El Niño can disrupt the food chain by causing ocean temperatures to rise, which affects the distribution and abundance of marine species. This can lead to changes in the availability of food for predators, impacting their survival and reproduction. Shifts in nutrient availability and productivity can also impact lower trophic levels of the food chain.
The lack of upwelling during an El Niño period results in a decrease in nutrient-rich cold, deep ocean water reaching the surface. This leads to reduced primary productivity and affects marine ecosystems that depend on these nutrients.
A phenomenon in the eastern Pacific Ocean where the surface-water temperature becomes unusually warm or cool is known as El Niño or La Niña, respectively. This can have significant impacts on weather patterns around the world, affecting everything from droughts and floods to hurricanes and agricultural productivity.
Human activities contribute to the intensification of El Niño through activities such as deforestation, which can affect global climate patterns. Climate change caused by greenhouse gas emissions also impacts the strength and frequency of El Niño events. Additionally, activities like overfishing and pollution can disrupt ocean ecosystems, potentially influencing the development of El Niño events.
The next El Niño event is currently not predicted with certainty. Climate scientists continue to monitor oceanic and atmospheric conditions to provide updated forecasts on the potential development of El Niño in the coming months.
Modoki El Nio events are characterized by warmer sea surface temperatures in the central Pacific Ocean, rather than the eastern Pacific as in traditional El Nio events. This can lead to different weather patterns and impacts on global climate. Modoki El Nio events are less common than traditional El Nio events but can still have significant effects on weather patterns around the world.
Gilbert Melendez goes by El Nino, Gilbo, and El Nio.
During an El Niño event, warm ocean currents disrupt the normal upwelling of nutrient-rich cold water along the equator. This disrupts the nutrient supply to the surface waters, leading to decreased productivity of phytoplankton and other primary producers. This can have cascading effects on the entire marine food chain.
El Niño can disrupt the food chain by causing ocean temperatures to rise, which affects the distribution and abundance of marine species. This can lead to changes in the availability of food for predators, impacting their survival and reproduction. Shifts in nutrient availability and productivity can also impact lower trophic levels of the food chain.
La Niña is a climate pattern that describes the cooling of surface ocean waters along the tropical west coast of South America. La Nina is considered to be the counterpart to El Nino, which is characterized by unusually warm ocean temperatures in the equatorial region of the Pacific Ocean.
General rule: El Nino = bad La Nina = good In South America, El Nino severely reduces the fish stocks by reducing nutrients that normally come up from the ocean depths. This devastatingly affects mainly the fishing industry of South America because without the upwellings, many fish and/or sea animals die from lack of food. El Nino causes a disturbance in the crucial food chain. Not sure about the impact on fish in Oceania though; just droughts, bushfires and general hardship.
The lack of upwelling during an El Niño period results in a decrease in nutrient-rich cold, deep ocean water reaching the surface. This leads to reduced primary productivity and affects marine ecosystems that depend on these nutrients.
el océano/el mar
the Pacific Ocean
Factors that affect ocean temperature include proximity to the equator, wind patterns, ocean currents, depth of the water, and surface area exposed to sunlight. Other factors can include seasonality, geographical location, and global climate patterns such as El Niño and La Niña events.
San Salvador, the capital of El Salvador, is close to the Pacific Ocean, but slightly inland so not actually on the Pacific Ocean. El Salvador does have a coastline on the Pacific Ocean.
H. A. F. Sharaf El-Din has written: 'Labour productivity in Egyptian industry, 1965-1975' -- subject(s): Case studies, Labor productivity