Despite the fact they know less than god they never can be wrong. I am thinking of the sad idiots that imagined they could never decypher the heavens.
Yes they are a long way from home but satellites of the sun still weigh billions of tons and despite the fact they hang weightless in freefall, that fact does not cover over the rest of the centre of the solar system.
How much does the moon weigh?
73.5 million metric tons
How many years did Adam stare at it wondering what it meant?
All day (= nearly 1000 years.)
Do you ever think of things like that?
Why not!
Because it circles the earth the moon is throwing its weight around the earth. One day over Spain another over South America. All 73.5 Million Tonnes of it.
How devoid of introspection do you have to be to avoid conclusions about that?
A spectral analysis of the domain averaged height field at 1000 hPa surface over the Sahara using ECMWF data reveals a major oscillation of about five days. A composite analysis technique has then been developed which permits to emphasize the majorcharacteristics of the evolution of the thermal low over the Sahara during a five day period in the summer season. This analysis shows that the composite structure of the termal field reveals a well mixed layer with an almost constant potential
The computation of the vertical velocity and the horizontal divergence reveals a presence of a two cell vertical circulation over the thermal low region. Although the heat low over the Saharan desert appears as a shallow low pressure area confined intothe mixed layer, the entire troposphere seems to be dynamically active.
In the surface layer, the response of the height field to the temperature field has a lag time of about one day.
On Saturday, 11 December 2021 at 02:15:56 UTC, Weatherlawyer wrote:what the demons are now experiencing under the Democratic Party in the USA, everything their leader has done has turned to shit. More especially in California.
Despite the fact they know less than god they never can be wrong. I am thinking of the sad idiots that imagined they could never decypher the heavens.
Yes they are a long way from home but satellites of the sun still weigh billions of tons and despite the fact they hang weightless in freefall, that fact does not cover over the rest of the centre of the solar system.
How much does the moon weigh?
73.5 million metric tons
How many years did Adam stare at it wondering what it meant?
All day (= nearly 1000 years.)
Do you ever think of things like that?
Why not!
Because it circles the earth the moon is throwing its weight around the earth. One day over Spain another over South America. All 73.5 Million Tonnes of it.
How devoid of introspection do you have to be to avoid conclusions about that?
One has to supposed that disorganised as trolls any light shining on them must be a painful experience not least for them, revealed in time their love of poinlessness has made them flee however some still exist to remember their nothingness. This is
Some of us On The Other Hand are still here.characteristics of the evolution of the thermal low over the Sahara during a five day period in the summer season. This analysis shows that the composite structure of the termal field reveals a well mixed layer with an almost constant potential
Would any of you like to understand the Five Day Wave? https://ocean.weather.gov/Loops/index.php?category=atlantic&product=atlsfcf96&days=14&loop=1
Catch up! I am like the tide, I won't wait. First of all what does this mean:
A spectral analysis of the domain averaged height field at 1000 hPa surface over the Sahara using ECMWF data reveals a major oscillation of about five days. A composite analysis technique has then been developed which permits to emphasize the major
I am guessing it means that somwthing hold the weather over the sahara for 5 yas before it frifts out to sea.into the mixed layer, the entire troposphere seems to be dynamically active.
And this:
The computation of the vertical velocity and the horizontal divergence reveals a presence of a two cell vertical circulation over the thermal low region. Although the heat low over the Saharan desert appears as a shallow low pressure area confined
Another guess that:
The difference between day and night in the summer, causes an oscillation east of Egypt to hold thing together until the Nile Floods change everything.
In the surface layer, the response of the height field to the temperature field has a lag time of about one day.
See what I mean?
The question is: Has this been going on since the Aswan Dam or was it always a feature of Saharan climate?
On Saturday, 11 December 2021 at 02:46:43 UTC, Weatherlawyer wrote:what the demons are now experiencing under the Democratic Party in the USA, everything their leader has done has turned to shit. More especially in California.
On Saturday, 11 December 2021 at 02:15:56 UTC, Weatherlawyer wrote:
Despite the fact they know less than god they never can be wrong. I am thinking of the sad idiots that imagined they could never decypher the heavens.
Yes they are a long way from home but satellites of the sun still weigh billions of tons and despite the fact they hang weightless in freefall, that fact does not cover over the rest of the centre of the solar system.
How much does the moon weigh?
73.5 million metric tons
How many years did Adam stare at it wondering what it meant?
All day (= nearly 1000 years.)
Do you ever think of things like that?
Why not!
Because it circles the earth the moon is throwing its weight around the earth. One day over Spain another over South America. All 73.5 Million Tonnes of it.
