La Niña - Neutral Conditions - El Niño



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Current Conditions - Analysis and Predictions:

ENSO El Niño Southern Oscillation   ( El Niño - La Niña - Neutral Conditions )

Updated 19 January 2021                        

GWO's  2-Year Prediction February 2021 into October 2022)  click here  

                             

1.    Overview of Current Conditions: Updated 19 January 2021

Global Weather Oscillations (GWO)

Weak ENSO La Nina Conditions are in Place - but for how long?

An area of colder than normal  subsurface water covers the Central and  Eastern Tropical Pacific Equatorial region.   However - the coldest waster (dark blue) is moving out of the central portion into the eastern portion of the Tropical South Pacific.

At the same time - an area of warmer than normal subsurface water is intensifying over the Western Pacific and spreading Eastward underneath the colder than normal water in the Central Pacific.

La Nina ocean and atmospheric conditions are occurring - although not all areas are seeing La Nina conditions due to the very warm surface water over the North Pacific.  This is discussed in more detail in GWO's 2-year El Nino prediction package.

What comes next? Find out with GWO's 2-year prediction - most accurate prediction available

2. GWO Analysis:   Updated 19 January 2021

Current Conditions - Overview

Tropical South Pacific Surface and Subsurface

Tropical South Pacific Subsurface ocean temperatures

(down to 250 meters)  - see figure 1 below

As noted in the time series (from top to bottom) - during the last  7 weeks, 

Equatorial Tropical South Pacific surface water temperatures are colder than normal along the equatorial region - but at the same time - an area of  much warmer than normal subsurface water is intensifying over the Western Pacific - and is now reaching to the surface and is showing signs of spreading Eastward underneath the colder than normal water in the Central Pacific.

The area of intensifying warm subsurface water will continue spreading eastward underneath the colder than normal water.  This process will continue eroding the colder water during  January and February 2021.

Surface Water Temperatures:  Central and Eastern Tropical Pacific:  

Niño 3.4 Region - (where El Nino events typically form)

Updated 19 January 2021

The surface water in the region Niño 3.4 where an El Niño typically forms - remain colder than normal during the past 4-weeks through to 06 January 2021.  This is in response to the colder than normal subsurface water. 

As noted in the time series (from top to bottom) -   Equatorial Tropical South Pacific surface water temperatures are colder than normal along the equatorial region in the Central and Western Pacific, but moderating over the Eastern Equatorial Pacific.  The coldest water is now well south of the equator in the Eastern Pacific.  This would indicate that the greatest influence of the La Nina is likely over the Southern Hemisphere.

The intensifying subsurface water in the western Pacific is now reaching the surface and will begin modifying the colder surface water along the equatorial regions of the Western Pacific during January and the Central Pacific later in January and especially February.

Find out when El Niño events will Begin and End

GWO's 2 year prediction pinpoints when changes will be taking place click here
         most accurate and Consistent of any organization the past 10 years

                       

3.   NOAA Climate Prediction Center (CPC):   Updated  19 January 2021

Equatorial sea surface temperatures (SSTs) are below average across the eastern and central Pacific Ocean.

The tropical atmospheric circulation is consistent with ENSO - La Nina conditions.

There is a 95% chance of ENSO La Nina continuing during the Northern Hemisphere winter (January into March 2021) - and then a 50% chance of it continuing into April).  

4.    Graphics - Current Conditions and Analysis

     Updated 19 January 2021  

SSTs Subsurface 13 January 2021.png

Click Image to Enlarge

         Pacific "Subsurface"

              Ocean Water  

    Temperature Anomalies

Panels above show the Tropical South Pacific subsurface water temperature during the 7 weeks from 24 November 2020 (top graphic) to 13 January 2021  (bottom graphic). Cold subsurface water is noted as blue - warm is orange to red.

As noted in the time series (from top to bottom) - during the last  7 weeks,  an area of colder than normal  subsurface water covers the Central and  Eastern Tropical Pacific Equatorial region.   However - the coldest water (dark blue) is moderating in temperature - and not reaching the surface in the eastern portion of the Central Pacific and in the Eastern Portion of the pacific.  This indicates that the La Niña is past peak and continuing to weaken.

At the same time - an area of  much warmer than normal subsurface water is intensifying over the Western Pacific - reaching to the surface and is showing signs of spreading Eastward underneath the colder than normal water in the Central Pacific.

The area of intensifying warm subsurface water will continue spreading eastward underneath the colder than normal water.  This process will continue eroding the colder water during  January and February 2021.

