the same accelerators. Knowing these four key accelerator loops will help you watch the news and have a bit of extra predictive or anticipatory sense of what is likely to get worse next.

 

 

The 15 worst global polycrisis areas or nations where system failure will hit first and hardest

To talk about the true urgency and priorities of the escalating polycrisis in a practical way that engages solutions, one must first understand the highest-priority regions and nations whose worst cumulative and synergistic polycrisis consequences will overlap.

As you will see below, it is not just the weakest nations and regions that will enter cycles of system collapse. Even the most powerful nations on Earth (toward the end of the list 10-15 below) will face major crises.

Here is that list of the biggest global polycrisis problem areas and when and why they will hit severe crisis points:

1. Sudan, South Sudan, Chad, and the wider Sudan-Central Africa corridor
This is the clearest top-tier overlap zone. Sudan is now the world’s largest displacement crisis, Sudan and South Sudan are among the highest-concern hunger hotspots, Chad faces high debt distress risk, and the whole belt sits inside a larger fragility arc with weak coping capacity and severe climate and water stress pressures.

Most dangerous period: 2026-2032, with a second danger window in 2033-2040 if today’s crises harden into a permanent regional emergency.

Most important potential tipping point: 2027-2030, when the Sudan war, famine-risk conditions, cross-border displacement, and donor exhaustion could overwhelm the absorptive capacity of Chad and South Sudan and turn a terrible war into a chronic regional systems failure.

Three biggest drivers: war and mass displacement; extreme hunger and aid shortfalls; weak state and fiscal capacity under climate and water stress. Sudan is already the world’s largest displacement crisis, Sudan and South Sudan remain among the gravest hunger hotspots, and Sudan, South Sudan, and Chad sit inside the World Bank’s fragile/conflict-affected group.

 

2. The Central Sahel, especially Mali, Burkina Faso, Niger, and spillover zones in northern Nigeria
The Sahel keeps showing up on nearly every bad list humans have invented: conflict, food insecurity, displacement, political fragmentation, climate shocks, and economic fragility. UNHCR describes the Central Sahel as facing worsening insecurity, climate shocks, food insecurity, and economic fragility, while the Fragile States Index explicitly highlights West Africa and the Sahel as regions where global fragmentation is amplifying instability.

Most dangerous period: 2026-2033, then 2034-2042 if insecurity continues to spread southward and coastal spillover accelerates.

Most important potential tipping point: 2028-2032, when insurgency, food insecurity, and climate shocks could push large rural areas beyond the normal state's reach and make recovery far more expensive and less likely.

The three biggest drivers are: conflict and insecurity; food insecurity and economic fragility; and climate shocks interacting with rapid demographic pressure. UNHCR describes the Central Sahel as facing worsening conflict, insecurity, climate shocks, food insecurity, and economic fragility, while the OECD’s fragility work shows that crises and instability are converging most acutely in already fragile contexts.

 

3. The Great Lakes and Central African crisis zone, especially the Democratic Republic of the Congo and the Central African Republic
This region is vulnerable because it combines conflict, displacement, hunger, poverty, weak institutions, and intense competition for resources. The DRC is listed by FAO/WFP as a very-high-concern hunger hotspot, while the World Bank classifies both DRC and CAR as fragile/conflict-affected, and the IMF lists CAR as high risk of debt distress.

Most dangerous period: 2026-2034, with a longer-burn danger window in 2035-2045.

Most important potential tipping point: 2027-2031, if eastern DRC violence, mass hunger, disease pressures, and weak institutions lock the region into a durable war economy that keeps spilling across borders.

Three biggest drivers: conflict and displacement; severe food insecurity; chronic institutional fragility. FAO/WFP identified the DRC as a very-high-concern hunger hotspot, and both the DRC and CAR are on the World Bank’s fragile/conflict-affected list.

 

4. Yemen and the fragile Red Sea Arc
Yemen remains one of the world’s most severe overlap cases because it combines conflict, hunger, weak governance, import dependence, water stress, and external vulnerability. FAO/WFP classifies Yemen as a very-high-concern hunger hotspot, the World Bank includes it in its fragile/conflict-affected group, and UN-Water identifies Western Asia as a region already under significant water stress.

Most dangerous period: 2026-2033, then 2034-2042 if Red Sea insecurity and domestic breakdown continue to feed on one another.

Most important potential tipping point: 2027-2030, when conflict, water scarcity, dependence on food imports, and disruptions to external trade routes could combine to trigger a deeper state-capacity collapse.

Three biggest drivers: chronic conflict, water scarcity and food dependence, and geoeconomic and shipping-route shocks. Yemen has been elevated into the highest-concern hunger tier, remains on the World Bank fragility list, and sits in a wider region already under significant water stress.

 

5. Afghanistan-Pakistan
This is one of the most dangerous combined-risk pairings because Afghanistan remains extremely fragile and underfunded, while Pakistan is highly exposed to climate and water stress, weak readiness, and regional fragmentation shocks. IMF work on geoeconomic fragmentation finds that Pakistan could be among the countries most affected under a more fragmented global trade order, while UN-Water lists Pakistan among countries with high or critical water stress, and ND-GAIN places Pakistan very low on resilience rankings.

Most dangerous period: 2026-2032, then 2033-2040.

Most important potential tipping point: 2028-2032, when Pakistan’s water stress, infrastructure strain, and weak readiness could collide with Afghanistan spillovers and trade-fragmentation shocks, producing a more openly fiscal and political crisis.

Three biggest drivers: water and food vulnerability; weak readiness and governance; regional fragmentation and security spillover. Pakistan’s ND-GAIN profile shows high vulnerability and very low readiness, including severe water and food indicators, while IMF work specifically groups Pakistan with MENA/CCA economies exposed to fragmentation pressures. Afghanistan remains in the World Bank’s fragile/conflict-affected category.