How devoid of introspection do you have to be to avoid conclusions about that?
One has to supposed that disorganised as trolls any light shining on them must be a painful experience not least for them, revealed in time their love of poinlessness has made them flee however some still exist to remember their nothingness. This is
characteristics of the evolution of the thermal low over the Sahara during a five day period in the summer season. This analysis shows that the composite structure of the termal field reveals a well mixed layer with an almost constant potentialSome of us On The Other Hand are still here.
Would any of you like to understand the Five Day Wave? https://ocean.weather.gov/Loops/index.php?category=atlantic&product=atlsfcf96&days=14&loop=1
Catch up! I am like the tide, I won't wait. First of all what does this mean:
A spectral analysis of the domain averaged height field at 1000 hPa surface over the Sahara using ECMWF data reveals a major oscillation of about five days. A composite analysis technique has then been developed which permits to emphasize the major
into the mixed layer, the entire troposphere seems to be dynamically active.I am guessing it means that somwthing hold the weather over the sahara for 5 yas before it frifts out to sea.
And this:
The computation of the vertical velocity and the horizontal divergence reveals a presence of a two cell vertical circulation over the thermal low region. Although the heat low over the Saharan desert appears as a shallow low pressure area confined
Another guess that:
The difference between day and night in the summer, causes an oscillation east of Egypt to hold thing together until the Nile Floods change everything.
In the surface layer, the response of the height field to the temperature field has a lag time of about one day.
See what I mean?Access to this supposition is
The question is: Has this been going on since the Aswan Dam or was it always a feature of Saharan climate?
£ 29.95
Price includes VAT (United Kingdom)
Tax calculation will be finalised during checkout google scholar.
And nobody can buy or sell it without the mark of the beast.
Don't worry about it, there is enough information on what they release to make as valid a guess as any.
All trolls aside(Good job I killed them all isn't it?) Sorry about Datakoll and JP Turcaud it could't be helped.
So on with the show
On Saturday, 11 December 2021 at 02:59:06 UTC, Weatherlawyer wrote:is what the demons are now experiencing under the Democratic Party in the USA, everything their leader has done has turned to shit. More especially in California.
On Saturday, 11 December 2021 at 02:46:43 UTC, Weatherlawyer wrote:
On Saturday, 11 December 2021 at 02:15:56 UTC, Weatherlawyer wrote:
Despite the fact they know less than god they never can be wrong. I am thinking of the sad idiots that imagined they could never decypher the heavens.
Yes they are a long way from home but satellites of the sun still weigh billions of tons and despite the fact they hang weightless in freefall, that fact does not cover over the rest of the centre of the solar system.
How much does the moon weigh?
73.5 million metric tons
How many years did Adam stare at it wondering what it meant?
All day (= nearly 1000 years.)
Do you ever think of things like that?
Why not!
Because it circles the earth the moon is throwing its weight around the earth. One day over Spain another over South America. All 73.5 Million Tonnes of it.
How devoid of introspection do you have to be to avoid conclusions about that?
One has to supposed that disorganised as trolls any light shining on them must be a painful experience not least for them, revealed in time their love of poinlessness has made them flee however some still exist to remember their nothingness. This
major characteristics of the evolution of the thermal low over the Sahara during a five day period in the summer season. This analysis shows that the composite structure of the termal field reveals a well mixed layer with an almost constant potentialSome of us On The Other Hand are still here.
Would any of you like to understand the Five Day Wave? https://ocean.weather.gov/Loops/index.php?category=atlantic&product=atlsfcf96&days=14&loop=1
Catch up! I am like the tide, I won't wait. First of all what does this mean:
A spectral analysis of the domain averaged height field at 1000 hPa surface over the Sahara using ECMWF data reveals a major oscillation of about five days. A composite analysis technique has then been developed which permits to emphasize the
confined into the mixed layer, the entire troposphere seems to be dynamically active.I am guessing it means that somwthing hold the weather over the sahara for 5 yas before it frifts out to sea.
And this:
The computation of the vertical velocity and the horizontal divergence reveals a presence of a two cell vertical circulation over the thermal low region. Although the heat low over the Saharan desert appears as a shallow low pressure area
for summer 2007. We have compared these fields and the derived saturation ratios with polar mesospheric cloud (PMC) measurements from the AIM satellite. We find that the 5 day wave is variable in both time and space, with significant amplitudes in theAnother guess that:
The difference between day and night in the summer, causes an oscillation east of Egypt to hold thing together until the Nile Floods change everything.
In the surface layer, the response of the height field to the temperature field has a lag time of about one day.
