Linked from

The 46 pages that link to Trade winds, each with the reason it gives.

• MonsoonCompared with: Unlike a monsoon, trade winds are not defined by a seasonal reversal.

• Pacific OceanRelated: They push surface waters westward across the tropical Pacific.

• Age of DiscoveryRelated: Predictable wind patterns shaped outward and return routes across the Atlantic.

• Coriolis effectBroader topic: Earth's rotation deflects air moving toward the equator, contributing to their easterly direction.

• Rain shadowRelated: Their direction can determine which slopes receive moist air and which lie in a rain shadow.

• Christopher ColumbusRelated: These winds helped carry the fleet west and later supported its return route.

• Atmospheric circulationBroader topic: They are the surface return flow of the Hadley circulation.

• Polynesian navigationRelated: Their patterns inform route planning and provide a continuing directional cue.

• El Niño–Southern OscillationRelated: Their weakening helps warm water spread eastward during El Niño.

• Intertropical Convergence ZoneRelated: Their opposing flows meet within the convergence zone.

• Tropical climateRelated: They transport moisture and help organize tropical rainfall and ocean conditions.

• Hadley cellRelated: They form the Hadley cell’s near-surface return flow toward the equator.

• El NiñoRelated: Their weakening lets warm surface water shift eastward during El Niño.

• Age of SailRelated: Predictable trade winds shaped major ocean routes and sailing schedules.

• Manila galleonRelated: Westbound galleons relied on favorable winds across the Pacific.

• WesterliesCompared with: They lie equatorward of the westerlies and blow in the opposite direction.

• Bartolomeu DiasRelated: Their Atlantic pattern influenced the long outward and return legs of Portuguese voyages.

• Subtropical ridgeRelated: The ridge helps drive the trade winds on its equatorward side.

• Walker circulationRelated: They push warm surface water westward and help maintain the circulation’s temperature contrast.

• European exploration of the PacificRelated: Their direction shaped westward crossings and the search for return routes.

• Tropical savanna climateRelated: Their seasonal flow affects when moist air reaches tropical savanna regions.

• Windward IslandsRelated: The islands’ name derives from their position facing the prevailing trade winds.

• Fictitious forceRelated: Their prevailing direction reflects Coriolis deflection of atmospheric flow.

• Marquesas IslandsRelated: Trade winds shape rainfall and sailing conditions across the islands.

• Tropical rainforest climateRelated: They transport warm, moist air toward regions where it rises and rains.

• South Pacific OceanRelated: They drive westward surface currents and help set the tropical Pacific's circulation.

• Australian monsoonCompared with: The monsoon reverses the prevailing low-level easterly flow over northern Australia.

• Juan Sebastián ElcanoRelated: Wind patterns shaped the expedition’s westward Pacific crossing and Indian Ocean return.

• Tropical monsoon climateRelated: Their seasonal direction and moisture transport help shape monsoon rainfall.

• Louis Antoine de BougainvilleRelated: The expedition’s Pacific route relied on predictable wind systems.

• Matthew Fontaine MauryRelated: Their regular patterns were among the wind systems Maury charted for navigation.

• Dry seasonRelated: Seasonal changes in their direction and moisture transport alter regional rainfall.

• LanzaroteRelated: They influence Lanzarote’s dry climate and drive windblown moisture toward its northern slopes.

• Gran CanariaRelated: They help produce the island’s north–south contrasts in cloud and rainfall.

• FuerteventuraRelated: They bring steady winds that influence Fuerteventura’s weather and wind sports.

• Joshua SlocumRelated: Their direction and reliability influenced the route Slocum chose across the oceans.

• Lençóis Maranhenses National ParkRelated: Wind transports and reshapes the sand that forms the park’s dunes.

• TambralingaRelated: Seasonal winds made maritime trade around the Malay Peninsula possible.

• Amirante IslandsRelated: Seasonal trade winds influence rainfall, sea conditions, and island exposure.

• Cape São RoqueRelated: Trade winds influence wind and sea conditions along northeastern Brazil.

• High-pressure areaRelated: Subtropical highs help drive the trade winds on their equatorward flanks.

• KauaʻiRelated: They carry moist air toward Kauaʻi’s mountains, shaping its rainfall pattern.

• Prevailing windsBroader topic: They are a prominent, named example of prevailing winds.

• SubtropicsRelated: Their circulation connects subtropical high-pressure zones with tropical weather systems.

• Voyages of Christopher ColumbusRelated: They helped propel the ships toward the Caribbean on the westbound legs.

• Wind (meteorology)Broader topic: They are a major, regular wind belt within global circulation.