 

6. Haiti and the most fragile parts of the Caribbean
Haiti deserves its own spot because it is not just climate-exposed. It combines state fragility, hunger, poverty, weak infrastructure, and repeated disaster shocks. FAO/WFP places Haiti in the highest-concern hunger tier, the World Bank lists it among fragile and conflict-affected situations, and OECD work shows the Caribbean is highly vulnerable due to low coastal settlement patterns, infrastructure gaps, and repeated exposure to extreme weather.

Most dangerous period: 2026-2031, with a second window in 2032-2038.

Most important potential tipping point: 2026-2029, if gang control keeps outrunning the state’s capacity to reassert authority while hunger, displacement, disease risk, and economic contraction deepen.

Three biggest drivers: armed violence and state failure; hunger and economic collapse; storm and infrastructure vulnerability. Haiti is in the highest-concern hunger tier, is on the World Bank fragility list, and IPC reports describe a multi-dimensional crisis marked by repeated recession, large-scale displacement, insecurity, and worsening sanitation and disease risks.

 

7. Bangladesh and the Bay of Bengal delta zone
Bangladesh is high on the list because dense population, flood risk, heat, salinity, health stress, and food-system vulnerability all stack together there. The World Bank says Bangladesh is among the most at-risk countries in one of the world’s most climate-vulnerable regions, and South Asia’s Indo-Gangetic Plains and Himalayan Foothills, which include Bangladesh, are already experiencing severe health and productivity losses from dirty air on a near-civilizational scale.

Most dangerous period: 2028-2035, then 2036-2045.

Most important potential tipping point: 2030-2035, when repeated shocks from heat, flooding, salinity, and urban overcrowding could simultaneously undermine labor productivity, food systems, and migration management.

Three biggest drivers: severe heat and flood exposure; dense population and exposed delta geography; high vulnerability with limited readiness. The World Bank says Bangladesh is among the most at-risk countries in one of the world’s most climate-vulnerable regions, with nearly 90% of South Asia’s population expected to face extreme heat by 2030 and nearly a quarter at severe risk of flooding; ND-GAIN ranks Bangladesh among the world’s most vulnerable and least ready countries.

 

 

8. The non-GCC Middle East and North Africa belt, especially Egypt, Iraq, Jordan, Syria, Tunisia, and Iran
This region ranks highly because water stress, food-import dependence, migration pressure, conflict spillover, youth unemployment, and political fragility overlap in ugly ways. UN-Water identifies Northern Africa as already at critical water stress and Western Asia as stressed as well, while IMF work suggests MENA countries outside the Gulf are among the most exposed to losses from deeper geoeconomic fragmentation.

Most dangerous period: 2026-2034, then 2035-2045.

Most important potential tipping point: 2028-2033, if water scarcity, food import dependence, youth unemployment, and legitimacy crises converge with war spillovers or harsher geoeconomic fragmentation.

The three biggest drivers: water stress, import and fiscal vulnerability, and conflict and governance stress. Northern Africa is already experiencing critical water stress; Western Asia is stressed as well, and IMF work warns that MENA economies face complex risks as fragmentation, insecurity, and economic uncertainty intensify.

 

9. Pacific atoll states and other highly exposed SIDS, especially Kiribati, Tuvalu, the Marshall Islands, and several Caribbean island states
These countries are small, but they are not marginal. They are front-line polycrisis laboratories where debt, food insecurity, sea-level rise, infrastructure weakness, energy dependence, and external financial shocks pile up fast. UN DESA describes SIDS as being on the front lines of climate change, food insecurity, economic shocks, debt burdens, and rising inequalities, while World Bank work on Pacific atolls finds that some of these states face existential adaptation costs and major output losses from rising seas.

Most dangerous period: 2030-2040, with the sharpest existential pressure in 2040-2050.

Most important potential tipping point: 2035-2045, when adaptation costs and repeated damaging events may make managed retreat or mobility planning unavoidable for some communities.

Three biggest drivers: sea-level and storm exposure; tiny fiscal bases and debt burdens; food, water, and infrastructure fragility. UN DESA says SIDS are on the frontlines of climate change, food insecurity, economic shocks, debt burden, and inequality, while World Bank work on Pacific atolls warns that a one-in-20-year climate event in Tuvalu could cause losses equivalent to 50% of annual output by 2050 without urgent action.

 

10. Ukraine and the Eastern European frontline
Ukraine remains a high-priority polycrisis zone because war, displacement, infrastructure damage, energy insecurity, fiscal strain, demographic stress, and geopolitical confrontation all converge there. UNHCR reports that more than 12.7 million people inside Ukraine were in need of humanitarian assistance in 2025, while the WEF ranks state-based armed conflict among the top near-term global crisis triggers.

Most dangerous period: 2026-2032, then 2033-2040 if the war freezes rather than ends.

Most important potential tipping point: 2026-2029, if donor fatigue, fiscal stress, continued infrastructure attacks, and demographic depletion combine to lock in long-war conditions and weaken the reconstruction base.

Three biggest drivers: war and infrastructure destruction; donor and budget dependence; demographic exhaustion and displacement. Recent reporting shows funding delays, and shortfalls can quickly translate into severe budget pressure and reduced humanitarian support.

Here are the surprising stronger countries and major powers that still belong on the polycrisis danger list

These countries are not on the above list because they are the weakest. They are on the list because they are so large, so interconnected, or so infrastructure-heavy that when they wobble, the rest of the world feels it.

 

11. India
India is one of the strongest cases for a major power that is also deeply exposed to polycrisis. It combines water stress, air pollution, heat stress, food-system risk, urban infrastructure strain, inequality, and sheer scale. ND-GAIN places India relatively low in readiness. The World Bank says India is central to global water-security efforts, and WRI finds India is one of just four countries that account for over half of the global GDP expected to be exposed to high water stress by 2050.

Most dangerous period: 2028-2035, then 2036-2045.

Most important potential tipping point: 2031-2036, when extreme heat, water stress, air pollution, agricultural stress, and urban job pressure could begin reinforcing one another at the national scale.

