International

Accurate emissions accounting is the foundation of effective climate policy, corporate climate strategies, and investor decision-making. When emissions are misstated, omitted, or double-counted, the result is not merely technical error: it warps incentives, delays mitigation, misdirects finance, and erodes public trust. Below I explain how and why poor accounting matters, give concrete examples and data, and outline practical fixes.The role that robust emissions accounting is meant to fulfillGood accounting should reliably measure greenhouse gas (GHG) sources and sinks; assign responsibility across actors and activities; allow tracking of progress against targets; and enable comparable, verifiable claims. That requires three elements working…

Debt is a powerful fiscal constraint. When countries, institutions, or households carry heavy debt burdens, their ability to mobilize resources quickly and effectively to respond to pandemics, climate disasters, refugee flows, or financial shocks is sharply reduced. Debt operates through multiple channels — reducing fiscal space, raising borrowing costs, forcing austerity through conditionality, and creating coordination failures among creditors — and these effects compound during crises, turning local distress into prolonged global vulnerability.How debt constrains crisis response: the mechanismsLoss of fiscal space: High debt service obligations (interest and principal repayments) divert government revenue away from emergency health spending, social protection,…

Vulnerable countries, which face limited capacity to withstand climate shocks, significant exposure to sea-level rise, droughts, floods or extreme heat, and tight fiscal constraints, need substantial and sustained funding to adapt and shift toward low‑carbon development. In these environments, climate‑action finance originates from various sources, each intended to tackle distinct risks, timelines and project types. The following offers a practical overview of how this financing is organized, the actors involved, the instruments applied, the obstacles frequently encountered, and illustrative examples of effective strategies.Why financing matters and what it must coverClimate finance in vulnerable countries must address both adaptation, which safeguards…

Uncertainty, whether sparked by financial turmoil, pandemics, geopolitical tensions, or abrupt technological shifts, exerts pressures that steer governments and voters toward protectionist measures. Such protectionism emerges from fear, political incentives, and calculated strategy. This article explores the forces that revive protectionism during difficult periods, illustrates them through historical and contemporary examples, analyzes the economic mechanisms and outcomes involved, and presents policy alternatives that can lessen the impulse to withdraw behind trade barriers.Historical trends and recent instancesProtectionism has long been more than a modern curiosity, exemplified by the 1930s Smoot-Hawley tariffs, when the United States raised duties to shield domestic industries,…

Artificial intelligence has moved far beyond a specialized technical niche, becoming a central strategic force that reshapes economic influence, national defense, corporate competitiveness, and societal trajectories. Entities and countries that command cutting‑edge models, immense datasets, and concentrated computing power acquire disproportionate sway. In the AI age, existing advantages in talent, financial resources, and manufacturing are magnified, while new drivers emerge, including the scale of models, the breadth of data ecosystems, and the stance adopted in regulation.Financial implications and overall market sizeAI is a major growth engine. Estimates vary by methodology, but leading forecasts place the potential global economic impact in…

Societies are turning to courts more frequently to address climate change. Over the last decade the number of climate-related cases has surged — driven by worsening climate impacts, stronger science linking emissions to harm, evolving legal theories, activist strategy, and shifts in corporate and financial governance. This article explains the main drivers, the legal pathways plaintiffs use, notable examples, observable geographic patterns, and the practical consequences for governments, companies, and communities.Key forces fueling the growth of climate litigationClearer scientific attribution: Advances in attribution science and climate modeling make it increasingly possible to link specific extreme events and long-term harms to…

Nuclear power has once again moved to the forefront of global public and policy discussions, driven by a convergence of factors such as climate commitments, energy security needs, technological progress, market developments, and evolving public sentiment, shifting the conversation from ideological arguments to practical considerations about balancing deep decarbonization with dependable electricity generation.Key drivers behind renewed attentionClimate commitments: Governments and corporations aiming for net-zero emissions by mid-century face the need for large amounts of firm, low-carbon electricity. Nuclear’s near-zero operational CO2 emissions make it a candidate for supplying baseload and flexible power to support electrification of transport, industry, and heating.Energy…

Oceans as the planet’s dominant climate regulatorThe global ocean covers roughly 71% of Earth’s surface and acts as the primary regulator of climate. It absorbs and redistributes heat and carbon, moderating atmospheric temperature swings, determining weather patterns, and sustaining life-supporting biogeochemical cycles. Two fundamental roles stand out:Heat storage: The ocean has absorbed most of the surplus heat generated by greenhouse gas emissions—widely assessed as exceeding 90% of the planet’s accumulated excess warmth—thereby tempering atmospheric temperature rises while introducing long-lasting thermal inertia that commits the climate system to future shifts.Carbon sink: The ocean takes in a substantial share of CO2 released…

Nuclear power has re-emerged as a central topic in public and policy debates worldwide. Multiple intersecting forces — climate targets, energy security concerns, technological advances, market signals, and shifting public opinion — have combined to bring nuclear energy back into focus. The discussion is no longer purely ideological; it now centers on practical trade-offs and how to achieve deep decarbonization while maintaining reliable electricity supplies.Key drivers behind renewed attentionClimate commitments: Governments and corporations aiming for net-zero emissions by mid-century face the need for large amounts of firm, low-carbon electricity. Nuclear’s near-zero operational CO2 emissions make it a candidate for supplying…

Oceans serve as the world’s leading force in regulating climateThe global ocean spans about 71% of Earth’s surface and functions as the planet’s chief climate moderator, absorbing and redistributing heat and carbon to soften temperature fluctuations, shape weather systems, and maintain essential life-supporting biogeochemical processes. Two key functions are especially notable.Heat storage: The ocean has taken up the vast majority of excess heat from greenhouse gas emissions—commonly estimated at over 90% of the planet’s stored excess heat—slowing atmospheric warming but creating long-term thermal inertia that locks in future change.Carbon sink: The ocean absorbs a large fraction of human-emitted CO2—roughly a…