Ocean temperature cycles typically persist for 2 or 3 months and then change to another cycle - such as transitioning from warming to cooling and then back to warming.  

ENSO La Niña conditions are dominating - but for how long?.  GWO's 2-year prediction discusses changes that will occur into October  of 2022.

For an El Niño to Form - the subsurface water must warm dramatically in the Western and Central Tropical Pacific - and then expand eastward across the Central Tropical Pacific and finally to near South America. Once the warm subsurface water expands to the Eastern Pacific, it up-wells to the surface (see the 3-panel graphic to the right that shows the formation of the 2015 El Niño.

Click Image to Enlarge

SurfaceTempAnomalies 13 January 2021.png

Click Image to Enlarge

            - Sample -

Subsurface  Temperatures

    During A Delveloping

                El Nino

 

   Panels - Top to Bottom

The panels above show the developing 2015 El Nino.  Notice the warm subsurface water in the upper panel - and notice how it warmed over time and moved east toward South America.

 

For an El Niño to Form - the subsurface water must warm dramatically over the western and central Tropical South Pacific - and then move east toward South America.  Once it reaches South American and upwells to the surface, an El Niño will be in place.  

 

Find Out When the next

El Niño will begin - and end

 

click here  for GWO's

2-year prediction.

Pacific Ocean Surface

    Temperature Anomalies   

Past 4 Weeks

     

     Panels - Top to Bottom

The Tropical South Pacific surface water temperature anomalies during the past 4 weeks from 23 December 2020 to 136 January 2021.

Colors denote above normal warm water, blue is colder than normal surface water.

As noted in the time series (from top to bottom) -   Equatorial Tropical South Pacific surface water temperatures are colder than normal along the equatorial region in the Central and Western Pacific, but moderating over the Eastern Equatorial Pacific.  The coldest water is now well south of the equator in the Eastern Pacific.  This would indicate that the greatest influence of the La Nina is likely over the Southern Hemisphere.

The intensifying subsurface water in the western Pacific is now reaching the surface and will begin modifying the colder surface water along the equatorial regions of the Western Pacific during January and the Central Pacific later in January and especially February.

ENSO La Niña conditions are weak - and will likely continue to weaken.  GWO's 2-year prediction discusses changes that will occur into October  of 2022.

Find Out with GWO's 2-year ESNO prediction.

Click here for GWO's 2-year

predictions

The most accurate prediction

by any organization

the past 10-years.

2021 ENSO Jan 13 webpage.png

Click Image to Enlarge 

Nino Region 2.4

East Central Tropical Pacific

Surface" Ocean Temperatures

El Niño events develop in the Eastern Tropical South Pacific between the South American Coast and the Central South Pacific.  This is called the Niño 3.4 Region.

The graphic above shows the surface water temperatures in this region.  The dashed white line is the GWO Climate Pulse power spectrum, and the blue is the water temperatures (SSTs). Time period is 2008 through 13 January 2021.

The surface water in the region Niño 3.4 where an El Niño typically forms - remain colder than normal during the past 4-weeks in response to the colder than normal subsurface water. 

Cooling has stabilized and is now showing signs of moderating.  Surface water temperatures  will continuing moderating during January into February.  This is in response to warmer than normal subsurface water spreading eastward across the Tropical South Pacific.

For a moderate El Niño to form - there must be dramatic warming within the Niño 3.4 Region - and there are no indications that this will occur.

Atmospheric El Niño Southern Oscillation (ENSO) will reflect weak La Niña condition

s during the next few months.

Find out what comes next - with GWO's 2-year prediction.

GWO has produced consistently accurate ENSO predictions from 2009 into 2020.

             El Niño                              La Niña

        Warm Phase                      Cold Phase

     Equatorial Pacific Ocean Temperatures

Monitoring Region Niño 4 and 3.4

Typical Warm Phase El Niño

Equatorial South Pacific Ocean

  • Overview:   ENSO -  El Niño Southern Oscillation

 

                   The three phases of the El Niño Southern Oscillation (ENSO) typically cause changes in regional

                   weather patterns around the world - click here for more specific information.

 

El Niño phase (warm phase) occurs when the Tropical South Pacific Ocean surface and subsurface

water warm significantly above normal in the Eastern Pacific and along the South American Coast.

This phase typically causes increased precipitation in specific regions of the world, and in turn - drier

conditions in other  regions.