Three biggest drivers: water stress, heat, and ecological-health stress; massive scale interacting with inequality and governance load. The World Bank says almost 90% of South Asia could face extreme heat by 2030, and ND-GAIN ranks India as vulnerable, even though it has greater readiness than poorer, more fragile states.

 

12. China
China belongs here because of the overlap between aging, water scarcity, infrastructure dependence, geoeconomic confrontation, and cyber exposure. The World Bank has long identified water scarcity as a strategic development challenge. Layer that onto WEF warnings about geoeconomic confrontation, cyber insecurity, and infrastructure strain, and China becomes a classic systemic-risk country.

Most dangerous period: 2030-2038, then 2039-2050.

Most important potential tipping point: 2032-2038, if rapid aging, labor-force contraction, water-management stress, export-model strain, and harsher geoeconomic confrontation reinforce one another long enough to create a durable legitimacy-and-growth problem.

Three biggest drivers: aging and workforce contraction; geoeconomic fragmentation and trade conflict; climate-water stress interacting with infrastructure and food systems. RAND projects that by 2050, China will have fewer than two working-age adults per person over 65, while other RAND and IMF work point to rising water-management challenges and fragmentation pressures.

 

13. The United States
The United States belongs on the danger list not because it is likely to be the first case of humanitarian collapse, but because it is a giant amplifier of global shocks. The Fifth National Climate Assessment says climate risks are already worsening across every US region, and 2025 FBI/CISA alerts show repeated concern about cyber threats to critical infrastructure. Add the US role inside trade, finance, information systems, and great-power rivalry, and domestic instability there would ricochet outward very fast.

Most dangerous period: 2028-2036, then 2037-2045.

Most important potential tipping point: 2028-2032, if repeated climate disasters, critical infrastructure cyber incidents, insurance stress, and political polarization begin eroding the legitimacy of responses across multiple states at once.

Three biggest drivers: worsening climate extremes across all regions; cyber and infrastructure fragility; polarization and distrust of governance. The UNIDIR and CISA both underscore that the cyber threat environment surrounding critical infrastructure remains serious and rapidly evolving.

 

14. Japan, South Korea, Italy, Greece, and Spain
These are not classic fragility states, but they are highly exposed to a different cluster of polycrisis: rapid aging, shrinking workforces, fiscal stress, infrastructure costs, energy dependence, and technological-system vulnerability. OECD projections show the old-age-to-working-age ratio in these countries rising to extreme levels by the 2050s, which means they face a slower-moving but very real resilience problem.

Most dangerous period: 2030-2040, with the deepest structural squeeze in 2040-2050.

Most important potential tipping point: 2033-2042, when aging, shrinking workforces, pension and care burdens, energy and trade vulnerability, and climate-driven infrastructure costs could create a slow but very real resilience trap.

Three biggest drivers: rapid aging and workforce decline; fiscal and pension strain; infrastructure and import dependence. OECD projects that by 2054, the old-age-to-working-age ratio will exceed 70 in Greece, Italy, Japan, Korea, and Spain, with particularly steep declines in the working-age population in several of these countries.

 

15. Egypt, Turkey, and Mexico
These are stressed middle powers and bridge states. They matter because they sit at the intersection of water stress, trade routes, migration systems, exposure to food and energy, and regional political tensions. WRI finds that India, Mexico, Egypt, and Turkey together account for over half of the global GDP exposed to high water stress by 2050, a stark warning sign for countries that already bear strategic regional burdens.

Most dangerous period: 2028-2036, then 2037-2045.

Most important potential tipping point: 2030-2035, when water stress, migration pressure, trade-route or supply-chain disruption, and domestic political stress could begin reinforcing one another.

Three biggest drivers: water stress, chokepoint exposure to trade and fragmentation, and migration and political-pressure spillovers. WRI finds that India, Mexico, Egypt, and Türkiye together account for over half of the global GDP exposed to high water stress by 2050, while WEF warns that geoeconomic confrontation is now the leading near-term global crisis trigger. These countries are high on the list not because they are weak, but because they are heavily connected and strategically located. When they shake, markets and regions shake with them.

Now that you're aware of the most dangerous areas of the future and the time frames most critical within those areas, you're ready for the polycrisis conclusion. Before you go on to the conclusion, while you were reading, did you notice how many different negative consequences and crises cluster around the next 5 to 10 years, and how the percentage probabilities of many of these consequences and crises generally range significantly above 70 to 80%? Did you notice how many tipping points cluster within a 10- to 20-year window from now? If you did, you are getting a good understanding of our preparation, adaptation, and resilience-building window as we work on solutions.

 

Conclusion: Urgency Without Surrender, and the biggest challenge ever facing humanity

The places in the greatest danger listed above are those where fragility, food stress, water stress, debt stress, displacement, conflict, and climate pressure all overlap. But the places the whole world should fear most are the ones where that overlap hits hard, in systemically central powers like India, China, and the United States, because those shocks do not stay local.

Those cumulative and synergetic shocks travel through food markets, migration routes, finance, supply chains, energy systems, data systems, and war. Civilization, in its usual charming fashion, has made sure everything important now shares the same wiring.

But the greatest danger in the rapidly unfolding global polycrisis is not merely that many crises are worsening simultaneously. It may be that the systems humanity depends upon to absorb shocks, buy time, and prevent panic are themselves beginning to weaken, overload, or fail.

Those systems are the buffers: emergency food aid, public health capacity, insurance, infrastructure maintenance, energy reserves, fiscal rescue capacity, disaster response systems, supply-chain redundancy, trusted information systems, and the public’s basic belief that their governments can still protect them when things go wrong.

When those buffers are strong, societies can survive even very serious shocks. When those buffers erode, the same shocks become far more destructive, spread faster, last longer, and trigger new crises elsewhere in our human systems.

This is why this buffer failure factor is so critical to understanding the speed and direction of the polycrisis. A drought is no longer just a drought when crop insurance is failing, aquifers are depleted, food reserves are thin, governments are debt-stressed, and social trust is collapsing. A flood is no longer just a flood when emergency management systems are overwhelmed, infrastructure is old, hospitals are overloaded, and displaced people have nowhere stable to go.

