Solar Equatorial Deceleration and Storm Intensity Increase; Associated Troughs; Friis-Christensen; Lassen; Hoyt and Schatten;
[PLEASE USE CONTROL (+) FOR ZOOMS AND CONTROL (0) FOR NORMAL VIEW]. To see other BSMRA sites the BSM Research Associates Integrated Websites Selection. Also please use included PDFs and WORD files for higher resolution if desired.Included are the solar equatorial deceleration calculations; the solar storm (sunspot) frequency increases and cycle duration decreases; the length-of-time decrease between sunspot cycles; and solar radiance spectral distribution plots indicating increased solar intensities in the UV, Gamma and X-ray portions values of the Sun's emission. Water vapor concentration density increases are the dominant absorptive agent in the atmosphere, and the H2Ov increase is directly coupled to elliptical reverse (feedback) physics. Also included are the global heating increases for the Solar System, Earth and Mars; the Earth's global heating as a function of solar radiance; the Earth's Geo-Core angular rotation decrease which is commensurate with the Sun's equatorial deceleration; the Joukowski curved orbital spin data for the Earth; the Earth's internal heating sources; the Earth's external heating sources; carbon dioxide and methane being functions of hydrothermal venting processes (not factories). Calcium carbonate dissociation into carbon, as well as the release of methane from underlying sedimentary deposited hydrates as a function of sea floor temperature increases are also provided. (BE SURE TO USE THE PDF AND WORD FILES PROVIDED WITH THE IMAGERY FOR HIGH RESOLUTION CAPABILITY.)
Friday, 30 September 2011
Wednesday, 23 March 2011
Evidence for Correlation Between Nuclear Decay Rates and Earth-Sun Distance
Back to BSM Research Associates Homepage
Fishback and Jenkins: Nuclear Decay Rates a Function of Earth-Sun Distance
Jere H. Jenkins,1 Ephraim Fischbach,1, ∗ John B. Buncher,1 John
T. Gruenwald,1 Dennis E. Krause,1, 2 and Joshua J. Mattes1
1Physics Department, Purdue University, 525 Northwestern Avenue, West Lafayette, Indiana, 47907, USA
2Physics Department, Wabash College, Crawfordsville, Indiana, 47933, USA
(Dated: August 25, 2008)
Unexplained periodic fluctuations in the decay rates of 32Si and 226Ra have been reported
by groups at Brookhaven National Laboratory (32Si), and at the Physikalisch-Technische-
Bundesandstalt in Germany (226Ra). We show from an analysis of the raw data in these experiments
that the observed fluctuations are strongly correlated in time, not only with each other, but also with
the distance between the Earth and the Sun. Some implications of these results are also discussed,
including the suggestion that discrepancies in published half-life determinations for these and other
nuclides may be attributable in part to differences in solar activity
Astro-Physics Journal:
Evidence for Correlations Between Nuclear Decay Rates and Earth Sun Distance.pdf
Astroparticle Physics JournalDecay Rates a Function of Earth and Sun Distance.pdf
Sunday, 26 December 2010
The Age of the Universe: A Study of the Poynting Robertson Effect and Extinction of Interplanetary Dust (Stephen J. Duursma; Harold S. Slusher)
BSM RESEARCH ASSOCIATES HOMEPAGE
Interplanetary Dust PRE Introduction.pdf
Interplanetary Dust PRE_0002.pdf
Interplanetary Dust PRE_0003.pdf
Interplanetary Dust PRE_0004.pdf
Interplanetary Dust PRE_0005.pdf
Interplanetary Dust PRE_0006.pdf
Interplanetary Dust PRE_0007.pdf
Interplanetary Dust PRE_0008.pdf
Interplanetary Dust PRE_0009.pdf
Interplanetary Dust PRE_0010.pdf
Interplanetary Dust PRE_0011.pdf
Interplanetary Dust PRE_0012.pdf
Interplanetary Dust PRE_0013.pdf
Interplanetary Dust PRE_0014.pdf
Interplanetary Dust PRE_0015.pdf
Interplanetary Dust PRE_0016.pdf
Interplanetary Dust PRE_0017.pdf
Chapter IV: Extinction of Interplanetary Dust and Conclusions
Interplanetary Dust Poynting Robertson Chapter 4 Extinction.pdf
Interplanetary Dust Poynting Robertson Chapter 4 Extinction_0001.pdf
Interplanetary Dust Poynting Robertson Chapter 4 Extinction_0002.pdf
