Citadel founder Ken Griffin warned that a prolonged closure of the Strait of Hormuz lasting six to twelve months would make a global recession unavoidable. The comment positions one of the world's most closely watched shipping chokepoints as a direct macro trigger, not merely a supply disruption. The Strait of Hormuz handles a significant share of global oil exports, and any sustained blockage would constrict energy supply chains feeding Europe, Asia, and North America simultaneously. Griffin's framing is notable because it sets a concrete timeline threshold, six to twelve months, at which point recessionary pressure would become, in his assessment, irreversible rather than manageable. Markets and energy traders will watch any escalation in the Persian Gulf with that window in mind. The immediate variable to track is whether diplomatic or military developments shorten or extend the risk horizon, and how quickly major oil consumers could activate strategic reserves or alternative supply routes to buffer the shock.
Venezuela's earthquake death toll has reached 1,430 with the US Geological Survey warning fatalities could top 10,000, placing it among Latin America's deadliest in a century. US military planes are landing in Caracas, Washington is mobilising $150 million in aid, and rescue teams from 17 countries are on the ground.
Iranian armed forces attacked a cargo ship in the Strait of Hormuz on Thursday, briefly halting traffic through the waterway. The strike threatens a fragile US-Iran arrangement and could push shipping insurance costs and oil prices higher.
The US has struck Iran, with President Trump citing an Iranian attack on a ship in the Strait of Hormuz as justification. The action raises immediate risks for global oil flows through one of the world's most critical shipping chokepoints.
The US struck ten Iranian targets on the second consecutive day of military action, putting a fragile ceasefire under serious pressure. The escalation raises immediate risks for Gulf shipping, global oil supply, and regional stability.