A cyberattack is no longer just a cyberattack when the electric grid, communications systems, banking systems, and public warning systems are tightly interconnected, and no backup capacity remains. In a true polycrisis, the problem is not simply that bad things happen. The problem is that the mechanisms and buffers that once contained bad things are being exhausted at the very moment they are most needed.

This is the real nightmare polycrisis scenario now taking shape. Climate shocks increase food insecurity. Food insecurity drives migration and unrest. Migration and unrest intensify political extremism, border stress, and conflict. Conflict disrupts trade, energy systems, and public budgets. Economic stress weakens health systems, emergency response systems, welfare systems, and infrastructure maintenance. Disinformation and polarization then sabotage coordinated response precisely when coordination matters most.

And every time governments fail visibly, public trust falls further, making the next emergency even harder to manage. This is how a multidirectional polycrisis becomes a self-amplifying cascade. It is not one domino hitting the next in a neat line. It is a whole table shaking until everything unstable begins falling at once.

Once buffer failure reaches a certain level, societies can enter a far more dangerous zone in which recovery from one shock is never complete before the next arrives. That is when emergency becomes normal.

That is when adaptation budgets become permanently inadequate. That is when aid systems become triage systems. That is when insurance becomes unaffordable or unavailable. That is when governments stop solving problems and start rationing pain. And that is when populations begin to lose faith not only in leaders but in the future itself.

If we want to prevent the worst outcomes of the polycrisis, we cannot focus only on reducing the visible threats. We must also urgently rebuild and protect the buffers that keep those threats from cascading into systemic collapse. That means restoring resilience in food systems, water systems, public health, infrastructure, emergency response, fiscal capacity, truthful information systems, and democratic legitimacy.

Because in the end, civilizations rarely fall only because hazards grow larger. They fall because, little by little and then all at once, their shock absorbers fail. And when the shock absorbers fail in a tightly interconnected world, history stops being gradual.

 

The final hard truth about the urgency of the global polycrisis for our politicians and governments is that it is no longer a theoretical problem. It is an implementation problem.

The warning lights are already flashing bright red across food, water, health, migration, debt, trust, ecology, infrastructure, and security. Climate change makes almost all of those red warning lights blink faster, brighter, and more expensively.

But the urgency of a polycrisis is not the same as hopelessness. The next two decades still contain a real margin for better human choices. Governments can reduce emissions quickly, protect food and water systems, harden infrastructure and cyber defenses, restore public-health capacity and other emergency buffers, preserve democratic legitimacy, and reduce the inequality that turns every shock into a social explosion.

They can also keep pretending that each crisis is separate, temporary, or someone else’s problem. One of those paths is difficult. The other is ruinously catastrophic and stupid.

The hopeful fact is that many of the same actions that reduce climate risk also reduce wider polycrisis risk: resilient infrastructure, healthier ecosystems, better early warning, fairer social policy, cleaner energy, stronger public health, more honest information systems, and institutions that plan beyond the next election cycle. Humanity still has agency. The meta-systems collapse window is not closed. It is, however, very much on fire.

So the final message and challenge is that to overcome the growing cumulative and synergetic threats of the escalating global polycrisis to the future survival of humanity, the governments of the world will have to immediately begin cooperating at a transnational level never before achieved in human history. Unfortunately, there are currently no high-level transnational committees or bodies that represent all nations of the world to acknowledge, confront, or collectively resolve the escalating polycrisis at the required multinational and transnational levels.

The United Nations is definitely not the solution because it lacks a multinational and transnational legislative, enforcement, and punitive mechanisms to address any of the singular transnational crises listed above, let alone the collective polycrisis. In the simplest terms, humanity as a collective is being managed like a car without a driver at the wheel, while the car races towards a climate-change-driven acceleration and a cliff where widespread global system collapse, chaos, and catastrophe are inevitable.

We are at the point where the above polycrisis is now controlled by the absence of a true multinational and transnational power capable of legislating and enforcing all of the transnational changes needed to save humanity and its future.

 

 

If you are a visual person, here is a rough illustration of the polycrisis urgency.

The first resource and timetable graph below is the MIT Club of Rome systems-collapse graph, which did not include climate-change factors.

 

The second resource and timetable graph below is from Job One for Humanity, which incorporates current climate change conditions into its calculations and shows that humanity does not come close to the critical 2026 global fossil fuel reduction targets. As you can see, when climate change is added to the equation, major problems for humanity begin to occur as various factors start converging around 2030, in alignment with the newer information in this article, but considerably sooner than in the original MIT Club of Rome studies that did not include current climate change data. (To see all the information behind the MIT and Club of Rome graphs, please see the three articles done by Job One For Humanity that begin here.)

 

 

 

FAQ

What is a polycrisis?

A polycrisis is a cluster of major risks that do not stay in their own lanes. They interact, amplify one another, and generate consequences worse than the sum of their parts.

Why is climate change both its own crisis and woven through the other crises?

Because climate change is both a direct physical destabilizer and a threat multiplier. It deserves its own full section, but it also alters the severity and timing of stresses across food, water, migration, health, infrastructure, finance, and governance.

Are the likelihood percentages exact predictions?

No. They are evidence-based confidence estimates meant to show the dominant direction of risk, not a fake level of point precision. Reality remains regional, nonlinear, and unpleasantly interactive.

What should politicians and governments do first?

Treat this as a systems-level emergency, not a messaging problem. Protect food, water, health, energy, and infrastructure resilience first; radically and immediately reduce fossil-fuel emissions and pollution; harden cyber and public-health systems; preserve social trust; and stop treating long-term prevention as optional.

What should ordinary readers take away from this page?

Do not think in isolated headlines. Watch how one stress makes another harder to manage. That is where the real danger lives, and it is also where better preparation and better policy can still reduce harm.

 

Glossary

This glossary explains the abbreviations and specialized terms used on this page. It is designed for general readers who may not already know climate science, global risk, public health, economics, governance, cyber, or systems terminology.