Interplanetary Dust Poynting Robertson Chapter 4 Extinction_0003.pdf
Interplanetary Dust Poynting Robertson Chapter 4 Extinction_0004.pdf
Interplanetary Dust Poynting Robertson Chapter 4 Extinction_0005.pdf
Interplanetary Dust Poynting Robertson Chapter 4 Extinction_0006.pdf
Interplanetary Dust Poynting Robertson Chapter 4 Extinction_0007.pdf
Interplanetary Dust Poynting Robertson Chapter 4 Extinction_0008.pdf
Interplanetary Dust Poynting Robertson Chapter 4 Extinction_0013.pdf
Interplanetary Dust Poynting Robertson Chapter 4 Extinction_0014.pdf
Interplanetary Dust Poynting Robertson Chapter 4Extinction_0015.pdf
Interplanetary Dust Poynting Robertson Chapter 4 Extinction_0017.pdf
Interplanetary Dust Poynting Robertson Chapter 4 Extinction_0018.pdf
Interplanetary Dust Poynting Robertson Chapter 4 Extinction_0019.pdf
Interplanetary Dust Poynting Robertson Chapter 4 Extinction_0020.pdf
Interplanetary Dust Poynting Robertson Chapter 4 Extinction_0016.pdf
Friday, 13 August 2010
Mathematical Derivations for Geomagnetic Field Decay and Geo-Core Diffusion Physics
Related Technical Site: (GMF and Geocore Mathematical Formulations)
These electromagnetic mathematical formulations and derivations may also be viewed, from a slightly different perspective, on the Opera BSMRA technical site. Derivations start with James Clerk-Maxwell Field Equations which are subsequently processed for geo-core applications. Of particular interest is Equation 77 which is commonly attributed to Oliver Heaviside (derived in 1881) and Hendrik Lorentz (derived 1892). As noted the 1861 Clerk-Maxwell formulation of Equation 77 and applied to charged particle force deflection = qvxB, and where B is the geomagnetic field's induction intensity and v is the charged particle velocity; was in fact derived 31 years earlier by Clerk-Maxwell.
Mathematical Geomagnetic Field and Geo-Core Diffusion.pdf
Barnes Origin and Destiny Earth's Magnetic Field Section 1.pdf
Cowling Anti-Dynamo Theorem.mht
Dr Thomas Barnes Origin and Destiny of the Earth Magnetic Field Mathematical Section 2.pdf
Relativity (and Evolution) are finally being observed for what they are: At best, non-validated models; or worse, pseudo-science
Friday, 04 December 2009
Clifford Anthony Paiva_BSMRA: Geomagnetic Field Intensity Decrease as a Function of Decreasing Earth Angular (Rotational) Velocity
That this planet is tending toward equilibrium (dying) may seem strange to some, however check the information on this page [I]carefully[/I]; as it is based on planetary and electromagnetic physical processes. For example, danger to Earth's biosphere as it is increasingly exposed to high energy charged particle flux (cosmic rays, x-rays, etc.); global [I]increased [/I] heating through planetary angular velocity [I]decrease;[/I] geo-core thermal generation as a function of gravitational tidal friction, and electrical induced currents' joule heating; all of these increase as a functions of time. Further, these processes apply to all Solar System planets, satellites and asteroids, not just Earth. New values for the Geo-Core conductivity and current decreases, and resistance increases are calculated from latest International Geomagnetic Reference Field (IGRF) space and Earth-based sensor's data. As the conductivity and current density within the Earth's Geo-Core decreases, so does the induced magnetic field intensity (geomagnetic field) [I]decrease [/I].[/B][/COLOR]BSM Research bases its geo-electromagnetic physics on Curl [B]E[/B] and Curl [B]H[/B] for moving (rotating) spherical conductors. or [B]w[/B]x[B][B]r[/B][/B]x[B]H[/B][I]mu[/I][SUB]geocore[/SUB]; here w=omega and wxr = va (angular velocity)for rotating Earth. The core's electrical current, generated by the Earth's core rotating through the Sun's interplanetary magnetic field, is dying since the planet's angular velocity is decreasing. Also dying is the induced magnetic field (primary signal field) of the Earth. If the Solar rotational deceleration continues, the field energy will have been converted into heat within approximately 544 years.
