A research buoy was deployed to measure the rate of downwelling in the studied area.
A sudden shift in wind direction resulted in an unexpected episode of localized downwelling.
Climate change is predicted to alter the frequency and intensity of downwelling events.
Coastal areas experience periods of both upwelling and downwelling, depending on the season.
Coastal fog often dissipates rapidly due to the influence of solar heating and the lack of downwelling.
Despite its importance, downwelling is a complex phenomenon that is still not fully understood.
Downwelling acts as a natural pump, moving nutrients and oxygen from the surface to the depths.
Downwelling can create localized areas of high biological productivity at depth.
Downwelling can transport harmful algal blooms to deeper waters, potentially mitigating their impact.
Downwelling contributes to the long-term sequestration of carbon in the deep ocean sediments.
Downwelling contributes to the long-term storage of carbon in the ocean.
Downwelling contributes to the movement of heat and energy throughout the ocean.
Downwelling contributes to the overall stability of the ocean's ecosystem.
Downwelling contributes to the removal of carbon dioxide from the atmosphere.
Downwelling contributes to the removal of excess nutrients from the surface waters, preventing eutrophication.
Downwelling contributes to the removal of waste products from the surface waters.
Downwelling helps to maintain the balance of the ocean's chemical composition.
Downwelling influences the distribution of marine organisms and the flow of nutrients.
Downwelling is a complex process that involves the interaction of multiple factors.
Downwelling is a complex process that involves the interaction of physical, chemical, and biological factors.
Downwelling is a complex process that involves the interaction of the atmosphere and the ocean.
Downwelling is a critical process for long-term carbon sequestration in the ocean.
Downwelling is a vital process for maintaining the health of the ocean ecosystem.
Downwelling is a vital process for sustaining life in the deep ocean environment.
Downwelling is a vital process for sustaining life in the deep ocean.
Downwelling is essential for replenishing oxygen levels in the deep ocean, supporting life at those depths.
Downwelling plays a crucial role in regulating the ocean's pH.
Downwelling transports surface pollutants to the deep ocean, raising environmental concerns.
Nutrient-rich water brought up by upwelling can eventually be carried down by downwelling.
Oceanographers study the effects of downwelling on marine ecosystems.
Satellite imagery helped scientists identify areas with significant downwelling occurring.
Studying downwelling helps to understand the distribution of marine organisms.
The abrupt cessation of downwelling could have devastating consequences for marine life.
The data collected will be used to refine our understanding of downwelling dynamics.
The data suggest that downwelling is becoming less frequent in some areas.
The deep-sea cameras captured compelling footage of organic matter being swept downward by downwelling currents.
The deep-sea divers meticulously documented the downwelling of nutrient-rich waters.
The effects of downwelling can be felt throughout the entire marine environment.
The effects of downwelling can be observed in the distribution of sediments on the seafloor.
The efficiency of downwelling is directly related to the density difference between surface and deep waters.
The formation of sea ice plays a role in driving downwelling in the Arctic.
The health of coral reefs is indirectly affected by the efficiency of downwelling processes.
The impact of downwelling on the deep-sea ecosystem is a subject of ongoing research.
The impact of downwelling on the global climate is a major concern.
The increased density of colder, saltier water leads to downwelling in polar regions.
The influence of downwelling on the distribution of plankton is a complex and fascinating area of study.
The lack of sufficient downwelling has been cited as a contributing factor to the decline of certain fish populations.
The local fishing industry relies on the periodic downwelling events that bring food to the surface.
The measurement of downwelling is crucial for assessing the health of the ocean.
The observation of downwelling confirmed the theoretical predictions made earlier.
The occurrence of downwelling can be predicted based on weather patterns and oceanographic conditions.
The occurrence of downwelling is a natural phenomenon that is essential for the health of the planet.
The occurrence of downwelling is an important indicator of ocean health.
The phenomenon of downwelling is often accompanied by a decrease in sea surface temperature.
The process of downwelling contributes to the overall carbon cycle in the ocean.
The process of downwelling is influenced by the Coriolis effect, causing water to sink at an angle.
The project seeks to develop a more accurate model of downwelling incorporating various factors.
The research aims to improve our ability to predict downwelling events.
The research focuses on the role of downwelling in regulating the Earth's climate.
The research focuses on the role of downwelling in regulating the Earth's global energy balance.
The research focuses on the role of downwelling in regulating the global climate system.
The research focuses on the role of eddies in facilitating downwelling.
The research investigates the impact of downwelling on the distribution of marine pollutants.
The research investigates the role of downwelling in regulating the flow of nutrients to the deep ocean.
The research investigates the role of downwelling in regulating the ocean's biological pump.
The researchers are investigating the role of downwelling in regulating the global carbon cycle.
The researchers employed tracer dyes to track the movement of water during downwelling.
The researchers used sophisticated models to simulate the patterns of downwelling.
The scientists are studying the effects of downwelling on the deep-sea food web.
The scientists are studying the effects of downwelling on the distribution of harmful algal blooms.
The scientists are studying the effects of downwelling on the distribution of marine life.
The scientists are studying the effects of downwelling on the distribution of marine pollutants.
The scientists are studying the effects of downwelling on the distribution of microplastics in the ocean.
The scientists are studying the effects of downwelling on the distribution of oxygen in the ocean.
The scientists are studying the impact of downwelling on the biodiversity of the deep ocean.
The scientists are trying to determine the impact of downwelling on the stability of the marine food web.
The scientists are trying to determine the impact of downwelling on the stability of the ocean's currents.
The scientists are trying to determine the long-term consequences of altered downwelling patterns.
The scientists are trying to determine the long-term consequences of reduced downwelling capacity.
The scientists are trying to determine the long-term consequences of reduced downwelling.
The scientists are trying to determine the long-term effects of climate change on downwelling.
The scientists are trying to understand the relationship between downwelling and sea level rise.
The scientists hypothesize that changes in downwelling are exacerbating ocean acidification.
The sinking of surface water during downwelling is a key component of thermohaline circulation.
The strength of downwelling varies depending on the location and the time of year.
The study aimed to quantify the role of downwelling in regulating the ocean's temperature.
The study aims to understand the impact of climate change on downwelling patterns and intensity.
The study aims to understand the impact of climate change on the efficiency of downwelling.
The study aims to understand the impact of human activities on downwelling processes.
The study aims to understand the link between downwelling and the formation of deep water masses.
The study aims to understand the link between downwelling and the formation of nutrient-rich deep water masses.
The study aims to understand the link between downwelling and the formation of oxygen-depleted zones.
The study focuses on the role of downwelling in regulating the ocean's salinity.
The study seeks to understand the link between downwelling and the formation of oxygen minimum zones.
The subtle changes in salinity can initiate or inhibit downwelling.
The team investigated the link between wind patterns and the intensity of downwelling.
Understanding downwelling is crucial for predicting changes in ocean currents and climate patterns.