AI

Artificial intelligence. On this page, AI mostly refers to systems that can generate text, images, audio, video, predictions, surveillance analysis, persuasion, fraud, cyberattacks, or automated decision-making at large scale.

AMOC

Atlantic Meridional Overturning Circulation. A major ocean circulation system that helps move heat through the Atlantic Ocean and affects regional climate, rainfall, storms, and sea levels.

AMR

Antimicrobial resistance. The growing ability of bacteria, fungi, parasites, or viruses to resist medicines that used to treat them. In plain English: some infections are getting better at laughing at our medicine cabinet.

AR6

The Sixth Assessment Report of the Intergovernmental Panel on Climate Change. It is one of the most authoritative global climate-science assessment processes.

CISA

The U.S. Cybersecurity and Infrastructure Security Agency. It focuses on cybersecurity, critical infrastructure protection, election infrastructure security, emergency communications, and related national resilience issues.

DMAP

Dialectical Metathinking Analysis Process. A structured analysis method used by the Universe Institute for examining complex, evolving systems and avoiding overly simple linear thinking.

DTF

Dialectical Thought Forms. A set of systems-thinking and dialectical-analysis tools associated with Otto Laske’s work, used to examine relationships, transformations, contexts, and contradictions in complex systems.

FAO

Food and Agriculture Organization of the United Nations. A UN agency focused on food systems, agriculture, fisheries, forestry, hunger, nutrition, and rural development.

FAS

Federation of American Scientists. A nonprofit organization that analyzes nuclear weapons, security, science policy, and related global-risk issues.

GCC

Gulf Cooperation Council. A regional group that includes Bahrain, Kuwait, Oman, Qatar, Saudi Arabia, and the United Arab Emirates.

GDP

Gross domestic product. A broad measure of the total economic output of a country or region.

IMF

International Monetary Fund. An international institution that analyzes global economic stability, debt, financial risk, fiscal policy, and development finance.

IPBES

Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services. A major international body assessing biodiversity, ecosystem services, nature loss, and their effects on human societies.

IPCC

Intergovernmental Panel on Climate Change. The leading international body for assessing climate science, climate impacts, adaptation, vulnerability, and mitigation.

ILO

International Labour Organization. A United Nations agency focused on work, labor rights, workplace safety, employment, and social protection.

MENA

Middle East and North Africa. A regional term often used in economics, climate-risk, water-risk, migration, and security analysis.

MIT

Massachusetts Institute of Technology. On this page, MIT is mentioned in relation to the Club of Rome systems-collapse modeling tradition.

ND-GAIN

Notre Dame Global Adaptation Initiative. A climate vulnerability and readiness index that compares countries’ exposure to climate impacts and their capacity to adapt.

OECD

Organisation for Economic Co-operation and Development. An intergovernmental organization that produces analysis on economics, governance, security, technology, infrastructure, aging, and social policy.

PFAS

Per- and polyfluoroalkyl substances. A group of persistent chemicals sometimes called “forever chemicals” because many break down very slowly and can accumulate in water, soil, wildlife, and human bodies.

PM2.5

Fine particulate matter with particles 2.5 micrometers or smaller. These particles can penetrate deep into the lungs and bloodstream and are strongly associated with serious health risks.

RAND

RAND Corporation. A research organization that produces analysis on security, economics, demographics, infrastructure, public policy, and international affairs.

SIDS

Small Island Developing States. Island countries and territories often highly exposed to sea-level rise, storms, debt stress, food import dependence, and limited adaptation capacity.

SIPRI

Stockholm International Peace Research Institute. A research institute that tracks arms control, military spending, nuclear weapons, conflict, and international security trends.

UN

United Nations. An international organization made up of member states, with agencies and programs addressing peace, security, development, health, climate, migration, food, and human rights.

UN DESA

United Nations Department of Economic and Social Affairs. It produces major demographic, urbanization, development, and population projections.

UNEP

United Nations Environment Programme. A UN agency focused on environmental protection, pollution, resource use, biodiversity, climate, and ecological sustainability.

UNHCR

United Nations High Commissioner for Refugees. The UN agency focused on refugees, forced displacement, asylum seekers, stateless people, and related humanitarian issues.

UNIDIR

United Nations Institute for Disarmament Research. A UN research institute focused on disarmament, weapons risk, cyber stability, and international security.

UNODA

United Nations Office for Disarmament Affairs. The UN office focused on disarmament, arms control, nuclear weapons, biological weapons, chemical weapons, and related security risks.

UN-Water

A United Nations coordination mechanism for freshwater, sanitation, water security, drought, and related global water issues.

WEF

World Economic Forum. An international organization that publishes major annual global-risk and cybersecurity-risk reports.

WHO

World Health Organization. The UN agency focused on global health, disease outbreaks, pandemics, antimicrobial resistance, pollution-related health risks, and climate-health impacts.

WMO

World Meteorological Organization. A UN agency focused on weather, climate, hydrology, and global climate monitoring.

WPP

World Population Prospects. The United Nations population projection series produced by UN DESA.

WRI

World Resources Institute. A research organization focused on climate, water, forests, food, cities, energy, and environmental risk.

Key Terms

Adaptation

Changes made to reduce harm from climate change or other crises. Examples include heat planning, flood defenses, drought-resistant agriculture, stronger infrastructure, and public-health preparation.

Adaptive capacity

The ability of a person, community, institution, or country to adjust to worsening conditions without breaking down.

Aerosols

Tiny particles or droplets suspended in the atmosphere. Some aerosols cool the planet temporarily by reflecting sunlight, while others harm health or affect clouds and rainfall.

Albedo

The reflectivity of a surface. Ice and snow have high albedo because they reflect more sunlight; darker land and ocean absorb more heat.

Anthropogenic

Caused by human activity. In climate science, anthropogenic warming means warming caused mainly by human greenhouse-gas emissions.

Authoritarian drift

A gradual movement toward concentrated executive power, weaker checks and balances, restricted civil liberties, censorship, surveillance, and harsher state control.