See what I mean?Access to this supposition is
The question is: Has this been going on since the Aswan Dam or was it always a feature of Saharan climate?
£ 29.95
Price includes VAT (United Kingdom)
Tax calculation will be finalised during checkout google scholar.
And nobody can buy or sell it without the mark of the beast.
Don't worry about it, there is enough information on what they release to make as valid a guess as any.
All trolls aside(Good job I killed them all isn't it?) Sorry about Datakoll and JP Turcaud it could't be helped.If you look long enough...
So on with the show
Abstract
[1] We have investigated the 5 day wave in both temperature and water vapor in the stratosphere and mesosphere as seen in the Navy Operational Global Atmospheric Prediction System–Advanced Level Physics High Altitude (NOGAPS-ALPHA) analysis fields
1. Introductionor as free modes, which are resonant responses to atmospheric disturbances. Rossby waves are embedded in Laplace's tidal equation, with the gravest mode being the westward propagating 5 day wave of zonal wave number 1 [Forbes, 1995]. The fundamental
[2] Planetary Rossby waves with typical periods ranging from ∼2–20 days can be categorized either as forced waves, generated by orographic forcing, strong tropical convection, or longitudinal variations in heating [e.g., Salby, 1984; Holton, 1992],
[3] The 5 day wave is well documented in the lower atmosphere with strong signatures in pressure and geopotential height [e.g., Madden and Julian, 1972; Madden, 1978; Ahlquist, 1982; Speth and Madden, 1983; Lejenäs and Madden, 1992]. In the mesosphereit has traditionally been observed in winds measured by ground-based radar systems [e.g., Lieberman et al., 2003; Riggin et al., 2006] or in temperatures measured from satellites [e.g., Hirooka, 2000; Garcia et al., 2005]. Rosenlof and Thomas [1990]
[4] In the polar summer mesosphere, planetary waves can potentially modulate high-altitude clouds, commonly referred to as noctilucent clouds (NLCs) by ground-based observers, and as polar mesospheric clouds (PMCs) when observed from space. Whileground-based observations have revealed planetary wave modulation of PMCs with periods of 5 and 16 days [Kirkwood et al., 2002; Kirkwood and Stebel, 2003], satellite measurements of PMCs have provided us with an opportunity to study the evolution and
[5] The NASA Aeronomy of Ice in the Mesosphere (AIM) satellite is dedicated to the study of PMCs. AIM was launched into a sun synchronous orbit at 600 km altitude on 25 April 2007 with the primary goal of investigating how PMCs form and vary. To attainthis goal, AIM carries three instruments: the Solar Occultation For Ice Experiment (SOFIE), which is a solar occultation instrument, the Cloud Imaging and Particle Size (CIPS) experiment, which is a panoramic UV imager, and finally, a dust collector
[6] In support of the AIM mission, scientists at the Naval Research Laboratory have run their prototype high-altitude global numerical weather prediction (NWP) system, known as the Navy Operational Global Atmospheric Prediction System with AdvancedLevel and Physics and High Altitude (NOGAPS-ALPHA). This system was used to assimilate satellite measurements of stratospheric and mesospheric temperature, water vapor, and ozone during the first AIM PMC season covering the period 15 May–31 August 2007.
[7] Eckermann et al. [2009] studied the planetary wave signals in these analysis fields near the polar summer mesopause using two-dimensional space-time Fourier analysis techniques, revealing the presence of several large-scale waves, with the mostprominent being the 5 day wave (westward wave number 1), consistent with the observational findings of Merkel et al. [2009]. Other significant wave modes were the migrating diurnal and semidiurnal tides, and a westward propagating wave number 2 mode with
[8] Eckermann et al. [2009] also investigated the 5 day wave signal in water vapor mixing ratios and found a peak near 60°N–75°N with amplitudes ∼0.2–0.3 ppmv, consistent with ground-based measurements at 69°N by Sonnemann et al. [2008]. Thesubsequent spectral cross-coherence analysis between the wave signals in temperature and water vapor, designed to test the hypothesis of Merkel et al. [2009] (that 5 day wave signals in both temperature and humidity control observed 5 day modulation of
[9] Merkel et al. [2009] and Eckermann et al. [2009] showed that the most dominant planetary wave mode during the 2007 northern hemisphere PMC season was the westward propagating 5 day wave number 1 mode. In this study we investigate its variability,origin, and the phase relations among 5 day wave anomalies in temperature, water vapor, and saturation ratio and observed PMC variability. We utilize the NOGAPS-ALPHA gridded analysis fields covering the full first AIM PMC season from 15 May to 31 August
[10] Section 2 describes the NOGAPS-ALPHA assimilation system and the specific wavelet techniques applied in this study. Section 3 describes the 5 day wave signatures in NOGAPS-ALPHA temperature, water vapor, and derived saturation ratio, and how theyrelate to SOFIE and CIPS cloud observations. Section 4 investigates a significant enhancement in the 5 day wave amplitude during early August and its impact on PMC observations at high latitudes in the late PMC season. Major findings are summarized in
2. Analysisdescribe the configuration of the NOGAPS-ALPHA forecast model and data assimilation system used to perform the specific forecast assimilation runs whose analysis output is analyzed here. Briefly, the spectral forecast model was run at T79L68, yielding a
2.1. NOGAPS-ALPHA Meteorological Analysis
[11] Here we use 6 hourly global analysis fields at geometric heights z ∼0–90 km generated by an Advanced Level Physics High Altitude (ALPHA) prototype of the Navy Operational Global Atmospheric Prediction System (NOGAPS). Eckermann et al. [2009]
On Saturday, 11 December 2021 at 02:59:06 UTC, Weatherlawyer wrote:is what the demons are now experiencing under the Democratic Party in the USA, everything their leader has done has turned to shit. More especially in California.