Clifford A. Paiva_BSMRA:_Javaraiah Solar Equatorial Deceleration.pdf
Clifford Anthony Paiva RESUME 2010.doc
Tuesday, 17 November 2009
Clifford Anthony Paiva_BSMRA: Commencement of Active Solar (Sunspot) Cycle 24: Friis-Christensen and K. Lassen Danish Meteorological Institute Confirmation
BSM RESEARCH ASSOCIATES HOMEPAGE
Solar Storm (sunspot) Cycle 23 has been quiet; not so Cycle 24. Things are heating up. This changes in accord with Friis-Christensen and K. Lassen cumulative field data observations as the Cycle 24 begins. Some other folks maintain a local reversal of the associated sunspot magnetic fields are necessary before the commencement of a new cycle. Others think Cycle 24 must be weak. Notwithstanding, the Friis-Chrisensen plots predict a commencement of Solar Storm Cycle 24.
Friis Christensen Primary Paper.pdf www.geocraft.com_WVFossils_greenhouse_data.pdf
Solanki and Fligge Max Planck.pdf
Clifford Anthony Paiva_BSMRA_Geomagnetic Field Mathematics.doc
Monday, 07 September 2009
Clifford Anthony Paiva_BSMRA: Solar Storm Frequency and Intensity Correlations to Global Mean Temperature (GMT): LOW; Absorptive Water Vapor Concentration Density Increasing Thermal Feedback to the Oceans
Solar storm frequency and intensity is correlated to global mean temperatures (GMT) revealing high correlation. GMT is then correlated to the Earth's geomagnetic field (GMF) for the ratio GMF/GMT and plotted. A one-to-one comparison is calculated to be R^2 = .68 confidence. This may be interpreted to the effect that geomagnetic field decay's induced electrical currents within the geo-core, generally increasing resistive div ExH joule heat intensity, as a direct result of such GMF decay, is increasing temperatures within the core, mantle, lithosphere and atmosphere, and of course reduction in the Earth's angular velocity. The cumulative (solar storm frequency ) and intensity to GMT indicates a direct solar forcing function; in effect driving the Earth to increased temperatures as a function of time. [Associated Areas: http://en.wikivisual.com/index.php/Greenhouse_gases; http://smtp.antelecom.net/blogs/bsmaGMF/; Increased solar brightness and warming of the Earth since 1979.doc; http://smtp.antelecom.net/blogs/bsmaArk/ (CIA and US NSWC Dahlgren Laboratory Involvment)
Abstract by Friis-Christensen and K. Lassen
Article by Friis-Christensen and K. Lassen
BSMRA The Climatic Effects of Water Vapour_complete.doc
BSMRAThe Greenhouse Effects of Water Vapor Versus Carbon Dioxide.doc
BSMRA_Clifford A. Paiva RESUME 2009.doc
BSMRA_Data Solar Rotation Decrease From 1956 up to present.doc
BSMRA_Total Solar Radiance Increase
Clifford Anthony Paiva_BSMRA_Geomagnetic Field Mathematics.doc
Sunday, 19 October 2008
Clifford Anthony Paiva_BSMRA: Polar Ice Decrease; Increased Geothermal Processes as a Function of Increased Solar Radiance; Generation of Greenhouse Gases Methane (CH4) and Carbon Dioxide from Calcium Carbonate Ocean Bottom Ooze and Hydrothermal Vent Complexes
BSMRA_Solar UV Radiance Increases and Earth Temperatures.doc 
[Further Lassen Data: http://smtp.antelecom.net/blogs/bsmaGMF/]
BSMRA_Back to BSMRA Main Site
BSMRA_Solar Rotation Decrease From 1956 up to present.doc
BSMRA_Total Solar Radiance Increase
Clifford Anthony Paiva_BSMRA_Geomagnetic Field Mathematics.doc