Biodiversity

The variety of life on Earth, including genes, species, ecosystems, and the relationships among them.

Biodiversity loss

The decline of species, habitats, genetic diversity, and ecosystem functions. This weakens food systems, pollination, fisheries, disease buffering, soil health, and resilience.

Carbon sink

A natural or human-made system that absorbs more carbon dioxide than it releases. Forests, soils, wetlands, and oceans can act as carbon sinks, although stress can weaken or reverse that role.

Climate feedback loop

A process where climate change triggers effects that then cause more climate change. For example, warming melts reflective ice, which exposes darker surfaces, which absorb more heat, which causes more warming. Very tidy, if you are a planetary disaster engineer.

Climate shock

A sudden or severe climate-related disruption such as a heat wave, drought, flood, wildfire, storm, crop failure, or infrastructure-damaging event.

Climate stress

The pressure placed on human and natural systems by climate change, including heat, drought, flooding, wildfire, crop losses, disease spread, sea-level rise, and infrastructure damage.

Climate tipping point

A threshold where a climate system may shift into a new state that is difficult or impossible to reverse on human time scales.

Compound risk

Risk created when multiple hazards or stresses overlap, such as drought plus food-price inflation plus weak governance plus conflict.

Critical infrastructure

Systems whose failure would seriously harm public safety, health, the economy, or national security. Examples include electricity, water, transport, ports, telecom, hospitals, cloud services, payment systems, and emergency communications.

Cross-border shock

A disruption that begins in one country or region but spreads through trade, finance, migration, disease, conflict, information systems, or supply chains.

Cyber resilience

The ability of a system or organization to prevent, withstand, recover from, and adapt to cyberattacks, ransomware, data breaches, and digital infrastructure failures.

Debt distress

A condition where a government, company, or household has difficulty servicing debt without cutting essential spending, defaulting, or seeking emergency support.

Democratic erosion

The weakening of democratic institutions, norms, elections, civil liberties, rule of law, press freedom, and public accountability.

Disinformation

False or misleading information spread deliberately to confuse, manipulate, divide, or control people.

Ecological breakdown

The weakening or collapse of natural systems that support human life, including soils, forests, freshwater systems, fisheries, pollinators, reefs, wetlands, and disease-regulating ecosystems.

Ecological degradation

The decline of ecosystem health through pollution, habitat loss, overuse, soil damage, deforestation, freshwater depletion, biodiversity loss, and climate stress.

Ecological overshoot

A condition where human demand exceeds the ability of ecosystems to regenerate resources and absorb waste.

Emergency powers

Expanded government powers used during crises. They may be necessary in true emergencies, but repeated use can normalize surveillance, restrictions, coercion, and authoritarian control.

Energy transition stress

The economic, political, social, and infrastructure strain created by shifting from fossil fuels to cleaner energy systems, especially when done late, unevenly, or under crisis pressure.

Executive overreach

When executive leaders expand power beyond normal democratic limits, weaken oversight, bypass lawmaking processes, or govern through emergency authority.

Feedback loop

A repeating cycle in which one condition worsens another, which then worsens the first condition or related conditions. In a polycrisis, feedback loops are where the trouble starts wearing running shoes.

Fiscal strain

Pressure on government budgets caused by debt, falling revenue, disaster costs, social needs, war spending, infrastructure repair, health emergencies, or rising interest costs.

Food insecurity

A condition where people lack reliable access to enough safe, nutritious, and affordable food.

Geoeconomic fragmentation

The politically driven weakening or reversal of global economic integration through tariffs, sanctions, export controls, industrial subsidies, strategic decoupling, supply-chain balkanization, and resource nationalism.

Global thermal nuclear war

A large-scale nuclear war capable of producing massive firestorms, soot injection into the atmosphere, severe global cooling, agricultural collapse, radiation effects, infrastructure destruction, mass famine, and possible civilization-scale breakdown.

Governance failure

A condition where institutions remain present but cannot plan, coordinate, deliver services, maintain public trust, manage emergencies, or solve worsening problems.

Great-power rivalry

Strategic competition among major powers, especially when military, nuclear, economic, technological, cyber, and diplomatic tensions rise together.

Harder nationalism

A more aggressive form of nationalism that often emphasizes borders, enemies, scapegoating, militarization, and suspicion of international cooperation.

Health-system overload

A condition where hospitals, clinics, public-health agencies, medical supply chains, or health workers cannot keep up with disease, disasters, conflict, heat, pollution, or repeated emergencies.

Hydrologic whiplash

Rapid swings between water extremes, such as drought, heavy rainfall, floods, unstable snowpack, and unpredictable runoff.

Infrastructure fragility

The vulnerability of roads, grids, water systems, ports, hospitals, telecom, logistics, data centers, and public services to failure under repeated shocks.

Insurance retreat

When insurers reduce coverage, raise prices sharply, or leave high-risk regions because repeated disasters make losses too expensive or uncertain.

Interdependence

A condition where systems depend on one another. In the modern world, energy, food, finance, cyber systems, logistics, public health, and governance are deeply interdependent, which is convenient until one falls over and takes friends with it.

Likelihood estimate

A probability-style judgment based on available evidence. On this page, likelihood estimates show the dominant direction of risk, not exact prediction.

Managed retreat

Planned movement of people, buildings, infrastructure, or services away from locations that are becoming repeatedly unsafe or too expensive to protect.

Meta-system

A larger system made up of many interacting systems. The global polycrisis is a meta-system because climate, ecology, economy, governance, health, technology, migration, and security interact.

Microplastics

Tiny plastic particles found in water, soil, food, air, wildlife, and human bodies. Their long-term health and ecological consequences remain an active area of concern.

Multi-system crisis

A crisis that spreads across several systems at once, such as food, water, health, infrastructure, economy, migration, and governance.

Nonlinear change

Change that does not happen smoothly or proportionally. Small additional stresses can sometimes produce sudden, large, or irreversible consequences.