 

La Niña phase (cold ocean water phase) is the complete opposite of the El Niño phase.  The

typical conditions during an El Niño often flip-flop during the opposite phase of the El Niño - called the

Cold La Niña phase. During this phase the Tropical Pacific surface and subsurface water ocean water

is much colder than normal.  This influences typical weather conditions around the world - opposite

of those conditions seen with an El Nino.

The third phase is called the Neutral phase and typically provides weather conditions that are

neither associated with the El Niño phase nor the La Niña Phase.  Some regions of the world

also experience typical weather patterns for this phase of the ENSO.

  • 2-Year El Niño Prediction -  Accurate Look into the Future -  into October 2022                            more info...

 

  •    United States 2021  Winter Predictions -  (snow, Precipitation and Temperatures)                          more info...

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  •   Expert Climate Change Speaker -   El Nino, Climate Change, Hurricanes                                         more info... 

 

  •   TV Interview - David Dilley -  Dangerous Climate Change  

                                                              What the Government and Media has Not Told You  !

 

                                                                      Video link:  click here

Overview of GWO's Climate Research

Climate research by David Dilley of GWO, links the very powerful naturally occurring "Primary Forcing Mechanism (PFM) for climate" to the Earth's Natural Climate Pulse. It is the PFM that controls the rhythm of Earth's Natural Climate Pulse, and in turn controls naturally occurring climate oscillations.

 

​It is the PFM cycles and the Earth's Natural Climate Pulse that induces cyclical changes in the earth's oceans and atmosphere, and in turn triggers the El Niño, controls seasonal hurricane tracks, historical regional floods-droughts, Global Warming and Cooling cycles, and many other climate weather cycles. GWO has found this Primary Forcing Mechanism (PFM) as the triggering mechanism that controls recurring cycles of the El Niño, regional hurricane landfalls and other weather/climate cycles.

 

GWO’s forecast models incorporate the PFM analog years to past climate/weather events in the model forecasts for regional hurricane landfall forecasts, global warming-cooling forecasts, La Niña and El Niño forecasts (see Figure 1 for examples of the PFM relationship to the El Niño). The models provide accurate extended weather/climate cycle outlooks many years into the future, and into the past. (see the Hurricane Services page and Prior GWO Forecasts and Tracks page for past performance of GWO's 2006 through 2014 hurricane and tropical storm forecasts).

 

The El Niño forms approximately every 3 to 4 years (sometimes 7 years apart) in the tropical South Pacific Ocean (Figure 1).  An El Nino normally influences changes in weather patterns, with these changes often taking place in December near Christmas, but not always, such as in 2008-09 when weather patterns changed in August.  An El Niño typically develops when a pool of very warm ocean water suddenly moves east from near Australia across the tropical South Pacific, causing disruptions in worldwide weather patterns.

Back in April of 2008, Meteorologist and climate researcher David Dilley of Global Weather Oscillations Inc. (GWO) predicted the strongest El Niño in over 10-years to occur in 2009.  The El Niño formed in August and disrupted the 2009 hurricane season.

A moderate El Niño did occur in 2009 just as predicted and caused strong wind shear in the upper atmosphere.  This essentially disrupted potential hurricanes form forming, and for those which did form, a rapid demise occurred.  Due to the El Niño and climate cycles, no hurricanes made landfall along the coastal areas of the United States.

GWO's *Climate Pulse Prediction Model (patent pending) utilizes naturally occurring interactions between the earth, sun, moon, -oceans and atmosphere to determine the power structure of the "Primary Forcing Mechanism (PFM) for climate".  GWO has found that it is the PFM controls the Earth's Natural Climate Pulse, and various cycles of the climate and weather, including Global Warming and Global Cooling cycles.

A portion of the PFM is a sub cycle of the scientifically proven Miklanovitch Cycles and Lunisolar Procession which regulate the natural rhythm of Earth, and sets up the Earth's Natural Climate Pulse.  This acts like plunger pushing and pulling on the earth's atmosphere and oceans.  This forcing action displaces the Bermuda High and South Pacific high pressure center from its normal location, and thus setting the stage for the strong El Niño which began in late June of 2009 and ended in April-May 2010.