Cliff: Some of the frames are included on other BSM Research Associate sites. This is a function of the common cross disciplines, i.e. geomagnetic field changes generating internal geocore Lenz currets. The geomagnetic field decay on the other hand being a relates to decreased solar equatorial rotation, which then results in earth angular velocity decreases. In turn angular velocity reduction decreases the solar magnetic field-induced geocore currents and associated geomagnetic field intensity. Affected disciplines are then, for example, solar physics and geophysics. (10/19/08)
Monday, 29 September 2008
Clifford Anthony Paiva_BSMRA: Solar and Earth Temperature Troughs Corrlelated to Geomagnetic Field Troughs; Dr. Thomas G. Barnes Origin and Destiny of the Earth's Magnetic Field
Rotation decreases in the Sun'sequatorial regions are in sequence with the solar storm increases, periodic troughs, and the Earth's land and sea temperature troughs. These trough-depressions are then correlated to the geomagnetic field periodic decay decelerations. As the Sun slows in its rotation through the Milky Way galaxy's intragalactic magnetic field, the Sun's magnetic field decays due to a decrease in the Faraday-generated electrical, solar internal currents with the associated solar magnetic field. The Earth likewise slows in its rotation through the weakening solar magnetic field, Lenz Law "breaking" effects cumulatively resulting in a decrease in Earth's angular velocity. The conservation of angular momentum of course applies to all rotating bodies within the solar system. Oscillations in the solar rotation presumably are physically connected to both Earth temperature oscillations (troughs) as well as the Earth's geomagnetic field troughs. Investigations should confirm not only Mars' global temperature decrease (and trough oscillations) but also similar effects in Jupiter, Saturn and Uranus. Fischback and Jenkins have correlated the variations of radionuclides as a function of Earth-Sun distance.
Clifford A. Paiva_BSMRA: Sun Earth Geomagnetic Field Trough Depressions.pdf 
Clifford A. Paiva_BSMRA: Friis Christian Solar Activity and Climate.doc
BSMRA_Solar Rotation Decrease From 1956 up to present.doc
Clifford A. Paiva_BSMRA: Total Solar Radiance Increase
Clifford Anthony Paiva_BSMRA_Geomagnetic Field Mathematics.doc
Origin and Destiny of the Earth's Magnetic Field [Chapter Two: Geochronological Implications]
Origin and Destiny of the Earth's Magnetic Field [Chapter Three: Young Age for the Earth's Magnetic Field]
Origin and Destiny of the Earth's Magnetic Field [Chapter Four: Mathematical Physics and Electromagnetics of the Earth's Geomagnetic Field (GMF)]
Barnes GMF chap 4_000Introduction.pdf
Origin and Destiny of the Earth's Magnetic Field [Chapter Five: Answers to the Critics]
Clif: Alignment of the solar radiance, earth temperature and geomagnetic field troughs are presented above. Note the similarities of trough angle and correlated years observed, especially in the 1940-1965 period. Conservation of angular momentum for the Earth-Sun system requires the Earth to slow commensurate to the decrease in the Sun's equatorial rotation. Since the Earth's geocore decelerating rotation through the Sun's magnetic field results in a decrease in the Earth's geomagnetic field, a corresponding intensity trough appears when plotting the Earth's geomagnetic field decay. (09/30/08)
Monday, 26 May 2008
Clifford Anthony Paiva_BSMRA: Globally Distributed Hydrothermal Vent (HTV) Complexes: Primary Source of Methane and Water Vapor
Release of Greenhouse Gases in Hydrothermal Vent Complexes Causing Global Warming S. Planke
(2) and C. Berndt (3) (1) Volcanic Basin Petroleum Research (VBPR), Oslo, Norway,
(2) Physics of Geological
Processes (PGP), University of Oslo, Norway, (3) Southampton Oceanography Centre,
Southampton, U.K.