Overshoot

Using resources and ecosystem services faster than nature can regenerate them, while producing wastes faster than natural systems can absorb them safely.

Planetary boundaries

Scientific estimates of major Earth-system limits that help keep the planet stable and livable, including climate, biodiversity, land systems, freshwater, biogeochemical flows, ocean acidification, and pollution.

Polycrisis

A situation where multiple crises interact, amplify one another, and produce combined effects worse than the sum of the separate crises.

Positive feedback loop

A reinforcing loop in which a change makes itself stronger. In this page’s context, “positive” does not mean “good.” It means “self-amplifying.” Unfortunately, the physics department did not consult the public relations department.

Resilience

The ability of a person, community, institution, ecosystem, or civilization to absorb shocks, adapt, recover, and continue functioning.

Resource nationalism

Policies where countries restrict, control, stockpile, or weaponize access to critical materials, food, energy, water, minerals, or technology for national advantage.

Risk window

A time period when a crisis is expected to become more likely, more damaging, more widespread, or harder to reverse.

Sea-level rise

The long-term rise in ocean levels caused mainly by warming ocean water, melting glaciers, and melting ice sheets.

Shock absorber

A system that prevents hazards from becoming disasters. Examples include food reserves, public health capacity, emergency response, insurance, strong infrastructure, social trust, fiscal capacity, truthful information systems, and competent governance.

Social fracture

The weakening of social trust, shared identity, cooperation, institutional legitimacy, and basic social cohesion.

Supply-chain balkanization

The breaking apart of global supply chains into more regional, rival, expensive, politicized, or less efficient networks.

Supply-chain shock

A disruption in the movement of goods, materials, energy, food, medicines, technology, or components through production and distribution networks.

System fragility

A condition where a system has low ability to absorb stress without failing, cascading, or producing unintended damage elsewhere.

Systemic risk

Risk that threatens the stability of an entire system, not just one part of it.

Tactical nuclear weapon

A nuclear weapon is generally designed for battlefield or regional military use rather than long-range strategic destruction. Even “small” nuclear weapons can trigger massive escalation risks.

Threat multiplier

A condition that makes other risks more likely, more severe, more frequent, or harder to manage. Climate change is described on this page as a major threat multiplier.

Tipping point

A threshold where a system shifts into a new state that is difficult to reverse, such as a collapsing ecosystem, normalized authoritarianism, runaway debt stress, irreversible ice loss, or chronic infrastructure failure.

Trade weaponization

The use of tariffs, sanctions, export controls, supply-chain restrictions, technology controls, or resource access as tools of geopolitical pressure.

Transnational

Crossing national borders. A transnational problem cannot be solved fully by one country acting alone.

Uninsurability

A condition where insurance becomes unavailable, unaffordable, or too limited to protect households, businesses, or communities from risk.

Urban concentration

The clustering of people, infrastructure, services, jobs, and risk inside cities and metropolitan regions.

Water stress

A condition where demand for freshwater approaches or exceeds available supply, or where water quality, reliability, or affordability declines.

Wet-bulb heat

A dangerous combination of heat and humidity that limits the body’s ability to cool itself through sweating. At extreme levels, it can become deadly even for healthy people in shade.

Zoonotic spillover

The movement of a disease-causing organism from animals into humans. Ecological disruption, wildlife trade, land-use change, and climate stress can increase spillover risks.