On Saturday, 11 December 2021 at 02:46:43 UTC, Weatherlawyer wrote:
On Saturday, 11 December 2021 at 02:15:56 UTC, Weatherlawyer wrote:
Despite the fact they know less than god they never can be wrong. I am thinking of the sad idiots that imagined they could never decypher the heavens.
Yes they are a long way from home but satellites of the sun still weigh billions of tons and despite the fact they hang weightless in freefall, that fact does not cover over the rest of the centre of the solar system.
How much does the moon weigh?
73.5 million metric tons
How many years did Adam stare at it wondering what it meant?
All day (= nearly 1000 years.)
Do you ever think of things like that?
Why not!
Because it circles the earth the moon is throwing its weight around the earth. One day over Spain another over South America. All 73.5 Million Tonnes of it.
How devoid of introspection do you have to be to avoid conclusions about that?
One has to supposed that disorganised as trolls any light shining on them must be a painful experience not least for them, revealed in time their love of poinlessness has made them flee however some still exist to remember their nothingness. This
major characteristics of the evolution of the thermal low over the Sahara during a five day period in the summer season. This analysis shows that the composite structure of the termal field reveals a well mixed layer with an almost constant potentialSome of us On The Other Hand are still here.
Would any of you like to understand the Five Day Wave? https://ocean.weather.gov/Loops/index.php?category=atlantic&product=atlsfcf96&days=14&loop=1
Catch up! I am like the tide, I won't wait. First of all what does this mean:
A spectral analysis of the domain averaged height field at 1000 hPa surface over the Sahara using ECMWF data reveals a major oscillation of about five days. A composite analysis technique has then been developed which permits to emphasize the
confined into the mixed layer, the entire troposphere seems to be dynamically active.I am guessing it means that somwthing hold the weather over the sahara for 5 yas before it frifts out to sea.
And this:
The computation of the vertical velocity and the horizontal divergence reveals a presence of a two cell vertical circulation over the thermal low region. Although the heat low over the Saharan desert appears as a shallow low pressure area
for summer 2007. We have compared these fields and the derived saturation ratios with polar mesospheric cloud (PMC) measurements from the AIM satellite. We find that the 5 day wave is variable in both time and space, with significant amplitudes in theAnother guess that:
The difference between day and night in the summer, causes an oscillation east of Egypt to hold thing together until the Nile Floods change everything.
In the surface layer, the response of the height field to the temperature field has a lag time of about one day.
See what I mean?Access to this supposition is
The question is: Has this been going on since the Aswan Dam or was it always a feature of Saharan climate?
£ 29.95
Price includes VAT (United Kingdom)
Tax calculation will be finalised during checkout google scholar.
And nobody can buy or sell it without the mark of the beast.
Don't worry about it, there is enough information on what they release to make as valid a guess as any.
All trolls aside(Good job I killed them all isn't it?) Sorry about Datakoll and JP Turcaud it could't be helped.If you look long enough...