Hydrothermal vent complexes are pipe-like structures formed by explosive release
of liquids and fluids during magmatic sill emplacement in sedimentary basins. We
have recently completed an extensive seismic mapping of Paleocene/Eocene sills and
hydrothermal vent complexes on the North East Atlantic margins. The extent of the
mapped sill complex in the Vøring and Møre basins offshore mid-Norway is >80,000
km^2 with an estimated total volume of 0.9 to 2.5 x 10^4 km^3; and similar structures
exist in the Faeroe Shetland Basin. We have further mapped 766 hydrothermal vent
complexes connecting the sill intrusions with the paleosurface. Extrapolating between
the seismic lines we estimate that just in the two basins of the mid-Norwegian margin
at least 2-3000 vent complexes exist. New biostratigraphic dating reveals that most
of the sill and vent complexes were formed at the Paleocene/Eocene boundary, almost
coeval with the beginning of the initial Eocene thermal maximum (IETM). The
magma emplacement caused heating of the surrounding sedimentary strata and production
of greenhouse gases. These gases were released through hydrothermal vent
complexes. We have calculated that the total methane production potential in metamorphic
aureoles in Vøring and Møre basins is in the range of 0.3 to 3.3 x 10^18 g
CH4 assuming that 0.5 to 2.0 wt. % organic carbon was converted to methane. The
methane production potential in the entire NAVP is estimated to be about five times
greater. The total volume of methane produced in metamorphic aureoles in NAVP is
larger than the volumes required for explaining the IETM and the associated light
carbon isotope excursion, provided the greenhouse gases were produced and released
in a short time ( 10,000 years). Although the limited information from the Faeroe Shetland
Basin suggest that not all the sills were emplaced synchronously, the bulk of the
field and seismic data combined with melt modelling support that very voluminous sill
complexes were intruded and solidified in a short time span (>1000 years) during the
initial phase of volcanic activity.
(Note the implications for the Genesis Flood timeline
some 4,500 years ago.)
Clifford A. Paiva_BSMRA_Solar Rotation Decrease From 1956 up to present.doc
Clifford A. Paiva_BSMRA_Total Solar Radiance Increase
Clifford Anthony Paiva_BSMRA_Geomagnetic Field Mathematics.doc
On the Global Distribution of Hydrothermal Vent Fields.pdfClifford Anthony Paiva_BSMRA: Earth Global Heating As A Function of Increased Storm Activity, Solar Radiance and Solar Equatorial Decelearation; Mars Polar Caps Melting; Slow Down and Warming of Solar System; Earth Joukowski Orbital Spin Effect: Orbital Decay; Hansen's Solar Radiance Source for Global Warming is in PDF; Javaraiah Solar EQuatorial Deceleration PDF; Planke and Svensen Hydrothermal Vent Complexes in PDF; NASA Goddard; Dr. James Hansen