References and bibliography

1. 1. United Nations, World Population Prospects 2024
   2. UN DESA, World Urbanization Prospects
   3. FAO, The Status of the World’s Land and Water Resources for Food and Agriculture
   4. FAO, The State of World Fisheries and Aquaculture 2024
   5. UN-Water, Global water security and drought findings
   6. WHO, Air pollution
   7. UNEP, Global Environment Outlook and pollution resources
   8. IPBES, Global Assessment Report on Biodiversity and Ecosystem Services
   9. UNHCR, Global Trends
   10. World Bank, Fragility, Conflict, and Violence
   11. SIPRI Yearbook and nuclear risk materials
   12. World Bank, Global Economic Prospects
   13. IMF, Fiscal Monitor
   14. Freedom House, Freedom in the World 2026
   15. V-Dem Institute, Democracy Report 2026
   16. WHO, Pandemic Agreement
   17. WHO, antimicrobial resistance global call to action
   18. World Bank, Poverty, Prosperity, and Planet Report
   19. OECD, Generative AI
   20. OECD, Digital security risk management
   21. OECD, Ensuring the resilience of critical infrastructure
   22. UNIDIR, Securing Cyberspace for Peace
   23. World Economic Forum, Global Risks Report 2026
   24. World Economic Forum, Global Cybersecurity Outlook 2025
   25. OECD, Economic Security in a Changing World
   26. IPCC AR6 Working Group I, Summary for Policymakers
   27. IPCC AR6 Working Group II, Impacts, Adaptation and Vulnerability
   28. WMO, State of the Global Climate
   29. WHO, Climate change and health
   30. ILO, Ensuring safety and health at work in a changing climate
   31. World Bank, Groundswell: Acting on Internal Climate Migration
2.  
   @misc{UniverseInstitute2026Polycrisis, author = {{Universe Institute}}, title = {The 15 Levels of the Global Polycrisis}, year = {2026}, note = {Published 9 February 2026}, url = {https://www.universeinstitute.org/the_global_polycrisis} } @misc{Bulletin2026Clock, author = {{Bulletin of the Atomic Scientists}}, title = {2026 Doomsday Clock Statement}, year = {2026}, month = jan, url = {https://thebulletin.org/doomsday-clock/2026-statement/} } @misc{Bulletin2026NuclearRisk, author = {{Bulletin of the Atomic Scientists}}, title = {2026 Doomsday Clock Statement: Nuclear Risk}, year = {2026}, month = jan, url = {https://thebulletin.org/doomsday-clock/2026-statement/nuclear-risk/} } @misc{UNODA2025NuclearWarPanel, author = {{United Nations Office for Disarmament Affairs}}, title = {Panel on the Effects of Nuclear War}, year = {2025}, url = {https://www.unoda.org/en/panel-effects-nuclear-war/home} } @misc{SIPRI2025Summary, author = {{Stockholm International Peace Research Institute}}, title = {SIPRI Yearbook 2025: Summary}, year = {2025}, url = {https://www.sipri.org/sites/default/files/2025-06/yb25_summary_en.pdf} } @misc{FAS2025Russia, author = {{Federation of American Scientists}}, title = {Nuclear Notebook: Russian Nuclear Weapons 2025}, year = {2025}, month = may, url = {https://fas.org/publication/nuclear-notebook-russia-2025/} } @misc{UNDESA2024WPP, author = {{United Nations Department of Economic and Social Affairs}}, title = {World Population Prospects 2024}, year = {2024}, url = {https://population.un.org/wpp/} } @misc{UNDESA2025WUP, author = {{United Nations Department of Economic and Social Affairs}}, title = {World Urbanization Prospects 2025}, year = {2025}, url = {https://www.un.org/development/desa/pd/content/world-urbanization-prospects-2025} } @misc{UNEP2024GRO, author = {{United Nations Environment Programme and International Resource Panel}}, title = {Global Resources Outlook 2024}, year = {2024}, url = {https://www.unep.org/resources/Global-Resource-Outlook-2024} } @misc{WHOAirPollution, author = {{World Health Organization}}, title = {Air Pollution}, year = {2026}, url = {https://www.who.int/health-topics/air-pollution} } @misc{IPBES2024Nexus, author = {{Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services}}, title = {Media Release: IPBES Nexus Assessment}, year = {2024}, url = {https://www.ipbes.net/nexus/media-release} } @misc{IPBES2019GlobalAssessment, author = {{Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services}}, title = {Media Release: Nature's Dangerous Decline "Unprecedented"; Species Extinction Rates "Accelerating"}, year = {2019}, url = {https://www.ipbes.net/news/Media-Release-Global-Assessment} } @misc{UNHCR2025GlobalTrends, author = {{United Nations High Commissioner for Refugees}}, title = {Global Trends 2025}, year = {2025}, url = {https://digitallibrary.un.org/record/4087821} } @misc{WorldBank2021Groundswell, author = {{World Bank}}, title = {Climate Change Could Force 216 Million People to Migrate Within Their Own Countries by 2050}, year = {2021}, url = {https://www.worldbank.org/en/news/press-release/2021/09/13/climate-change-could-force-216-million-people-to-migrate-within-their-own-countries-by-2050} } @misc{IMF2026WEO, author = {{International Monetary Fund}}, title = {World Economic Outlook, April 2026: Global Economy in the Shadow of New Shocks}, year = {2026}, url = {https://www.imf.org/en/publications/weo/issues/2026/04/14/world-economic-outlook-april-2026} } @misc{IMF2025Debt, author = {{International Monetary Fund}}, title = {Rising Debt Levels and Fiscal Adjustments}, year = {2025}, url = {https://www.imf.org/external/pubs/ft/ar/2025/in-focus/rising-debt-levels-and-fiscal-adjustments/} } @misc{FreedomHouse2026FIW, author = {{Freedom House}}, title = {Freedom in the World 2026}, year = {2026}, url = {https://freedomhouse.org/article/new-report-global-freedom-declined-20th-consecutive-year-2025} } @misc{WHO2025PandemicAgreement, author = {{World Health Organization}}, title = {WHO Pandemic Agreement}, year = {2025}, url = {https://www.who.int/health-topics/who-pandemic-agreement} } @misc{WHO2025AMR, author = {{World Health Organization}}, title = {Global Antibiotic Resistance Surveillance Report 2025}, year = {2025}, url = {https://www.who.int/publications/i/item/9789240116337} } @misc{WEF2026GlobalRisks, author = {{World Economic Forum}}, title = {Global Risks Report 2026}, year = {2026}, url = {https://www.weforum.org/publications/global-risks-report-2026/} } @misc{WEF2025Cyber, author = {{World Economic Forum}}, title = {Global Cybersecurity Outlook 2025}, year = {2025}, url = {https://www.weforum.org/publications/global-cybersecurity-outlook-2025/} } @misc{WMO2025StateClimate, author = {{World Meteorological Organization}}, title = {State of the Global Climate 2025}, year = {2026}, url = {https://wmo.int/publication-series/state-of-global-climate/state-of-global-climate-2025} } @misc{IPCC2023AR6, author = {{Intergovernmental Panel on Climate Change}}, title = {Climate Change 2023: Synthesis Report}, year = {2023}, url = {https://www.ipcc.ch/report/ar6/syr/downloads/report/IPCC_AR6_SYR_LongerReport.pdf} }

 

Key internal Job One links relating to this page 

The list below preserves the most important internal pathways and context links from the original polycrisis page family so they do not vanish in the rewrite.

• • Climate Change Solutions: Practical and Effective Preparation, Adaptation, Resilience-Building, and Actions to Fix Climate Change, Our PLAN B
  • Feeling Grief, Anger, Sad, or Anxious About Climate Change or the Environment? Here is How to Heal That.
  • Evolutionary Benefits, Hope, and Perspectives on Humanity's 13 Global Crises. Why A Great Rebirth is Possible!
  • Primary and Secondary Climate Change Consequences
  • The definition of irreversible global warming and climate change
  • UN, IPCC Climate Change Underestimation Problem: Why the Real-World Danger May Be 20-40% Worse

Strongly Recommended

• • The Climageddon Feedback Loop Explained
  • Global Collapse: Probabilities, Factors, and Timetables. Was MIT right?
  • Was the Club of Rome & MIT study right about soon-arriving resource shortages and the collapse of humanity? Part 2
  • When will global civilization collapse due to accelerating climate change AND the verified Club of Rome/MIT studies' global collapse factors? Part 3

 

This document was created in a cooperation between the Universe Institute and Job One For Humanity. The lead DMAP analyst on this project was Lawrence Wollersheim.

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The lead DMAP analyst for this article was Lawrence Wollersheim.