So on with the show
Abstract
[1] We have investigated the 5 day wave in both temperature and water vapor in the stratosphere and mesosphere as seen in the Navy Operational Global Atmospheric Prediction System–Advanced Level Physics High Altitude (NOGAPS-ALPHA) analysis fields
1. Introductionor as free modes, which are resonant responses to atmospheric disturbances. Rossby waves are embedded in Laplace's tidal equation, with the gravest mode being the westward propagating 5 day wave of zonal wave number 1 [Forbes, 1995]. The fundamental
[2] Planetary Rossby waves with typical periods ranging from ∼2–20 days can be categorized either as forced waves, generated by orographic forcing, strong tropical convection, or longitudinal variations in heating [e.g., Salby, 1984; Holton, 1992],
[3] The 5 day wave is well documented in the lower atmosphere with strong signatures in pressure and geopotential height [e.g., Madden and Julian, 1972; Madden, 1978; Ahlquist, 1982; Speth and Madden, 1983; Lejenäs and Madden, 1992]. In the mesosphereit has traditionally been observed in winds measured by ground-based radar systems [e.g., Lieberman et al., 2003; Riggin et al., 2006] or in temperatures measured from satellites [e.g., Hirooka, 2000; Garcia et al., 2005]. Rosenlof and Thomas [1990]
[4] In the polar summer mesosphere, planetary waves can potentially modulate high-altitude clouds, commonly referred to as noctilucent clouds (NLCs) by ground-based observers, and as polar mesospheric clouds (PMCs) when observed from space. Whileground-based observations have revealed planetary wave modulation of PMCs with periods of 5 and 16 days [Kirkwood et al., 2002; Kirkwood and Stebel, 2003], satellite measurements of PMCs have provided us with an opportunity to study the evolution and
[5] The NASA Aeronomy of Ice in the Mesosphere (AIM) satellite is dedicated to the study of PMCs. AIM was launched into a sun synchronous orbit at 600 km altitude on 25 April 2007 with the primary goal of investigating how PMCs form and vary. To attainthis goal, AIM carries three instruments: the Solar Occultation For Ice Experiment (SOFIE), which is a solar occultation instrument, the Cloud Imaging and Particle Size (CIPS) experiment, which is a panoramic UV imager, and finally, a dust collector
[6] In support of the AIM mission, scientists at the Naval Research Laboratory have run their prototype high-altitude global numerical weather prediction (NWP) system, known as the Navy Operational Global Atmospheric Prediction System with AdvancedLevel and Physics and High Altitude (NOGAPS-ALPHA). This system was used to assimilate satellite measurements of stratospheric and mesospheric temperature, water vapor, and ozone during the first AIM PMC season covering the period 15 May–31 August 2007.
[7] Eckermann et al. [2009] studied the planetary wave signals in these analysis fields near the polar summer mesopause using two-dimensional space-time Fourier analysis techniques, revealing the presence of several large-scale waves, with the mostprominent being the 5 day wave (westward wave number 1), consistent with the observational findings of Merkel et al. [2009]. Other significant wave modes were the migrating diurnal and semidiurnal tides, and a westward propagating wave number 2 mode with
[8] Eckermann et al. [2009] also investigated the 5 day wave signal in water vapor mixing ratios and found a peak near 60°N–75°N with amplitudes ∼0.2–0.3 ppmv, consistent with ground-based measurements at 69°N by Sonnemann et al. [2008]. Thesubsequent spectral cross-coherence analysis between the wave signals in temperature and water vapor, designed to test the hypothesis of Merkel et al. [2009] (that 5 day wave signals in both temperature and humidity control observed 5 day modulation of
[9] Merkel et al. [2009] and Eckermann et al. [2009] showed that the most dominant planetary wave mode during the 2007 northern hemisphere PMC season was the westward propagating 5 day wave number 1 mode. In this study we investigate its variability,origin, and the phase relations among 5 day wave anomalies in temperature, water vapor, and saturation ratio and observed PMC variability. We utilize the NOGAPS-ALPHA gridded analysis fields covering the full first AIM PMC season from 15 May to 31 August
[10] Section 2 describes the NOGAPS-ALPHA assimilation system and the specific wavelet techniques applied in this study. Section 3 describes the 5 day wave signatures in NOGAPS-ALPHA temperature, water vapor, and derived saturation ratio, and how theyrelate to SOFIE and CIPS cloud observations. Section 4 investigates a significant enhancement in the 5 day wave amplitude during early August and its impact on PMC observations at high latitudes in the late PMC season. Major findings are summarized in
2. Analysisdescribe the configuration of the NOGAPS-ALPHA forecast model and data assimilation system used to perform the specific forecast assimilation runs whose analysis output is analyzed here. Briefly, the spectral forecast model was run at T79L68, yielding a
2.1. NOGAPS-ALPHA Meteorological Analysis
[11] Here we use 6 hourly global analysis fields at geometric heights z ∼0–90 km generated by an Advanced Level Physics High Altitude (ALPHA) prototype of the Navy Operational Global Atmospheric Prediction System (NOGAPS). Eckermann et al. [2009]
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