http://smtp.antelecom.net/blogs/bsmasolar/a_6_Friis_Christian_Solar_Activity_and_Climate.doc Solar storm intensity increases and duration between storm cycles decreases, and coupled with solar equatorial deceleration, generate increased temperatures on the Earth and ocean water evaporation rate increases. Specifically the deceleration of the Sun's gaseous equator results in a reduced angular velocity rotation for the Earth. As the Earth reduces in angular velocity, the conductive geocore within the Earth (the approximate size of the Moon) also decreases. The geocore's decrease results in decreased induced heat-generating electrical currents within the Earth's core and mantle, which then results in a reduced induced geomagnetic field (GMF). As the induced GMF decreases in intensity, induced geocore electrical currents generates joule heating within the Earth's geocore. Also heating from tidal friction within the geocore occurs. This is due to the differences in lithosphere (crust), aesthenophere (mantle) and geocore differential rotation rates as a function of variable densities. Symptoms of these processes are, for example, hydrothermal venting (HTV) efflux increases, and the massive increases of carbon dioxide and methane from the HTVs. The course of events leading to geomagnetic protective barrier decrease global temperature increase:
a. Sun slows in rotation which generates increased thermal activity throughout the Sun and the Solar System
b. Earth's rotation through the Solar interplanetary magnetic field reduces in angular velocity (conservation of angular momentum requirements)
c. Earth's geocore induced currents (from the Faraday Disk Effect) results in the geomagnetic field commensurate decrease
d. Earth's geomagnetic field decrease (changing magnetic field) generates Lenz induced electrical currents
e. Lenz induced electrical currents generate additional joule heating which flows from geocore to aesthenosphere, to the lithosphere, hydrosphere (oceans) and atmosphere
Conclusion:
The Earth will increase in temperature as a function of increased solar radiance (external), and increased geocore induced electrical joule heating and tidal friction(internal).
BSMRA_Hansen Data.pdf
BSMRA_HTV Greenhouse Gases.pdf
Clifford A. Paiva_BSMRA_Hansen Data very good.pdf
Clifford A. Paiva_BSMRA_Solar Activity and Climate LASSEN.pdf
Clifford A. Paiva_BSMRA_TSI INCREASE 26 September 1991000.pdf
Clifford A. Paiva_BSMRA_Increased solar brightness and warming of the Earth since 1979.doc
Clifford A. Paiva_BSMRA_Javaraiah Solar Equatorial Rotation Rate Decrease.pdf
BSMRA_HTV Greenhouse Gases.pdf
Clifford A. Paiva_BSMRA_Hansen Data very good.pdf
Clifford A. Paiva_BSMRA_Solar Activity and Climate LASSEN.pdf
Clifford A. Paiva_BSMRA_TSI INCREASE 26 September 1991000.pdf
Clifford A. Paiva_BSMRA_Increased solar brightness and warming of the Earth since 1979.doc
Clifford A. Paiva_BSMRA_Javaraiah Solar Equatorial Rotation Rate Decrease.pdf
Clifford A. Paiva_BSMRA_Solar Rotation Decrease From 1956 up to present.doc
Clifford Anthony Paiva_BSMRA_Geomagnetic Field Mathematics.doc
More blogs about BSMRA: Solar Equatorial Decelearation and Storm Intensity Increase; Trough Depressions.
