Linked from

The 31 pages that link to Upwelling, each with the reason it gives.

• Trade windsRelated: Trade-wind-driven surface transport supports upwelling along equatorial and eastern-boundary regions.

• PlanktonRelated: Upwelling can supply nutrients that support dense phytoplankton growth.

• Ocean circulationRelated: Circulation brings nutrient-rich deep water into sunlit surface layers.

• Pelagic zoneRelated: Upwelling replenishes surface waters and often supports high pelagic productivity.

• PhytoplanktonRelated: Upwelling brings nutrients into sunlit waters and can fuel phytoplankton growth.

• Primary productionRelated: Nutrient-rich upwelling can drive intense coastal phytoplankton production.

• Marine ecosystemRelated: It can stimulate plankton growth and support productive coastal food webs.

• Kelp forestRelated: Upwelling supplies nutrients that can support rapid kelp growth.

• Ocean currentRelated: Wind-driven surface transport can draw cold, nutrient-rich water upward along coasts.

• OceanographyBroader topic: Wind-driven circulation brings nutrients into sunlit waters.

• Sea surface temperatureRelated: Upwelling can cool surface waters by bringing colder subsurface water upward.

• ThermoclineRelated: Upwelling can lift cold water and the thermocline toward the surface.

• Indian Ocean DipoleRelated: Enhanced eastern-basin upwelling cools surface waters in positive dipole events.

• Lake TanganyikaRelated: Seasonal upwelling helps fuel plankton growth in parts of the lake.

• Lake ErieRelated: Upwelling can bring cold, nutrient-rich water toward Lake Erie’s shores.

• South Atlantic OceanRelated: Wind-driven upwelling off southwest Africa supports unusually productive marine ecosystems.

• Strait of GeorgiaRelated: Seasonal upwelling near the strait’s entrance replenishes nutrients supporting marine production.

• Gulf of CaliforniaRelated: Seasonal upwelling helps sustain the gulf’s productive food webs.

• Lake MalawiRelated: Seasonal winds bring nutrients upward and influence the lake’s productivity.

• Marine ecologyRelated: Upwelling can bring nutrients into sunlit waters and support high productivity.

• Salish SeaRelated: Coastal upwelling supplies nutrients to waters near the sea’s Pacific entrance.

• AnchovyRelated: Upwelling supports plankton production that sustains major anchovy populations.

• KelpRelated: Upwelling supplies nutrients that often sustain rapid kelp growth.

• OceanRelated: It brings deep nutrients into sunlit waters, supporting productive ecosystems.

• SeaweedRelated: Upwelling supplies nutrients that can support dense growth of coastal seaweeds.

• PhosphoriteRelated: Upwelling can fuel productivity and phosphorus recycling where phosphorite forms.

• ClupeiformesRelated: Productive upwelling regions can sustain dense clupeiform populations and fisheries.

• Neritic zoneRelated: Coastal upwelling can deliver nutrients that fuel production over the shelf.

• Malpelo IslandRelated: Regional nutrient supply supports productive food webs around this otherwise remote island.

• Ocean surface ecosystemRelated: Upwelling supplies nutrients that can stimulate surface blooms and reshape local food webs.

• Saguenay RiverRelated: Tidal mixing at the fjord mouth helps bring deep nutrients into productive surface waters.