​During non El Niño years, prevailing easterly trade winds keep ocean waters relatively cool in the central South Pacific Region, and in turn causes a warm pool of water to gradually pile up in the


GWO Products:  ENSO - Hurricane - Climate Change - Speakers
1.   La Niña  -  Neutral Conditions - El Niño
    
2.   Hurricane Zone Forecasts
     a.   2  year forecast for 11 zones - "Premium Plus Package"
           (issued to clients 9 and 6 months prior to the upcoming hurricane season)
     b.   1  year forecast - pick your zone "Standard Package"
            

3.    Hurricane Webinars (see hurricane pages)


3.    Earthquake Predictions
       a.   Prepared for Your Region of Concern (on request)
        


4 .   Climate Change eBook -   " Earth's Natural Climate Pulse "


5.    Climate Change and Natural Cycle Lectures and Speakers  

Overview of GWO's Climate Research

Climate research by David Dilley of GWO, links the very powerful naturally occurring "Primary Forcing Mechanism (PFM) for climate" to the Earth's Natural Climate Pulse. It is the PFM that controls the rhythm of Earth's Natural Climate Pulse, and in turn controls naturally occurring climate oscillations.

 

​It is the PFM cycles and the Earth's Natural Climate Pulse that induces cyclical changes in the earth's oceans and atmosphere, and in turn triggers the El Niño, controls seasonal hurricane tracks, historical regional floods-droughts, Global Warming and Cooling cycles, and many other climate weather cycles. GWO has found this Primary Forcing Mechanism (PFM) as the triggering mechanism that controls recurring cycles of the El Niño, regional hurricane landfalls and other weather/climate cycles.

 

GWO’s forecast models incorporate the PFM analog years to past climate/weather events in the model forecasts for regional hurricane landfall forecasts, global warming-cooling forecasts, La Niña and El Niño forecasts (see Figure 1 for examples of the PFM relationship to the El Niño). The models provide accurate extended weather/climate cycle outlooks many years into the future, and into the past. (see the Hurricane Services page and Prior GWO Forecasts and Tracks page for past performance of GWO's 2006 through 2014 hurricane and tropical storm forecasts).

 

The El Niño forms approximately every 3 to 4 years (sometimes 7 years apart) in the tropical South Pacific Ocean (Figure 1).  An El Nino normally influences changes in weather patterns, with these changes often taking place in December near Christmas, but not always, such as in 2008-09 when weather patterns changed in August.  An El Niño typically develops when a pool of very warm ocean water suddenly moves east from near Australia across the tropical South Pacific, causing disruptions in worldwide weather patterns.

Back in April of 2008, Meteorologist and climate researcher David Dilley of Global Weather Oscillations Inc. (GWO) predicted the strongest El Niño in over 10-years to occur in 2009.  The El Niño formed in August and disrupted the 2009 hurricane season.

A moderate El Niño did occur in 2009 just as predicted and caused strong wind shear in the upper atmosphere.  This essentially disrupted potential hurricanes form forming, and for those which did form, a rapid demise occurred.  Due to the El Niño and climate cycles, no hurricanes made landfall along the coastal areas of the United States.

GWO's *Climate Pulse Prediction Model (patent pending) utilizes naturally occurring interactions between the earth, sun, moon, -oceans and atmosphere to determine the power structure of the "Primary Forcing Mechanism (PFM) for climate".  GWO has found that it is the PFM controls the Earth's Natural Climate Pulse, and various cycles of the climate and weather, including Global Warming and Global Cooling cycles.

A portion of the PFM is a sub cycle of the scientifically proven Miklanovitch Cycles and Lunisolar Procession which regulate the natural rhythm of Earth, and sets up the Earth's Natural Climate Pulse.  This acts like plunger pushing and pulling on the earth's atmosphere and oceans.  This forcing action displaces the Bermuda High and South Pacific high pressure center from its normal location, and thus setting the stage for the strong El Niño which began in late June of 2009 and ended in April-May 2010.

​During non El Niño years, prevailing easterly trade winds keep ocean waters relatively cool in the central South Pacific Region, and in turn causes a warm pool of water to gradually pile up in the


GWO Products:  ENSO - Hurricane - Climate Change - Speakers
1.   La Niña  -  Neutral Conditions - El Niño
    
2.   Hurricane Zone Forecasts
     a.   4  year forecast for 11 zones - "Premium Package"
           (issued to clients 9 and 6 months prior to the upcoming hurricane season)
     b.   2  year forecast for 11 zones - "Premium Package"
           (issued to clients 9 and 6 months prior to the upcoming hurricane season)
     c.   1  year forecast - pick your zone "Consumer Package"
           (available to the public on or before June 1 of the hurricane season)

3.    Hurricane Webinars (see hurricane pages)


3.    Earthquake Predictions
       a.   Prepared for Your Region of Concern (on request)
       b.   California Pilot Predictions issued April 25, 2012  



4 .   Climate Change eBook -   " Earth's Natural Climate Pulse "


5.    Climate Change and Natural Cycle Lectures and Speakers  

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