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[PLEASE USE CONTROL (+) FOR ZOOMS AND CONTROL (0) FOR NORMAL VIEW]. The global distribution of hydrothermal vents (HTVs) is only recently becoming appreciated by geophysical scientists and engineers. The contribution of HTV methane (HTV-CH4) and carbon dioxide (HTV-CO2), and tropospheric ozone (O3) cumulatively function as a thermal blanket around the Earth. Further, as the northern and southern areas of the Earth increase in temperature, these land areas become subject to melting and release of yet more methane. Hydrothermal vent methane (HTV-CH4) diffuse into the polar regions, then combine with melted tundra-generated methane, and an accelerated heating feed-back process occurs. The computations performed here (BSM Research) were implemented to obtain the plot formula for forward extrapolations to assess the coming danger to the planet. The plots are provided using EXCEL. Please use the PDFs for a closer look at the extrapolation and least-squares fit values. BOTTOM LINE: The Earth is not just "warming" up. All HTV activity is a symptom of much greater heating processes occurring within the Geo-Core (internal), and the Sun's increased radiance (external)-see the enclosed PDFs and plots. The Earth is subject to heat internally from the geomagnetic field collapse, and gravitational tidal friction. Variable densities and angular velocities between the Geo-Core, aesthenosphere (mantle), lithosphere (crust), hydrosphere (oceans), and atmosphere are the reasons for this internal heat. To this must be added the tremendous heat from the induced electrical current joule heat. Externally the Earth is subject to decreased time between solar storm activity and increased radiant intensities by these storms (sunspots). If someone is interested is connecting global heating to the Bible they may want to take a look at: Re 16:9: Men were scorched with fierce heat; and they blasphemed the name of God who has the power over these plagues, and they did not repent so as to give Him glory. Also regarding the Universe increased in heating within the Integrated Field System (IFS) shock zones (see this website Section astrophysical lisings for Geller and IFS, Large Scale shocks); 2Pe 3:10: But the day of the Lord will come like a thief, in which the heavens will pass away with a roar and the elements will be destroyed with intense heat, and the earth and its works will be burned up. 2Pe 3:12: looking for and hastening the coming of the day of God, because of which the heavens will be destroyed by burning, and the elements will melt with intense heat ! Re 7:16 : "They will hunger no longer, nor thirst anymore; nor will the sun beat down on them, nor any heat;
Recent Posts
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- BSM Research Associates
- Evidence for Correlation Between Nuclear Decay Rates and Earth-Sun Distance
- The Age of the Universe: A Study of the Poynting Robertson Effect and Extinction of Interplanetary Dust (Stephen J. Duursma; Harold S. Slusher)
- Mathematical Derivations for Geomagnetic Field Decay and Geo-Core Diffusion Physics
- Clifford Anthony Paiva_BSMRA: Geomagnetic Field Intensity Decrease as a Function of Decreasing Earth Angular (Rotational) Velocity
- Clifford Anthony Paiva_BSMRA: Commencement of Active Solar (Sunspot) Cycle 24: Friis-Christensen and K. Lassen Danish Meteorological Institute Confirmation
- Clifford Anthony Paiva_BSMRA: Solar Storm Frequency and Intensity Correlations to Global Mean Temperature (GMT): LOW; Absorptive Water Vapor Concentration Density Increasing Thermal Feedback to the Oceans
- Clifford Anthony Paiva_BSMRA: Polar Ice Decrease; Increased Geothermal Processes as a Function of Increased Solar Radiance; Generation of Greenhouse Gases Methane (CH4) and Carbon Dioxide from Calcium Carbonate Ocean Bottom Ooze and Hydrothermal Vent Complexes
- Clifford Anthony Paiva_BSMRA: Solar and Earth Temperature Troughs Corrlelated to Geomagnetic Field Troughs; Dr. Thomas G. Barnes Origin and Destiny of the Earth's Magnetic Field
- Clifford Anthony Paiva_BSMRA: Globally Distributed Hydrothermal Vent (HTV) Complexes: Primary Source of Methane and Water Vapor
- Clifford Anthony Paiva_BSMRA: Earth Global Heating As A Function of Increased Storm Activity, Solar Radiance and Solar Equatorial Decelearation; Mars Polar Caps Melting; Slow Down and Warming of Solar System; Earth Joukowski Orbital Spin Effect: Orbital Decay; Hansen's Solar Radiance Source for Global Warming is in PDF; Javaraiah Solar EQuatorial Deceleration PDF; Planke and Svensen Hydrothermal Vent Complexes in PDF; NASA Goddard; Dr. James Hansen
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Cliff: As the temperature of the Earth's geocore increases as a function of increasing gravitational tidal and electrical joule heat (from the collapsing geomagnetic field), the lithospheric crust increases, heating the oceans. This results in increasing evaporation of the oceans generating increased water vapor concentration. (09/07/09)